Mounting system with surveillance device with motion detection and with automatic recognition of texts on postal items in video recordings by means of trained artificially intelligent computer software for housings for postal items

Abstract

Mounting system with monitoring device for housings for mail items, characterized in that the mounting system comprises the parts of 1 to 16 permanently automated monitoring devices, which are equipped with 6 to 16 detection units with light-emitting diodes in each mounting device, of which 4 to 8, after installation at the place of use, are mounted horizontally on one of 1 to 20 vertical posts as horizontal detection units, each in front of an edge on which two vertical sides of the housing lie against each other and are offset horizontally by 90 degrees, opposite each other in pairs and with their detection elements directed towards the inner center of the housing, and 1 to 4, as upper detection units, with their detection elements directed towards the inner center of the housing, on one of 1 to 4 horizontally lying plates made of 1 to 8 identical parts plus frame,which is mounted at a greater distance from the center of the earth than the horizontal detection units and which has 1 to 2 openings for mail, which, with their size, orientation and distance from the horizontal detection units, only allows the entry of mail up to the maximum size and at the minimum distance of the mail from the horizontal detection units into the housing, which is required by the horizontal detection units for complete detection, are mounted in the housing at a shorter distance from the center of the earth than this opening on one of the edges of the input opening and 1 to 4, as lower detection units, with their detection elements directed towards the input opening, are mounted at a shorter distance from the center of the earth than the horizontal detection units, protected by 1 to 4 plates and with 1 to 16 units for data processing in mounting devices with motion detection, detection,Storage and forwarding of video recordings of each postal item moving in a housing towards the centre of the earth, with trained, intelligent recognition of texts in the stored video recordings, all texts on the outside and on each side of a postal item that is opposite one of the recording units during its movement, are automatically recorded and reported to the recipients recognised in the texts and stored in the data memory of the monitoring device or to other authorised persons previously stored in the data memory, as email or as a message and via voice output, encrypted, forwarded regardless of location and made available, are mounted in a housing for postal items.

Description

Technical Field of the Invention:The technical field of the present invention is housings for mail items such as mailboxes or parcel mailboxes which are in wide-spread daily use.Prior Art:Mailpieces are, in the majority of cases in world wide, daily use, cards, letters, packets and packages that are sent from a sender to a recipient.This document uses the term mail for each object that is materially input into a mail housing or is delivered to a delivery service carrying such objects for input into a mail housing. Expressly, not only are the material transmissions of objects transported by the Deutsche Post DHL meant.It is known that mailpieces contain cards, letters, packets and packages of various dimensions, with packages of various hardness or flexibility, and with various weights, as well as especially heavy packages of especially bulky dimensions. The dimensions may be any.It is also known that the contents of mailpieces can be very different. For example, in addition to personal messages, commercial mail items, drawing mail items and socket papers, ordered goods and important messages from authorities or jurisdictions are also known as the contents of a mail item. It is also known that the value of such mailpieces can be different from almost valueless to particularly valuable.Worldwide, among the many existing postal delivery services, other delivery services and dispensers for mailpieces, multiple, maximum sizes and weights of mailpieces having maximum range information are specified in their price lists.Mailpieces are transported up to a format of up to 600 times 600 times 1200 millimeters or, with a smaller width, with a maximum length of 1750 millimeters and with up to 31.5 kilograms weight from Deutsche Post DHL, and packages of stored goods can be up to a belt dimension of 3000 millimeters. These maximum formats and weights for mailpieces are similar for other delivery services.Housings for mailpieces serve to receive mailpieces if a mailpiece cannot be transferred directly to the recipient specified on the mailpiece or should not be transferred directly to the recipient. Mail enclosures are generally used by either delivery services such as the Deutsche Post DHL to collect mail items that a sender wants to deliver the mail item from such delivery service until such enclosure is emptied periodically for further processing, and they are used by mail recipients such as private persons, companies, clubs, institutions, dishes, or authorities to collect mail items delivered to them until their enclosure is emptied for further processing.In order that a recipient can recognize without direct checking of his mail container that a mail has been input into the mail container that this recipient uses, a wide variety of notification devices on mail container housings are known. A simple alarm device is known, for example, as an adjuster on the housing for mailpieces that is actuated by the carrier of the mail item and is set up by the carrier after a mail item has been input.Further, monitoring devices inside mail cases are known which inform the legal owner of the mail case or a third party, which has been requested by the legal owner of the mail case with the awareness and further processing of mail input thereto, of the fact that mail has been input into the case and even inform it that mail has been removed from the case.And, a wide variety of automated monitoring devices are known in housings for mailpieces which, in addition to the above facts, also inform written information and other data that can be automatically read or read from or on or on the mailpieces input into the housing by detection units having elements for detection to authorized persons, but for this purpose always require a specific alignment of the mailpiece and usually also a briefly stationary state of the mailpiece.Housings for mailpieces are usually attached or set up permanently and releasably on or in buildings, but also outdoors, for receiving mailpieces from private households, from authorities, from institutions and from commerce, individually or in combination with other housings for mailpieces for the purpose of inputting and collecting mailpieces.Here, a mail case is usually attached or set up at such a distance from the surface in the vicinity of the mail case where a person who uses the mail case as a sender, a feeder, or a recipient is located such that an average-sized person who uses the mail case as a sender, a feeder, or a recipient and is located in the vicinity of the mail case is able to feed a mail into the mail case through an input port and remove a mail from the mail case through a removal port.In order to protect the mail items introduced into a housing from weathering, an easily openable closure unit is usually fitted in front of the inlet opening.The input of mailpieces into a housing for mailpieces by a sender, a mail carrier, or another carrier of a mailpiece is effected in the great majority of cases in widespread daily use in that for this purpose usually only one closure unit of the input opening, which in the majority of cases is only one flap in front of the input opening of the housing, is opened and kept open and the mailpieces are then inserted one after the other individually through the input opening into the housing or are introduced in another manner.In the case of housings for mailpieces into which a large number of mailpieces are regularly introduced together and simultaneously through the inlet opening thereof, it is known that a mechanical or electromechanical device for separating and / or sorting the mailpieces introduced together and simultaneously is located on the side of the inlet opening situated toward the interior of the housing.It is known that the written text information externally on or on a mail item gives a first indication of the content of a mail item. Thus, mailpieces from a leased human will have important personal content for the recipient, and a mailpiece from a seller will have an ordered goods as the content, and a mailpiece from the financial office will have important official content.The majority of mailpieces are usually a rectangular object having two equally sized, opposite largest sides, two equally sized, opposite second largest sides, and two equally sized, opposite smallest sides, wherein for letters and envelopes, the thickness of the letter determines the height of the two opposite equally sized, second largest sides and the two opposite equally sized smallest sides but not their length.However, quite other forms of mailpieces are also known, such as a cylinder or completely irregular forms of mailpieces.Because of the above-described predominantly customary form of mailpieces and because of the better feasibility, it is customary in the majority of cases in widespread daily use that the mailpieces are not placed into a housing for mailpieces with one of the two largest sides of equal size, opposite one another first, but with one of the two second largest sides opposite one another or with one of the two smallest sides opposite one another first.From the point of view of a user, in particular when the user has grown to a large extent, the side of the housing which lies completely at the shortest distance from the user can, however, also be the side which has completely the longest distance from the center of the earth from all sides of the housing except the closure unit. This side is the top side of the mail case set forth in this specification.If the input opening is located in the top side, then it is usually only slightly smaller than the top side, so that the top side only still consists of an edge around the input opening.When the input opening of a housing is located in the top side of the housing, it is usual that this input opening can be closed with a closure unit for protection against weathering. Usually, this closure unit is attached to the side which is completely the longest distance from a user during use of the housing, with a hinge-like attachment.It is known that an input opening in a container for mailpieces according to the prior art is often closed with a closure unit, which is a flap, a door, a plate or another type of closure unit, which is for example a sliding device, a pane or a grid-like structure, for protecting mailpieces input into the container for mailpieces from weathering influences and from damage or removal by third parties, which can be opened by a sender or transfer of mailpieces in order to feed mailpieces into the container for mailpieces.Closure units for input openings in housings for mailpieces are known according to the prior art, which can be locked or closed in a variety of ways by closure devices and which make the input opening in housings for the insertion of mailpieces accessible only to specific senders or carriers in a variety of ways.A large number of technical closure devices for the closure unit of an input opening of mail item housings are known from the prior art, which are connected mechanically, for example, with a simple lock or with locks and keys or electrically with code input devices, with code reading devices, with barcode reading devices, with QR code reading device, with fingerprint scanners, with RFID devices, and with cameras for face recognition and touch screen monitors for data input, which are all attached to a mail item housing or are located in the immediate vicinity of the location of a mail item housing and which are all directed with their detection devices outwards to the environment of this housing and with a functionally connected data processing, data storage and data transmission unit and with functionally connected thereto, Single or multiple latches or magnets or another closure operated with current open and close the closure device of the closure unit of the input opening again.It is further known that the locking device of the locking unit of the input opening of a housing for mail items can be remotely operated via a remote control or via another device, such as a computer, a mobile telephone or a Wifi tablet.And it is known in the art that mail cases have an output port in addition to their input port by which mail introduced into the case through the input port of the mail cases are removed or discharged again from the mail case.According to the prior art, such a dispensing opening in a housing for mailpieces is often closed with a closure unit, which is a flap, a door, a plate or another type of closure unit, which is, for example, a sliding device, a pane or a grid-like structure, for protecting mailpieces introduced into the housing from weathering influences and from damage or removal by third parties, which can be opened by the authorized owner of a housing for mailpieces or by a person asked by this owner, in order to remove mailpieces from the housing for mailpieces.Closure units for dispensing openings in housings for mailpieces are known according to the prior art, which can be locked or closed in a variety of ways by closure devices and which make the dispensing opening in housings of mailpieces accessible only to specific persons authorized to receive the mailpiece in a variety of ways.A large number of technical closure devices for the closure unit of a dispensing opening of mail item housings are known from the prior art, which are for example mechanically connected to a simple lock or to locks and keys or electrically connected to code input devices, to code reading devices, to bar code reading devices, to QR code reading devices, to fingerprint scanners, to RFID devices, and to cameras for face recognition and touch screen monitors for data input, all of which are mounted on a mail item housing or are located in the immediate vicinity of the location of a mail item housing and all of which are directed with their detection devices outwards to the environment of this housing and to a functionally connected data processing, data storage and data transmission unit and to a functionally connected thereto, power-operated ones, In this case, the closure device of the closure unit of the dispensing opening can be opened and closed again by one or more catches or magnets or another closure.It is also known that the closure device of the closure unit of the dispensing opening of a housing for mail items can be actuated remotely via a remote control or via another device, such as a computer, a mobile telephone or a Wifi tablet.It is also known from the prior art that in the closure unit of the removal opening of a housing for mailpieces, the input opening of this housing is attached with the closure unit for the input opening of this housing.In this description, the term "extraction opening" is used for openings through which the mailpieces are extracted from a housing for mailpieces, and the term "output opening" is used for openings through which the mailpieces are automatically output, for example because the mailpieces fall through this opening.Mail has been moved worldwide and traditionally for many decades worldwide in that a sender on or on outsides of each mail which it sends to a recipient specifies the sender name and the sender address in written form as text and additionally specifies the recipient name and the recipient address in written form as text and additionally adheres one or more tokens of a postal service to or on the mail item and then inserts the mail item into a housing for mail items of the delivery service from which the tokens have been issued or dispenses the mail item at an acceptance point of this delivery service and that no further work steps are required by the sender in order to send a mail item to the recipient. The sender itself, a delivery service as ordered above, which previously removed the mail item from its mail item housing or another mail item carrier, then delivers the mail item into a mail item housing in this traditional manner which is customary for decades on the basis of the name of the recipient which is specified on the mail item and which is located at a location with the address of the recipient which is specified on the mail item.With the working steps summarized above in summary, the shipping and delivery of a mail item from the sender to the recipient is then completed worldwide with the traditional expense required for the sender, the delivery service and the carrier.In the above operations, it is usually the case that sender, withdrawing or delivering delivery service or another carrier of the mail item let the associated work done by humans, but it is also known that automated and even intelligent machines at least partially perform the associated work.The written text information about the sender on the outside on or on one side of the mail item is required in the event that a delivery service or another carrier of the mail item is not possible to deliver the mail item to the recipient either personally by transfer or non-personally by input into a housing for mail items of the recipient and the delivery service therefore has to return the mail item back to the sender.In the traditional method described above, the sender usually makes its written text information to the recipient outside on or on one of the largest sides of the mail item and usually makes its written text information to the sender centrally on top, outside on or on the opposite side of the mail item, which is sufficiently large for the written text information to the sender and which is not the page with the recipient information, so that the probability is reduced that the postal delivery service or another carrier of the mail item accidentally alternates between sender and recipient during the transport of the mail item and delivers the mail item to the sender instead of to the recipient. However, it is also known, in particular in the case of letters with viewing window, that the written text information relating to the recipient is indicated in the viewing window on the side of the mail item with the viewing window and the written text information relating to the sender is indicated in the same window in a smaller text above the recipient information.For recipients of mailpieces in daily use in the world, there are two general distinctions between mailpieces, namely, first, the mailpieces that are expected from their recipients because the recipient has asked these mailpieces for the sender and, second, the mailpieces that are not expected from their recipients because the sender sends this mailpiece to the recipient without prior knowledge of the recipient from sending this mailpiece.The present invention provides a technical solution in several embodiments, with which problems of mail recipients, which frequently occur in widespread daily use, are solved in that mail items are delivered from a delivery service or carrier not to the recipient specified on the mail item but to another recipient, and in that mail items which have been sent from the sender to the recipient without knowledge of the recipient and whose input into the recipient's mail housing causes the beginning of a deadline with considerable consequences for the recipient specified on the mail item, from which this recipient cannot, however, know in time prior to deadline expiration, with substantially increased completeness during detection and with relatively lower costs than are provided by prior art mail housings with monitoring devices with movement alarm.According to the prior art, optical recognition units for mail items, such as light barriers or electronic recognition units for mail items, such as simple switches on the closure device of the input opening of a housing for mail items, which, when the closure unit or the closure device of the input opening of a housing for mail items is opened, emit a signal via a cable or via a radio transmission, such as in DE 20 2014 103 354 U1 and in German Utility Model DE 295 042 06 U1 of 17.03.1995, to a spatially remote signaling unit, such as a small lamp or to a noise generator, at which it is recognizable for the receiver that a mail item has been introduced into its housing for mail items.These optical recognition units are not video cameras according to the statements in DE 20 2014 103 354 U1 and in German utility model DE 295 042 06 U1 of 17.03.1995. The reliability, completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to DE 20 2014 103 354 U1 and DE 295 042 06 U1 of 17.03.1995 will automatically and reliably report and forward the written text details to the recipient and to the sender outside at or on each mailpiece that he does not expect and that has been placed into his housing with such an automation device with the traditional, low outlay for sender and transmitter through such a housing to the authorized owner of the housing or to the recipient specified in the text details at a location more than the visibility distance shortly after each mailpiece has been placed into the housing is 0 percent.From US 2017 / 0 091 710 A1 the prior art for a housing for mailpieces with an automated monitoring device is known that mailpieces that the recipient awaits are delivered from a drone into a housing for mailpieces after issuing a shipping code or parcel code for a mailpiece into a housing and that this housing detects these codes with the aid of optical scanners or RFID scanners and notifies the recipient of the input of the mailpiece into the housing by the transmission of an access code to the housing.However, US 2017 / 0 091 710 A1 does not provide any information about how a drone enters a mail item into such a housing. It is not comprehensible to unintelligent, informed third parties whether the drone flies into the housing and then stops the mail item or whether the drone flies up to the housing and then drops the mail item into the housing.US 2017 / 0 091 710 A1 provides inside the housing a plurality of optical scanners which are intended to detect bar codes on an input mail item and a plurality of RFID scanners for detecting RFID codes, but it is not disclosed how it can be achieved that the bar codes are intended to be placed on an input mail item in front of these optical scanners. In such a technical configuration, the probability that the drone will deposit or discard a mail item such that a barcode actually comes to a standstill on the mail item in front of one of the optical scanners is low.After the mail item lies in the housing, according to U.S. Pat. No. 2017 / 0 091 710 A1, the recipient must log on and identify himself with his housing with this access code when taking his mail item from the housing, so that the shipping route and the delivery of the mail item can be detected for the sender.US 2017 / 0 091 710 A1 provides a camera with movement detection on the inside, with which only the external environment of the housing for mailpieces is detected and which serves for identifying users of the housing or drones that use the housing for mailpieces.Although the camera can also serve according to U.S. Pat. No. 2017 / 0 091 710 A1 for capturing codes on the mailpieces in the housing for mailpieces, the camera is only directed with its camera lens onto the outer environment of the housing for mailpieces and can thus only capture the users and the codes on mailpieces that are located outside the housing for mailpieces, because the housing for mailpieces according to U.S. Pat. No. 2017 / 0 091 710 A1 is also intended to be used for shipping mailpieces.US 2017 / 0 091 710 A1 does not provide a video camera for detecting mail moving inside the mail casing and does not provide illumination inside the mail casing.Since a housing according to U.S. Pat. No. 2017 / 0 091 710 A1 does not provide any illumination in the interior, an image recording with a quality sufficient for reading written text information is not possible by a camera of objects in the interior of such a housing for mailpieces.According to all the above, the reliability, the completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to U.S. Pat. No. 2017 / 0 091 710 A1 reports and forwards the written text information to the recipient and to the sender outside at or on each mailpiece that he does not expect and that was introduced into his housing with such an automation device with the traditional, low outlay for sender and transfer, automatically and reliably by such a housing to the authorized owner of the housing or to the recipient indicated in the text information at a location more than the visibility shortly after the entry of each mailpiece into the housing, is extremely low if they can actually be detected in this way and, because of the 6 sides of a conventional mailpiece, are far below 1 / 6, i.e. 17 percent.The above with respect to the application US 2017 / 0 091 710 A1 also applies to the application US 2018 / 0 177 319 A1, which also relates only to mailpieces that the recipient awaits and which also does not provide a video camera for recording mailpieces in the interior of a housing for mailpieces and which also does not provide illumination in the interior of the housing for mailpieces.Furthermore, it is not known from the technical embodiment in U.S. Pat. No. 2018 / 0 177 319 A1 how the required temporarily stationary position of the mail item for image recording is to be reached on the outside of the housing and which text code on which side of the mail item is actually to be scanned during the approach, because only one side of the mail item is always situated to such a scanner or to such a camera during the approach, in such a way that this side can possibly be optically scanned or recorded as an image.Such a technical embodiment requires in each case a specific positioning of the mail item in front of the optical scanners and in front of the camera on the outside of the housing, so that the code to be read is also actually located such that it can be captured by the optical scanners and the camera, and U.S. Pat. No. 2018 / 0 177 319 A1 does not disclose how this specific positioning can be achieved technically, in particular during an approach to the housing from the outside, so that a capturing of the codes by the scanner or by the camera outside of such a housing for mail items is enabled at all.It is also possible here that the written text information about the recipient or about the sender on the outside of a mail item is randomly recorded with the technical embodiment of an automated housing for mail items according to US 2018 / 0 177 319 A1, only if the user holds the mail item outside the housing in front of the optical scanner or in front of the camera at a standstill in such a way that the text code can be recorded and thus the written text information about the sender and recipient on the same outside of the mail item is randomly recorded at the same time. This chance that the written text information about the sender is photographed on the outside of an approaching mail item with the technical design of an automated housing for mail items according to US 2018 / 0 177 319 A1, if they can actually be recorded in this way, occurs only with a probability of 1 / 6, i.e. below 17 percent, because of the 6 pages of a conventional mail item.According to all the above, the reliability, the completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to U.S. Pat. No. 2018 / 0 177 319 A1 has entered the written text details to the recipient and to the sender outside at or on each mailpiece which he does not expect and which was entered with the traditional, low outlay for sender and transfer device into his housing with such an automation device, is extremely low by such a housing in an automated and reliable manner to the authorized owner of the housing or to the recipient specified in the text details at a location more than the visibility distance shortly after entering each mailpiece into the housing, if they can actually be detected in this manner and are reported on and on account of the 6 sides of a conventional mailpiece far below 1 / 6, Thus far below 17 percent.A housing for mail items with an automated monitoring device according to GB 2 477 404 A of 03.08.2011 also does not provide a video camera for recording mail items in the interior of a housing for mail items and also does not provide illumination in the interior of the housing for mail items.GB 2 477 404 A of 03.08.2011 is intended only for mailpieces that are letters, packages are not provided.Since a housing for mail items with an automated monitoring device according to GB 2 477 404 A of 03.08.2011 does not provide any illumination in the interior, image recording and text recognition by a camera in the interior of such a housing for mail items is not possible.According to all the above, the reliability, the completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to GB 2 477 404 A of 03.08.2011 reports and forwards the written text information to the recipient and to the sender outside at or on each mailpiece that he does not expect and that was introduced into his housing with the traditional, low effort for sender and transferer, by means of such a housing in an automated and reliable manner to the authorized owner of the housing or to the recipient indicated in the text information at a location more than the distance of sight shortly after the introduction of each mailpiece into the housing, is due to the excessive effort for the transferer at a maximum of 2 / 6, i.e. below 34 percent.A housing for mail items with an automated monitoring device according to CN 2 06 534 494 U of 01.10.2016 also does not provide a video camera for recording mail items in the interior of a housing for mail items and also does not provide illumination in the interior of the housing for mail items. It is not an automated monitoring device with a motion alarm function.In the case of mail containers with monitoring device in an embodiment according to CN 2 06 534 494 U of 01.10.2016, it is known to create a device for purposes of sending inside a container for mail containers with an image sensor in the form of a camera as a recognition unit for mail containers, wherein this image sensor located in the container is intended to record an image of the mail container in the container at standstill and with a camera directed vertically downwards and without additional illumination inside the container, with which it is confirmed that this image is recorded with a first image stored in advance with a first image of the container, An image sensor in the form of a camera at standstill and only coinciding with a camera directed downwards at an angle of 10 degrees to 30 degrees and possibly recorded with a full sunny, is mounted on the outside of the same casing for mailpieces, thereby confirming that the mailpiece logged in with the first image for shipping has actually been placed in the casing for mailpieces for shipping.Furthermore, CN 2 06 534 494 U does not disclose, as is ensured that the mail item from the sender of this mail item in front of the first image sensor in the form of a camera whose lens is directed downwards at an angle of 10 degrees to 30 degrees, can be manually placed on the outside of the housing for mail items of the sender, in fact in such a way that this first placement with the first illumination is manually placed with the placement in front of the second image sensor in the form of a camera whose lens is directed vertically downwards, in the interior of the housing without additional illumination in the housing for mail items of the sender, in such a way that both images of the mail item are identical, namely, that of the first camera and that of the second camera at the sender can actually be compared by the PLC logic program controller in the sender housing and, moreover, can also be compared with the third image on the outside of the housing for mail items of the recipient after a manual placement by the deliverer from the PLC logic controller in the recipient housing.If the sender of the mail item in the technical embodiment in CN 2 06 534 494 U actually succeeded in placing and illuminating the same mail item purely manually in front of the first and in front of the second image sensor of such a housing for mail items of the sender, and if the deliverer actually succeeded in placing the same mail item of the sender in front of the first outer image sensor of such a housing at the receiver, such that the matching of all three images is actually successful and the confirmation of the input of the correct mail item at the sender, and the input by the deliverer into the housing for mail items of the receiver, the probability is only 1 / 6, i.e. below 17 percent, because of the 6 sides of a mail item, the first image sensor randomly records an image of the written sender information on the mail item on the outside of such a housing for mail items, reports it to a mobile telephone and to a database, and the sender information is made available to the recipient of the mail item for a comparison between the image in the database and the image on the outside of such a housing for mail items of the recipient.According to all the above, the reliability, completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to CN 2 06 534 494 U will automatically and reliably report and forward the written text details to the recipient and to the sender outside at or on each mailpiece that he does not expect and that was introduced into his housing with such an automation device with the traditional, low outlay for sender and transferer, by such a housing to the authorized owner of the housing or to the recipient specified in the text details at a location more than the distance of view shortly after the entry of each mailpiece into the housing is low, if they can actually be detected in this way, due to the work effort for the transferer and due to the 6 sides of a typical mailpiece at far below 1 / 6, is low, Thus far below 17 percent.A housing for mail items with an automated monitoring device according to DE 20 2021 103 441 U1 also does not provide a video camera for recording mail items in the interior of a housing for mail items and does not provide illumination in the interior of the housing for mail items. It is not an automated monitoring device with a motion alarm function.DE 20 2021 103 441 U1 relates only to envelopes, i.e. mailpieces which have an envelope, even if these are heavy. Such a housing is not provided for packages and the handling of such a housing is very complicated for the transfer of the mailpieces.In particular, the components of the invention provided by DE 20 2021 103 441 U1 block the handy cameras and additional illumination is not provided.According to all the above, the reliability, the completeness and thus the probability that an authorized owner of a housing for mailpieces with an automation device according to DE 20 2021 103 441 U1 will automatically and reliably report and forward the written text details to the recipient and to the sender outside at or on each mailpiece that he does not expect and that was introduced into his housing with such an automation device with the traditional, low outlay for sender and transferer, by such a housing, to the authorized owner of the housing or to the recipient specified in the text details at a location more than the visibility distance shortly after the entry of each mailpiece into the housing is extremely low, if they can actually be detected in this way, due to the work effort for the transferer of the mailpiece at far below 2 / 6, Thus far below 34 percent.In the receipt confirmation system for postal or home delivery services according to the application JP 2016 101450 A of 02.06.2016, only one photo camera for photographing a mail item from a direction triggered by a sensor, which is essentially described as a light barrier or pressure sensor, is provided in the interior of the housing for mail items. Although it is provided that the light barrier is an infrared light barrier and that there is additional LED illumination inside the housing for the photography, the probability of the written text information on the recipient and sender of the mail item being visible on the one initiated photograph of the mail item is less than 1 to 6, because only one of 6 sides of the mail item is photographed at any time. Since no details are given for the resolution of the recorded photograph, it is not ensured, even in the case of a housing for mailpieces from JP 2016 101450 A, that the written text details, which are made in the usual written size for mailpieces, are to be read to the recipient and to the sender on the one photograph of the mailpiece. Moreover, also in JP 2016 101450 A, the photographic camera and the lighting inside may be damaged by mail items cast into the housing.All the above means that the reliability achievable with a housing for mailpieces according to JP 2016 101450 A, the completeness and thus the probability that the written text data for the recipient and for the sender are reported and forwarded outside at or on each mailpiece that he is not expecting and that was introduced into his housing with such an automation device with the traditional, low outlay for sender and transfer device, by such a housing in an automated and reliable manner to the authorized owner of the housing or to the recipient specified in the text data at a location more than the visibility distance shortly after each mailpiece has been input into the housing, is less than 1 to 6, i.e. less than 17 percent.It is known from the application US 2015 / 359372 A1 that a photo camera is mounted on the outside of the housing substantially above the input opening, which photographs mailpieces to be input from one direction. Only when, in the case of a conventional input of mailpieces, one of the two largest sides of a mailpiece to be input is situated completely at the widest distance from all sides of the mailpiece to the center of the earth, i.e. at the top, is the achievable probability, only in daylight, of the written text information about the recipient and about the sender on the sides of the mailpiece being photographed toward the recipient and about the sender in a housing for mailpieces according to US 2015 / 359372 A1. Because no details are given for the resolution of the recorded photograph, it is not ensured, even in the case of a housing for mailpieces from US 2015 / 359372 A1, that the written text details, which are made in the usual written size for mailpieces, are to be read on the photograph of the mailpiece to the recipient and to the sender on the sides of the mailpiece. Furthermore, US 2015 / 359372 A1 does not provide for illumination of the mail item when it is input without daylight, whereby the above probability is reduced even further.On account of all the foregoing, the reliability achievable with a housing for mailpieces according to US 2015 / 359372 A1, the completeness and thus the probability that the written text information about the recipient and about the sender is reported and forwarded outside at or on each mailpiece which it does not expect and which was introduced into its housing with such an automation device with the traditional, low outlay for sender and transfer, is automated and reliable by such a housing to the authorized owner of the housing or to the recipient indicated in the text information at a location more than a visibility distance shortly after each mailpiece has been input into the housing, below 2 to 6 (2 / 6), that is below 34 percent.The application US 2016 / 374494 A1 provides that the carrier of the mail item must first open a housing door with an opening code input and an additional mail item code input before the mail item is input into a housing for mail items according to US 2016 / 374494 A1, and at least one camera inside the housing records the environment inside the housing by means of the code input. These cameras and optionally further cameras in the interior are intended to record the conditions in the housing in the time from the door opening to the door closing and thus document the state of the packaging of the mail item. However, the illumination in the interior is reduced to an LED flash at each camera, so that actually only a single photograph of each camera in the housing interior is possible after opening the housing door with sufficient illumination according to the statements in US 2016 / 374494 A1. Also in US 2016 / 374494 A1, the effort for the sender of the mail item, which must first know an input code and communicate it to the carrier and for the carrier of the mail item, which must input this code and place the mail item in front of an internal camera for the photo recordings, is far higher than the effort for the majority of the senders and carriers of mail items in the case of conventional mail item housings. This additional expense will not be done without economic compensation for the sender and for the carrier of the sender. This is uneconomical for the postal service or for the carrier, because it increases the cost and time required for mailpieces to be carried by the postal service or by the carrier. In addition, the problem remains that, owing to time printing and insufficient payment, the transferer does not at all provide the additional outlay, which is beyond the usual one, when the mail item is input into the housing, or only does so in poor quality. US 2016 / 374494 A1 provides for mounting a camera in the interior on the top of the rear housing side without indicating how the lens of this camera is aligned.Because US 2016 / 374494 A1 does not show which page of the mail item is photographed by the one camera inside the housing, the probability that the written text information regarding the sender and recipient can be seen on the pages of the mail item on this photograph is a maximum of 1 to 6.The probability increases with the use of further cameras in the interior of the housing provided by US 2016 / 374494 A1, but US 2016 / 374494 A1 does not disclose whether and optionally as ensures that the cameras in the interior of the housing photograph the sides of the mailpieces with the written text information on sender and recipient made in the usual type of writing for mailpieces and record not only other sides or the corners and edges of the mailpiece.The resolution of the inner photographic camera with 500 Mpixels provided by US 2016 / 374494 A1 is also not sufficient, so that the recipient cannot read the written text information on recipient and sender on the sides of the mail item on the photograph from the one side of the mail item.Although US 2016 / 374494 A1 also provides that the resolution of the internal photographic camera can be adapted to other requirements, US 2016 / 374494 A1 in no way formulates the requirement that the written text information on sender and recipient on the sides of a mail item input into the housing be forwarded to the authorized owner of the housing in such a way that the owner can recognize them, but instead only keeps track of the purpose of recognizing the intact or non-intact state of the mail item.US 2016 / 374494 A1 also provides for video to be recorded by cameras inside the housing, but illumination required for this purpose inside the housing is not provided in US 2016 / 374494 A1.A movement detection by these cameras inside the housing is also not provided in US 2016 / 374494 A1, but these cameras are switched on according to US 2016 / 374494 A1 by the opening code input for the housing door or by the opening of the housing door. According to US 2016 / 374494 A1, this code input or this door movement also triggers the LED flash inside the housing, so that it is not actually possible for the transferer to place the mail item so quickly that the photos of all cameras inside the housing are actually sharp at the time of the LED flash. All photographs in the interior are blurred and distorted by the movement of the mail at the time of the LED flash. All video recordings in the interior are over-exposed at the time of the LED flash and therefore are not sufficient for the text recognition of written text details made in the usual writing size for mailpieces to sender and recipient on the pages of mailpieces. And all video recordings in the interior of the housing will be under-exposed at all times without additional illumination in the interior and therefore not be sufficient for text recognition of details on sender and recipient on the sides of mailpieces that have been made in the usual font size for mailpieces.On account of all the foregoing, the reliability achievable with a housing for mailpieces according to US 2016 / 374494 A1, the completeness and thus the probability that the written text details for the recipient and for the sender are reported and forwarded outside at or on each mailpiece that it is not expecting and that was introduced into its housing with such an automation device with the traditional, low outlay for sender and transfer, by such a housing, are automated and reliable to the authorized owner of the housing or to the recipient specified in the text details at a location more than a visibility distance shortly after each mailpiece has been input into the housing, below 2 to 6 (2 / 6), that is below 34 percent.The application DE 10 2021 102408 A1 describes a system for monitoring the occupancy of a goods store, which can also be a storage facility, a depot facility or an automatic transfer machine, which can be wide-angle cameras by means of cameras as a detection device for monitoring a storage space with infrared illumination. These should be arranged on the ceiling and the walls of the storage space and, on the basis of the masking of a predefined, optically detectable pattern in the storage space, detect the load with objects which are goods in the storage space. Motion detection by the cameras is not provided in DE 10 2021 102408 A1. Also, not every mail item is an article. In addition, in commercially available video monitoring systems, motion recognition does not work with optically recognizable patterns, but with a division of the captured camera image into small areas, in which it can be characterized that a change in its image in this area causes a separate storage of the recording with this image change and the notification and forwarding of this separately stored recording.DE 10 2021 102408 A1 does not provide any information about the image resolution with which the cameras provided by the application DE 10 2021 102408 A1 operate. Due to the problem in DE 10 2021 102408 A1 and the indication that only it is necessary to detect whether a part of the pattern is occupied or not occupied, it is obvious that the monitoring cameras on the ceiling and on the walls of the storage space have only a resolution which is sufficient for detecting the shape and position of the stored objects and that this resolution is not sufficient to detect the written text information made in the usual font size for mailpieces to sender and receiver on the sides of stored objects on the recordings of these cameras, because it is an unnecessary and uneconomically high cost of using cameras with such a high resolution for achieving the purpose of the application DE 10 2021 102408 A1, such that this is not provided by the application DE 10 2021 102408 A1. DE 10 2021 102408 A1 does not describe the locations of the ceiling or the walls of the storage space to be monitored at which the cameras are to be mounted, how many cameras are to be and how the lenses of these cameras are to be aligned.All the above results mean that the reliability achievable with a delivery machine for goods according to DE 10 2021 102408 A1 is the completeness and thus the probability that the written text data made in the usual written size for mailpieces are reported to the recipient and to the sender outside at or on each mailpiece that he is not expecting and that was introduced into his housing with the traditional, low outlay for sender and transfer means by means of such an automation device, by means of such a housing in an automated and reliable manner to the authorized owner of the housing or to the recipient specified in the text data to a location more than the distance of sight shortly after each mailpiece has been introduced into the housing and forwarded, below 1 to 6 (1 / 6), i.e. below 17 percent.It is also known that on the earth, due to gravity, the objects which are at a distance from the centre of the earth which is 1275 millimetres longer and which are not held there move in the perpendicular direction on a surface at a distance from the centre of the earth which is 1275 millimetres shorter, without taking into account the air resistance and other braking actions on the object, with a constant acceleration up to a maximum final speed of 5 metres per second until they contact the surface at the distance from the centre of the earth which is 1275 millimetres shorter, that is to say require at least 0.509 seconds for the 1275 millimetres distance of the case, that is to say require somewhat more than 1 half second until contact, so that a digital video camera, This is capable of capturing such a case of 1275 millimetres vertical height at 50 images per second and capturing the whole distance of the case with its objective, capturing a video capture with at least 25 video frames from the falling object, while the object falls 1275 millimetres down towards the centre of the earth.And it is known that on the earth, due to gravity, the objects which are at a distance from the center of the earth by 740 millimeters and are not held there move in the perpendicular direction on a surface at a distance from the center of the earth by 740 millimeters shorter, without consideration of air resistance and other braking actions on the object, at a constant acceleration up to a maximum final speed of 3.814 meters per second until they contact the surface at the distance from the center of the earth by 740 millimeters, i.e. for the 740 millimeters distance of the fall they require at least 0.388 seconds, i.e. they require slightly more than 1 / 3 of a second until contact, so that a digital video camera, This is a case of 740 millimetres vertical height with drag at 50 pictures per second and which captures the whole distance of the case with its objective, is capable of capturing a video picture with at least 19 video frames from the falling object, while the object falls 740 millimetres down towards the centre of the earth.And it is known that on the earth, due to gravity, the objects which are at a distance from the centre of the earth which is 350 millimetres longer and are not held there move in the perpendicular direction on a surface at a distance from the centre of the earth which is 350 millimetres shorter, without taking into account the air resistance and other braking actions on the object, with a constant acceleration up to a maximum final speed of 2.623 metres per second until they contact the surface at the distance from the centre of the earth which is 350 millimetres shorter, that is to say require at least 0.267 seconds for the 350 millimetres distance of the fall, that is to say require slightly more than 1 / 4 of a second until contact, so that a digital video camera, This is a case of 350 millimetres vertical height with drag at 50 pictures per second and which captures the whole distance of the case with its objective, is capable of capturing a video picture with at least 13 video frames from the falling object, while the object falls 350 millimetres down towards the centre of the earth.A digital video camera which can capture only 25 images per second, as in the European television standard, and which captures such a 350 millimeter vertical height case with drag at 25 images per second and which captures the entire distance of the case with its objective, can capture a video capture with at least 6 video frames from the falling object while the object falls 350 millimeters down toward the center of the earth.Automated monitoring devices are also known from the prior art, which have detection units, such as scanners for writing or codes or both, photographic cameras, video cameras, thermal cameras, 3D cameras, laser scanners, radio scanners, such as for example for WLAN, WIFI, RFID, Bluetooth or NFC, but also measurement devices for sound, heat, light, air, weight, density, atmospheric particles and others, which are functionally connected to them, in the same housing or spatially removed, analog or digital with lines, with cable connections or with radio connections or via the Internet, unit for data processing with storage, display, evaluation, message, and the like, The evaluation results can be forwarded and provided to remote terminals, such as computers, tablets, mobile radio devices or other operating devices.In monitoring devices according to the prior art, usually individual or a plurality of detection units, such as high-resolution digital cameras with a high recording speed, RFID scanners, laser scanners or barcode and QR code scanners monitor a specific area jointly and continuously, i.e. continuously operating, without interruption and their detected information and data are automatically recorded, stored, automatically represented, automatically evaluated, automatically reported, automatically provided and automatically forwarded in an analog or digital manner either by a unit functionally connected directly to the detection units via lines or one or a plurality of spatially remote units via cable or radio links and / or via the Internet for data processing with storage, representation, evaluation, message, provision and forwarding.The acquired information and data are recorded, stored and automatically evaluated by monitoring devices according to the prior art in such a way that additional data automatically generated by it from the acquired and stored information and data, such as the data that has changed somewhat from the area acquired by an acquisition unit on the conventional information and data, is reported to the owner or to an authorized person of the monitoring device in an analog or digital manner, directly or remotely, via a line or via a cable connection or via a radio connection or via the Internet and together with the acquired information and data or together with the evaluation result is automatically sent to or provided for retrieval.For example, automated video monitoring devices with motion alarm function are known in the prior art, which record a video with one or more digital video cameras, which each operate permanently with at least a resolution of 1920 pixels per horizontal inch by 1080 pixels per vertical inch with at least 50 images per second, at a wide angle of at least 110 degrees, with night vision through high light sensitivity into the infrared range per camera and, in another technical embodiment with several further similar video cameras together and with additional functionally connected infrared light emitting diodes, i.e. monitor a specific area over 24 hours per day and over 7 days the week in 54 weeks per year through permanent video recording and thus record it as recording units and record the recorded video recordings of each video camera on a functionally connected thereto, Digital video recorder with a motion alarm function, as a unit for data processing with storage, display, evaluation, notification, provision and forwarding, which, with a large digital storage medium over 24 hours per day and on 7 days the week in 54 weeks per year, i.e. working permanently, completely buffers the video recordings of each video camera, so that the recorded area is monitored by permanent video recording and buffer storage of the video recording, and which, with automatic display and evaluation of the buffered video recordings in the form of an automatic motion alarm function, whenever the automatic evaluation changes by movement on the buffered video recording, by displaying each of the individual images of the temporarily stored video recording automatically and continuously operating at 50 individual images per second with a resolution of 1920 image points per horizontal inch by 1080 image points per vertical inch and comparing it with the respective following individual image of the video recording also displayed identically by it, detecting a selectably long partial video recording automatically permanently stored from the temporarily stored video recording, for example at 1 second before and 1 second after the triggering movement, and for this purpose a message to one or more freely selectable receivers, which can be, for example, a mobile telephone number, an email address or else an IP address of an Internet server with cloud function, analog or digital via lines, The video signals are transmitted by the video camera in the form of a video signal of a video camera with the movement automatically detected by this video camera, in an analog or digital manner via lines, via cable connections or via radio connections and / or via the internet, to one or more freely selectable receivers, which can be, for example, a mobile telephone number, an email address or an IP address of an internet server with cloud function.It is known that automated video monitoring devices with a motion alarm function provide the permanent recordings of the video cameras connected to them with a time stamp with time and date that is visible in the recording and is not used for the motion alarm function in the automated motion alarm function.It is also known that the partial records of the movements which are automatically created with such a video monitoring device with movement alarm function are subsequently forwarded in an automated manner as an encrypted attachment to an encrypted email to the authorized owner of the video monitoring device with movement alarm function or to a person intended by the latter and are then received, decoded and displayed by him or by this person with a smart TV, a larger or mobile computer, a mobile telephone or a wristwatch with mobile telephone.Because of the wide market for the above automated video surveillance devices, a plurality of automated video surveillance devices with motion alarm function and an even larger plurality of digital video cameras, which are taken up to the infrared range with at least a resolution of 1920 horizontal pixels per inch by 1080 vertical pixels per inch due to a 1 / 3 inch CMOS image sensor with at least 50 images per second, at a wide angle of at least 110 degrees due to a lens with a low focal length, with night vision due to high photosensitivity due to a lens with a large aperture opening and equipped with additional infrared LEDs built into the camera housing for illumination, are available inexpensively on the market as detection units for automated video surveillance devices.The prior art motion alarm type automated video surveillance devices described above are known for industrial and residential areas or exterior areas, as well as certain areas of automated manufacturing systems, as well as for the exteriors and the surroundings of mail housing, as well as for persons and moving things that are present near a mail housing.Furthermore, it is known from the prior art that automated monitoring devices with a motion alarm automatically recognize, store, report a video recording with a plurality of individual images of a motion recorded by the recording units by the integrated or functionally connected data processing unit via cables, via radio connections, via light connections and / or via the Internet and transmit it to a server on the Internet and / or to a computer or to a mobile telephone or to another personal terminal suitable for viewing the video recordings. In this case, the encryption of the transmitted video data carried out before the transmission and the decryption of the video data carried out automatically after the transmission are also known.In addition, it is known that Internet servers, such as the Flask server, which can also be executed locally on a computer or another data processing unit, can load and process video recordings.It is also known to use on an Internet server, for example, the server program for intelligent, trained text recognition in video recordings "COCO text", that automatically recognizes texts in video recordings and automatically stores them in a file.It is also known to encrypt files automatically by an Internet server and to transmit them to a specific user or to a specific Internet address.Such systems are currently used, for example, with automated recognition of texts in video recordings, which are stored and reported and further processed only during a movement, in the monitoring of private parking spaces for capturing the parking times using the number plates of the parked vehicles. It is finally known that a user or computer software can automatically decrypt a file transmitted from a specific Internet address at a specific Internet address, if appropriate with a further terminal, and can automatically read texts automatically transferred to this software using voice output software, such as Murf.ai, LOVO, Listnr, ElevenLab, NaturalRead, ReadPeak, FreeTTS and Balabolka.It is also known that such automatic motion alarm type video surveillance apparatuses operate with very small video cameras as detection units having the required wide angle of capture, provide the required speed of capture and the required quality of capture in complete darkness by detecting the infrared light from additional infrared light emitting diodes illuminating the monitored area with infrared light.In spite of the described prior art, the foregoing results in a need for improvement in the combination of the parts of a housing for mailpieces with the parts of automated monitoring devices and with the techniques and software used for this purpose to form a comparatively smaller housing for mailpieces which is of considerable importance to the recipient of mailpieces if an authorized owner of a housing for mailpieces cannot visually check his housing for mailpieces daily for the input of new mailpieces into his housing for mailpieces and the recipient is also located over a longer period of time at a location which is more than the distance of view from the housing for mailpieces of the recipient and from which the recipient and the authorized owner can either reach the housing for mailpieces wirelessly or only with great effort, as will be explained further below.In such a case, in the case of mailpieces that have been sent without prior knowledge of the recipient from the sending of this mailpiece to a recipient, severe, health, social, financial and legal damage can arise to the recipient written on the mailpiece due to missed deadlines if it is not possible for a longer period of time for an actual recipient of this mailpiece or the authorized owner of the housing for mailpieces into which the mailpiece was input, to check whether mailpieces have been input into its housing for mailpieces and therefore the actual recipient cannot know the written recipient information and sender information on each of the mailpieces input into the housing promptly after each mail is input into the housing and the actual recipient and also the authorized owner of the housing cannot decide on the basis of these written text information, whether one of the mail items entered must be processed further in an urgent manner, so that no deadlines are missed or other possible disadvantages arise, such as for example the unauthorized removal and suitability of the mail item, for the actual recipient or for the recipient specified on the mail item. An responsible authorized owner of a housing for mailpieces or an actual recipient of a mailpiece on which he or she is not specified, but rather another recipient is immediately returned either to the mail delivery service or to the recipient specified on the mailpiece himself, so that no damage due to deadline misses occurs to the same.In the everyday season, each recipient of mailpieces has many reasons for a recipient not being able to check his mail housing for newly entered mailpieces over a longer period of several days or weeks, if the authorized owner of the mail housing, i.e., the actual recipient, is located at a location that is more than a distance away from the mail housing by sight. Such reasons are, for example, an absence of the authorized owner, as an actual recipient, from the location with the address of the actual recipient and thus from the location of his housing for mailpieces due to a vacation trip, a business trip, a clinic stay or a longer foreign activity.In the majority of the cases given worldwide daily, an actual recipient usually decides, directly after having known the written text information relating to the sender and recipient on or on a mail item which he has removed from his housing for mail items, whether this mail item is intended as a recipient for him, how important this mail item is for him and how urgent this mail item has to be processed further or whether this mail item can be disposed of. Thus, for example, a mail item from an advertising publisher can remain in the housing for mail items of the actual recipient for several days, weeks or months without further processing, because it is not important for the recipient of the advertising mail item to open said mail items, but, for example, in the case of a mail item from a clinic, from an important person, from a club, from an authority, from a juwelier or from a dish, it can be of considerable importance for the recipient specified in writing on said mail item that even if it requires a high outlay for the actual recipient who is located at a location more than the visibility distance from the housing with mail items, said mail item is removed from the housing for mail items as quickly as possible, opened and further processed, that is to say for example by a second person, The actual recipient is familiar with this specific mail item is opened as quickly as possible and then this second trusted person safely stores the content of this specific mail item as quickly as possible and forwards the content of this mail item to the actual recipient indicated on the mail item, which is far away from his housing for mail items, so that the recipient can react as quickly as possible to the content of this specific mail item. This second trusted person may, in addition to the above, return to the mailing service the mailpieces on or on which a recipient other than the actual recipient is specified.In the case of an order for opening a mail item, the recipient must give the second trusted person an explicit order for opening only a specific mail item if the recipient does not wish to be exposed to the risk that, when all mail items newly entered into his housing for mail items are opened, mail items are also opened by the second trusted person whose content is not intended to be experienced by the second trusted person, such as account statements, for example.However, the actual recipient indicated on the mail item can only give this express order to a second trusted person for opening a specific mail item and for forwarding the contents thereof to the recipient when he had previously knowledge that one of the mail items entered into his housing possibly has considerable significance for him and this knowledge cannot be obtained until he could notice the written text information on the outside of the sender and recipient or on the mail item.In order that the authorized owner of a housing for mailpieces, as an actual recipient, can know the written text details regarding the sender and the recipient on the outside of or on each mailpiece entered into his housing for mailpieces, the prior art was always required to remove all mailpieces newly entered into a housing since the last emptying of the housing from this housing for mailpieces until the authorized owner of this housing for mailpieces according to the prior art had to first order a first trusted person whenever the recipient was at a location, The object is to provide a device for producing mail items which is more than visible from its mail item housing and from which it can either not reach its mail item housing at all or can only reach it with considerable effort.Up to the invention according to German Utility Model No. 20 2023 001 504, there were the risks that an unauthorized third person, during the absence of the authorized owner, removes a mail item introduced into the housing from the housing unnoticed by the authorized owner, or that the first trusted person empty the housing for mail items much later than in the previously agreed rhythm, or that the first trusted person forwards individual important mail items in the housing for mail items incorrectly or not to the remotely located recipient, so that the recipient next can either not issue a subsequent subsequent order for forwarding, opening and processing, or an incorrect subsequent subsequent order for forwarding, The first trusted person or a second trusted person is granted for opening and further processing.On the basis of the above, it is of considerable economic significance for an authorized owner of a housing for mailpieces that the automatic monitoring device according to German Utility Model No. 20 2023 001 504 is recorded, reported and forwarded to the authorized owner in an automated manner, quickly and with the technically best possible reliability and completeness, the written text information on recipient and sender on the outside on or on the sides of each mailpiece that is input into his housing for mailpieces, and at the same time the costs for the production and transport of a housing for mailpieces with a monitoring device with a motion alarm to its place of use, and the space required for the housing for mailpieces at the place of use are as small as technically possible.German utility model No. 20 2023 001 504 discloses a housing for mailpieces which has a conventional and also solar-operated emergency power supply, at least one permanently operating monitoring device with motion detection, which in turn has at least one permanently operating, digital, high-resolution, fast and light-sensitive video camera as a detection unit with a suitable objective as a detection element in the interior of a housing for mailpieces on sides of the housing for mailpieces that are opposite in pairs, and an additional, optical camera, Infrared illumination which operates permanently inside the housing automatically records the written text information relating to sender and receiver on or on the outer sides of each mail item input into the housing for mail items and reports it automatically to the authorized owner of the housing for mail items and forwards it and makes it available, and in addition all units of the monitoring device are mounted inside the housing using special mounting devices and are protected with special protection devices against damage by mail items falling inside the housing.It is known from this prior art that the additional, permanently operating infrared illumination can also be provided by LEDs which are located directly next to the camera lens of a detection unit in the same housing as the detection unit.However, the technical embodiments of a mail housing having an automatic motion alarm monitoring device as in Utility Model No. 20 2023 001 504 require a mail housing of a large size for its effectiveness as compared with the commercially available mail housings without such an automatic motion alarm monitoring device, and thus there are increased costs for manufacturing and transporting such a housing and an increased space requirement of such a housing at the place of use of the housing.A housing for mailpieces according to the prior art is known in many different sizes and designs. A common feature of all these sizes and designs is that the opening of the housing for the input of the mailpieces determines the maximum possible size of the mailpieces that can be input into the housing, and that the housing itself is so large that at least one mailpiece having the maximum input size can be temporarily stored in the housing in a manner protected from weathering.Since the video cameras in a casing for mail items with an automated monitoring device with movement alarm as in Utility Model No. 20 2023 001 504 for detecting the written text items in such a high quality that these text items on the video pictures according to this invention can be read in their entirety by a viewer of the individual images of the video pictures, require a distance between the detection unit mounted in the casing, which is for example a video camera, and the mail item falling in the casing, it is possible that individual large mail items after input into such a casing for mail items with their side on which the written text items are to receivers or sender, are too close to the detecting element, that is to say for example the objective, of a detection unit, that is to say for example a video camera, The automatic monitoring with movement recognition, i.e. for example the video recording, has detected the written text information not in its entire completeness, i.e. in full, in a readable manner. In particular, it is often the case according to the prior art that, in the case of a large mail item introduced into such a housing, only a part of the sender information or the recipient information is detected by the detection units and, in particular, the edge of the sender information or the recipient information is not detected by the detection units.Even if the page of a mail item falls too close to a detection unit, for example a camera, past the housing and the page of the mail item is detected piece by piece on the individual images of the detected information and data, for example the detected camera video recordings, there is the risk that written text information relating to sender and recipient at the extreme edge of a page of the mail item, which page is for example 360 millimeters by 210 millimeters, is not recorded in its entire completeness, that is to say in its entirety, in a readable manner in the detected information and data, for example on the individual video images of the camera, and therefore is not made available and forwarded completely.Here, the size of the mail inputted into the monitoring device mail housing is inferior to a side of the mail to be detected during dropping inside the housing toward the center of the earth, if the inputted mail and the mail housing have a size that allows the mail to drop completely past the monitoring device detection unit toward the center of the earth, because then the entire vertical depth of the side of the mail is gradually completely detected by the inside of the housing during dropping.However, the horizontal length of a mail item falling in such a housing requires a minimum distance in the horizontal between this side of the mail item and the detection element of the detection unit which is opposite this side of the mail item, in order to completely detect the horizontal length of this side of the mail item during the dropping.The horizontal distance, which is actually required for writing text information on sender and recipient on mailpieces input into the housing, which text information on sender and recipient can be read in its entire completeness, i.e. in the entirety of the horizontal length of a page of a mailpiece on which the writing text information on sender or recipient of the mailpiece is located, and the detecting element of a detection unit installed into the housing depends on the detection range thereof.Thus, for example, the detection range of a barcode scanner determines the required distance between the scanner and the mail item for completely detecting a mail item falling in the interior of the housing in the direction of the center of the earth in the horizontal length, and the detection range of a barcode scanner also determines the required distance between the inwardly directed front side of the scanner and the side of a mail item falling in the housing directed towards the scanner.And for example, the minimum distance required for complete capture between an objective of a digital video camera, as a capture element of a capture unit which is directed in the interior of a housing for mailpieces at the inner center of the housing, and one side of a mailpiece falling within the housing, is determined on the basis of the capture range of the video camera, and this capture range in turn is determined in the case of video cameras as capture units on the basis of the video sensor size, the video sensor resolution, the maximum vertical angle of view and the maximum horizontal angle of view of the capture in front of the objective on the basis of the focal length of the objective of the digital video camera and the size format of the recorded video frames.For example, if digital video cameras, having a video sensor size of one third of an inch with a video sensor resolution of 3840 horizontal pixels and 2160 vertical pixels, are to record 50 or 60 frames per second with a 170 degree wide angle lens at a focal length of 2.68 mm in the video frame format 16:9, which are currently available in large numbers and inexpensively, and whose video frames in the video records are to fully read the written text on or on the sides of a mail item which is oriented with its vertical length during dropping toward the center of the Earth and whose sides are large up to 600 millimeters in the horizontal length during dropping, at least a 300 millimeter distance between that oriented toward the interior of the housing is at least one 300 millimeter distance between that oriented toward the interior of the housing, The top edge of the video camera objectives and the outside of the mail item which is input and falling opposite this objective are necessary in order to completely read the entire horizontal length of 600 millimeters of this side of the mail item on the video camera records.In a second example, with a horizontal length of the page of the mail item of only 360 millimeters during dropping, a distance of at least 200 millimeters is required between the camera lens of the same video camera from the above example directed toward the inner center of the housing and the page of the mail item falling opposite it that is up to 360 millimeters in horizontal length for video recordings with completely all readable written text information to sender and / or recipient on this page of the mail item.In another example, with a horizontal length of the page of the mail item of only 210 millimeters during dropping, a distance of at least 110 millimeters is required between the camera lens of the same video camera from the above example directed toward the inner center of the housing and the page of the mail item falling opposite it that is up to 210 millimeters in horizontal length for video recordings with completely all readable written text information to sender and / or recipient on this page of the mail item.In a further example, with a horizontal length of the page of the mail item of only 50 millimeters during dropping, a distance of at least 25 millimeters is required between the camera lens of the same video camera from the above example directed toward the inner center of the housing and the page of the falling mail item of up to 50 millimeters in the horizontal length opposite it for video recordings with completely all readable written text information to sender and / or recipient on this page of the mail item.In the above examples, the ratio between the horizontal length of detection and the required distance to completely detect the horizontal length becomes smaller as the size of the page increases.And, for example, if the same video camera as in the above example as provided in German Utility Model No. 20 2023 001 504 is mounted in the casing for mail items rotated 90 degrees around its camera optical axis, a distance of at least 350 millimeters is even required for full-complete, i.e. full-read detection of a page having a horizontal length of 360 millimeters during the dropping of a mail item.Problems in the Current Prior ArtThe distance requirements described above necessitate the aforementioned large design of a housing according to the current state of the art with at least one automated monitoring device with movement alarm for mailpieces which can be input into the housing up to a specific maximum size of the mailpiece, in comparison with commercially available housings without automated monitoring device for mailpieces which can be input up to the same specific maximum size, as is shown below using the example of a commercially available digital video camera as a detection device of an automated monitoring system in a housing for mailpieces.The aforementioned larger design of such a housing with an automated monitoring device for completely detecting mailpieces, which have, for example, a maximum horizontal length of 360 millimeters and a maximum horizontal width of 210 millimeters, as well as a vertical depth of up to 1200 millimeters, results during dropping in comparison with a commercially available housing without a monitoring device for mailpieces of the same size, because, in addition to the maximum size of the mailpieces that are to be collected in the housing and their input is to be monitored in an automated manner, for completely detecting the horizontal length of 360 millimeters to the horizontal width of the mailpiece, which determines the distance of the sides of the mailpiece to be detected from one another, For one side, at least one distance of 350 millimeters is required as the space between a detection element of a detection unit of the monitoring device opposite this side of the mail item during dropping, plus the overall length of, for example, 30 millimeters of a digital video camera having the above specifications and plus the thickness of the mounting device, i.e., requires, in total, for example, 382 millimeters, and if these digital video cameras are mounted on the inside of two opposite sides of the housing rotated through 90 degrees about their camera image recording axis, a distance of 974 millimeters must be given between these insides in the housing and the correspondingly large size of a housing for mail items with an automated monitoring device according to German Utility Model No. 20 2023 001 504.Even if the video cameras are not mounted with their objectives rotated through 90 degrees about their optical camera axis in the direction of the inner housing center, but in the orientation provided by the manufacturer with their objectives in the direction of the inner housing center are mounted on the inside of each of two housing sides opposite one another in pairs, and the video cameras record the entire surface of one side of an input mail item of the size 360 millimeters of horizontal length in a recording quality required for the written sender information and receiver information on the mail item, while during the movement of the mail item in the direction of the center of the earth, i.e. during the dropping, with a horizontal length of 360 millimeters and a greater vertical depth, Because of the horizontal length of the falling mail item to be completely recorded, at least two distances of 200 millimeters are required as the space between a recording unit of the monitoring device and one side of the falling mail item, as well as the overall length of two digital video cameras in mounting devices which are mounted on the inside on two mutually opposite sides of the housing, in order that the automatic monitoring device according to German Utility Model No. 20 2023 001 504 automatically completely records, processes, reports and makes available the written text data on the outside on or on a mail item input into such a housing.The horizontal structural length of a commercially available digital camera, as a detection unit which, with a video sensor size of one third inch with a video sensor resolution of 3840 horizontal pixels and 2160 vertical pixels, records 50 or 60 frames per second with a 170 degree wide angle lens at a focal length of 2.68 mm in the video frame format 16:9, from the extreme end of its lens, as a detection element along the optical camera axis to the rear side of the camera housing is, for example, 30 millimeters and the horizontal structural width of a housing of such a camera, when mounted as provided by the camera manufacturer, with the space for two infrared light emitting diodes is, for example, 50 millimeters. If video cameras with a shorter horizontal structural length from their objective, as a detection element, are used along their optical camera image axis to the rear side of the camera housing, the housing for mailpieces can also be produced in a smaller size using an automated monitoring device according to the current state of the art.If a rectangular rectangular rectangular parallelepipedic housing for mailpieces known from the prior art is intended to receive mailpieces with such cameras as a detection unit of a monitoring device, for example mailpieces up to a size of 360 millimeters horizontal length by 210 millimeters horizontal width by 1200 millimeters vertical depth when being input through an input opening of the size 230 horizontal width by 370 millimeters horizontal length, the sides of the housing for mailpieces that are opposite each other in pairs must be the conditions above, which sides are not the side that is the shortest distance from all sides of the housing to the center of the earth, i.e., the bottom side, as the entire side, and which sides are not the side of the housing for mailpieces that is opposite this, i.e., the top side, In the case of a non-rotated attachment of the video cameras, the mail is at a distance from one another in the horizontal length of at least 674 millimeters and in the horizontal width of at least 644 millimeters, when the mail item is first introduced into the input opening of the housing with one of its smallest sides, that is to say, for example, a side with 360 millimeters of horizontal length and 210 millimeters of horizontal width, and in the process one of the largest sides of the mail items, that is to say, for example, a side with 360 millimeters of horizontal length and 1200 millimeters of vertical depth is positioned parallel to the largest side of the input opening and almost parallel to the front side of the body of the user of the housing during the input, so that, in addition to the above distances of 2 to 200 millimeters, a horizontal width of 210 millimeters also has to be provided for the mail item in the interior of the housing in front of the detection units. In addition to this distance, because of the position deviation due to the larger input opening 10 millimeters and because of the exemplary horizontal structural length of 30 millimeters, a further 64 millimeters each of the 2 detection units with mounting devices having a thickness of 2 millimeters must be added, so that in the above example the side of the housing for mailpieces that has the shortest distance from the user of the housing when inputting mailpieces as a complete side and that is positioned substantially parallel to the front side of the body of the user of the housing when inputting, i.e. the front side of the housing for receiving a mailpiece described above in a position described above when inputting from the side of the housing for mailpieces opposite it, i.e. the rear side, must have a distance of at least 674 millimeters, Thus, the casing for mail items according to the current prior art has a horizontal length of the closest length to the userThe distance from the side of the user is up to 680 millimeters.The other mutually opposite vertical sides of a housing for mailpieces with an automated monitoring device according to the current state of the art in the form of a rectangular block must have at least a distance of 644 millimeters in the horizontal width for each mounting device because of the required distance of at least 110 millimeters from the side of the mailpiece with a horizontal length of 210 millimeters, plus the 360 millimeters of the mailpiece, plus the horizontal overall length of a conventional video camera of 30 millimeters and plus 2 millimeters. In addition to the possible positional deviation due to the larger input opening of 10 millimeters, such a housing would have to have a horizontal width of 660 millimeters. For complete detection of a mail item of 1200 millimetres in vertical depth, the housing must have at least one storage volume of 1200 millimetres in vertical depth plus 350 millimetres for the movement of the mail item to be detected in the direction of the centre of the earth in the housing.When using a same video camera inside the casing for mail items for each side of the mail item that is more or less perpendicular during the fall and an input opening for mail items having a square basic shape with a horizontal length and with a horizontal width of 600 millimeters each, wherein the mail items have a depth of up to 1200 millimeters, the casing for mail items must have a square basic shape that ensures at least a distance of 360 millimeters from each side of the input opening and thus from each side of the mail item, so that such a casing requires at least 1320 millimeters in horizontal length large sides and at least 1300 millimeters in vertical depth large sides for the detection and storage of only a mail item having a horizontal length of 600 millimeters and a horizontal width of 600 millimeters and a mail item having a vertical depth of 1200 millimeters.The housing for mailpieces in this example must be at least as large as the above distances, and a correspondingly large amount of material is required for producing the housing in this example, so that the housing also has a correspondingly high weight and must be transported to the place of use of the housing.The material required for achieving the required distances and the size of the housing required therewith and the material required for achieving the corresponding high weight of the housing for mailpieces cause high costs during the production and during the transport of the housing for mailpieces to its place of use at the address of the authorized owner after purchase, even if the housing is supplied as a kit in a commercial embodiment.And accordingly, such a housing requires a lot of space for mailpieces on a base or on or in a wall at the authorized owner of the housing when placed on a base, in an entrance area, in a receiving hall or when attached in or on a wall.In this case, a problematic large space requirement arises, in particular in multifamily houses in which, according to the prior art, one housing each for mailpieces is used for each residence of a family or even each resident.A further problem with housings for mailpieces with automated monitoring devices in the interior according to the prior art is the automated forwarding of the monitoring results to the authorized owner or user of such a housing, because according to the prior art housings for mailpieces with monitoring devices with a motion alarm in the interior of the housing only permit forwarding or making available the monitoring results by video single images, and thus such a housing with an automated monitoring device according to the current prior art has no benefit for people who are greatly restricted or blind in their visual capability.The object is to provide a method for performing a processThe invention has for its object, on the basis of the above, to improve, in technical terms, mail housings with an automated monitoring device known in the prior art, which are suitable for the input of mail items up to a specific maximum size, by a combination with additional fittings, in such a way that a mail housing without automated monitoring devices in the interior of the housing, which housing is known in the prior art, is combined with the additional fitting to form a new mail housing in such a way that the reliability, the completeness and thus the probability that the written text data made in the usual written size for mail items are combined with the recipient and with the sender on the outside at or on each mail item which the recipient does not expect and which is combined with the traditional mail item, The problem that the problem of low cost for senders and feeders has been introduced into their housing for mailpieces with such an automation device is improved by such a housing for mailpieces being automatically and reliably reported and forwarded to the authorized owner of the housing or to the recipient specified in the text information at a location more than the visibility shortly after each mailpiece has been introduced into the housing, in that the distances between the sides of the falling mailpiece and the detection units of the automated monitoring device, which are required for a detection of the written text information to the sender and recipient outside on or on the mailpieces input into the housing, which detection is readable in their entire completeness, i.e. in the entire entirety, are secured for mailpieces in various embodiments of the new housing and thus the completeness in the detection, forwarding and the position of presentation, is improved, However, the user-friendliness of a housing for mailpieces with an automated monitoring device for mailpieces falling within the housing is also substantially improved, and the entire housing including the monitoring device is created in a smaller size and with a lower weight, in comparison with a housing for mailpieces with an automated monitoring device with a movement alarm that is known according to the prior art, up to the same maximum size of mailpieces that are detected and processed with the monitoring devices that are identical according to the prior art, so that the costs for the production and for the transport of an entire such housing with automated monitoring devices with a movement alarm that is suitable for the input of mailpieces up to the same maximum size are reduced and by an automated text recognition in the detected information and data, only of the person, are reduced, which is specified on an input mail as recipient, if it is an authorized user of the housing for mail items or if it is not an authorized user of the housing, are transmitted in encrypted form and / or made available to a person entitled with return items, which reports recorded data and information and, after decryption, are made aware of a personal terminal of the recipient with voice output capability, so that even people who are restricted in their ability to read the texts in the recorded video frames, cannot read them like average people, can use a housing for mail items with an automated monitoring device and the parts which are used as additional instructions for the above combination of the new housing for mail items cooperate in an advantageous new system, The invention is also directed to a method of manufacturing a novel package for mailpieces with automated monitoring devices, which can be additionally installed in an existing package for mailpieces according to the prior art without an automated monitoring device and which can also be used as part of the supporting structural frame of a novel package for mailpieces with automated monitoring devices, so that a plurality of parts of the novel system can be used in large numbers in the production of a novel package for mailpieces with an automated monitoring device, and thus these parts can be produced at a lower cost.SolutionThe above object is achieved with a mounting system for housings for mailpieces having the features of claim 1.Further advantageous embodiments and developments of the invention are the subject matter of the dependent claims.Industrial applicabilityHousings for mailpieces are in great numbers in daily use and with any longer vacation, hospital stay or occupational foreign stay, the problem arises that the owner of a housing for mailpieces according to the prior art can only know the sender information and recipient information on mailpieces input therein with great effort or not at all, so that a large market for housings according to the invention having an improved assembly system according to the invention with an improved automated monitoring device of smaller design with the same possibility of automatically processing mailpieces with the same maximum size as according to the prior art by the housing and thus the written text information on sender and recipient, with substantially improved completeness with reliable detection, can be used in an automated manner, In accordance with the invention, fully readable sender information and recipient information can be automatically recorded, recognized, reported and forwarded to or on at least one side of a mail item which has been introduced into the housing, and after automatically recognizing texts in these recordings, these texts can be automatically informed to the authorized owner of the housing encrypted as video recordings, as video single images, as text file with possible voice output and / or as audio file, with simultaneously less material outlay for the housing, with simultaneously multiple use, identical elements of the assembly system, with simultaneously less space requirement for the housing at the end customer and with simultaneously less transport costs for the housing with the same suitability for recording mail items up to the same maximum size of the mail items.Advantageous EffectEssentially, the advantageous effect of the invention results from the fact that a housing known according to the prior art for mailpieces with one or more automated monitoring devices, which is suitable for inputting mailpieces up to a specific maximum size of the mailpiece at a specific degree of reliability in the completeness of the acquisition of information and data on or on mailpieces falling in the housing, is further suitable for the input of mailpieces up to the same specific maximum size of the mailpiece, but an improved completeness in the acquisition of the information on sender and recipient on or on each mailpiece that was input into the housing, This is particularly advantageous because the housing of this type can be produced and transported more favorably in a smaller design and due to the multiple use of identical elements of the assembly system and also requires less space when the customer is set up or mounted and, in addition, the advantageous function of the housing can also be used by highly visually handicapped and blind people in the automated detection, forwarding and providing of written text information to sender and receiver on each of them into a housing for mailpieces with a monitoring device with a motion alarm shortly after the input of received mailpieces into a housing of mailpieces.Before the following description of the technical embodiment of the invention, it is made clear that the following details regarding dimensions and positions and for the interaction of elements, units, devices, cantilevers, cantilevers, plates, openings and systems of the invention and the following drawings serve only to illustrate the possible embodiments of the invention and the invention is not limited thereto. In particular, the dimensions are required to illustrate the cooperation of the individual parts of the invention, but they are not precise, but differ from the dimensions of a commercial embodiment.These details and drawings are provided to provide a person skilled in the art with the benefit of the invention for which protection is sought functioning in principle and how it can be made and utilized.The word selection of the specification and the terminology used in the specification and the phrase are intended to be in the nature of a clear and comprehensible description and are not limiting. For example, the use of the word "on" before a part of the invention is not used to limit the fact that there are no other, similar parts in the invention.Furthermore, in particular, size data and dimensions data are not limiting.Also, the use of relative expressions such as "upper", "lower", "higher", "lower", "right", "left", "shorter", "manager", "front", "rear" or "on" is for the purpose of clarification of the description and is not restrictively used in the following description, in the following drawings and in the claims.It will be further understood that the elements, units, devices, beams, beams, plates, apertures, systems and operations of the invention are also used individually or in combination with other elements, units, devices, beams, beams, plates, apertures, systems and operations of the invention known or apparent to one skilled in the art having the understanding of the following description with drawings and the claims.The following description with drawings and claims hereto, is to be understood that the individual elements, units, devices, beams, plates, openings, systems and operations indicated therein are also recited in combination with other elements, units, devices, beams, beams, plates, openings, systems and operations with the advantages resulting therefrom in the following description, are illustrated in the following drawings and are encompassed by the claims.It will be understood by those skilled in the art that in this specification, only exemplary embodiments are provided with these drawings, without limiting the invention thereto, and not all technical details of a commercial embodiment of the invention may be provided in order to maintain the clarity and intelligibility of the technical description. And one skilled in the art will understand that the invention, in its commercial embodiment, has further technical details already known to one skilled in the art as being necessary or useful for mail item enclosures, and that the invention is manufactured and utilized in further variations in its commercial embodiments known to one skilled in the art to be necessary for practicing the invention in a commercial product and therefore not expressly stated in the specification or illustrated in the drawings or claimed in the claims.Thus, for example, it is known to anyone skilled in the art for the above that in the majority of world-wide embodiments of a housing for mailpieces, the closure unit for the input opening on such a housing is designed as a flap with a hinge-like fastening unit and therefore the hinge-like fastening unit of the closure unit before the input opening of the housing according to the invention is not expressly indicated in the description, is not expressly shown in the drawings and is not expressly claimed in the claims, but nevertheless comprises the invention.The scope of functions of the invention described in the task can only be achieved if the distances required for this purpose of the detection elements of detection units of the automated monitoring devices to the outer sides of the mailpieces falling in a housing for mailpieces are observed, and this observation of distances ensures the new mounting system according to the invention, which is mounted in a housing for mailpieces or which forms the supporting frame according to the invention with side parts according to the invention of a housing according to the invention for mailpieces and which accommodates at least one part of at least one automated monitoring device according to the invention, for particular advantage.The invention is a new, advantageous combination of a new assembly system according to the invention, with a monitoring device which operates in a permanently automated manner and is known according to the prior art and which is used in a new method of operation according to the invention for automatically recognizing texts on mailpieces in video recordings by means of trained artificially intelligent computer software which is known according to the prior art, in a housing for mailpieces.For the particular advantage of the invention, the novel assembly system according to the invention is combined with a housing for mailpieces with at least one data processing unit and with at least one detection unit, which detects and processes mailpieces falling inside a housing for mailpieces during the dropping.In the following description, the term "horizontal", the orientation of the described part parallel to the surface of the earth, and the term "vertical", the orientation of the described part in the direction of the center of the earth is designated.And in the following description, the term "top side" of the housing denotes the side of a housing for mailpieces which, after the placement or attachment of a housing for mailpieces at its place of use during the use of the housing, is at the greatest distance from the center of the earth from all sides of the housing, as a complete side.Furthermore, in the following description, the term "bottom side" of the housing denotes the side of a housing for mailpieces which, after the placement or attachment of a housing for mailpieces at its place of use during the use of the housing, is at the smallest distance from the center of the earth from all sides of the housing, as a complete side.And, in the following description, the term "intermediate floor" of the casing is used to mean a part of the casing which, after the casing for mailpieces has been set up or mounted at its place of use during use of the casing, is horizontally oriented with the longest edges of its largest surfaces inside a casing for mailpieces, and divides the casing into a volume above this part at a greater distance from the center of the earth and a volume below this part at a lesser distance from the center of the earth.To solve the problem in technical terms, the invention combines one or more automated monitoring devices known from the prior art with a motion alarm function and with at least one data processing unit known from the prior art for the automated recognition of texts in video recordings or at least one part of at least one permanently automated monitoring device which has permanent, automatic detection, storage, motion recognition, recording, reporting and forwarding of the recorded data of the movements recognized by it and which has automatic, trained, artificially intelligent recognition of texts in the recorded data, with automatic encryption of the recognized texts, with automatic notification of the recognized texts to the recipients specified in the recognized texts and previously stored in the data memory of the monitoring device as authorized recipients with an email address or with an IP address, or to previously ordered persons and with automatic forwarding of the encrypted texts as text file or as audio file to the recipients specified in the recognized texts or to previously ordered persons, who capture texts that are located on the outside of or on each mail item that move in a housing for mail items in the direction of the center of the earth by their capture units, wherein the parts of 1 to 16 monitoring devices that operate permanently in an automated manner, that have 6 to 16 capture units with light emitting diodes in a mounting device in each case, of which, after being mounted at the place of use, 4 to 8, are captured as horizontal capture units, are detected with the mounting system, which, viewed from the interior of the housing, are each located in front of an edge at which two perpendicular sides of the housing are adjacent to one another and horizontally offset by 90 degrees each, are opposite one another in pairs and are oriented with their detection elements toward the inner center of the housing, are mounted on one of 1 to 20 perpendicular posts in the horizontal each, and 1 to 4, as upper detection units, are mounted with their detection elements oriented toward the inner center of the housing, on one of 1 to 4 horizontally located plates of 1 to 8 equal parts plus frames which are mounted at a greater distance from the center of the earth than the horizontal detection units and which has 1 to 2 openings for mailpieces which are sized, oriented and removed from the horizontal detection units, only the entry of mailpieces up to the maximum size and at the minimum distance of the mailpieces to the horizontal detection units, into the housing, which is required by the horizontal detection units for complete detection, are mounted in the housing at a smaller distance from the center of the earth than this opening at one of the edges of the entry opening, and 1 to 4, as lower detection units, are mounted with their detection elements directed at the entry opening, protected at a smaller distance from the center of the earth than the horizontal detection units by 1 to 4 plates and with 1 to 16 units for data processing in assembly devices with movement recognition, detection, storage and forwarding of video records from each mailpiece moving in a housing in the direction of the center of the earth, with trained, intelligent recognition of texts in the stored video records, all texts on the outside of and on each side of a mail item which during its movement is opposite one of the detection units are automatically detected and reported, encrypted, forwarded and made available independently of location, to the recipients detected in the texts and stored in the data memory of the monitoring device or to other authorisations previously stored in the data memory, as email or as a message and by voice output, are mounted in a housing for mail items or are combined to form a housing for mail items, and the horizontally lying plate of the mounting system with monitoring device for mail items which is situated with one of its largest surfaces parallel to the horizon and opposite the center of the earth is used as the top side of a housing for mail items having 1 to 2 input openings which, after the housing has been set up or mounted at its place of use, is used as the top side of a housing for mail items which has 1 to 2 input openings, while using all sides of the housing as a complete side, without the closure unit of these input openings having the longest distance from the center of the earth and the same horizontally lying plate of the assembly system with monitoring device for housings for mailpieces, which lies with one of its largest surfaces parallel to the horizon and opposite the center of the earth, is also attached as a closure unit for the input opening, in which the opening in the plate is closed with a further plate, to a side edge of the top side of a housing for mailpieces in such a fixed and detachable manner that this closure unit, after the placement or attachment of the housing at its place of use, rests on the top side, that is to say from all sides of the housing as a complete side, The invention is therefore particularly advantageous in that the mail items are received at the longest distance from the center of the earth and close the input openings and can be folded upwards for inputting mail items into the housing, so that for the particular advantage of more complete recording of all texts on or on all outer sides of mail items which are input without expectation of the recipient into a housing for mail items which is equipped with the new mounting system according to the invention and move therein in the direction of the center of the earth, with the particular advantage of more user-friendly automation at lower production costs and the texts which are received on or on each mail item which has been input into the new housing according to the invention, even by a plurality of different authorized recipients in the data memory of a housing for mail items, with the mounting system according to the invention with monitoring device for falling mail items, which texts are received on the outside on or on each mail item which has been input into the new housing according to the invention, This is followed by a short time interval after this input, and at a location far away from the housing for mailpieces, the recipient or the authorized owner of the housing or a second person charged with it automatically knows about the sender information and recipient information on the input mailpiece, given a smaller structural form of the housing for similarly large mailpieces than was possible prior to the invention according to the prior art.The novel mounting system according to the invention for securing required distances when combining at least a part of at least one permanently operating automated monitoring device with completeness of detection, improved according to the invention, with at least one data processing unit with processing of the detected data, improved according to the invention, and with at least one detection unit for mailpieces falling in a housing, improved according to the invention, consists of at least one automatically operating novel monitoring device according to the invention with at least one data processing unit according to the invention and with at least six detection units which with the novel mounting system according to the invention consist of at least four novel vertical stands, mounted vertically, on the automated monitoring device, each with at least one novel horizontal mounting device according to the invention, which consists of angles and plates, for at least one detection unit of the automated monitoring device, mounted horizontally and directed with its detection elements onto a vertical line through the inner center of the housing, as a horizontal detecting unit fixedly and detachably mounted from the inside of the casing, and at least one new sheet of the invention arranged in the largest area thereof in the horizontal, as an input port horizontal sheet made of 1 to 8 equal parts plus frames, used as the top of a casing for mail items which is the largest distance from the center of the earth from all sides of the casing as a full side, and having at least one input port mounted therein at an acute angle of 45 degrees, but at least at an acute angle of more than 30 degrees and less than 60 degrees to the closest edges thereof of the input port sheet for input of mail items into a casing for mail items which has a size, a shape, by an additional frame around the input port, an orientation and a horizontal distance from the corners and edges of the horizontal plate with input opening required after the detection area and the installation position of the horizontal detection units of the automated monitoring device for completely detecting all sides of an input mail item, at the opening frame of which at a smaller distance from the center of the earth than the horizontal plate with input opening at least one new mounting device according to the invention, which consists of angles and plates or an upper horizontal cantilever on a vertical stand, for at least one detection unit of the automated monitoring device mounted vertically and directed with its detection elements towards the inner center of the housing, as an upper detection unit, is fixedly and releasably mounted from the inside of the housing and of at least one new mounting device according to the invention for a lower detection unit, which is fixedly and releasibly mounted at a smaller distance from the center of the earth than the horizontal detection units from the inside of the housing, which consists of angles and plates or a lower horizontal cantilever on a vertical stand which is equipped with at least one new plate according to the invention stabilized with braces and inclined in the horizontal to the center of the housing and to the center of the earth for protection, which are all fixedly and releasibly mounted in a housing for mailpieces or with which the supporting frame of a housing for mailpieces is made fixedly and releasibly, and for the particular advantage that each of the aforementioned parts of the mounting system is used multiple times for the mounting system in a housing and that each of the aforementioned parts of the mounting system can also be used as a multiple-used part of a supporting frame of a housing for mailpieces, so that, for the particular advantage of the novel mounting system according to the invention, the distance to be maintained in accordance with the technical requirements of the detection units of the automated monitoring device for a complete and readable detection of written text information on the outer sides of mailpieces that fall in the interior of a housing in the direction of the center of the earth is provided with improved completeness, and the entire novel automated monitoring device according to the invention is fixedly and releasably mounted in the interior of a housing for mailpieces and the data and information acquired by the detection units of the automated monitoring device mounted with the mounting system according to the invention are automatically forwarded via cables, radio links, light links and / or the Internet to the data processing unit of the automated monitoring device which is mounted with the mounting system and then the data processing unit of the automated monitoring device, which can also be mounted outside the housing for mailpieces and which, when mounted externally, is functionally connected via cables, radio links, light links and / or the Internet to the detection units in the housing interior, operating permanently, with computer software with trained artificial intelligence for the automated detection, detection, storage, further processing, recording, reporting and forwarding of changes in the detected data and information, and for the automated detection of texts in the recorded data and information with trained artificial intelligence, with storage, further processing, The invention also relates to the use of a device for encrypting and transmitting the recognized texts as a text file with possible voice output or as an audio file, and for a short time after the input of a mail item into the mail item housing equipped with such a new automated monitoring device according to the invention in the new assembly system according to the invention to the recipient specified on the input mail item, if said mail item is an authorized user of the mail item housing or if said mail item is not an authorized user of the housing, to a person charged with the service of the housing, said device being automated and encrypted for transmission security, and for a short time after the input into a mail item housing according to the invention with a mail item according to the invention, wherein, The invention also provides an automatic monitoring device and the mounting system according to the invention with a terminal device suitable for this purpose, which is automatically decoded and displayed as a video file or as video single images or as text or as text of a voice output or as an audio file.In this case, the novel frame of the input opening in the horizontal plate with input opening is advantageously manufactured, without limiting the invention thereto, from firmly and releasably attached plates, rods or tubes which consist of a metal, plastic or carbon of 1 to 2 millimeters in thickness.The above described novel horizontal plate according to the invention with an opening which is 1 to 100 millimeters at each opening edge larger than the maximum size of the input opening required by the horizontal detection units is used, without limiting the invention thereto, for particular advantage also as novel horizontal plate according to the invention with a larger opening as intermediate floor of the mounting system according to the invention, in which the frame is removed around the input opening and the resulting opening at each opening edge is between 1 and 100 millimeters larger than the required maximum size of the input opening.For the particular advantage of the invention, the opening in a novel horizontal plate with a larger opening according to the invention, which is used as the intermediate bottom of a housing and with a frame as the top side of a housing, is a novel output opening according to the invention, through which the mailpieces falling in the housing fall, if the same horizontal plate with a larger opening is also used according to the invention as the bottom side of a housing for mailpieces, without limiting the invention thereto.When using the novel horizontal plate according to the invention with a larger opening of the mounting system according to the invention as an intermediate floor for a housing for mailpieces, it is of particular advantage, without limiting the invention thereto, to mount 1 to 4 novel lower mounting devices according to the invention for lower detection units which are mounted on top of this plate at a smaller distance from the center of the earth than the horizontal detection units and at a greater distance from the center of the earth than the horizontal plate with a larger opening and are mounted with the detection elements directed towards the input opening, which consists of angles and plates and which is provided with at least one novel plate according to the invention with braces stabilized in the horizontal to the center of the housing and inclined to the center of the earth for protection, fixedly and re-detachably from the inside of the housing.In a further advantageous embodiment of the invention, the dispensing opening in the novel plate according to the invention with a larger opening of the mounting system according to the invention for a housing for mailpieces is closable, without limiting the invention thereto, by a closure plate which, with the opening frame of the dispensing opening as a fastening unit, is mounted in the dispensing opening of the horizontal plate with a larger opening and is then usable as a novel horizontal plate according to the invention with a closed larger opening of the mounting system according to the invention as the base side for a housing according to the invention for mailpieces.By using several identical intermediate horizontal plates, either as a horizontal plate with a larger opening with a dispensing opening or as a horizontal plate with a closed larger opening with a closed dispensing opening or as a horizontal plate with an inlet opening with an inlet opening by the novel opening frame according to the invention, the particular economic advantage of reducing the manufacturing costs of one of these plates by mass production is obtained.The novel assembly system according to the invention is for particular advantage, without being restricted thereto, either fixedly and releasably attached or formed at the top of and in a housing for mailpieces, for particular advantage without being restricted thereto, the supporting frame of a housing for mailpieces is covered with an automated monitoring device described above which is for particular advantage, without being restricted thereto, with side parts according to the invention which have maintenance openings which can also be used as extraction openings.The mounting system according to the invention is, in one embodiment, without being limited thereto, for particular advantage mounted on top of and in a casing for mailpieces according to the prior art, so that the casing is functionally mounted in an upper part, which is at a longer distance from the center of the earth and which substantially corresponds to the detection and processing of the written text information on the sender and receiver on the outside of and on the mailpieces that are input into the casing, as well as the receiving of the parts, elements, units, devices, cantilevers, braces, plates, openings, frames, systems and operations of the mounting system with the parts, Elements and units of the automated monitoring device with movement alarm and trained artificially intelligent text recognition with encrypted result transmission for possible voice output or as an audio file and is divided into a lower part which is at a shorter distance from the center of the earth and which essentially functions as a storage volume with a removal opening for the mailpieces.The novel mounting system according to the invention, in another embodiment, is particularly advantageous in several embodiments, without limiting the invention thereto, for the supporting frame according to the invention of a novel casing for mailpieces which is lined and stiffened with side parts according to the invention, which functions with the parts, elements, units, devices, cantilevers, braces, plates, openings, frames, systems and procedures for the detection and processing of the data and information detected by the automated monitoring device with motion alarm with trained artificially intelligent text recognition with encryption and with forwarding to terminals of an authorized user as receiver with possible voice output or this detection and forwarding of the detected information and data to a computer or server or a terminal of a user, either a collection housing without a storage volume for mailpieces or a complete housing for mailpieces with collection and storage of the mailpieces that have been input.In one embodiment of the invention as a novel detection housing according to the invention without storage volume for mailpieces, the housing according to the invention for mailpieces having a monitoring device which is automated according to the invention is particularly advantageous, without limiting the invention thereto, placed on another storage housing for mailpieces and / or on another novel housing according to the invention having devices for the further processing of the mailpieces, or such a storage housing or such a further processing housing is included as part of the entire housing for mailpieces.In another embodiment than a new detection housing according to the invention without a storage volume, the additional, new further processing housing according to the invention contains for particular advantage, for example, without limiting the invention, a chute, a conveyor belt or a conveyor belt or a lifting device with which the mailpieces are automatically moved to another location or, in another exemplary embodiment, an automated device known according to the prior art for opening the mailpieces with, for example, milling or knives and detecting the content of the mailpieces with, for example, scanners or photo cameras or video cameras, without limiting the invention thereto.In a further technical embodiment, for example, without limiting the invention to this, the assembly system according to the invention for at least a part of at least one permanently operating, automated monitoring device with motion alarm function, with intelligently trained text recognition, with encryption and with forwarding of the texts for awareness with possible voice output or as audio file output in the interior of a housing for mailpieces is particularly advantageous, a combination of a housing for mailpieces with at least one automated monitoring device with motion alarm with automated trained, artificially intelligent text recognition, with encryption of the recognized texts, with notification and forwarding of the recognized texts to a recipient recognized in the texts or to the authorized owner of the housing for mailpieces with at least one horizontal plate with frames around their larger opening for the input of mailpieces, at least one vertical stand with at least one mounting device for a horizontal detection unit aligned horizontally on the inner housing center, with at least one mounting device for an upper detection unit aligned vertically on the inner housing center and with at least one mounting device for a lower detection unit aligned vertically on the input opening with plates for protection which can be used multiple times in the mounting system in the same embodiment and which can be used in at least 3 different sizes for small mailpieces, for medium-sized and small mailpieces and for large, medium-sized and small mailpieces in the mounting system in further embodiments of the invention for the particular advantage without limiting the invention thereto, for the particular advantage, with a horizontal plate according to the invention with a closed larger opening as the bottom side or with a bottom unit according to the invention, with one or more horizontal horizontal plates according to the invention with a larger opening than intermediate floors, with further, similar, vertical uprights, with additional braces, with additional mounting devices and with additional side parts, with additional closure units and with further fastening elements of fastening units to form a new, complete housing according to the invention for mailpieces is combined firmly and again in a detachable manner.In a further embodiment of the invention, for example, without limiting the invention thereto, at least a part of the data processing unit of the permanently operating, automated monitoring devices, which operates as a data processing unit with storage, display, evaluation, notification, provision and forwarding, is a permanently operating, digital video monitoring recorder with motion alarm function known according to the current state of the art, which operates permanently, that is to say over 24 hours per day and on 7 days per week in 54 weeks per year, the recording range of all functionally, for example, without limiting the invention thereto, analog or digital via lines, via cable connections, via radio connections, via light connections and / or via the Internet to digital video cameras connected thereto as recording units, in the full quality which these video cameras make possible for video recording, Thus, for example, but not by way of limitation, at least 50 frames per second with at least 1920 pixels per horizontal inch by 1080 pixels per vertical inch resolution, for example, without limitation, digitally recording 8 terrabyte digital storage media, and automatically permanently checking this recording, with automatic presentation and with automated digital evaluation, whether a change in the image has resulted from a video frame to the subsequent video frame, which change is a movement with changes in the subsequent video frames, and which filter for relevant movements according to predetermined criteria, and then automatically filtering a portion of the video recording determined beforehand in the time duration, for example, without limitation, 1 second before and 1 second after the triggering movement, automatically the portion of the permanent recording, which is determined according to predetermined criteria for relevant movements, This recorded movement contains, separately digitally stored on the same large storage media or another digital storage medium functionally connected to it in a video file and for this purpose sends a message to one or more receivers defined in a freely selectable manner beforehand or receivers stored as authorized receivers in a digital memory, which can be, for example, but not limited to, a mobile telephone number, an email address or else an IP address of an Internet server or of another computer, analog or digital via lines, via cable connections, via radio connections, via light connections and / or via the Internet and even forwards a copy of the permanently stored video file with the message.In a further advantageous embodiment of the invention, without limiting the invention thereto, the digital video recorder encrypts, as a data processing unit of the automated monitoring device, the video file before it is stored and also the copy of the video file before it is forwarded with a part of a key code from which the receiver has the associated other part for decryption.According to the invention, the recipient automatically receives the message from the data processing unit that a new mail item has been input into his mail item housing and, on the basis of the message that has been completed, can then decrypt the video file forwarded to him or made available to him on a digital terminal suitable for this purpose, which is, for example, a computer, a television, a mobile computer, a mobile telephone or a wristwatch with computer and mobile telephone, and look picture by picture in order to read the written text information on the sender and recipient on the mail items input into the mail item housing in the video recordings.In a further advantageous embodiment of the invention, without limiting the invention thereto, the data processing unit processes each acquisition of each acquisition unit connected to it at least with a resolution of 3840 horizontal image points by 2160 vertical image points in at least 60 individual images per second in the video single image format 16:9.However, since it is difficult or even impossible to read the texts on the video frames especially for people with a vision which is considerably lower than for average people, in a new advantageous embodiment according to the invention it processes, without limiting the invention thereto, a new, additional software according to the invention in the data processing unit of the automated monitoring device, i.e. for example without limiting the invention thereto, which is used in a digital video monitoring recorder with motion recognition, or a further data processing unit, or which is for example, without limiting the invention thereto, a further computer with a flash server software, a encryption and decryption software and a text recognition software which is analog or digital to the first data processing unit via lines, via cable connections, via radio connections, via light connections and / or via the Internet, and to which a copy of the video file is automatically forwarded with the recording of the movement, this copy of the video file is automatically stored with a permanently operating, trained artificially intelligent software, such as, for example, without limiting the invention thereto, with COCO text, with which any written text which can be seen in the video file is automatically recognized with the training data of the software on the same large storage media and as a text file digitally, for example, without limiting the invention thereto, on the same large storage media or on another digital storage medium functionally connected to the data processing unit, and subsequently to the recipient recognized in the recognized text, the email address or IP address of which is stored and retrievable in the memory of the data processing unit of the automated monitoring device, a message is automatically stored, a newly recognized text file has been created, or if the recipient recognized in the text is not stored in the memory of the data processing unit, to a previously determined manager of the housing for mailpieces with the mounting system according to the invention with monitoring device and then sends this audio file also to a previously determined recipient recognized in the text, which can be, for example, but not limited to, a mobile telephone number, email address or IP address of a computer or an internet server stored in the memory of the data processing unit at the address of the recipient, analog or digital via lines, via cable connections, via radio connections, via light connections and / or via the internet and with the message also a copy of the permanently stored video file, video single image file or text file.In a further advantageous embodiment of the invention, without limiting the invention thereto, the digital video surveillance recorder as a data processing unit of the automated surveillance device or the functionally connected computer encrypts with server software, as a further data processing unit of the automated surveillance device the text file automatically before its automatic storage and before the copy with forwarding with a part of a key code from which the receiver has the associated other part for decryption.According to the invention, the recipient automatically receives the message that a new mail item has been input into his housing for mail items equipped with the mounting system according to the invention with monitoring device and, on the basis of the message that has been carried out, can then decrypt and view the video file or text file or audio file forwarded to him or made available to him on a digital terminal device suitable for this purpose, which is, for example, a computer, a television, a mobile computer, a mobile telephone or a wristwatch with computer and mobile telephone, in order to inform the written text information on sender and recipient on the mail items input into the housing for mail items.In a further advantageous embodiment of the invention, without limiting the invention thereto, the data processing unit automatically converts the text file with the recognized text into an audio file in an additional processing step, such as, for example, without limiting the invention thereto, Murf.ai, LOVO, Listnr, ElevenLab, NaturalRead, ReadPeak, FreeTTS and Balabolka automatically and stores this audio file for the recipient recognized in the recognized text, which is specified on the outside on one side of the input mail item, and then first generates the message and then only carries out the forwarding of this audio file to this recipient.In a further advantageous embodiment of the invention, without limiting the invention thereto, then a permanently operating software installed on its terminal or on a computer with a specific IP address automatically plays the received message first after each receipt of a message and, after playing the message, automatically asks whether the receiver wants to decrypt the received text file if appropriate and be able to read it in front and automatically reads, after confirming the recipient's intention to decrypt and read the text file in front, with voice output software, such as, for example, without limiting the invention thereto, Murf.ai, LOVO, Listnr, ElevenLab, NaturalRead, ReadPeak, FreeTTS and Balabolka present this automatically received and decoded text file, after receiving the message and confirming its willing to have read in, so that the written text information on sender and recipient on the mailpieces input into the mail casing is automatically known to the recipient.In another advantageous embodiment of the invention, the voice output software is also installed on the data processing unit of the automated monitoring device which carries out the text recognition in the video recordings, without limiting the invention thereto, and using this software, the data processing unit processes the texts recognized by the text recognition automatically into audio data and stores this audio data automatically in an audio file, and automatically reports this audio file to a predetermined recipient or one recognized in the text, and then also automatically sends this audio file to a predetermined authority or to a recipient stored in the memory and recognized in the text.In a further advantageous embodiment of the invention, without limiting the invention thereto, the data processing unit of the automated monitoring device encrypts the audio file automatically before forwarding this file automatically to the recipient or to an authorized party,In a further advantageous embodiment of the invention, without limiting the invention thereto, a digital terminal device capable of doing so then plays the recipient or the authorized party, which is for example, without limiting the invention thereto, a computer, a television, a mobile computer, a mobile telephone or a wristwatch with computer and mobile telephone, automatically first of all retrieves the received message as voice output and automatically asks after playing the message as voice output whether the recipient wants to decrypt and play the received audio file if appropriate, and after confirming the recipient's intention to decrypt and play the audio file, automatically pre-plays this audio file to the recipient, so that the recipient is automatically aware of the written text information on senders and recipients on the mailpieces input into the housing for mailpieces.For the particular advantage of the invention, each acquisition unit of the automated monitoring devices is, for example, but not limited to, a digital video camera equipped with at least a resolution of 1920 pixels per horizontal inch by 1080 pixels per vertical inch on a fast 1 / 3 inch CMOS image sensor with at least 50 images per second, at a wide angle of at least 160 degrees, with night vision through high photosensitivity to the infrared range with a lens with a low focal length and a large aperture and with additional infrared light emitting diodes built into the camera housing.In a further advantageous embodiment of the invention, without limiting the invention thereto, each of the detection units of the automated monitoring device, for example a digital video camera, which is recorded with a video sensor size of at least 1 / 3 inch, with a video sensor resolution of at least 3840 horizontal pixels by 2160 vertical pixels, at least 60 individual images per second with a wide-angle lens having at least 170 degrees, in the video single image format 16:9, with night vision through high light sensitivity up to the infrared range and with additional infrared light emitting diodes installed in the camera housing.In a further advantageous embodiment of the invention, without limiting the invention thereto, each of the detection units of the automated monitoring device, for example a digital video camera, has a structural width given by, for example, 30 millimeters in the horizontal along the optical camera axis as a detection element, up to the rear side of the camera housing, and, when mounted as provided by the camera manufacturer, has a space in the horizontal structural length of, for example, 50 millimeters in size.In the advantageous embodiment of the invention, the novel assembly system according to the invention for parts of at least one permanently operating, automated monitoring device according to the invention with motion alarm function, trained artificially intelligent text recognition, encryption and forwarding for decryption and awareness also by voice output inside a housing for mailpieces, in particular advantageously, at least four detection units of the automated monitoring device inside a housing for mailpieces with automated monitoring devices, not as previously known, are located essentially parallel to the housing sides in a horizontal plane with alignment with the inner center of the housing, but with the particular advantage of more effective use of volume inside the housing according to the invention in a novel manner essentially in a diagonal between the housing corners, viewed from the housing interior, without limiting the invention thereto, in front of or on the housing sides, in a horizontally identical plane, mutually opposite and crosswise offset in pairs, in each case in front of one of the vertically standing side edges, on which one vertically standing side of the housing abuts or is connected to another vertically standing side of the housing, with the alignment of their detection elements on an imaginary vertical line through the inner center of the housing, it bears firmly and again releasably.Due to the novel, advantageous diagonal arrangement according to the invention of the detection units of the automated monitoring device equipped according to the invention in the interior of the housing for mailpieces in combination with a novel, advantageous plate according to the invention having an input opening, which is also arranged diagonally according to the invention, therein for diagonal alignment of the mailpieces when being input into the housing for mailpieces at specific distances from the outer corners of the plate having input opening, the distance between each of the four sides of a mailpiece input into the housing in diagonal, horizontal alignment during the dropping in the vertical direction and a detection unit, which is arranged diagonally and horizontally opposite this side of the mailpiece in the interior of the housing, is in the volume which the housing provides, This maximizes and thus advantageously provides a larger detection range of the detection units for detecting the sides of a mail item, which moves in the interior of a housing in the direction of the center of the earth, compared to the prior art, using the automated monitoring devices already described than is possible according to the prior art, as will be shown in detail below.In an advantageous exemplary embodiment of the invention, without limiting the invention thereto, the mounting system according to the invention is combined firmly and releasably with parts of the automated monitoring device according to the invention in the interior of a housing for mailpieces known according to the prior art.The housing for mailpieces can have any shape, such as, for example, but not limited to, a rectangular cuboid, a square cuboid, a half cylinder, a whole cylinder, or an irregular shape, such as, for example, that of a house, a barrel, a rock, or a mailhorn.For this combination, it is necessary that in the top side of a prior art mail casing used for the mounting system according to the invention, which has the greatest distance from the center of the earth from all sides of the casing, a large rectangular opening with large distances of the corners and edges of the opening to the corners and edges of this top side for the input of mail is a large rectangular opening.This existing input opening, on the one hand, specifies the maximum possible size of mailpieces that can be input into the housing by virtue of its shape, and, on the other hand, specifies the possible orientation of the mailpieces when they are input into the housing by virtue of their edges in the top side that are arranged substantially parallel to the housing sides.Because the maximum size of the mailpieces that can be input must be smaller than an input opening of a housing for mailpieces without an automated monitoring device for improved completeness of detection with an installed automated monitoring device, and because the alignment of the mailpieces must be different for improved completeness of detection by the automated monitoring device than in the case of the housing used for mailpieces according to the prior art without an installed automated monitoring device, the mounting system according to the invention changes both.In one exemplary embodiment, the mounting system according to the invention uses a housing for mailpieces known from the prior art, which housing has a sufficiently large receiving capacity for the mailpieces that correspond to the largest size that is made possible after the maximum possible detection range of the detection units of the automated monitoring device on the basis of the position and orientation of the detection units of the automated monitoring device and that is to be received by the housing according to the respective embodiment of the invention.In the case of the embodiment of a housing for small mailpieces with the mounting system according to the invention, this can be a small housing according to the prior art, into which a plurality of smaller mailpieces according to the embodiment fit, and in the case of the embodiment of a housing for large mailpieces with the mounting system according to the invention, it must be a large housing according to the prior art, which can accommodate a plurality of mailpieces with the largest size provided according to the embodiment.Furthermore, the housing which can be used for the mounting system according to the invention and is known from the prior art has a customary rectangular large input opening in the housing side which lies substantially parallel to the largest, other housing sides and lies completely at the largest distance of all housing sides from the centre of the earth, that is to say in the upper top side, through which a mail item in the largest size of a mail item which is intended to be input into the housing according to the embodiment can be input into the housing by a user not as usual substantially parallel to the largest, other housing sides but in diagonal orientation from one corner of the present rectangular input opening to another corner which lies not next to the first corner, and these diagonally opposite corners of this present large rectangular input opening must have a somewhat greater distance from the outer corners of the housing used than the distance, which is required by the detection units of the automated monitoring device, in addition to the horizontal overall length and horizontal overall width of the housing of the respective detection unit, to the inner edges of the sides of the housing for mailpieces.Should the prior art mail case used not have this large opening in the top top side, at least the possibility must be given of providing at least one large opening as described above with the above-described large distances to the other sides of the case in the top side of the standard case to be used, or another prior art case must be used for the combination.The mounting system according to the invention is combined in one exemplary embodiment, without limiting the invention thereto, as additional equipment with a housing according to the prior art according to the above description and with an automated monitoring device having the described scope of functions.For this combination, a plate arranged with its largest area in the horizontal is particularly advantageous for the mail items used, without limiting the invention thereto, which plate is made, for example, of a metal, of carbon or of a plastic, and which is between 1 and 2 millimeters thick, without limiting the invention thereto, and which itself has one or more input openings for mail items, for example, without limiting the invention thereto, an opening for small letters and an opening for large packages, on and on the housing side, which is completely at the largest distance of all housing sides from the center of the earth, that is to say on the outside on and on the top side lying above, The housing is attached in the top side of the housing according to the prior art in a fixed and releasable manner centrally above the input opening located there, for example, without limiting the invention thereto, by means of wood screws or sheet metal screws or by means of screws and nuts or by means of a water-resistant and releasable adhesive, by means of hook and loop fasteners or by means of clamps as fastening elements.This new panel according to the invention, mounted on and on the top side, is referred to in this description as an additional panel with an inlet opening.The new, additional panel with input opening according to the invention is designed to be substantially rectangular and larger than the input opening in the top side of the prior art housing used. Further, the novel input port additional panel of the invention is smaller than the top top side of the prior art housing to which it is attached, without limiting the invention thereto.This additional panel with input opening is mounted so that its outer edges are arranged parallel to the outer edges of the top side of the used prior art housing and it covers the existing input opening in this top side of the used prior art housing.Since the additional plate with input opening in its plate center itself has a more long than wide input opening in an embodiment of the additional plate with input opening, for example, without limiting the invention thereto, a rectangular input opening for mail through which mail in the largest size of mail inputted into the housing according to the detection units to be installed with the mounting system according to the embodiment, after mounting this additional plate with input opening according to the invention, a smaller, upper input opening is provided in the upper top side with additional plate with input opening mounted thereon of the housing used.The smaller upper rectangular input opening for mailpieces is, without limiting the invention thereto, for particular advantage arranged in the additional plate with input opening in such a way that it extends with one of the smaller sides of its rectangle diagonally from a corner of the smaller side of the large rectangular input opening in the upper top side of the housing according to the prior art to another corner of the large input opening in this upper top side, which is not next to the first corner, that is to say a smaller rectangle which lies diagonally in a larger rectangle results.The sides of this smaller diagonal rectangle as the entry opening for mailpieces in the spacer top plate have the particular advantage, without limiting the invention thereto, of a horizontal distance to the outer corners of the top side of the housing used, which corresponds to the distance required by the detection unit of the automated monitoring device to be mounted in each case in the housing for a complete detection of a side of the largest possible mailpiece falling in the housing closest thereto, plus the overall length of the detection unit to be mounted in each case and plus the wall thicknesses of the mounting device for the detection unit to be mounted in each case and the housing walls.By the above-described embodiment having an additional plate with an input opening according to the invention in combination with the housing used and with vertical posts, mounting devices and horizontal cantilevers according to the invention, described below, of the mounting system according to the invention, the distance required for complete detection of a complete side of an input mail item between the sides of each mail item input into the housing and falling within the housing and the respective detection unit of the described automated monitoring device, which detects the side closest to it, mounted within the housing at the shortest distance to a side of the mail item during the movement to the center of the earth is secured within the housing for mail items, as also follows.In another advantageous embodiment of the invention, the lower detection unit of the monitoring device is not mounted in a lower horizontal cantilever as a mounting device, but in a mounting device on the side of a new plate according to the invention, which is horizontally disposed with its largest surface area and has a larger opening than an intermediate floor with an output opening, is fixedly and releasably attached to at least one of the longer edges of this output opening from the inside of the housing with alignment of its detection elements with the input opening.In a further advantageous embodiment of the invention, without limiting the invention thereto, the reduction to the input opening on the horizontal plate with larger opening is provided by a frame around the entire larger opening in the horizontal plate, which frame consists of plates, rods or tubes made of metal, carbon or plastic.In further exemplary embodiments in several embodiments of the mounting system according to the invention, without limiting the invention thereto, a rectangular plate, which can also be a polygonal, semicircular or oval plate, which is manufactured, for example, without limiting the invention thereto, from a metal, from carbon or from a plastic and which is between 1 millimeter and 2 millimeters thick, without limiting the invention thereto, is mounted with its largest area in the horizontal such that the larger sides of the rectangle of the largest area and the smaller sides of the rectangle of the largest area of this plate are oriented parallel to the horizon and has, without limiting the invention thereto, at least one more long than wide input opening for mail items in this plate, which is arranged substantially centrally and substantially diagonally between the plate outer corners, and which is arranged, for example, without limiting the invention thereto, an opening for large packages, which however can also be combined with a further opening for letters, is used as the top side of a housing for mailpieces which has the longest distance from the center of the earth as a complete side from all sides of the housing, except for the closure unit for the input opening, with the mounting system according to the invention as a supporting frame, wherein this plate is screwed to substantially smaller angled plates than fastening units which are, on the one hand, fixedly and releasably attached to the plate by, for example, without limiting the invention thereto, external threads of machine screws or short threaded rods welded to the plate or bonded thereto with a water-resistant adhesive and to fitting nuts as cooperating fastening elements of a fastening unit, and which are, on the other hand, fixedly and releasably attached, For example, expansion clips made of plastic, which are fitted by machine screws or threaded rods with nuts behind the parts to be fitted or with other internal threads in the parts to be fitted, or by wood screws or sheet metal screws in the parts to be fitted as fastening elements or by a water-resistant, re-releasable adhesive, without limiting the invention thereto, are introduced, which are guided through a hole and can be expanded, but compressed again and pulled out behind the hole, having at least four vertical uprights which, in turn, without limiting the invention thereto, are fixedly and re-releasably fitted at least to a plate with a closed larger opening situated with its largest surface in the horizontal, i.e. opposite the centre of the earth, and which are connected to further parts of the mounting system according to the invention, advantageously to form a new mounting system according to the invention, The invention is therefore also directed to a device for the production of mail items in which the load-bearing frame of a housing for mail items is combined with the mounting system according to the invention, which frame is lined with new side parts according to the invention and is additionally stabilized without limiting the invention thereto.This plate, with its largest area in the horizontal opposite to the center of the earth, with a substantially diagonally arranged input opening, which is used as the top side of a housing according to the invention located at the top and is part of the mounting system according to the invention as a supporting frame of a novel housing according to the invention for mail items, which frame is covered with side parts, is referred to in this description as a horizontal plate with input opening.This novel plate with an inlet opening, which is arranged with its largest surface area in the horizontal, is fixedly and releasably attached to at least four of the horizontal base supports of the mounting system according to the invention, which are described below, for the particular advantage of the invention, without limiting the invention thereto.The novel horizontal plate with input opening according to the invention is the particular advantage of the invention, without limiting the invention to the horizontal plate of the assembly system with monitoring device for mail items which is situated with one of its largest surfaces parallel to the horizon and opposite the center of the earth, which is used as the top side of a housing for mail items with 1 to 2 input openings which, after the housing has been set up or attached at its place of use, during the use of all sides of the housing as the complete side, without the closure unit of these input openings, has the longest distance from the center of the earth, and also a same horizontal plate of the assembly system with monitoring device for mail items which is situated with one of its largest surfaces parallel to the horizon and opposite the center of the earth, which is situated as closure unit for the input opening, in which the opening in the panel is closed with a further panel, is attached to a side edge of the top side of a housing for mailpieces so firmly and releasably that this closing unit, after the housing has been placed in position or attached at its place of use, rests on the top side, that is to say as a complete side from all sides of the housing, is at the longest distance from the center of the earth and closes the input openings and can be folded upwards for the input of mailpieces into the housing.The novel horizontal plate with input opening according to the invention is provided for the particular advantage of the invention, without limiting the invention thereto, with a further plate which closes the opening in the horizontal plate, as a closure unit for the input opening, and the units for attaching the names of the recipients of mail items whose mail items are input into this housing, such as, for example, transparent compartments for nameplates or into which these names are engraved.And, the novel horizontal plate with input opening according to the invention is also used for the particular advantage of the invention, without limiting the invention thereto, as a same horizontal plate of the assembly system with monitoring device for housings for mailpieces, which lies with one of its largest surfaces parallel to the horizon and opposite the center of the earth, which is used as the top side of a housing for mailpieces, with a further plate, which closes the plate opening, as the bottom side of the same housing for mailpieces, which, after the housing has been set up or attached at its place of use, during use, has the shortest distance from all sides of the housing as the complete side to the center of the earth.Further, the novel input port horizontal plate of the present invention is the particular advantage of the present invention, but is not limited to the use of a same output port horizontal plate of the mail body monitoring device mounting system which is opposed with one of its largest surfaces parallel to the horizon and the center of the earth used as the top side and the bottom side of a mail body, and is also usable as the intermediate bottom of the same mail body which, after the body is set up or mounted at its place of use, is mountable at a shorter distance from the center of the earth than the top side of the body and at a longer distance from the center of the earth than the bottom side of the body during use.To the particular advantage of the invention, but not to limit the invention thereto, the upright of the assembly system with monitoring device for mail items is a plate or rod which, after the housing has been set up or mounted at its place of use, during use, is directed perpendicularly with the longest sides of its largest area at the centre of the earth and is fixedly and releasably mounted on a horizontal plate of the assembly system, perpendicularly thereto.In one embodiment, the novel horizontal plate with an input opening according to the invention is fixedly and releasably attached to a vertical stand of the mounting system on an upper smallest side, which is at the greatest distance from all sides of a vertical stand of the mounting system according to the invention to the center of the earth, as described below.The novel plate with input opening, which is arranged with its largest surface area in the horizontal, in the novel mounting system according to the invention ensures, with its size and with the size of the input opening aligned in it substantially diagonally between the corners of the plate with input opening, and with the distances of the input opening to the corners of the horizontal plate with input opening and thus to the corners of the housing for mailpieces, with the mounting system according to the invention as a supporting frame in combination with the other elements of the mounting system according to the invention, that always only a maximum mail piece of such size can be input into such a housing for mailpieces in such an orientation of the largest mail piece that can be input and with the at least necessary distance to the detection units in the interior of a housing for mailpieces, can be input into such a housing for mailpieces, detecting all written text information about sender and recipient on or on each side of each mail item entered into the housing and falling therein is complete, as is further explained below.For example, there is also, for example, but not limited to, the particular advantage of the invention in other embodiments of the invention at least one more long than wide, oval, substantially diagonally oriented or hexagonal, substantially diagonally oriented mail input opening in the spacer top plate and in the input opening plate of an assembly system according to the invention with parts of at least one automated monitoring device in a housing for mail items.All more long than wide input openings for mail items in a new plate with input opening according to the invention and in a new additional plate with input opening according to the invention are mounted for particular advantage according to the invention, without limiting the invention thereto, at an acute angle of 45 degrees, but at least at an acute angle of more than 30 degrees and less than 60 degrees, between in each case one edge of the input opening and in each case one edge of the plate with input opening closest to this opening edge or of the additional plate with input opening.In all embodiments and embodiments of the invention, the additional plate with input opening and plate with input opening mounted with its largest surfaces in the horizontal are advantageously designed such that its input openings and thus also the sides of a largest possible mail item input by them are at a distance from the inner, vertical housing edges, at which one vertical housing side abuts or is connected to another vertical housing side, which allows all mail items which can be input by the input opening to be detected completely by the detection units installed in the housing with all their sides which are opposite a detection unit in the mounting system according to the invention of the described automated monitoring device in the interior of the housing, as is also shown below.Thus, for example, in an advantageous embodiment of the invention, without limiting the invention thereto, the more long than wide input opening is arranged substantially diagonally in the inventive new plate with its largest surface area in the horizontal as the top side of a housing for mailpieces with the inventive mounting system as the supporting frame at an internal angle of 45 degrees, but at least at an internal angle of more than 30 degrees and less than 60 degrees, with respect to the edges of the plate with input opening and has a size of 54 millimeters of horizontal width by 220 millimeters of horizontal length at a distance of at least 100 millimeters between one of the 54 millimeters wide sides of the input opening and the corner of the plate with input opening closest to this side, and at a distance of at least 180 millimeters between one of the 220 millimeter long sides of the input opening and the corner of the plate with input opening closest to this side, with, for example, without limiting the invention thereto, detection units with a horizontal structural length of 30 millimeters and a horizontal structural width of 50 millimeters and 1 to 2 millimeter thick plates of the mounting device, of the vertical stand and of the housing sides and at least four of the following described vertical stands of the mounting system according to the invention, with which the detection elements of the detection units of the described, automated monitoring device are combined, for example, without limiting the invention thereto, in each case at a distance of at least 30 millimeters from the 54 millimeter long side of the input opening and of at least 120 millimeters from the 220 millimeter wide side of the input opening from the detection elements of the respective detection unit and thus at a distance sufficient for the complete detection of each side of each of the largest possible input mail items, are mounted with mounting devices described below, so that the horizontally arranged plate with input opening itself, for example, without limiting the invention thereto, has to be only at least 283 millimeters by 289 millimeters large for a size of its input opening mounted at an acute angle of 45 degrees, but at least at an acute angle between 30 and 60 degrees, of 54 millimeters of horizontal width by 220 millimeters of horizontal length, depending on the embodiment, and then that for complete detection of the input opening which during the case are substantially perpendicular, This is because the top side of the casing is at the greatest distance from the center of the earth from all sides of the casing, and the mail piece can be transported to the maximum horizontal width of 50 millimeters and to a maximum horizontal length of 220 millimeters.The invention therefore has in one embodiment the particular advantage, without limiting the invention thereto, of at least one substantially rectangular plate with an area of greatest extent in the horizontal, which plate is at least 283 millimeters by 289 millimeters in size and which at least one plate with a size of at least 220 millimeters in horizontal length by 52 millimeters in horizontal width for mailpieces that is arranged more long than wide in the middle and at an angle of 45 degrees, but at least at an internal angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with an input opening between the corners of the rectangular basic shape of the plate with an input opening with a size of at least 220 millimeters in horizontal length by 52 millimeters in horizontal width.And the mounting system according to the invention therefore has, in another embodiment, for particular advantage, without limiting the invention thereto, at least one substantially rectangular plate with an input opening attached with its largest surface area, which is at least 300 millimeters by 300 millimeters in size, which has at least one input opening attached more long than wide, with a size of 220 millimeters of horizontal length by 54 millimeters of horizontal width, for mailpieces, centrally and at an angle of 45 degrees, but at least at an internal angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with input opening between the corners of the rectangular basic shape of the plate with input opening.In a further example in a further embodiment of the invention, without limiting the invention thereto, the more long than wide input opening provided in the inventive new plate with its largest surface area in the horizontal as the top side of a housing for mail items with the inventive mounting system as the supporting frame is one aligned at an angle of 45 degrees, at least at an internal angle of more than 30 degrees and less than 60 degrees, to the edges of the plate with input opening, A method of manufacturing a mounting system according to the invention comprising: more long than wide openings of the size 360 millimeters horizontal length by 210 millimeters horizontal width at a distance of at least 200 millimeters from one of the 210 millimeter wide sides of the input opening to the corner of the substantially rectangular plate with input opening closest to this side, and at a distance of at least 276 millimeters from one of the 360 millimeter long sides of the input opening to the corner of the substantially rectangular plate with input opening closest to this side, comprising, for example, without limiting the invention thereto, detection units having a horizontal structural length of 30 millimeters and a horizontal structural width of 50 millimeters and 2 millimeter thick plates of the mounting device, the vertical stand and the housing sides and at least four of the following described vertical stands of the mounting system according to the invention, with which the detection elements of the detection units of the described mounting system combine, For example, without limiting the invention thereto, the automated monitoring device is attached at a distance of at least 197 millimeters from the 360 millimeter long side of the input opening and at least 135 millimeters from the 210 millimeter long side of the input opening to the detection elements of the respective detection unit and thus at a distance sufficient for the complete detection of each side of each of the largest possible input mail items, with mounting devices described below, so that the horizontally arranged plate with input opening itself, for example, without limiting the invention thereto, has to be only at least 495 millimeters by 517 millimeters large with a size of its input opening arranged at an angle of 45 degrees, at least but at an acute internal angle between 30 and 60 degrees, of 360 horizontal length by 210 millimeters horizontal width, depending on the embodiment, and then the size of the input opening arranged for complete detection of the automated monitoring device has to be at least 495 millimeters by 517 millimeters, while ensuring substantially perpendicular sides of the mail to a maximum horizontal width of 210 millimeters and to a maximum horizontal length of 360 millimeters, while at the same time being the top top side of the housing with the greatest distance to the center of the earth from all sides of the housing.The mounting system according to the invention therefore has, in a further embodiment, for particular advantage, without limiting the invention thereto, at least one substantially rectangular plate with an input opening attached with its largest surface area in the horizontal, which is at least 495 millimeters by 517 millimeters in size and which has at least one input opening more long than wide with a size of 360 millimeters by 210 millimeters for mailpieces attached centrally and at an angle of 45 degrees, but at least at an acute angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with input opening between the corners of the rectangular basic shape of the plate with input opening.For improved combination of the parts of the mounting system with one another, the mounting system according to the invention has, in a further embodiment, for particular advantage, without limiting the invention thereto, at least one substantially rectangular plate with an input opening attached with its largest surface area in the horizontal, which is at least 540 millimeters by 540 millimeters in size and which has at least one input opening arranged more long than wide for mailpieces, with a size of 360 millimeters by 210 millimeters, centrally and at an angle of 45 degrees, but at least at an internal angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with input opening between the corners of the rectangular basic shape of the plate with input opening.In a further embodiment of the mounting system according to the invention, the mounting system has the particular advantage, without limiting the invention thereto, for still larger mailpieces in a format of up to 600 millimeters horizontal length by 600 millimeters horizontal width by 1200 millimeters vertical depth with up to 31.5 kilograms weight, at least one new plate according to the invention mounted with its largest surface area in the horizontal with an input opening, as the top side of a housing for mailpieces with the mounting system according to the invention as a supporting frame, which has a more long than wide input opening in the size of 605 millimeters horizontal length by 600 millimeters horizontal width at an angle of 45 degrees, but at least at an internal angle of more than 30 degrees and less than 60 degrees, The invention also provides a method for the manufacture of a mounting device according to the invention, wherein the mounting device of the vertical stand and the housing sides and at least four of the following described vertical stands of the mounting system are combined with the edges of the rectangular basic shape of the plate with input opening and are each aligned with the edges of the rectangular basic shape of the plate with input opening and at a distance of at least 360 millimeters between one of the 600 millimeter wide sides of the input opening and the corner of the rectangle of the rectangular basic shape of the plate with input opening closest to this side, with, for example, without limiting the invention thereto, detection units having a horizontal structural length of 30 millimeters and a horizontal structural width of 50 millimeters and 2 millimeter thick plates of the mounting device, of the vertical stand and of the housing sides and at least four of the following described vertical stands of the mounting system according to the invention, with which the detection elements of the detection units of the described mounting system are combined, For example, the automated monitoring device, without limiting the invention thereto, is attached with mounting devices described below at a distance of at least 301 millimeters from each side of the input opening to the detection elements of the respective detection unit and thus at a distance sufficient for the complete detection of each side of each of the largest possible input mail items, so that the plate with input opening arranged with its largest area in the horizontal itself is arranged, for example, without limiting the invention thereto, at a size of its plate arranged at an angle of 45 degrees, at least however at an internal angle of more than 30 degrees and less than 60 degrees, to the edges of the rectangular basic shape of the plate with input opening, The input opening of 605 millimetres horizontal length by 600 millimetres horizontal width, depending on the embodiment, only needs to be at least 939 millimetres by 934 millimetres in size and then ensures the distances required for a complete capture of the sides of the mail item, which sides are substantially perpendicular during the case, up to a maximum horizontal width of 600 millimetres and up to a maximum horizontal length of 600 millimetres and at the same time is the top side of the housing located at the top with the greatest distance from the centre of the earth from all sides of the housing.The invention therefore has in a further embodiment, for particular advantage, without limiting the invention thereto, at least one substantially rectangular plate with an input opening attached with its largest area in the horizontal in the size of 939 millimeters by 939 millimeters, which has at least one input opening attached centrally and at an angle of 45 degrees, but at least at an internal angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with input opening between the corners of the rectangular basic shape of the plate with input opening, more long than wide input opening with a size of 605 horizontal length millimeters by 600 millimeters horizontal width or square input opening of 605 millimeters horizontal length by 605 millimeters for mailpieces.The mounting system according to the invention has, for improved combination of the parts of the mounting system with one another, in another embodiment, for particular advantage, without limiting the invention thereto, at least one substantially rectangular plate with an input opening of the size 940 millimeters by 940 millimeters, which is mounted with its largest area in the horizontal and has at least one more long than wide input opening of the size 605 millimeters of horizontal length by 600 millimeters of horizontal width or square input opening of 605 millimeters of horizontal length by 605 millimeters of horizontal width for mailpieces mounted centrally and at an angle of 45 degrees, but at least at an internal angle between 30 and 60 degrees, to the edges of the rectangular basic shape of the plate with input opening between the corners of the rectangular basic shape of the plate with input opening.In further embodiments of the novel assembly system according to the invention, the corners of the substantially rectangular plate with the inlet opening, which is arranged horizontally with its largest surface area, are cut off or rounded off, for example, to improve saving in space at the place of use of the housing for mailpieces, and these are covered with side parts of the assembly system adapted thereto.In further embodiments of the novel mounting system according to the invention, it is particularly advantageous, without limiting the invention thereto, for round, semicircular, oval or polygonal spacer plates, the more long than wide inlet opening is arranged centrally in the horizontal plate with inlet opening, and the distances and the alignment of the edges of the inlet opening to the outer edges of the plate with inlet opening correspond to the distances and the alignments of the detection elements of the detection units inside the housing to the edges of the inlet opening in such a way that the complete detection is ensured.By the above and below described embodiments of the invention, a new input aperture panel according to the invention with its largest area in the horizontal is provided with at least one new input aperture according to the invention at an angle of 45 degrees, but at least at an internal angle of more than 30 degrees and less than 60 degrees, to the closest edges of the input aperture panel for the input of mailpieces into a housing, which ensures the important function of maintaining the required distances to the detection units mounted with the mounting system according to the invention in the housing in combination with the other parts of the mounting system and the described automated monitoring device according to the invention in a housing for mailpieces.The above-described, horizontally mounted plate with input opening according to the invention with the inventive new, essentially diagonally oriented input opening for mailpieces ensures the particular advantage that the mailpieces only in the inventive, essentially diagonal orientation are inserted into an inventive new housing for mailpieces with the novel assembly system according to the invention as a supporting frame with side parts or into a housing for mailpieces according to the prior art that is combined with the additional horizontal plate with input opening of the novel assembly system according to the invention, The invention also provides a method for producing a new assembly system according to the invention in which the distances required by the detection units in the interior of the housing for the complete and readable detection of all written text information relating to sender and recipient on one side of the largest mail item which can be input into the housing in each case according to the embodiment, can be maintained between the sides of the mail item and the detection units in the interior of the housing for the particular advantage.For the particular advantage of the invention, the horizontally disposed plate with input opening of the assembly system is mounted, as the top side of a housing for mailpieces mounted at its place of use, with 4 to 8 horizontal detection units in assembly devices in vertical stands which, from all sides of the housing, as the complete side, is at the greatest distance from the center of the earth and which, with one of its greatest areas, is opposite the center of the earth and which extends in its diagonal over the greatest area of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal connects, on a horizontal plane located below, i.e. at a lesser distance from the center of the earth, the top side of the housing, also two horizontal detection units in front of the vertical edges at which two vertical sides of the housing are adjacent to one another, The object of the invention is to provide a diagonal which is to produce a vertical distance between a horizontal detection unit in front of a vertical edge of the housing which is not connected by the diagonal, and which is to produce a horizontal distance between one of the second largest surface of the largest rectangular mail item for which the housing for mail items is maximally intended and which is to be opposite a horizontal detection unit in front of a vertical edge of the housing which is not connected by the diagonal during the movement of this mail item directed with its smallest surface towards the center of the earth, together with the length of two horizontal distances between one of the second largest surface of the largest rectangular mail item for which the housing for mail items is maximally intended and which is to be opposite a horizontal detection unit in front of a vertical edge of the housing which is connected by the diagonal during the movement of this mail item directed with its smallest surface towards the center of the earth, and the sensing element of the horizontal sensing units in the corners and edges of the housing connected by the diagonal, which sensing elements are respectively opposite this second largest area of the mail item and require horizontal sensing units connected by the diagonal for complete, horizontal sensing of the area of the mail item respectively opposite one of these sensing units, plus the length of two horizontal distances between the sensing elements of the horizontal sensing units mounted in the housing in the corners and edges of the housing connected by this diagonal and the outermost corners and edges of the housing connected by this diagonal, plus 2 to 10 millimeters.In a further advantageous embodiment, the horizontally lying plate with input opening of the mounting system, a plate as the top side of a housing for mailpieces which is mounted at its place of use and has 4 to 8 horizontal detection units, is mounted in mounting devices in vertical posts which, from all sides of the housing, as the complete side, is at the greatest distance from the center of the earth and which, with one of its greatest surfaces, is opposite the center of the earth and which, in its diagonal, extends over the greatest surface of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal connects, on a horizontal plane which is situated below, i.e. at a lesser distance from the center of the earth, the top side of the housing, also two horizontal detection units in front of the vertical edges at which two vertical sides of the housing are adjacent to one another, and has an opening for inputting mail items which is arranged to 2 centrally in this diagonal and in diagonal orientation, in which each of the edges of this input opening, when these input opening edges are transferred to the horizontal plane which is situated further down, that is to say at a shorter distance from the centre of the earth and in which 4 horizontal detection units of the housing are situated, is opposite one of the 4 horizontal detection units and has a horizontal length which corresponds to the horizontal length of the shortest edge of the surface of the largest cuboidal mail item for which the housing for mail items is maximally defined and which, during the movement of this mail item, which is directed with its smallest surface towards the centre of the earth, is opposite the same horizontal detection unit in front of a vertical edge of the housing, plus 1 to 5 millimetres.And for the particular advantage of the invention, without limiting the invention thereto, at least one horizontally arranged plate has at least one more long than wide input opening with longer and shorter sides or with rounded portions instead of the shorter sides or in the form of an oval through which mailpieces can be input up to a maximum possible size and with which it is ensured by the position and the orientation of the input opening in the plate that the distances required for complete detection of a side of the largest mailpiece that can be input into the housing are maintained between the four horizontal detection units of the monitoring device mounted with the mounting system and the sides of the mailpiece that are input through the opening and then move in the direction of the center of the earth.Further, for the particular advantage of the invention, without limiting the invention thereto, the input opening in the horizontally arranged horizontal plate is made such that an imaginary horizontal line through the center of the input opening is parallel to the longer sides or longer curvatures of the input opening in the horizontally arranged horizontal plate of the mounting system, diagonal, at a horizontal angle between 30 degrees and 60 degrees and for the particular advantage at an angle of 45 degrees, to the vertical outer sides of the housing in which the vertical posts of the mounting system are also mounted in the same housing.And it has for particular advantage of the invention, without limiting the invention thereto, each diagonally or angularly horizontally arranged opening for inputting mail items in a horizontally arranged horizontal plate of the mounting system has at least one distance from the outer corners of the horizontal plate, which corresponds to the distance that a detection unit of the monitoring device, which is mounted with the mounting system in another horizontal plane in the same corner, has for a complete detection of the horizontal width of one side of a mail item which is input into the housing for mail items and which during the movement in the shortest distance of all sides of the mail item to this detection unit in the housing moves in the direction of the centre of the earth, including the installation depth of this detection unit, This is required to be directed along an imaginary line through the center of its detection range of the detection unit from its detection element towards the housing sides.In a further advantageous embodiment of the invention, the horizontal panel with input opening is divided in its middle into two parts on a line parallel to the outer edges of the panel with input opening, which parts are joined together again to form the panel with fastening units, such as for example, without limiting the invention thereto, for the side parts and for the opening frame of the input opening or with hinge-like fastening units, so that the housing with the mounting system can be transported as a kit in a smaller package.For particular advantage, without limiting the invention thereto, the horizontal plate with larger opening is composed of 1 to 4 equal parts which are connected by the frame around the larger opening, which is also the edges of the input opening in a top side of the housing or, in another embodiment, is the fastening of a closure plate of a bottom side of the housing, and by additional connecting elements to form a uniform horizontal plate.For particular advantage, without limiting the invention thereto, 4 equal parts, which make up a horizontal plate, which is connected by a frame around the larger opening, which also forms the edges of the input opening, and by additional connecting elements to form a uniform horizontal plate, have a triangular basic shape, in which the corners of the triangles are cut off or rounded off.For particular advantage, without limiting the invention thereto, on the horizontal plate with a larger opening and without frames around the larger opening, at 1 to 4 edges of the opening 1 to 4, detection units of the monitoring device, which are directed with their detection elements towards the input opening, are fixedly and releasably attached from the interior of the housing.For particular advantage, without limiting the invention thereto, on the horizontal plate with a larger opening and without frames around the larger opening, at 1 to 4 edges of the opening 1 to 4, detection units of the monitoring device, which with their detection elements are directed towards the input opening, are fixedly and releasably attached by mounting devices from the interior of the housing.In a further advantageous embodiment of the mounting system according to the invention, at least one data processing unit of the automated monitoring device is fixedly and releasably attached to the underside, directed towards the center of the earth, of the horizontal plate with frame, which is attached with its largest surface area in the horizontal relative to the center of the earth, for an input opening according to the invention.The mounting system according to the invention further brings, in one of its exemplary embodiments as additional equipment for a housing according to the prior art or in another exemplary embodiment as part of a frame, carrying according to the invention, of a housing according to the invention for mailpieces, in addition to the panel, arranged according to the invention, with an input opening, arranged according to the invention, with the input opening, arranged according to the invention, substantially diagonally, at least one new, according to the invention, vertical stand of the mounting system according to the invention, to the particular advantage, in each case so on the inside in front of or on an edge of a housing side, on which this housing side abuts on another housing side or is connected to it, firmly and again detachably by means of a water-resistant and re-detachable adhesive, by means of screws or by means of threaded rods and nuts welded to the housing side parts, in such a way that the new, vertical stand according to the invention, bears, When viewed from above in the direction of the center of the earth, the panel is essentially parallel to the sides of the essentially diagonally arranged input opening in the novel panel with input opening or additional panel with input opening according to the invention, and only the space required by the overall width and overall length of the detection unit together with the mounting device remains between the vertical stand and a vertical edge of a housing side lying behind it, when viewed from the housing interior, on which this housing side abuts another housing side.The novel upright of the assembly system according to the invention is particularly advantageous and without limiting the invention thereto, at least one plate, rod or tube made, for example, of a metal, of carbon or of a plastic material and having a thickness of between 1 and 2 millimetres.In one embodiment of the invention, the vertical stand according to the invention is a substantially rectangular plate which is attached, for example, without limiting the invention thereto, with its largest surface area in the vertical, and in the process the larger sides of the rectangle of the largest plate surface are aligned perpendicularly in the direction of the Earth's center and which is attached fixedly and releasably with one of the smaller sides of the rectangle of the largest plate surface beneath, that is to say at a smaller distance from, the Earth's center, the new horizontal plate according to the invention, which is attached above it, that is to say at a greater distance from the Earth's center, as the top side of the housing, directly to this horizontal plate with input opening as the top side and thus, in another embodiment, a plate thickness of the top side beneath the additional horizontal plate according to the invention, which is attached fixedly and releasably again and which is attached fixedly and releasably with one of its two largest sides to or, as seen from the housing interior, before each vertical side edge inside a mail case, on which one side of the mail case, which is not the side which is entirely at the smallest distance from the center of gravity from all the case sides and which is not the side of the case opposite thereto, is contiguous or connected to another side of the mail case, which is not the side which is entirely at the smallest distance from the center of gravity from all the case sides and which is not the side of the case opposite thereto.In a further embodiment of the invention, for particular advantage, without limiting the invention thereto, a vertical stand according to the invention consists of a rod or a tube which, as above, is located in front of or at each vertical side edge inside a housing for mailpieces, on which one side of the housing for mailpieces, which is not the side which is completely at the smallest distance from the center of the earth from all housing sides and which is not the side of the housing opposite thereto, lies against or is connected to another side of the housing for mailpieces, which is not the side which is completely at the smallest distance from the center of the earth from all housing sides and which is not the side of the housing opposite thereto, The invention is also directed to a device for mounting at least one horizontal detection unit according to the invention and at least one mounting device according to the invention for at least one vertical upper detection unit, such as an upper horizontal cantilever and at least one mounting device according to the invention for at least one vertical lower detection unit, such as a lower horizontal cantilever with plates for protection, as well as at least one horizontal plate according to the invention with a frame around the larger opening as an input opening and at least one same horizontal plate according to the invention with a closed or open larger opening can be mounted fixedly and releasably from the inside of the housing.In an advantageous embodiment of the invention, without limiting the invention thereto, at least one vertical post is a round tube or a rectangular tube having openings in one of its sides for mounting mounting fixtures and the other aforementioned parts of the mounting system.In a further advantageous embodiment of the invention, without limiting the invention thereto, at least one vertical stand is a quarter of a longitudinally cut round tube having a diameter of, without limiting the invention thereto, at least 50 millimeters, having in or on one of its open sides fastening devices, such as openings, for mounting mounting devices and horizontal arms, and being used as one of 4 corners of a mounting system according to the invention and additionally being assembled with 4 side parts to form a housing for mailpieces with the mounting system according to the invention.In another advantageous embodiment of the invention, without limiting the invention thereto, at least one vertical upright is an L-shaped rod with a width of the lower edge of the L, without limiting the invention thereto, of at least 50 millimeters and with a length of the legs of the L that is less than the width, which has in or on one of its open sides fastening devices, such as openings, for attaching mounting devices and horizontal cantilevers, and which is used as one of 4 corners of a mounting system according to the invention and is additionally assembled with 4 side parts to form a housing for mailpieces with the mounting system according to the invention.In another advantageous embodiment of the invention, without limiting the invention thereto, at least one vertical upright is a U-shaped rod with a width of the lower edge of the U, without limiting the invention thereto, of at least 50 millimeters and with a length of the legs of the U that is less than the width, which has in or on one of its open sides fastening devices, such as openings, for attaching mounting devices and horizontal cantilevers, and which is used as one of 4 corners of a mounting system according to the invention and is additionally assembled with 4 side parts to form a housing for mailpieces with the mounting system according to the invention.In another embodiment of the invention, for particular advantage, without limiting the invention thereto, a vertical stand according to the invention consists of two rods or two tubes, which as a pair as seen above in the housing interior from the housing interior, in front of or at each vertical side edge inside a housing for mailpieces, on which one side of the housing for mailpieces, which is not the side which is completely at the smallest distance from the center of the earth and which is not the side of the housing opposite thereto, abuts or is connected to another side of the housing for mailpieces, which is not the side which is completely at the smallest distance from the center of the earth and which is not the side of the housing opposite thereto, The invention is also directed to a machine for assembling detection units, in which at least one mounting device according to the invention for detection units is mounted substantially in horizontal alignment and at least one lower horizontal boom according to the invention, optionally with a lower detection unit with plates for protection and optionally an upper horizontal boom optionally with an upper detection unit and at least one plate according to the invention with an inlet opening with a plate according to the invention with a closed larger opening or a base unit according to the invention, as well as one or more intermediate plates according to the invention can be mounted fixedly and releasably from the inside of the housing.To particular advantage, but not by way of limitation, the upright of the mail box inspection system is a pair of two rods each fixed and detachable to a horizontal plate of the system, perpendicular to the center of the Earth, after the box has been set up or mounted at its place of use, during use, with the longest sides of its largest area pointing vertically and again.And in a further advantageous embodiment, the vertical stand of the assembly system with monitoring device for mail items housings is, without being limited thereto, a pair of two pipes which are each, after the housing has been set up or attached at its place of use, during use, directed perpendicularly with the imaginary center line through the centers of the two pipe ends at the center of the earth and are fixedly and releasably attached to a horizontal plate of the assembly system, perpendicularly thereto.Since this vertical stand is mounted in this advantageous embodiment of the invention in the interior at or in front of the vertical edge at which two vertical housing sides are connected or abut against one another, in the majority of cases in which a housing for mail items has a rectangular basic shape, the vertical stand is mounted, essentially without limiting the invention thereto, viewed from above with respect to the point of the earth, diagonally between these housing sides at an internal angle of 45 degrees to each of the two connected or abutting vertical housing sides.In another advantageous embodiment of the mounting system according to the invention, the stand attached with its largest surface in the vertical is attached in front of or on a vertical edge on which two housing sides attached with its largest surface in the vertical are connected or abut against each other, without limiting the invention to it, as seen from above with respect to the point of the earth's center, at an internal angle between 30 and 60 degrees to each of the two connected or abutting vertical housing sides.In a further embodiment, a detection unit is fixedly and releasably attached between one of the two largest sides of the vertical upright attached with its largest surface in the vertical and the vertical edge, in front of or on the two housing sides, or are adjacent to one another, for example, without limiting the invention thereto, with a horizontal structural length of its detection elements up to the rear side of the detection unit of up to 30 millimeters and with, for example, without limiting the invention thereto, a horizontal structural width of the detection unit of up to 50 millimeters and therefore, in the case of diagonal attachment of the vertical upright at an internal angle of 45 degrees, at least however at an internal angle of between 30 and 60 degrees to each of the two connected or adjacent vertical housing sides which meet or are adjacent to one another at the vertical edge, for example, Without limiting the invention to this, the vertical upright, in the position in which it is oriented vertically with its longest edges in the direction of the center of the earth, has a horizontal width of 50 millimeters to 150 millimeters.In a further embodiment, for the particular advantage of the invention, without limiting the invention thereto, two rods used in pairs are used, for example, without limiting the invention thereto, with a U-shape in which the lower edge of the U is 10 millimeters wide and the legs of the U are less than the width, or two tubes used in pairs, each having a diameter of, for example, without limiting the invention thereto, 10 millimeters, are used as a vertical stand, which are at a distance from one another in the horizontal of 50 to 140 millimeters, aligned at or in front of the vertical edge of two vertical housing sides, as described for the plate as a vertical stand, are attached, fixedly and detachably.Generally, the projected horizontal width of the vertical stand according to the invention is dependent on the installation width of the detection unit to be mounted therein at a first central opening including the mounting device, both of which will be described below, because this detection unit is to be mounted on or in the vertical stand.The smaller the horizontal width and the horizontal length of the detection unit to be mounted in the vertical stand, the smaller the distance of the vertical stand from the vertical edge of the vertical housing sides must be and the smaller the horizontal width of the base support and the smaller the structural shape of the housing can become, but in any case the horizontal width of the vertical stand must be able to accommodate the horizontal width of the detection unit to be mounted with it.A greater horizontal width of the vertical stand causes the vertical stand to be mounted closer to the inner center of the mail casing, and thus the distance between the detection unit mounted in or on the vertical stand and the side of the input port of the invention closest to this detection unit is reduced in the input port horizontal plate of the invention or additional input port horizontal plate, so that the size of the casing must be increased again to secure the distances required for complete detection.In a further advantageous embodiment of the novel vertical stand according to the invention, the rectangular plate of the vertical stand according to the invention has, for mounting the vertical stand at an internal angle of 45 degrees, without limiting the invention thereto, in each case one attachment part angled or bent at an angle of 45 degrees from the same plate, which attachment part is used together with fixed but releasable fastening elements, for example, without limiting the invention thereto, threaded rods or machine screws with nuts or sheet metal or wood screws, for aligning and mounting the vertical stand on the inner sides of a housing for mailpieces.The fixed but re-detachable attachment of the vertical upright is implemented in further embodiments of the invention, without limiting the invention thereto, but also differently in front of or on the vertical edge, at which two housing sides of the housing standing vertically abut or are connected. For example, in other advantageous embodiments of the invention, hook connections or connections are provided by a releasable adhesive from the invention, so that the 45 degree angled extension parts on the vertical stand are also firmly but releasably connected to the sides of the housing, without limiting the invention thereto.The vertical length of the novel, vertical stand also depends to particular advantage on the detection units to be mounted in or with it, in particular on the detection range thereof in the vertical direction in the mounted state, which the detection elements of the detection unit have at the distance from the edge of the diagonally produced input opening for mailpieces closest to them in the inventive plate with input opening or in the inventive additional plate with input opening, and this vertical length also depends on the number of provided detections per second of a mailpiece during the dropping of the mailpieces.The more acquisitions per second are to be made with one acquisition unit, the longer the novel vertical stand according to the invention and the more mounting devices according to the invention for horizontal acquisition elements can be mounted in or on it.In a further embodiment of the invention, without limiting the invention thereto, a plurality of detection units are fixedly and releasably attached with mounting devices in a vertical stand according to the invention.In one embodiment of the invention, the rectangular plate with the largest area of the inventive vertical stand has for example, without limiting the invention thereto, for particular advantage a vertical length of 340 millimetres and a horizontal width of 115 millimetres and in this embodiment has, without limiting the invention thereto, in addition to the length due to the vertical length of the detection area of a substantially horizontally oriented detection unit in the mounting device centrally on and in the inventive vertical stand and in addition to the space for the horizontal cantilevers described below, 2 times 72 millimetres of its vertical length for the attachment of further, identical vertical stands thereto.In an embodiment of the invention, each rod directed perpendicularly towards the centre of the earth or each pipe aligned in the same direction and used as a vertical stand, for example, without limiting the invention thereto, has for particular advantage a vertical length of 340 millimetres and in this embodiment, without limiting the invention thereto, has, in addition to the length due to the perpendicular length of the detection range of a substantially horizontally oriented detection unit in the mounting device centrally on and in the vertical stand according to the invention and additionally the space for the horizontal cantilevers described below, 2 times 72 millimetres of its vertical length for the attachment thereto of further, identical, vertical stands which, for example, without limiting the invention thereto, are inserted into one another or overlap one another and, for example, without limiting the invention thereto, These are attached to one another by screws or pins as fastening elements.In one embodiment of the invention, each bar directed perpendicularly towards the centre of the earth or each unidirectional pipe and used as a vertical stand, for example, without limiting the invention thereto, has for particular advantage a vertical length of 340 millimetres and in this embodiment, without limiting the invention thereto, has, in addition to the length due to the perpendicular length of the detection area of a substantially horizontally oriented detection unit in the mounting device centrally on and in the vertical stand according to the invention and additionally the space for the horizontal cantilevers described below, 2 times 72 millimetres of its vertical length for the attachment thereto of further, identical, vertical stands which, for example, without limiting the invention thereto, have a connecting element of 144 millimetres length inserted into one end each of two bars or pipes and, for example, Without limiting the invention to this, screws or pins are attached to one another as fastening elements.A vertical stand according to the invention of the mounting system in an embodiment of the invention having an exemplary, but not limited to, vertical length of 340 millimeters has the particular advantage of the invention, without limiting the invention thereto, on each of its shorter sides in a range of 72 millimeters from the edge of one of its shorter sides a part of fastening units, for example holes in certain positions close to the lower side of the vertical stand, through which machine screws are guided, which are also firmly and releasably screwed by nuts through similar holes in certain matching positions in a range of 72 millimeters of each side edge of each shorter side of another, but similar, vertical stand, and which with this screw connection still have sufficient space for the attachment of horizontal cantilevers, mounting devices and of further, substantially identically constructed, components, In other embodiments, the vertical posts may be left on the other short side of the vertical post and may be connected to other identical vertical posts for an entire vertical length of 608 millimeters for 2 same vertical posts, 948 millimeters for 3 same vertical posts, 1288 millimeters for 4 same vertical posts, 1628 millimeters for 5 same vertical posts, and so forth.In further advantageous embodiments of the invention, but not limited to this invention, the vertical upright is shorter than described above, for example it has only a vertical depth of 330 millimetres and has fastening elements for attaching a second, same vertical upright to its two short horizontal sides with 52 millimetres overlap or in the case of pipes or rods with correspondingly short connection units with a vertical depth of 104 millimetres.In further advantageous embodiments, the novel vertical stand according to the invention has, for example, without limiting the invention thereto, for particular advantage a vertical length of 640 millimetres and also in this embodiment has, without limiting the invention thereto, a part of fastening units, for example holes in certain positions close to the lower side of the vertical stand, through which bolts are passed, which are also screwed firmly and again detachably through similar holes in certain positions in a part, for example without limiting the invention thereto, overlapping 72 millimetres on each short side close to the upper side of another, but substantially structurally identical, vertical stand, which may have 340 millimetres vertical length or 640 millimetres vertical length, and in addition still sufficient space for the attachment of horizontal cantilevers, mounting devices and others, Essentially identical, vertical uprights on its other short side.In a further advantageous embodiment, the above-described vertical stand of the mounting system according to the invention is screwed or anchored to anchors firmly and releasably from the housing interior, for example, without limiting the invention thereto, by means of screws and dowels on a stable surface, which is, for example, a floor, a wall or a wall, without limiting the invention thereto.And in a further advantageous embodiment, at least one of the above-described vertical uprights of the assembly system according to the invention, without limiting the invention thereto, is fixedly inserted and screwed with screws and dowels into a stable surface which is, for example, a wall or a wall, so that mailpieces which have been introduced into a casing for mailpieces having an assembly system according to the invention, thus inserted into a wall, can be removed from the casing from the other side of the wall, next to the inserted vertical upright, and other vertical uprights of the same assembly system are located together with parts of the plate with an input opening and with the entire input opening in the plate with an input opening outside this wall or wall and are lined with side parts of the assembly system.In one embodiment, the novel upright according to the invention has, for its particular advantage, without limiting the invention thereto, a first opening in the largest sides of its substantially rectangular plate, centrally, i.e. at half the vertical height of the upright, on and in which a mounting device for detection units of the described automated monitoring devices is fixedly but releasably attached from the inner center of the housing by means of similar fastening elements as the upright itself.In another embodiment, for particular advantage, without limiting the invention thereto, between two rods or tubes used in pairs as a vertical stand, the mounting device for detection units is fixedly and releasably mounted from the interior of the housing, centrally, i.e. at half the vertical height of the vertical stand.The novel upright according to the invention has the particular advantage, without limiting the invention, of fixedly and releasably mounting a rectangular opening in its center on or in which a mounting device according to the invention for detection units is mounted, substantially with horizontal orientation, so at right angles to the substantially rectangular plate or to the substantially rectangular spacing surface of the upright from the inside of the housing that the detection unit mounted therewith is mounted in its end position, viewed from the inside of the housing, substantially in and behind the upright and is directed with its detection elements and with additional infrared light emitting diodes onto an imaginary vertical line through the inner center of the inner housing volume. The attachment of the mounting device in the vertical stand in a fixed and releasable manner is advantageously effected, without limiting the invention thereto, with hooks, screws, clips, plug connections or similar to a bayonet lock.Without limiting the invention thereto, in the end position after the mounting by the mounting device, the detection unit is mounted in or on the central opening, as seen from the inside of the housing, directly behind the edge or side of the part of the vertical stand which is at the shortest distance from the housing center, and is thus protected for particular advantage largely from damage due to falling mailpieces.For the particular advantage of the invention, without limiting the invention thereto, each horizontal detection unit of the assembly system with monitoring device for mail items is fixedly and releasably attached in an assembly device of the assembly system with monitoring device for mail items and this horizontal assembly device is fixedly and releasably attached to 1 to 8 vertical posts from the interior of the housing such that the detection elements of the detection unit, viewed from the interior of the housing, lie directly behind the vertical post and nevertheless the detection elements of the detection unit are not restricted and not blocked in their detection range by the assembly device and by the vertical post.For the particular advantage of the invention, without limiting the invention thereto, the mounting device for a detection unit consists of 1 to 2 plates which are angled at right angles so that they have an L-shape and these angles are fixedly and releasably attached to the detection unit by fastening elements attached to them which are attached to the required positions for the alignment of each detection unit and which cooperate with the fastening elements already present on the detection units by the manufacturer of the detection units.The particular advantage of the invention is, without limiting the invention thereto, that each mounting device according to the invention is fixedly and releasably attached to the vertical upright according to the invention or to the horizontal plate according to the invention with fastening units of hooks and eyes, screws and nuts, plugs and clips, expansion clips and holes, rods and clips or a bayonet lock.For the particular advantage of the invention, without limiting the invention thereto, viewed from the inside of the housing, in front of each horizontal detection unit mounted with a horizontal mounting device in a vertical stand, a further plate for protecting this detection unit is mounted, which plate has at least one opening sufficiently large that the function of the detection elements is not impaired by this further plate.The mounting device according to the invention of the mounting system according to the invention accommodates at least one detection unit of the monitoring device and is then fixedly and releasably attached, starting from the interior of the housing, in or on the vertical stand.In this case, the mounting device with detection unit is mounted in such a way that the detection elements of each detection unit mounted in the vertical stand with the mounting device, which are at the shortest distance from a mail item fed into the housing and falling in the housing, that is to say, for example, without limiting the invention thereto, the objective of a digital video camera, are directed substantially horizontally onto an imaginary vertical line through the inner center of the inner housing volume and, for example, without limiting the invention thereto, all detection elements of all detection units mounted in the housing are situated in the same horizontal plane at or in front of vertical edges at which one housing side is connected to another housing side or bears against such a mail item, with alignment with the imaginary vertical through the housing center.With the particular advantage of the invention that the detection elements of the detection unit are not covered by the vertical stand according to the invention and not by the mounting device according to the invention, the mounting device for the detection unit is produced, without limiting the invention thereto, only from a pair of plates angled at right angles, i.e. for example from two pieces of a metal plate having a thickness of 1 millimeter and angled at an angle of 90 degrees or from two pieces of a plastic plate having the same thickness and angle, which are fixedly and releasably attached to the housing sides of the detection unit. As fixed and re-detachable fastening elements for the detection unit, the angles of the mounting device according to the invention use the functional counterparts to the fastening elements on the detection units.For example, the fixed and releasable fasteners on the detector mounting fixture are, but are not limited to, machine screws that engage threads in the detector and are passed through holes in appropriate positions in the fixture.Furthermore, it is particularly advantageous, without limiting the invention to this, to provide the vertical upright of the assembly system with monitoring device for mail items housing with a rectangular plate, which can also be supplemented with side parts.Furthermore, it is particularly advantageous, without limiting the invention thereto, that the vertical upright of the assembly system with monitoring device for mail items is a trapezoidal plate, in which the non-parallel sides of the trapezoid are longer than the non-parallel sides and are fixedly and releasably attached to a horizontal plate of the assembly system, with the surface of the trapezoid perpendicular thereto.Furthermore, it is particularly advantageous, without limiting the invention thereto, that the vertical upright of the assembly system with monitoring device for mail items is a pair of two rods which are arranged relative to one another in such a way that a surface in the form of a trapezoid is created between them and this surface, after the placement or attachment of the housing at its place of use, is fixedly and releasably attached, during use, perpendicular to the horizon, to a horizontal plate of the assembly system and perpendicular thereto.And particularly advantageously, without limiting the invention thereto, the upright of the assembly system with monitoring device for mail items is a pair of two tubes arranged with respect to each other so as to create a surface in the form of a trapezoid between them and so as to be perpendicular to said surface.And particularly advantageously, without limiting the invention thereto, the upright of the mail monitoring device mounting system is mounted in a casing at its place of use with mail housings so that each of its largest surfaces it has or formed in the space of a pair of rods or tubes of the upright is upright and these perpendicular largest surfaces, viewed from the inside of the casing, are located in front of a vertical side edge inside the casing for mail on which one side of the casing for mail which is not the side which is completely at the smallest distance from the center of the earth from all the casing sides and which is not the side of the casing opposite thereto, is located with another side of the casing for mail, which is not the side which is situated entirely at the smallest distance from the center of the earth from all housing sides and which is not the side of the housing opposite thereto, lies against one another or is connected, is fixedly and releasably attached.And for particular advantage, without limiting the invention thereto, on each plate used as a vertical upright, in the middle of the plate there is provided a sufficiently large opening for mounting a mounting device for horizontal detection units, on which there are 1 to 4 elements of 1 to 4 fastening units for a mounting device to be mounted with a detection unit mounted therein, with which the mounting device is to be fixedly and releasably mounted in the plate of the vertical upright.And particularly advantageous, without limiting the invention thereto, between two rods used in pairs as a vertical stand, there are provided centrally on each rod 1 to 4 elements of 1 to 4 fastening units for a mounting device to be mounted with a detection unit mounted therein, with which the mounting device is to be fixedly and releasably mounted.And for particular advantage, without limiting the invention thereto, between two pipes used in pairs as a vertical stand, there are provided centrally on each pipe 1 to 4 elements of 1 to 4 fastening units for a mounting device to be mounted with a detection unit mounted therein, with which the mounting device is to be fixedly and releasably mounted.It is also particularly advantageous, without limiting the invention to the fact that the vertical uprights of the assembly system with monitoring device for mail items are located in front of each edge of the housing, when it is set up or mounted at its place of use, at which two sides of the housing which are vertical, i.e. two sides of the housing which are directed with the greatest edges of their greatest areas towards the centre of the earth, are adjacent, have, at their centre, horizontal detection units of the monitoring device mounted in assembly devices, the imaginary axes of which are located in the horizontal from the centre of their detection elements to the centre of the detection unit, which horizontal detection units are mounted at its place of use according to the manufacturer's instructions in a housing for mail items which is mounted at its place of use, The invention is also directed to a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, and a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine, and a machine, a machine, and a machine, and a machine, a.It is also particularly advantageous, without limiting the invention to the fact that the vertical uprights of the assembly system with monitoring device for mail items are located in front of each edge of the housing, when it is set up or mounted at its place of use, at which two sides of the housing which are vertical, i.e. two sides of the housing which are directed with the largest edges of their largest surfaces towards the centre of the earth, are adjacent, have detection units of the monitoring device mounted at its centre in assembly devices, the imaginary axes of which are located in the horizontal from the centre of their detection elements to the centre of the detection unit, which detection units are mounted at its place of use according to the manufacturer's instructions in a housing for mail items which is mounted at its place of use, The invention is also directed to a method for manufacturing a detector unit, wherein the detectors are mounted on horizontal plates of the mounting system such that a horizontally located acute inner angle of between 30 degrees and 60 degrees is obtained between the imaginary axis of each horizontally mounted detector unit from the center of the detectors of this detector unit to the center of this detector unit to the vertically standing sides of the housing in the housing, and the vertical angle of the detectors to the vertical sides is obtained due to the orientation of the detectors on an imaginary vertical line through the inner center of the housing.It is also particularly advantageous, without limiting the invention thereto, to mount the upright of the assembly system with monitoring device for mail items after the housing has been set up or mounted at its place of use, in the vertical installation position of the upright, in which it is mounted with its largest surfaces upright, at which half of each upright, which is then located at the bottom and is at a smaller distance from the centre of the earth than the other half of the upright, is then located at a lower distance from the centre of the earth, either only one further vertical stand of the mounting system or one further vertical stand of the mounting system and a lower horizontal cantilever of the mounting system as mounting device with a lower detection unit of the monitoring device with an alignment of its detection elements with the input opening of the housing and with braces and also with 1 to 4 plates for protecting the lower detection unit or a lower horizontal cantilever of the mounting system as mounting device with a lower detection unit of the monitoring device with an alignment of its detection elements with the input opening of the housing and with braces and also with 1 to 4 plates for protecting the lower detection unit and a horizontal plate of the mounting system as intermediate floor of the housing or only one horizontal plate of the mounting system as intermediate floor of the housing, which is located on its largest surface, which is situated at a greater distance from the center of the earth than the other of its largest surfaces opposite the center of the earth, 1 to 4 mounting devices each having a lower detection unit of the monitoring device with an alignment of its detection elements to the input opening of the housing with braces, and having 1 to 4 baffle plates or only one horizontal plate of the mounting system as the bottom side of the housing or a bottom unit made of a horizontal plate of the mounting system and smaller side parts fixedly attached thereto, fixedly and releasably attached thereto.It is also particularly advantageous, without limiting the invention thereto, to mount the upright of the assembly system with monitoring device for mail items after the housing has been set up or mounted at its place of use, in the vertical installation position of the upright, in which it is mounted with its largest surfaces upright, at which half of each upright, which is then located at the top and is at a smaller distance from the centre of the earth than the other half of the upright, is then located at the top, Either only one further vertical stand of the mounting system or one further vertical stand of the mounting system and an upper horizontal cantilever of the mounting system as mounting device with an upper detection unit of the monitoring device with an alignment of its detection elements to the inner center of the housing or an upper horizontal cantilever of the mounting system as mounting device with an upper detection unit of the monitoring device with an alignment of its detection elements to the inner center of the housing and with braces and a horizontal plate of the mounting system as the top side of the housing or only one horizontal plate of the mounting system as the top side of the housing which is opposite the center of the earth on its largest surface which is at a smaller distance from the center of the earth than the other of its largest surfaces, 1 to 4 mounting devices each having an upper detection unit of the monitoring device with an alignment of the detection elements thereof to the inner center of the housing with braces or only one horizontal plate of the mounting system is fixedly and releasably attached as a top side of the housing or as an additional plate on the top side of the housing.It is also particularly advantageous, without limiting the invention to this, to provide a vertical upright of the mounting system on each of its longer sides of its largest surfaces with 1 to 4 fastening elements for 1 to 4 fastening units for 1 to 2 vertically standing side parts of the housing and on the inside and centrally on each of its longer sides of its largest surfaces with 1 to 4 fastening elements for 1 to 4 fastening units for 1 to 2 mounting devices each with a horizontal detection unit of the monitoring device and, when considering a housing already mounted at its place of use on the shorter side which has the smallest distance of all sides of its largest surface from the center of the earth, 1 to 4 fastening elements of 1 to 4 fastening units for one of 1 to 4 horizontal plates with openings, and 1 to 4 fastening elements of 1 to 4 fastening units for 1 horizontal cantilever with braces and having 1 to 4 plates for protection as mounting device for 1 to 4 lower detection units of the monitoring device, and 1 to 4 fastening elements of 1 to 4 fastening units for a further vertical stand, and having, on the shorter side, which has the longest distance of all sides of its largest area from the center of the earth, 1 to 4 fastening elements of 1 to 4 fastening units for one of 1 to 3 horizontal plates with openings, and 1 to 4 fastening elements of 1 to 4 fastening units for 1 horizontal cantilever with braces as mounting device for an upper detection unit of the monitoring device, and 1 to 4 fastening elements of 1 to 4 fastening units for a further vertical stand, which cooperate firmly and releasably with other parts of the respective fastening unit and respective fastening elements on the vertical sides of the housing, on the horizontal plates with openings, on the mounting devices for horizontal detection units of the monitoring device, on the horizontal cantilevers with braces as mounting device for at least one upper detection unit of the monitoring device, on the horizontal cantilevers with braces and with plates for protection as mounting device for lower detection units of the monitoring device and on each of the two shorter sides of other vertical posts.Also to particular advantage, without limiting the invention thereto, the firmly and re-detachable cooperating fastening elements on the vertical stand are holes in the vertical stand through which bolts are passed, which are also passed through holes at angles and which are passed through holes on the other parts of the mounting system and which are screwed with nuts.Also to particular advantage, without limiting the invention thereto, the firmly and re-detachable cooperating fastening elements on the vertical stand are internal threads for machine screws cut in the vertical stand or firmly attached to it by an adhesive or by welding points and screwed into the screws, which are also guided through angles.And, it is particularly advantageous, without limiting the invention thereto, to provide the firmly and re-detachable cooperating fastening elements on the vertical post with holes through which external threads are passed on threaded rods or screws, also guided through angles, which are firmly welded or glued to the other components of the mounting system and screwed or clipped to the matching nuts.Also to particular advantage, without limiting the invention, the firmly and re-detachable cooperating fastening devices on the upright are holes in the upright engaged by hooks attached to the other parts of the mounting system.Also, for particular advantage, without limiting the invention, the upright of the assembly system with the device for monitoring mail items has, at the centre of its largest area, which it has or which is formed in the interspace of a pair of rods or tubes of the upright, an opening, at the edge of which are provided fastening elements of fastening units for a central horizontal assembly device, which cooperate with fastening elements of the same fastening units on a device for mounting detection units, and thus the device for mounting with horizontal orientation of an imaginary axis through the centre of its detection elements to the centre of the detection unit at a right angle to the largest area which the upright has or which is formed in its interspace of a pair of rods or tubes of the upright, The detection unit mounted therewith is mounted fixedly and releasably from the inside of the housing so that in its end position, viewed from the inside of the housing, the detection unit is mounted in front of a vertical edge, at which two vertical housing sides abut each other, and behind the vertical stand and is directed with its detection elements and with additional infrared light emitting diodes onto an imaginary vertical line through the inner center of the inner housing volume.In another advantageous embodiment of the invention, the mounting device according to the invention is, without being limited thereto, at least one extension arm which is fixedly and releasably attached to a plate, to a rod or to a pipe as a vertical stand by fastening units such as, for example, without being limited thereto.In a further embodiment of the invention, the assembly device for detection units, without limiting the invention thereto, has, between the two angles or between the two cantilevers with hooks of an assembly device, a plate which, viewed from the inside of the housing, is mounted in front of the detection unit mounted with it and which, viewed from the inside of the housing, has, in front of the detection elements of the assembled detection unit, sufficiently large openings for ensuring the function of the detection elements of the assembled detection unit, whereby, for the particular advantage, the protection of the detection unit from damage due to falling mailpieces is further increased.In a further advantageous embodiment, without the invention being limited thereto, a permanently operating additional lighting is attached to each vertical stand of the mounting system according to the invention, which for example, is manufactured with infrared light emitting diodes, without the invention being limited thereto.In a further embodiment of the invention, infrared light-emitting diodes for illuminating the mailpieces are integrated into the housing of the detection unit in the vicinity of the detection elements for particular advantage, and an opening sufficiently large for securing their function is also provided for these infrared light-emitting diodes in the protective plate of the novel mounting device according to the invention.In one embodiment, without limiting the invention thereto, for particular advantage in one of the widely used rectangular rectangular parallelepipedic mail enclosures according to the prior art 4, the above-described vertical uprights according to the invention with 4 substantially horizontally oriented detection units in mounting devices according to the invention are mounted in the enclosure on the inventive plate with input opening or on the inventive additional plate with input opening.By means of the above-described exemplary embodiments of an assembly system according to the invention, in the case of a rectangular rectangular rectangular parallelepiped housing for mailpieces having 4 vertical posts according to the invention having 4 detection units aligned substantially horizontally in 4 assembly devices according to the invention, the interior of a housing for mailpieces equipped with an assembly system according to the invention is mounted on the inside, as seen from the housing inner side, in front of or on 4 different vertical edges of vertically standing housing sides, which are not the housing side which lies completely at the shortest distance of all housing sides from the center of the earth and which are not the side opposite this, and which, with an inventive plate with an input opening adapted to them or an inventive additional plate with an input opening, are the distance between one side of the mailpiece and the detection elements of the assembled detection units required for completely detecting one side of a mailpiece, The mail pieces which are closest to the side of the mail piece during dropping are secured in a horizontal plane.Since in one embodiment of the invention, without limiting the invention thereto, at least 4 vertical posts according to the invention are provided with a detection unit in an assembly device according to the invention of the above embodiments and the mailpieces can fall through the plate according to the invention with input opening or through the additional plate according to the invention with input opening only at a minimum distance required for complete detection with an alignment required for this purpose in a housing for mailpieces equipped with the new assembly system according to the invention or produced from the new assembly system, the written text information on sender and receiver will be on or on the 4 sides of mailpieces located vertically during the fall, which are input into a housing equipped with the assembly system according to the invention and fall therein, while dropping with substantially improved completeness and reliability, the detection units of the automated monitoring device with motion alarm automatically detect and process, record and pass on them automatically by their data processing units and automatically store them as text file with trained artificial intelligence for text recognition in the stored data and information, process them as text file with automated encryption of the recognized texts, with automated message and forwarding of the encrypted texts to a recipient mentioned in the texts or to the authorized owner of the housing and inform them on a terminal suitable for decryption of the text file with the possibility for speech output of text files or for playing an audio file that is possible according to the current state of the art.For the storage of mailpieces, below the detection units mounted with the mounting system according to the invention, i.e. at a smaller distance from the center of the earth, a volume for mailpieces is required which can accommodate at least one of the largest mailpieces that can be introduced through the inlet opening in the inventive plate with inlet opening or in the additional plate with inlet opening. For this purpose, the volume, with a maximum horizontal width of a mail item of 600 millimeters and a maximum horizontal length of a mail item of 600 millimeters and a maximum vertical depth of a mail item of 1200 millimeters, itself has a horizontal length of at least 600 millimeters and a horizontal width of at least 600 millimeters and at least one vertical depth of at least 1200 millimeters.In a further advantageous embodiment, in which the vertical posts of the mounting system according to the invention as parts of the supporting frame of a housing for mailpieces themselves have a vertical depth of less than 1200 millimeters and a vertical depth of the housing for mailpieces of 1200 millimeters is required, for the particular advantage of the invention, without limiting the invention thereto, at least two identical, vertical posts of the mounting system according to the invention are attached fixedly and releasably, with similar fastening elements, with their shortest sides of their largest surfaces lying against one another and partially overlapping, lying one above the other.In another advantageous embodiment, in which the vertical posts of the mounting system according to the invention as parts of the supporting frame of a housing for mailpieces themselves have a vertical depth of less than 1200 millimeters and a vertical depth of the housing for mailpieces of 1200 millimeters is required, for the particular advantage of the invention, without limiting the invention thereto, at least two identical, vertical posts of the mounting system according to the invention are attached fixedly and releasably to a plate with a larger opening, which plate is described below, with similar fastening elements with their shortest sides of their largest surfaces lying one above the other.For the additional particular advantage, according to the invention, in a further embodiment, without limiting the invention thereto, a respective further similar, vertical stand of the mounting system according to the invention is fixedly and releasably attached to each of the first 4 vertical stands of the mounting system according to the invention by similar fastening elements, in or on which is mounted in each case at least one further similar mounting device with in each case at least one further detection unit of the automated monitoring devices, so that altogether at least 8 substantially horizontally oriented detection units which are 4 sides of a mail item introduced into the housing and which during the movement of the mail item in the direction of the centre of the earth are directed substantially perpendicularly to the centre of the earth are detected by the detection units of the automated monitoring devices over a longer vertical distance during the movement thereof in the housing for mail items.For the further particular advantage of the mounting system according to the invention, a further, second opening is provided in the rectangular plate of the vertical stand at a smaller distance from the center of the earth than the first, central opening, i.e. below the first, central opening in the rectangular plate of the novel vertical stand, without the invention being limited thereto, which opening serves for ventilating and cooling the installed parts of the automated monitoring devices and for the cable lead-through and in front of which, viewed from the housing interior, further parts of the mounting system can be attached to further parts of the automated monitoring device.Furthermore, for the particular advantage of the mounting system according to the invention, a further, third opening in the rectangular plate of the vertical stand according to the invention is provided at a greater distance from the center of the earth than the first, central opening, that is to say above the first, central opening in the rectangular plate of the novel vertical stand, without the invention being limited thereto, which opening serves for ventilating and cooling the installed parts of the automated monitoring devices and for the cable lead-through and in front of which, viewed from the housing interior, further parts of the mounting system can be attached to further parts of the automated monitoring device.To further particular advantage, without limiting the invention thereto, in the upright according to the invention, the second lower ventilation opening with cable passage and the third upper ventilation opening with cable passage are arranged such that, when two upright are arranged to each other with the already described overlap of 72 millimetres, an upper ventilation opening of the lower upright lies exactly on a lower ventilation opening of the upper upright.To further particular advantage, without limiting the invention thereto, on each short side of the largest surface of the vertical upright, 6 to 20 millimetres from the edge of this side, there is, centrally in the vertical upright of the mounting system, 1 to 2 each further large opening for cable passage and ventilation in the vertical upright, to which fastening elements of fastening units for a horizontal beam as mounting device with braces and with a plate for protection for a lower detection unit and for a horizontal beam as mounting device with braces for an upper detection unit of the monitoring device and for a second vertical upright for fixed and re-detachable fastening are attached.Further parts of the mounting system according to the invention are, for the particular advantage of the invention, without limiting the invention thereto, horizontally arranged arms as mounting devices which can be fixedly and releasably attached to each vertical stand of the mounting system according to the invention.Advantageously, but without limitation, each upright of the mounting system of the invention has a portion of fixed and re-releasable fasteners for each horizontal beam to be attached to the upright, which may be, for example, but not limited to, nuts or threads cut into the plate of the upright or vertical elongated holes for hooks on a horizontal beam that cooperate with correspondingly disposed holes or hooks on the horizontal beam and machine screws or threaded rods on the horizontal beam and which, without limitation, may be used with other fixed but re-releasable fasteners, such as, but not limited to, double hooks or screws or clamps, or a combination thereof, for attaching a vertical beam to another upright.And for particular advantage, without limiting the invention thereto, in the novel mounting system of the invention at least one horizontal cantilever, in the lower half of the vertical stand, is fixedly and releasably attached below, i.e. at a shorter distance from the centre of the earth than the central mounting devices with the first central detection units already described in the vertical stand, viewed from the housing interior, for example, without limiting the invention thereto, before the lower, second opening of the base support to at least one of the vertical stands as a lower, horizontal cantilever, which is directed in each case with one of its two ends onto an imaginary, vertical line through the inner center of the inner housing volume and which in each case with its other end onto the inner, vertical edge, on the two housing sides meet one another, viewed from the housing interior, behind the vertical upright.This lower horizontal cantilever according to the invention, when mounted, projects from the vertical stand towards an imaginary vertical line through the centre of the inner enclosure volume without reaching up to this vertical line and can accommodate further detection units and other parts of the automated monitoring device.This lower horizontal cantilever has a maximum horizontal length between the imaginary vertical line through the inner center of the housing and the vertical post to which it is attached, which allows the largest mailpieces that can be introduced through the inlet opening in the plate with inlet opening to fall towards the center of the earth in the orientation specified by this inlet opening, between the inner-center end of this lower horizontal cantilever and the inner-center end of all other lower horizontal cantilevers in the housing for mailpieces.In an advantageous embodiment, without limiting the invention thereto, this lower horizontal extension arm consists of at least one plate, rod or tube and is made of metal, carbon or plastic in a material thickness of 1 to 2 millimeters, without limiting the invention thereto.In a further advantageous embodiment, without limiting the invention thereto, this lower horizontal boom consists of at least a pair of plates, a pair of rods or a pair of tubes.In other embodiments of the invention, without limiting the invention thereto, each lower horizontal cantilever according to the invention has a shape which is adapted to the shape of the detection unit to be mounted therewith and is made of plastic, carbon or metal.For the particular advantage of the invention, without limiting the invention thereto, each lower detection unit of the assembly system with monitoring device for housings for mailpieces, which is attached at a smaller distance from the center of the earth than the horizontal detection units after the housing has been set up or attached at its place of use, is attached in an assembly device fixedly and again detachably from the interior of the housing.The mounting device of the upper detection unit with its detection elements directed towards the inner center of the housing is fixedly and releasably attached to one of the edges of the input opening in the housing and the mounting device of the lower detection unit with its detection elements directed towards the input opening is fixedly and releasably attached to the housing from 1 to 2 plates which are each angled twice at right angles so that they have a U-shape, by fastening elements attached to them which are attached on the one hand to the required positions for an alignment of each detection unit and which are attached to the fastening elements already present on the detection units by the manufacturer of the detection units, The detection units can be provided with additional plates for protecting openings for ensuring the function of the detection units, and can be attached to the plate in a fixed and detachable manner.For the particular advantage of the invention, without limiting the invention thereto, a mounting device of the lower detection unit with its detection elements directed onto the input opening is at least one lower horizontal cantilever arm.For the particular advantage of the invention, without limiting the invention thereto, a lower detection unit of the assembly system with monitoring device for mail items is fixedly and releasably mounted with its central axis from its detection elements to the center of the detection unit in the perpendicular, but with its detection elements directed not to but away from the center of the earth in a horizontal boom as the assembly device of the assembly system with monitoring device for mail items.The mounting device of the lower detection unit with its detection elements directed onto the input opening is a lower horizontal cantilever which extends horizontally from a vertical stand in front of one of the vertical side edges into the inner center of the housing up to 10 to 20 millimeters on an imaginary vertical line from the edge of the input opening closest to the vertical vertical stand, without limiting the invention to this.For the particular advantage of the invention, without limiting the invention thereto, the lower horizontal cantilever of the mounting system has the same orientation as an upper horizontal cantilever, but is 10 to 20 millimeters shorter than an upper horizontal cantilever and has, at its end closest to an edge of the input opening in the horizontal plate, detection units of the monitoring device whose detection element is directed towards the input opening are accommodated as mounting device by fastening devices cooperating with the fastening devices on the detection units of the monitoring device.For the particular advantage of the invention, without limiting the invention thereto, in each lower detection unit of the assembly system with monitoring device for housings for mailpieces, at a greater distance from the center of the earth than it has the respective lower detection unit after the housing has been placed at its place of use, 1 to 4 additional plates for protecting the lower detection unit from falling mailpieces are fixedly and releasably attached and in each of these additional plates for protection 1 to 4 sufficiently large openings are present that the function of the detection unit is not impaired by the additional plate for protection.Furthermore, for the particular advantage of the invention, without limiting the invention thereto, at least one of the lower horizontal cantilevers which are mounted on the vertical stand at a smaller distance from the earth centre, i.e. below, the first 4 substantially horizontally oriented detection units, for example, without limiting the invention thereto, before its second, lower opening for ventilation and cable passage, at the end of the lower horizontal cantilever directed towards the inner housing centre at least one detection unit of the automated monitoring device is attached as a lower detection unit in a fixed and detachable manner, for example, without limiting the invention thereto, by fixed and detachable fastening elements for the further detection unit on the lower horizontal cantilever which, without limiting the invention thereto, are machine screws which cooperate with threads in the housing of the detection unit and are guided through holes in suitable positions in the lower horizontal cantilever, The object of the invention is to provide a device for detecting the mail item which is mounted on the container and which is mounted on the container and which is mounted on the container and which is located on the inside center of the container and which has the smallest distance of all sides of the mail item from the center of the earth during dropping, so that the written text of sender and recipient on or on the side of the mail item which moves in the container in the direction of the center of the earth, which has the smallest distance of all sides of the mail item from the center of the earth during dropping, are also detected by the further detection unit which is mounted on the lower horizontal cantilever according to the invention.In a further advantageous embodiment of the mounting system according to the invention, without limiting the invention thereto, the lower horizontal extension arm is not completely horizontal, but is attached with its end located in the direction of the housing center in the direction away from the center of the earth, i.e. inclined upwards, at an angle to a vertical stand on this vertical stand in order to be able to better withstand the weight of the mailpieces that fall onto it, but the lower detection units attached therein are aligned with the input opening in the plate with input opening.In a further advantageous embodiment of the mounting system according to the invention, without limiting the invention thereto, the lower horizontal cantilever is reinforced with an additional bracing between the vertical upright to which it is attached and the lower horizontal cantilever itself, so that it remains stably in its position even in the event of a heavy mail item impacting the lower horizontal cantilever.Because it is possible for individual mailpieces falling in the housing for mailpieces to fall onto the lower detection unit of the automated monitoring device in the lower horizontal boom according to the invention and then remain thereon and thus block the detection elements of this lower detection unit, the mounting system according to the invention has the particular advantage, without limiting the invention thereto, that is to say at a slightly greater distance from the center of the earth, that is to say above, of the detection unit in the lower horizontal boom and at the top of the lower horizontal boom to which the detection unit is attached, a plate for protection which is fixedly and releasably attached over the entire width of the lower horizontal boom and the entire length of the lower horizontal boom just as far as this lower horizontal boom protrudes into the inner center of the housing.In an advantageous embodiment, the novel plates according to the invention for protecting the assembly system are manufactured from metal, carbon or plastic, without limiting the invention thereto, and are 1 to 2 millimeters thick without limiting the invention thereto.In a further advantageous embodiment, each protection panel according to the invention has, without being limited thereto, a substantially triangular shape, wherein the corner of the triangle abutting the vertical upright is cut off in the horizontal width of the vertical upright and the two corners of the triangle abutting or being connected to each other one protection panel is cut off such that two immediately adjacent protection panels always fit each other.In addition to the particular advantage, without limiting the invention thereto, in one embodiment of the invention, the panel for protection on the lower horizontal cantilever is fixedly and releasably mounted with an opening opposite to the horizontal inclination of the horizontal cantilever towards an imaginary vertical line through the inner center of the inner volume of the casing for mailpieces and downwards, i.e. towards the centre of the earth, with at least one opening each for ventilation and ensuring the function of the detection elements and additional infrared light emitting diodes of the detection unit mounted in the horizontal cantilever, so that the mailpieces which fall onto this panel for protection are fixedly and releasably mounted, The object of the invention is to provide a device for the detection of mail items which have been introduced into the housing and which is to be inserted into the housing, in which case the device for protection and the horizontal extension arm at the end of the plate first slides on the latter in the direction of the inner center of the housing and move further in the housing interior in the direction of the earth, and as a result the detection element of the detection unit in the lower horizontal extension arm which is located in front of the lower, second opening in the vertical upright is not covered by mail items which have been introduced previously.The particular advantage of the invention is, without limiting the invention thereto, that each plate for protecting a lower detection unit is inclined at an angle between 20 and 40 degrees between the plate for protection and the horizontal, towards the centre of the earth and towards the inner middle of the housing, so that all mailpieces introduced into the housing, which fall onto the plate for protection, slide on the plate for protection towards the inner middle of the housing for mailpieces.For the particular advantage of the invention, without limiting the invention thereto, a plate for protecting the lower detection units of the mounting system has the shape of a trapezoid in which 1 to 2 corners are cut off or the shape of a triangle in which the corners are cut off.In a further advantageous embodiment of the invention, the fastening units which are fixedly and releasably attached to a plate with an input opening, a plate with a larger opening and to a plate with a closed larger opening or a base unit, without limiting the invention thereto, for example, without limiting the invention thereto, are suitable for fixedly and releasably fastening rods or tubes to them by round or angular insertion openings in the fastening units with further fastening elements, such as screws or latches.Furthermore, of the mounting system according to the invention, it is particularly advantageous, without limiting the invention to this, to attach each panel according to the invention fixedly and releasably to one or more side parts of the mounting system according to the invention for protection purposes.In a further advantageous embodiment, without limiting the invention thereto, the mounting system according to the invention is combined with a power supply unit for the power supply and also with one or two emergency power supplies for the parts of the automated monitoring device attached thereto. For this purpose, the lower horizontal extension arm of the mounting system and the bracing of the lower horizontal extension arm have fastening units which are, for example, 1 to 2 millimeter thick plates made of a metal, carbon or plastic, without limiting the invention thereto, to which at least one small emergency power supply or at least one rechargeable battery of an emergency power supply is fixedly and releasably attached with fastening elements such as, for example, screws, without limiting the invention thereto.In an additional, advantageous embodiment, without limiting the invention thereto, the emergency power supply of the mounting system according to the invention for parts of the automated monitoring device is mounted below a plate for protecting the lower horizontal cantilever of the mounting system or below a plate for protecting a bracing of the lower horizontal cantilever with multiple fastening units and fastening elements of the mounting system according to the invention.In another advantageous embodiment, without limiting the invention thereto, the emergency power supply of the mounting system according to the invention is combined with a photovoltaic panel having a plurality of solar cells, which charge the rechargeable battery of the emergency power supply.In a further advantageous embodiment, without limiting the invention thereto, the photovoltaic panel, which charges the emergency power supply of the mounting system according to the invention, is combined with the mounting system according to the invention on the upper side of the closure unit of the input opening of the housing, which upper side is situated at the widest distance from all parts of the housing to the center of the earth.With the parts of the assembly system according to the invention described in detail above with parts of at least one automated monitoring device, only 5 of 6 sides of a mail item which is input into a housing for mail items and falls therein are completely detected by the detection units, the automated monitoring device with movement alarm and intelligently trained text recognition which are mounted with the assembly system according to the invention.Therefore, the mounting system according to the invention also has at least one mounting device for an upper vertically oriented detection unit, which is, for example, an upper horizontal cantilever which, as seen from the housing interior, is fixedly and releasably mounted in front of and on at least one of the vertical stands, in the upper half of the vertical stand, for example, without limiting the invention thereto, in front of the third, upper opening in the vertical stand above, that is to say at a further distance from the centre of the earth than the first opening with the central mounting device with the substantially horizontally oriented detection unit of the vertical stand and directly below the plate with input opening of the mounting system according to the invention and extends in the horizontal direction from the vertical stand to the nearest edge of the input opening in the plate with input opening or in the additional plate with input opening.And, for particular advantage, without limiting the invention thereto, each upper detection unit of the assembly system with monitoring device for housings for mailpieces, which is attached at a greater distance from the center of the earth than the horizontal detection units after the housing has been set up or attached at its place of use, is attached in an assembly device in a fixed and detachable manner from the interior of the housing.And for particular advantage, without limiting the invention to this, the mounting device of the upper detection unit with its detection elements directed at the inner center of the housing, is fixedly and releasably mounted in the housing at one of the edges of the input opening, an upper horizontal extension arm which extends in front of one of the vertical edges of the housing from one of the vertical posts to an edge of the input opening.The upper horizontal cantilever lies substantially in the horizontal and serves on the one hand for stabilizing the plate with the input opening and on the other hand for mounting at least one further detection unit of the automated monitoring device, as an upper detection unit. This upper detection unit is constituted by fixed and detachable fixing units for the upper detection unit on the upper horizontal boom, which, without limiting the invention thereto, consist of machine screws, which cooperate with threads in the detection unit and are guided through holes in suitable positions in the upper horizontal boom, are fixedly and detachably attached to the end of the upper horizontal boom directed towards the inner housing center and with their detection elements directed towards the inner center of the inner volume of the housing for mailpieces.In an advantageous embodiment, without limiting the invention thereto, this upper horizontal extension arm consists of at least one plate, rod or tube and is made of metal, carbon or plastic in a material thickness of 1 to 2 millimeters, without limiting the invention thereto.And, for particular advantage, without limiting the invention thereto, an upper detection unit of the mail body monitoring assembly system is fixedly and detachably mounted in an upper horizontal boom as the mounting device of the mail body monitoring assembly system with its central axis directed from its detection elements to the center of the detection unit in the perpendicular and with its detection elements directed to the center of the earth.And particularly advantageously, without limiting the invention thereto, the upper horizontal cantilever of the mounting system has an orientation and length such that it extends from the vertical post to which it is attached to the closest edge of the input opening in the horizontal plate of the mounting system in the same housing and at its end closest to an edge of the input opening in the horizontal plate, by fastening elements cooperating with the fastening elements on the detection units of the monitoring device, an upper detection unit is attached to the upper horizontal cantilever as mounting device, the detection elements of which are directed towards the inner center of the housing.In a further advantageous embodiment, without limiting the invention thereto, this upper horizontal boom consists of at least a pair of plates, a pair of rods or a pair of tubes.In other embodiments of the invention, without limiting the invention thereto, each upper horizontal cantilever according to the invention has a shape which is adapted to the shape of the upper detection unit to be mounted therewith and is made of plastic, carbon or metal.In a further advantageous embodiment of the mounting system according to the invention, without limiting the invention thereto, the upper horizontal cantilever is reinforced with an additional bracing between the vertical stand to which it is attached and the upper horizontal cantilever itself, so that even if a heavy mail item is placed on it, the plate with the input opening does not bend downward in the direction of the center of the earth and the upper horizontal cantilever remains stably in its position.In a further advantageous embodiment, without limiting the invention thereto, a data processing unit of the automated monitoring device of the mounting system according to the invention is fixedly and releasably mounted in or on one of the upper horizontal arms of the mounting system and the corresponding bracing of the upper horizontal arm with fastening units which are, for example, 1 to 2 millimeter thick plates made of a metal, carbon or plastic, without limiting the invention thereto, to which fastening elements, such as, for example, screws, without limiting the invention thereto, are fixedly and releasably mounted and operatively connected, for example, to cables, to radio connections or to light connections to the other parts of the automated monitoring device and to the emergency power supply.In general, the invention provides, without being limited thereto, that all upper horizontal cantilevers of the mounting system according to the invention have a length in the horizontal, not along their inclined components, which extend as far as the edges of the input opening in the plate with input opening or in the additional plate with input opening, and that all lower horizontal cantilevers of the mounting system according to the invention have a length in the horizontal, not along their inclined components, which is 10 to 20 millimeters less than the length of the upper horizontal cantilevers in the horizontal.For particular advantage, without limiting the invention thereto, as a horizontal plate with input opening of the assembly system, a plate is arranged as top side of a housing for mailpieces which is arranged at its place of use and has 4 to 8 horizontal detection units in assembly devices in vertical posts which, from all sides of the housing, as the complete side, is at the greatest distance from the center of the earth and is opposite the center of the earth with one of its greatest areas and which extends in its diagonal over the greatest area of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal on a horizontal plane located below, i.e. at a lesser distance from, the center of the earth, the top side of the housing, also two horizontal detection units in front of the vertical edges at which two vertical sides of the housing are adjacent to one another, is arranged, and having at least one opening for inputting mailpieces, which opening is arranged centrally in this diagonal and in diagonal orientation, in which each of the edges of this input opening, when these input opening edges are transferred to the horizontal plane, which is situated further down, that is to say at a shorter distance from the center of the earth, and in which 4 horizontal detection units of the housing are situated, is opposite one of the 4 horizontal detection units and has a horizontal length which corresponds to the horizontal length of the shortest edge of the surface of the largest cuboidal mailpiece for which the housing for mailpieces is maximally determined and which, during the movement of this mailpiece, which movement is directed with its smallest surface toward the center of the earth, is opposite the same horizontal detection unit in front of a vertical edge of the housing, plus 1 to 5 millimeters for material thicknesses of the mounting devices and joint widths used, However, this opening edge length is extended by a further 1 to 100 millimeters and the resulting larger opening is again closed by a frame attached fixedly and releasably around the opening in such a way that the original opening size with the original opening edges is again obtained.To particular advantage, without limiting the invention thereto, the frame around the inlet opening is provided in the horizontal plate of the assembly system with monitoring device for housings for mail items, made of plates which are fixedly and releasably fastened to the horizontal plate.To particular advantage, without limiting the invention, the frame around the inlet opening in the horizontal plate of the assembly system with monitoring device for mail items consists of rods which are fixedly and releasably fastened to the horizontal plate.And particularly advantageously, without limiting the invention thereto, the frame around the inlet opening is provided in the horizontal plate of the assembly system with monitoring device for housings for mailpieces made from pipes which are fixedly and releasably fastened to the horizontal plate.Furthermore, it is particularly advantageous, without limiting the invention to this, to use the horizontal plate with a larger opening and without a frame around the larger opening as the base side of the housing for mail items which, after the housing has been set up or attached at its place of use, has the smallest distance from the center of the earth from all sides of the housing.For particular advantage, without limiting the invention thereto, the horizontal plate with a larger opening and without a frame around the larger opening is used as intermediate base of the housing for mailpieces between top side and base side of the housing.It is particularly advantageous, without limiting the invention to this, to provide the horizontal plate with a larger opening and without a frame around the larger opening with elastically resilient bristles which are fixedly and releasably attached to the edge of the opening and which project into the opening.It is particularly advantageous, without limiting the invention, to provide the horizontal plate with a larger opening and without a frame around the larger opening with elastically resilient thin strips which are fixedly and releasably attached to the edge of the opening and which project into the opening.It is also particularly advantageous, without limiting the invention, to provide the horizontal plate with a larger opening and without a frame around the larger opening with elastically resilient thin plates which are fixedly and releasably attached to the edge of the opening and which project into the opening.It is particularly advantageous, without limiting the invention to this, to provide the horizontal plate with a larger opening and without a frame around the larger opening with flaps which are fixedly and releasably attached to the edge of the opening and which project into the opening.For particular advantage, without limiting the invention thereto, on the horizontal plate with a larger opening and without frames around the larger opening, at 1 to 4 edges of the opening 1 to 4, lower detection units of the monitoring device, which are directed with their detection elements towards the input opening, are fixedly and releasably attached by 1 to 4 plates, which each have 1 to 4 openings, which are so large that the detection range of the detection units is not restricted and which are fixedly and releasably attached at a greater distance from the center of the earth than it has the respective lower detection unit after the placement of the housing at its place of use, from mailpieces falling onto them.To particular advantage, without limiting the invention to this, each lower detection unit protection plate is inclined, at an angle comprised between 20 and 40 degrees between the protection plate and the horizontal, towards the centre of the earth and towards the inner centre of the opening in the horizontal plate used as the false floor, so that all mailpieces introduced into the casing and falling onto the protection plate slide on the protection plate towards the inner centre of the opening.For particular advantage, without limiting the invention thereto, the horizontal plate with a larger opening is completely closed by a further plate, as a closure plate, and is used with this closure plate as the bottom side of the housing, which after the placement or attachment of the housing at its place of use, has the smallest distance from the center of the earth from all sides of the housing.For particular advantage, without limiting the invention thereto, the horizontal plate with a larger opening is completely closed, by a further plate, as a closure plate which fits exactly into the larger opening and is fixedly and releasably attached to a frame, and is used with this closure plate and the frame as the bottom side of the housing which, after the housing has been set up or attached at its place of use, has the smallest distance from the center of the earth from all sides of the housing.For particular advantage, without limiting the invention thereto, smaller side parts are fixedly attached to the horizontal plate with larger opening, which is closed by a further plate, and the floor unit thus created is used as the floor side of the housing, which after the installation or attachment of the housing at its place of use has the smallest distance from the center of the earth from all sides of the housing.From the multiple sized entrance openings in the multiple sized horizontal panels of the inventive mounting system and from the foregoing, it can be seen that the upper horizontal beams, the lower horizontal beams, and the braces and panels are required for protection in multiple different lengths for the inventive mounting system. Therefore, to simplify manufacturing, the particular advantage of the invention is, without limiting the invention, that components of the assembly system are grouped according to the size of the larger aperture horizontal plates and according to the size of the input apertures attached to the frames in the larger aperture horizontal plates.With the above-described parts of the assembly system according to the invention, the written text information on recipients and senders on or on 6 of 6 sides of a mail item falling in the housing for mail items is completely recorded by the recording units, of the assembly system according to the invention with an automated monitoring device with a movement alarm and intelligently trained text recognition in video recordings, with a 20 percent smaller overall size of the housing required for mail items with correspondingly low production costs and transport costs using many similar parts for favorable mass production, and are automatically reported and securely forwarded to the recipient indicated on or on the mail item, which is located at a location remote from the housing, in such a way that said recipient can see or listen to said data and can then decide how to proceed with the mail items.And for additional particular advantage, without limiting the invention thereto, the mounting system according to the invention has in a further embodiment a lower horizontal cantilever each on each vertical stand and in each of the lower horizontal cantilevers which is directed towards one of the largest sides of the input opening in the plate with input opening, a lower detection unit of the automated monitoring devices is mounted which is directed with its detection elements towards the input opening in the horizontal plate with larger opening, which has been reduced by a frame to an input opening.In this embodiment of the mounting system according to the invention, a horizontal plate according to the invention with an input opening according to the invention for mailpieces having a horizontal width and a horizontal length of 600 millimeters is combined with at least 8 vertical stands each with a mounting device for horizontal detection units with at least 4 lower horizontal cantilevers with braces and with at least 4 upper horizontal cantilevers with braces each with a detection unit of the automated monitoring devices, i.e. a total of 16 detection units.In a further advantageous embodiment of the mounting system according to the invention, the mounting system also comprises the already repeatedly mentioned horizontal plate with a larger opening, which has the same horizontal position, the same shape and the same external dimensions as the plate with an input opening used together therewith and which also has an opening which corresponds to the shape, horizontal position and horizontal orientation of the input opening in the horizontal plate with an input opening, but which on each side is at least 10 millimetres larger than the input opening in the plate with an input opening used together therewith.In one embodiment, the mounting system according to the invention fixedly and releasably attaches the panel according to the invention with a larger opening with all edges of its largest areas in the horizontal with the same fastening units and fastening elements as those of the horizontal panel with input opening on at least one lower smallest side, which has the shortest distance from all sides of one of the vertical uprights used for the mounting system to the centre of the earth, to at least one vertical upright used for the mounting system and additionally with the same fastening units and fastening elements as those of the horizontal panel with input opening also on at least one upper smallest side, which has the longest distance from all sides of one of the vertical uprights used for the mounting system of the mounting system to the centre of the earth, The installation system is mounted fixedly and releasably on at least one other vertical stand and is thus mounted lying horizontally between at least two vertical stands lying vertically one above the other and stabilizes the installation system.In another embodiment, this horizontally mounted plate with a larger opening with the same fastening units and fastening elements as the plate with an input opening is mounted fixedly and releasably on at least one lower smallest side, which has the shortest distance from all sides of one of the used vertical uprights of the mounting system to the Earth centre point, on at least one vertical upright of the mounting system with sub-elements of fastening units.In the above embodiment of the mounting system according to the invention, the horizontal plate with a larger opening has the particular advantage, without limiting the invention to this, of parts of the function of a housing base, i.e. that of the base side lying below at the shortest distance of all complete sides of the housing for mailpieces from the center of the earth, and the mounting system is combined by this embodiment to form a detection housing for mailpieces which is placed on a storage housing for mailpieces or on a further processing housing for mailpieces.In a further advantageous embodiment of the invention, without limiting the invention thereto, the plate with larger opening is divided in its middle into two parts on a line parallel to the outer edges of the plate with larger opening, which parts are joined together again to form the plate with hinge-like fastening units, so that the housing with the mounting system can be transported as a kit in a small package.To the edge of the openings in the described horizontal plates with larger openings of the mounting system according to the invention, it is particularly advantageous, without limiting the invention to this, to fixedly but releasably attach long brake elements which extend from the edge of the opening in the horizontal plate with larger opening in the direction of the center of the opening in the horizontal plate with larger opening. These brake elements are arranged horizontally in their starting position and partially close the edge of the opening. Furthermore, these brake elements are elastically resilient and, when loaded with a vertical direction, deform in this direction, in which they yield resiliently and, in the process, develop an internal stress due to the deformation, on account of which they automatically deform back into their starting position again, i.e. spring back, after the loading has ended. These braking elements are, for example, but not limited to, natural or artificial bristles, strips of plastic or metal, such as leaf springs, but also lying spiral springs, for example.In one embodiment of the mounting system according to the invention, a supporting frame for a housing for mailpieces is formed with the already described parts of the mounting system and is covered with side parts, so that a new housing for mailpieces is provided with the new mounting system according to the invention and for this purpose a horizontal plate with a closed larger opening of the mounting system is used as the housing side which has the shortest distance from the center of the earth from all housing sides, which horizontal plate has the same horizontal position, the same shape and the same external dimensions as the horizontal plate with an input opening used together with it, but which, without limiting the invention thereto, has no opening and which has the same fastening units and fastening elements as the plate with input opening only on at least one lower smallest side of at least one vertical stand, The support structure has the shortest distance from all sides of one of the used vertical uprights of the mounting system to the centre of the earth, is fixedly and releasably attached to at least one vertical upright of the mounting system with sub-elements of fastening units.In an advantageous further embodiment of the invention, the fastening units with which the horizontal plate with closed larger opening is attached to the mounting system according to the invention are fixed and releasable again on the horizontal plate with closed larger opening, which are for example threaded rods with external thread or external thread of machine screws, which are passed through holes in the part to be attached and screwed behind the part to be attached with fitting nuts, attached by welding points or water-resistant adhesives.In another advantageous embodiment of the invention, without limiting the invention thereto, the plate with closed larger opening of the assembly system has an output opening which is larger than the input opening in the associated plate with input opening, through which the mailpieces fall into a separate receiving housing.In a further advantageous embodiment of the invention, without limiting the invention thereto, brake elements for the mail items falling through are attached to the dispensing opening in the horizontal plate with a closed larger opening of the mounting system, which brake elements are, for example, bristles, without limiting the invention thereto.In a further advantageous embodiment of the invention, without limiting the invention thereto, the horizontal plate with closed larger opening is divided in its middle into two parts on a line parallel to the outer edges of the horizontal plate with closed larger opening, which parts are joined together again to form the plate with hinge-like fastening units, so that the housing with the mounting system can be transported as a kit in a small package.In a further embodiment of the invention, it is particularly advantageous, without limiting the invention thereto, to use the above-described plate with a closed larger opening not only a plate, but as a base unit consisting of a horizontal plate with a closed larger opening with smaller side parts fixedly and releasably attached thereto, which offers an additional volume for storing the mailpieces with the mounting system according to the invention and which increases the stability of a supporting frame of a housing for mailpieces formed therewith.In another advantageous embodiment of the invention, without limiting the invention thereto, the floor unit is mounted with larger and stronger fastening units and fastening elements than a horizontal plate with closed larger opening of the mounting system according to the invention.In a further advantageous embodiment, without limiting the invention thereto, an emergency power supply is fixedly but releasably attached to a horizontal plate with a closed larger opening or to a base unit of the mounting system according to the invention in a housing for mailpieces.In a further advantageous embodiment, the above-described panel with closed larger opening of the mounting system according to the invention is screwed, without limiting the invention thereto, the above-described horizontal panel with closed larger opening of the floor unit, without limiting the invention thereto, firmly and again detachably from the housing interior, for example, without limiting the invention thereto, with screws and dowels in a stable surface which is, for example, a concrete foundation or a concrete base, without limiting the invention thereto.Furthermore, in an advantageous embodiment, the mounting system according to the invention has, without being limited thereto, at least one elastically resilient element on the inside of the plate with closed larger opening or on the inside of the plate with closed larger opening of the base unit, which resilient element absorbs the impact of the mailpieces on the inside of the plate with closed larger opening or on the base unit. This resilient element is made, for example, of rubber or, to particular advantage, of recycled plastic, similar to an insulating panel conventionally fitted under vibration-isolating washing machines, without limiting the invention thereto.In another advantageous embodiment of the invention, without limiting the invention thereto, a transport device for the introduced mailpieces is fixedly and releasably mounted on the inside of the horizontal plate with closed larger opening or on the inside of the horizontal plate with closed larger opening of the base unit, such as, for example, without limiting the invention thereto, a chute, a transport belt or a conveyor belt with a lifting system, onto which the mailpieces fall after their detection and which causes the mailpieces to slide out of the housing into another location or transport them to another location or lift them up to another location.In a further advantageous embodiment, without limiting the invention thereto, a housing for mailpieces additionally equipped with the mounting system according to the invention or a housing for mailpieces outside the housing provided with the mounting system according to the invention as a supporting frame is supplemented with a base, with a staircase or with a ramp, so that the accessibility of the input opening for the users of the housing is improved.In an advantageous embodiment of the invention, without limiting the invention thereto, it is made up of a horizontal plate with closed larger opening or of a floor unit on which four vertical stands without mounting device are fixedly and releasably attached and on which, on their upper side, further four vertical stands without mounting device are fixedly and releasably attached, on which then a same horizontal plate with larger opening is fixedly and releasably attached, on which four further vertical stands are fixedly and releasably attached, in which four mounting devices with four horizontal detection units of the previously described automated monitoring device are fixedly and releasably attached and on which four lower horizontal arms are fixedly and releasably attached, of which in one detection unit of the previously described automated monitoring device is fixedly and releasably attached and on which two upper horizontal arms are fixedly and releasably attached, According to the invention, there is provided a method of manufacturing an automatic monitoring device for automatic monitoring devices of the type described above, wherein a single horizontal plate with a larger opening, which plate has been reduced in size with a frame to an input opening, is mounted underneath which plate the data processing unit of the automatic monitoring device is mounted fixedly and re-detachably, a supporting frame made of the novel mounting system according to the invention for at least a part of at least one automatic monitoring device for a housing for mailpieces, which supporting frame is lined with side parts which are adapted in terms of shape and size and with their fastening elements to these supporting frames.And to the particular advantage of the invention, without limiting the invention thereto, the horizontal plates, the horizontal cantilevers, the additional plates for protecting the detection units and the vertical uprights of the mounting system with monitoring device form the supporting frame of a housing for mail items, and side parts of the mounting system for cladding the supporting frame are attached to the horizontal plates, to the additional plates for protecting the detection units and to the vertical uprights of the mounting system with monitoring device.And to the particular advantage of the invention, without limiting the invention thereto, openings for the removal of mailpieces and for the maintenance of the parts of the assembly system are provided in the side parts of the assembly system with monitoring device, which openings can be opened and closed by closure units with closure elements.In a further advantageous embodiment, the mounting system according to the invention is joined together to form a supporting frame of a housing for mailpieces and is covered with side parts which additionally reinforce the supporting frame.The side parts of a mounting system according to the invention are, without being limited thereto, for example plates which are manufactured from a metal, from carbon or from a plastic and which are between 1 millimeter and 2 millimeters thick.In an embodiment of the mounting system according to the invention, the side parts of the mounting system are provided, for particular advantage, without limiting the invention thereto, with, for example, glued or welded short threaded rods or with glued or welded hooks which, as a fastening element, are fixedly and re-detachably mounted with holes, which are also elongated holes, in the vertical uprights of the mounting system and with the spacer plates and intermediate plates of the mounting system and with the bottom plates and floor units of the mounting system as a cooperating fastening element.In a further advantageous embodiment, without limiting the invention thereto, a large opening for maintenance of the parts of the mounting system and of the automated monitoring device installed in the housing is provided in a side part of the mounting system according to the invention.And in a further advantageous embodiment, without limiting the invention thereto, each large opening in a side part of the mounting system according to the invention is lockable with a locking unit, which is for example, without limiting the invention thereto, a flap or door, and lockable with locking elements, such as, for example, without limiting the invention thereto, locks.In another advantageous embodiment of the invention, without limiting the invention thereto, at least one side part of the mounting system is designed with curvatures, for example, without limiting the invention thereto, as a quarter of a cylinder jacket.In a further advantageous embodiment of the invention, without limiting the invention thereto, at least one side part of the mounting system is produced with an opening for the maintenance and removal of mailpieces.In an additional advantageous embodiment of the invention...

Claims

A mounting system with monitoring device for housings for mail items, characterized in that the mounting system has the parts from 1 to 16 permanently automated monitoring devices which are mounted with 6 to 16 detection units with light emitting diodes in a mounting device in each case, of which, after mounting at the place of use, 4 to 8, as horizontal detection units which, as seen from the interior of the housing, are each located in front of an edge at which two perpendicular sides of the housing are adjacent to one another and offset horizontally by 90 degrees each, are opposite one another in pairs and are directed with their detection elements towards the inner center of the housing, are each mounted on one of 1 to 20 perpendicular posts in the horizontal, and 1 to 4, as upper detection units, with their detection elements directed towards the inner center of the housing, are mounted on one of 1 to 4 horizontal plates of 1 to 8 equal parts plus frames, which is mounted at a greater distance from the center of the earth than the horizontal detection units and which has 1 to 2 openings for mailpieces which, with their size, their orientation and distance from the horizontal detection units, only permit the entry of mailpieces up to the maximum size and at the minimum distance of the mailpieces to the horizontal detection units into the housing, which is required by the horizontal detection units for complete detection, are mounted in the housing at a smaller distance from the center of the earth than this opening on one of the edges of the entry opening and, as lower detection units, are mounted with their detection elements directed towards the entry opening protected by 1 to 4 plates at a smaller distance from the center of the earth than the horizontal detection units and with 1 to 16 units for data processing in mounting devices with movement detection, detection, and, Storage and forwarding of video records from each mail item moving in a housing in the direction of the Earth's centre, with trained, intelligent recognition of texts in the stored video records, all texts on the outside on and on each side of a mail item which during its movement is opposite one of the detection units are automatically detected and are attached to the recipients detected in the texts and stored in the data memory of the monitoring device or to other authorisations previously stored in the data memory, reported as e-mail or as a message and by voice output, encrypted, forwarded independently of location and made available, in a housing for mail items.The mail body monitoring device mounting system according to claim 1, characterized in that the mounting system mounts the parts of 1 to 16 permanently automated monitoring devices provided with 6 to 16 light emitting diode detection units in each mounting device, of which 4 to 8 are mounted as horizontal detection units, as viewed from the inside of the body, each in front of an edge at which two perpendicular sides of the body abut each other and horizontally offset by 90 degrees each, are opposed in pairs and with their detection elements directed toward the inner center of the body, on each of 1 to 20 perpendicular stands in the horizontal, and 1 to 4 are mounted as upper detection units with their detection elements directed toward the inner center of the body, on one of 1 to 4 horizontally lying plates of 1 to 8 identical parts plus frames which is mounted at a greater distance from the center of the earth than the horizontal detection units and which has 1 to 2 openings for mailpieces which, with their size, their orientation and distance from the horizontal detection units, permit only the entry of mailpieces up to the maximum size and at the minimum distance of the mailpieces to the horizontal detection units into the housing which is required by the horizontal detection units for complete detection, are mounted in the housing at a smaller distance from the center of the earth than this opening on one of the edges of the entry opening and, as lower detection units, permit 1 to 4 with their detection elements directed onto the entry opening, In a case where the mail items are mounted at a distance from the center of the earth less than the horizontal detection units, protected by 1 to 4 plates, and are combined with 1 to 16 units for data processing in mounting apparatuses with movement detection, detection, storage and forwarding of video records from each mail item moving in a housing in the direction of the center of the earth, with trained, intelligent detection of texts in the stored video records, all texts on the outside and on each side of a mail item which during its movement lies opposite one of the detection units, automatically detected and reported, encrypted, forwarded and made available to the recipients detected in the texts and stored in the data memory of the monitoring apparatus or to other authorized persons previously stored in the data memory, as e-mail or as a message and by voice output, in a location-independent manner, to form a housing for mail items.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that the horizontally lying plate of the assembly system with monitoring device for mail items housing, which lies with one of its largest surfaces parallel to the horizon and opposite the centre of the earth, is used as the top side of a mail item housing with 1 to 2 input openings which, after the housing has been set up or attached at its place of use, has the longest distance from the centre of the earth during use as a complete side from all sides of the housing, without the closure unit of these input openings.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the same horizontally lying plate of the assembly system with monitoring device for mail items housing, which lies with one of its largest surfaces parallel to the horizon and opposite the centre of the earth, is also attached so firmly and releasably to a side edge of the top side of a mail item housing as a closure unit for the input opening, in which the opening in the plate is closed by a further plate, that this closure unit, after the housing has been set up or attached at its place of use, rests on the top side, that is to say from all sides of the housing as a complete side, has the longest distance from the centre of the earth and closes the input openings and is to be folded upwards for the input of mail items into the housing.Assembly system with a device for monitoring mail items according to any one of the preceding claims, characterized in that the further panel closing the opening in the horizontal panel used as a closure unit for the input opening has units for attaching the names of the recipients of mail items whose mail items are input into this housing.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a same horizontally lying plate of the assembly system with monitoring device for mail items housing, which lies with one of its largest surfaces parallel to the horizon and opposite the centre of the earth, which is used as the top side of a mail item housing, is also used as the bottom side of the same mail item housing, which after the housing has been set up or attached at its place of use, during use, has the shortest distance from the centre of the earth from all sides of the housing as the complete side.The mail body monitoring device mounting system according to any one of the preceding claims, characterized in that a same horizontally disposed plate with opening of the mail body monitoring device mounting system, which is opposed with one of its largest surfaces parallel to the horizon and the center of the earth used as the top side and the bottom side of a mail body, is also usable as the intermediate bottom of the same mail body which, after placement or attachment of the body at its place of use, during use, is mountable at a shorter distance to the center of the earth than the top side of the body and at a longer distance to the center of the earth than the bottom side of the body.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the upright of the mail box monitoring assembly system is a plate which, after the housing has been set up or mounted at its place of use, during use, is directed perpendicularly with the longest sides of its largest area towards the centre of the Earth and is fixedly and removably mounted on a horizontal plate of the assembly system, perpendicularly thereto.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a vertical stand of the assembly system with monitoring device for mail items housing is screwed to a wall or is embedded in a wall.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the upright of the mail box monitoring assembly system is a rod which, after the box has been set up or placed in its place of use, during use, is directed perpendicularly to the centre of the Earth with the longest sides of its largest area and is fixedly and removably attached to a horizontal plate of the assembly system, perpendicularly thereto.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the vertical upright of the mail box monitoring assembly system is a pipe which, after the housing has been set up or mounted at its place of use, during use, is directed perpendicularly with the imaginary centre line through the centres of the two pipe ends towards the centre of the earth and is fixedly and releasably mounted on a horizontal plate of the assembly system, perpendicularly thereto.The mail-monitoring-device mounting system according to any one of the preceding claims, characterized in that the vertical upright of the mail-monitoring-device mounting system is a pair of two rods, each of which, after the housing has been set up or mounted at its place of use, during use, is directed perpendicularly with the longest sides of its largest area towards the centre of the Earth and is fixedly and releasably mounted on a horizontal plate of the mounting system, perpendicular thereto.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the vertical upright of the mail box monitoring assembly system is a pair of two tubes, each of which, after the housing is set up or mounted at its place of use, during use, is directed perpendicularly with the imaginary center line through the centers of the two tube ends towards the centre of the earth and is fixedly and removably mounted on a horizontal plate of the assembly system, perpendicular thereto.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that the vertical upright of the assembly system with monitoring device for mail items housing is a rectangular plate which can also be supplemented with side parts.The mail box inspection system according to any one of the preceding claims, characterized in that the vertical upright of the mail box inspection system is a trapezoidal plate in which the non-parallel sides of the trapezoid are longer than the non-parallel sides and are fixedly and removably attached to a horizontal plate of the assembly system with the surface of the trapezoid perpendicular thereto.The mail-monitoring-device mounting system according to any one of the preceding claims, characterized in that the vertical upright of the mail-monitoring-device mounting system is a pair of two rods arranged relative to each other so as to create a surface between them in the form of a trapezoid, and after the housing has been set up or mounted at its place of use, during use, this surface is fixedly and releasably mounted perpendicular to the horizon on a horizontal plate of the mounting system and perpendicular to it.The mail box inspection system according to any one of the preceding claims, characterized in that the vertical upright of the mail box inspection system is a pair of two tubes arranged to form a trapezoid-shaped surface between them and said surface is vertical.Assembly system with monitoring device for housings for mailpieces according to one of the preceding claims, characterized in that all parts of the assembly system are manufactured either from a metal having a thickness of between 1 and 2 millimetres or from a plastic having a thickness of between 1 and 2 millimetres or from a carbon having a thickness of between 1 and 2 millimetres.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that the parts of the assembly system are used multiple times and in 1 to 4 different sizes in the assembly system with monitoring device for a mail item housing.The mail-monitoring-device mounting system according to any one of the preceding claims, characterized in that the upright of the mail-monitoring-device mounting system is mounted in a casing at its place of use of the mail-monitoring casing such that each of its largest surfaces it has or formed in the space of a pair of rods or tubes of the upright is upright and these upright largest surfaces, viewed from the inside of the mail-monitoring casing, are upright in front of a vertical side edge inside the mail-monitoring casing, on which one side of the mail-monitoring casing is not the side which is entirely at the smallest distance from the center of the earth from all the casing sides and which is not the side of the casing opposite thereto, with another side of the casing for mail items which is not the side which lies completely at the smallest distance from the centre of the earth from all casing sides and which is not the side of the casing opposite it, lies against one another or is connected, is fixedly and releasably attached.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that on each plate used as a vertical stand there is mounted in the middle of the plate a sufficiently large opening for mounting a mounting device for horizontal detection units, to which 1 to 4 elements of 1 to 4 fastening units for a mounting device to be mounted with a detection unit mounted therein are provided, with which the mounting device is to be fixedly and releasably mounted in the plate of the vertical stand.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that between two rods which are used in pairs as a vertical stand there are, centrally on each rod, 1 to 4 elements of 1 to 4 fastening units for an assembly device to be attached, having a detection unit mounted therein, with which the assembly device can be attached firmly and again in a detachable manner.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that between two pipes which are used in pairs as a vertical stand there are, centrally on each pipe, 1 to 4 elements of 1 to 4 fastening units for an assembly device to be attached, having a detection unit mounted therein, with which the assembly device can be attached firmly and again in a detachable manner.The mail box inspection system according to any one of the preceding claims, characterized in that the vertical uprights of the mail box inspection system have, in front of each edge of the box, when it is set up or mounted at its place of use at which two sides of the box which are vertical, i.e. two sides of the box which are directed at the centre of the earth with the largest edges of their largest surfaces, are adjacent, detection units of the inspection device mounted at their centre in the jigs, the imaginary axes of which are horizontal from the centre of their detection elements to the centre of the detection unit, which, according to the manufacturers instructions, are mounted in a mail box mounted at its place of use, The invention is also directed to a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, and a machine for manufacturing a machine for manufacturing a machine for manufacturing a machine, a machine for manufacturing a machine, a machine for manufacturing a machine, a machine, and a machine, a machine, and a machine, and a machine, a.The mail box inspection system according to any one of the preceding claims, characterized in that the vertical uprights of the mail box inspection system have, in front of each edge of the box, when it is set up or mounted at its place of use at which two sides of the box which are vertical, i.e. two sides of the box which are directed at the centre of the earth with the largest edges of their largest surfaces, are adjacent, detection units of the inspection device mounted at their centre in the jigs, the imaginary axes of which are horizontal from the centre of their detection elements to the centre of the detection unit, which, according to the manufacturers instructions, are mounted in a mail box mounted at its place of use, The invention is also directed to a method for manufacturing a detector unit, wherein the detectors are mounted on horizontal plates of the mounting system such that a horizontally located acute inner angle of between 30 degrees and 60 degrees is obtained between the imaginary axis of each horizontally mounted detector unit from the center of the detectors of this detector unit to the center of this detector unit to the vertically standing sides of the housing in the housing, and the vertical angle of the detectors to the vertical sides is obtained due to the orientation of the detectors on an imaginary vertical line through the inner center of the housing.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that, on the upright of the mail box monitoring assembly system, after the box has been set up or mounted at its place of use, in the vertical installation position of the upright, in which it is mounted with its largest surfaces upright, on the lower half of each upright, which is at a shorter distance from the centre of the earth than the other half of the upright, either only one further vertical stand of the mounting system or one further vertical stand of the mounting system and a lower horizontal cantilever of the mounting system as mounting device with a lower detection unit of the monitoring device with an alignment of its detection elements with the input opening of the housing and with braces and also with 1 to 4 plates for protecting the lower detection unit or a lower horizontal cantilever of the mounting system as mounting device with a lower detection unit of the monitoring device with an alignment of its detection elements with the input opening of the housing and with braces and also with 1 to 4 plates for protecting the lower detection unit and a horizontal plate of the mounting system as intermediate floor of the housing or only one horizontal plate of the mounting system as intermediate floor of the housing, which is located on its largest surface, which is situated at a greater distance from the center of the earth than the other of its largest surfaces opposite the center of the earth, 1 to 4 mounting devices each having a lower detection unit of the monitoring device with an alignment of its detection elements to the input opening of the housing with braces, and having 1 to 4 baffle plates or only one horizontal plate of the mounting system as the bottom side of the housing or a bottom unit made of a horizontal plate of the mounting system and smaller side parts fixedly attached thereto, is fixedly and releasably attached thereto.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that, on the upright of the mail box monitoring assembly system, after the box has been set up or mounted at its place of use, in the vertical installation position of the upright, in which it is mounted with its largest surfaces upright, on the then upper half of each upright, which is at a shorter distance from the centre of the earth than the other half of the upright, Either only one further vertical stand of the mounting system or one further vertical stand of the mounting system and an upper horizontal cantilever of the mounting system as mounting device with an upper detection unit of the monitoring device with an alignment of its detection elements to the inner center of the housing or an upper horizontal cantilever of the mounting system as mounting device with an upper detection unit of the monitoring device with an alignment of its detection elements to the inner center of the housing and with braces and a horizontal plate of the mounting system as the top side of the housing or only one horizontal plate of the mounting system as the top side of the housing which is opposite the center of the earth on its largest surface which is at a smaller distance from the center of the earth than the other of its largest surfaces, 1 to 4 mounting devices each having an upper detection unit of the monitoring device with an alignment of the detection elements thereof to the inner center of the housing with braces or only one horizontal plate of the mounting system is fixedly and releasably attached as a top side of the housing or as an additional plate on the top side of the housing.Mounting system with monitoring device for housings for mailpieces according to one of the preceding claims, characterized in that a vertical stand of the mounting system has, on each of its longer sides of its largest surfaces, 1 to 4 fastening elements of 1 to 4 fastening units for 1 to 2 vertically standing side parts of the housing and has, on the inside and centrally on each of its longer sides of its largest surfaces, 1 to 4 fastening elements of 1 to 4 fastening units each for 1 to 2 mounting devices each with a horizontal detection unit of the monitoring device, and, when considering a housing already attached at its place of use, on the shorter side, which has the smallest distance of all sides of its largest surface from the center of the earth, 1 to 4 fastening elements of 1 to 4 fastening units for one of 1 to 4 horizontal plates with openings, and 1 to 4 fastening elements of 1 to 4 fastening units for 1 horizontal cantilever with braces and having 1 to 4 plates for protection as mounting device for 1 to 4 lower detection units of the monitoring device, and 1 to 4 fastening elements of 1 to 4 fastening units for a further vertical stand, and having, on the shorter side, which has the longest distance of all sides of its largest area from the center of the earth, 1 to 4 fastening elements of 1 to 4 fastening units for one of 1 to 3 horizontal plates with openings, and 1 to 4 fastening elements of 1 to 4 fastening units for 1 horizontal cantilever with braces as mounting device for an upper detection unit of the monitoring device, and 1 to 4 fastening elements of 1 to 4 fastening units for a further vertical stand, which cooperate firmly and releasably with other parts of the respective fastening unit and respective fastening elements on the vertical sides of the housing, on the horizontal plates with openings, on the mounting devices for horizontal detection units of the monitoring device, on the horizontal cantilevers with braces as mounting device for at least one upper detection unit of the monitoring device, on the horizontal cantilevers with braces and with plates for protection as mounting device for lower detection units of the monitoring device and on each of the two shorter sides of other vertical posts.Assembly system with monitoring device for mail items housings according to any of the preceding claims, characterized in that the firmly and re-detachable cooperating fastening elements on the vertical stand are holes in the vertical stand through which bolts are passed, which are also passed through holes at angles and which are passed through holes on the other parts of the assembly system and which are screwed with nuts.Assembly system with monitoring device for mail items housings according to any one of the preceding claims, characterized in that the cooperating fastening elements, which are integral and removable again, on the vertical upright are internal threads for machine screws cut into the vertical upright or attached firmly to it by an adhesive or by welding points and screwed into the screws, which are also guided through angles.Assembly system with monitoring device for mail items housings according to any one of the preceding claims, characterized in that the cooperating fastening elements on the vertical upright, which are firmly and re-releasable, are holes through which external threads are guided on threaded rods or screws, which are also guided through angles and which are firmly welded or glued to the other components of the assembly system and are screwed to the matching nuts.Assembly system with monitoring device for mail items housings according to any one of the preceding claims, characterized in that the cooperating fastening devices on the vertical upright, which are fixed and re-releasable, are holes in the vertical upright, in which holes hooks attached to the other parts of the assembly system engage.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the upright of the mail box monitoring assembly system has, in the middle of its largest area it has or formed in the interspace of a pair of rods or tubes of the upright, an opening at the edge of which are provided fastening elements of fastening units for a central horizontal assembly device cooperating with fastening elements of identical fastening units on a detection unit assembly device and thus the assembly device with horizontal orientation of an imaginary axis through the middle of its detection elements to the middle of the detection unit at a right angle to the largest area, the vertical stand has or is formed in its space by a pair of rods or tubes of the vertical stand, is attached, fixedly and releasably from the inside of the housing, so that the detection unit mounted therewith, in its end position, viewed from the inside of the housing, is attached in front of a vertical edge at which two vertical housing sides are adjacent to each other and behind the vertical stand and with its detection elements and with additional infrared light emitting diodes is directed to an imaginary vertical line through the inner center of the inner housing volume.The mail-monitoring-device mounting system according to any one of the preceding claims, characterized in that each horizontal detection unit of the mail-monitoring-device mounting system is fixedly and re-detachably mounted in a mounting device of the mail-monitoring-device mounting system, and this horizontal mounting device is fixedly and re-detachably mounted on 1 to 8 perpendicular stands from inside the housing such that the detection elements of the detection unit, as viewed from inside the housing, are immediately behind the perpendicular stand and yet the detection elements of the detection unit are not restricted and not blocked in their detection range by the mounting device and the vertical perpendicular stand.Assembly system with monitoring device for mail items housings according to any one of the preceding claims, characterized in that the assembly device for a detection unit consists of 1 to 2 plates angled at right angles so as to have an L-shape, and these angles are fixedly and releasably attached to the detection unit by attachment elements attached to them, which are attached to the required positions for the alignment of each detection unit and which cooperate with the attachment elements already present on the detection units by the manufacturer of the detection units.Assembly system with monitoring device for mail items housings according to any one of the preceding claims, characterized in that the fixed and re-detachable attachment of each assembly device to the upright or to the horizontal plate is made with fastening units of hooks and lugs, screws and nuts, plugs and clips, expansion clips and holes, rods and clips or a bayonet lock.Assembly system with monitoring device for mail items for packages according to any one of the preceding claims, characterized in that, viewed from the inside of the package, in front of each horizontal detection unit mounted with a horizontal assembly device in a vertical stand, there is mounted a further plate for protecting this detection unit, which plate has at least one opening sufficiently large that the function of the detection elements is not impaired by this further plate.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that on each short side of the largest surface of the vertical upright, 6 to 20 millimetres from the edge of this side, there is in each case 1 to 2 further large openings for cable passage and ventilation in the vertical upright centrally in the vertical upright of the assembly system, to which openings fastening elements of fastening units for a horizontal support are attached as assembly device with bracings and with a plate for protection for a lower detection unit and for a horizontal support as assembly device with bracings for an upper detection unit of the monitoring device and for a second vertical upright for fixed and re-detachable fastening.Assembly system with monitoring device for mail items for housings according to one of the preceding claims, characterized in that each upper detection unit of the assembly system with monitoring device for mail items, which is directed with its detection elements towards the inner centre of the housing and is attached after the housing has been set up or attached at its place of use, at a greater distance from the centre of the earth than the horizontal detection units, is attached in a mounting device in a fixed and detachable manner from the interior of the housing.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the assembly device of the upper detection unit, which is directed with its detection elements towards the inner centre of the container, fixedly and releasably attaches in the container to one of the edges of the input opening, is an upper horizontal extension which extends in front of one of the vertical edges of the container from one of the vertical posts to one edge of the input opening.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that an upper detection unit of the assembly system with monitoring device for mail items is mounted fixedly and releasably with its central axis from its detection elements to the centre of the detection unit in the perpendicular and with its detection elements directed towards the centre of the earth in an upper horizontal boom as assembly device of the assembly system with monitoring device for mail items housing.The mail box inspection system according to any one of the preceding claims, characterized in that the upper horizontal bracket of the inspection system has an orientation and length to extend from the vertical stand to which it is attached to the closest edge of the input opening in the horizontal plate of the inspection system in the same box and to its end closest to an edge of the input opening in the horizontal plate by fastening elements cooperating with the fastening elements on the detection units of the inspection device, an upper detection unit is attached to the upper horizontal bracket as an inspection device, the detection elements of which are directed towards the inner center of the box.Assembly system with monitoring device for mail items according to one of the preceding claims, characterized in that each lower detection unit of the assembly system with monitoring device for mail items, which is directed with its detection elements towards the input opening and is attached after the housing has been set up or attached at its place of use, at a smaller distance from the centre of the earth than the horizontal detection units, is attached in a mounting device in a fixed and detachable manner again from the interior of the housing.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the assembly device of the upper detection unit with its detection elements directed towards the inner middle of the container fixedly and releasably attaches in the container to one of the edges of the input opening and the assembly device of the lower detection unit with its detection elements directed towards the input opening fixedly and releasably attaches in the container from 1 to 2 plates which are each angled twice at right angles so that they have a U-shape, by attachment elements attached to them which are attached on the one hand to the required positions for an alignment of each detection unit and which are attached to the attachment elements already present on the detection units by the manufacturer of the detection units, The detection units can be provided with additional plates for protecting openings for ensuring the function of the detection units, and can be attached to the plate in a fixed and detachable manner.Mounting system with monitoring device for mail items housings according to one of the preceding claims, characterized in that a mounting device of the lower detection unit, which is directed with its detection elements onto the input opening, is at least one lower horizontal cantilever arm.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a lower detection unit of the assembly system with monitoring device for mail items is mounted fixedly and releasably with its central axis from its detection elements to the centre of the detection unit in the perpendicular but with its detection elements directed not towards the earth centre point in a horizontal boom as assembly device of the assembly system with monitoring device for mail items housingAssembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the assembly device of the lower detection unit with its detection elements directed towards the input opening is a lower horizontal extension which extends in front of one of the vertical side edges from a vertical stand into the inner centre of the container horizontally up to 10 to 20 millimetres on an imaginary vertical line from the edge of the input opening closest to the vertical vertical stand.The mail box inspection system according to any one of the preceding claims, characterized in that the lower horizontal cantilever of the inspection system has the same orientation as the upper horizontal cantilever but is 10 to 20 millimeters shorter than the upper horizontal cantilever and that receives, at its end closest to an edge of the input opening in the horizontal plate, as the inspection device, detection units of the inspection device whose detection element is directed to the input opening by fastening devices cooperating with the fastening devices on the detection units of the inspection device.Assembly system with monitoring device for mail items according to one of the preceding claims, characterized in that, in the case of each lower detection unit of the assembly system with monitoring device for mail items, at a greater distance from the centre of the earth than it has the respective lower detection unit after the housing has been set up at its place of use, 1 to 4 additional plates for protecting the lower detection unit from falling mail items are fixedly and releasably attached and there are sufficiently large openings in each of these additional plates for protection 1 to 4 that the function of the detection unit is not impaired by the additional plate for protection.Assembly system with a device for monitoring mail items according to any one of the preceding claims, characterized in that each lower detection unit protection plate is inclined, at an angle of between 20 and 40 degrees between the protection plate and the horizontal, towards the centre of the earth and towards the inner centre of the housing, so that all mail items introduced into the housing and falling on the protection plate slide on the protection plate towards the inner centre of the housing for mail items.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that a plate for protecting the lower detection units of the assembly system is in the form of a trapezoid in which 1 to 2 corners are cut off or a triangle in which the corners are cut off.Mounting system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a plate is mounted as the horizontal plate with input opening of the mounting system, as the top side of a housing for mail items mounted at its place of use, with 4 to 8 horizontal detection units in mounting devices in vertical posts which, from all sides of the housing, as the complete side, is at the greatest distance from the centre of the earth and with one of its greatest areas lies opposite the centre of the earth and which extends in its diagonal over the greatest area of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal also reaches two horizontal detection units in front of the vertical edges on a horizontal plane situated below, i.e. at a lesser distance from the centre of the earth, the top side of the housing, where two vertical sides of the housing are adjacent to one another, this diagonal has a horizontal length which is the sum of the horizontal length of the shortest edge of one of the largest surfaces of the largest cuboidal mail item for which the housing for mail items is maximally intended and which, during the movement of this mail item directed with its smallest surface toward the center of the earth, is opposite a horizontal detection unit in front of a vertical edge of the housing which is not connected by the diagonal, plus the length of two horizontal distances between one of the second largest surface of the largest cuboidal mail item for which the housing for mail items is maximally intended and which, during the movement of this mail item directed with its smallest surface toward the center of the earth, is opposite a horizontal detection unit in front of a vertical edge of the housing which is connected by the diagonal, and the sensing element of the horizontal sensing units opposite each of these second largest areas of the mail item is used in the corners connected by the diagonal and edges of the housing that these horizontal sensing units connected by the diagonal require for complete, horizontal sensing of the area of the mail item opposite each of these sensing units, plus the length of two horizontal distances between the sensing elements of the horizontal sensing units mounted in the housing in the corners and edges of the housing connected by this diagonal and resulting in the outermost corners and edges of the housing connected by this diagonal, plus 2 to 10 millimeters.Mounting system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a plate is mounted as the horizontal plate with input opening of the mounting system, as the top side of a housing for mail items mounted at its place of use, with 4 to 8 horizontal detection units in mounting devices in vertical posts which, from all sides of the housing, as the complete side, is at the greatest distance from the centre of the earth and with one of its greatest areas lies opposite the centre of the earth and which extends in its diagonal over the greatest area of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal also reaches two horizontal detection units in front of the vertical edges on a horizontal plane situated below, i.e. at a lesser distance from the centre of the earth, the top side of the housing, The invention also provides a method of manufacturing a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a container for a.Mounting system with monitoring device for housings for mailpieces according to one of the preceding claims, characterized in that the mounting system has at least one horizontally arranged plate with a more long than wide input opening with longer and shorter sides or with rounded portions instead of the shorter sides or in the form of an oval, through which mailpieces can be input up to a maximum possible size and with which it is ensured by the position and the orientation of the input opening in the plate that the distances required for complete detection of one side of the largest mailpiece that can be input into the housing are maintained between the four horizontal detection units of the monitoring device mounted with the mounting system and the sides of the mailpiece which are input through the opening and then move in the direction of the center of the earth.The mounting system with monitoring device for mail items containers according to any one of the preceding claims, characterized in that the input opening in the horizontally arranged horizontal plate is made such that an imaginary horizontal line through the center of the input opening is parallel to the longer sides or longer curvatures of the input opening in the horizontally arranged horizontal plate of the mounting system, diagonally, at a horizontally lying angle between 30 degrees and 60 degrees to the vertical outer sides of the container in which the vertical posts of the mounting system are also mounted in the same container.The mail box inspection system according to any one of the preceding claims, characterized in that the input opening in the horizontally arranged horizontal plate is made such that an imaginary horizontal line passing through the center of the input opening parallel to the longer sides or longer round of the input opening in the horizontally arranged horizontal plate of the assembly system, diagonally, is at a horizontally disposed angle of 45 degrees to the vertical outsides of the box in which the vertical posts of the assembly system are also mounted in the same box.The mounting system with monitoring device for mail items housing according to any one of the preceding claims, characterized in that each diagonally or at an angle horizontally arranged opening for inputting mail items in a horizontally arranged horizontal plate of the mounting system is at least at a distance from the outer corners of the horizontal plate, which distance corresponds to the distance that a detection unit of the monitoring device mounted with the mounting system in another horizontal plane in the same corner has for a complete detection of the horizontal width of a side of a mail item which is as large as possible, on account of the size of the input opening, input into the housing for mail items and which during the movement in the shortest distance of all sides of the mail item to this detection unit moves in the housing in the direction of the centre of the earth, including the installation depth of this detection unit, This is required to be directed along an imaginary line through the center of its detection range of the detection unit from its detection element towards the housing sides.Mounting system with monitoring device for mail items housing according to one of the preceding claims, characterized in that a plate is mounted as the horizontal plate with input opening of the mounting system, as the top side of a housing for mail items mounted at its place of use, with 4 to 8 horizontal detection units in mounting devices in vertical posts which, from all sides of the housing, as the complete side, is at the greatest distance from the centre of the earth and with one of its greatest areas lies opposite the centre of the earth and which extends in its diagonal over the greatest area of the plate from one corner of the plate to another corner of the horizontal plate which is not next to the first corner, and this diagonal also reaches two horizontal detection units in front of the vertical edges on a horizontal plane situated below, i.e. at a lesser distance from the centre of the earth, the top side of the housing, where two vertical sides of the housing are adjacent to one another, and has at least one opening for inputting mail items which is arranged centrally in this diagonal and in diagonal orientation, in which each of the edges of this input opening is used, when these input opening edges are transferred to the horizontal plane which is situated further down, that is to say at a shorter distance from the centre of the earth and in which 4 horizontal detection units of the housing are situated, opposite one of the 4 horizontal detection units and has a horizontal length which corresponds to the horizontal length of the shortest edge of the area of the largest cuboidal mail item for which the housing for mail items is maximally defined and which, during the movement of this mail item, which movement is directed with its smallest area towards the centre of the earth, lies opposite the same horizontal detection unit in front of a vertical edge of the housing, plus 1 to 5 millimetres, However, this opening edge length is extended by a further 1 to 100 millimeters and the resulting larger opening is again closed by a frame attached fixedly and releasably around the opening in such a way that the original opening size with the original opening edges is again obtained.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the frame around the input opening in the horizontal plate of the mail box monitoring assembly system is made up of plates fixedly and removably attached to the horizontal plate.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the frame around the entry opening in the horizontal plate of the mail box monitoring assembly system is made up of rods fixedly and removably attached to the horizontal plate.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the frame around the input opening in the horizontal plate of the mail box monitoring assembly system is made up of pipes fixedly and removably attached to the horizontal plate.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the horizontal plate with a larger opening and without a frame around the larger opening is used as the base side of the mail item container, which after the container has been set up or attached at its place of use, is at the smallest distance from the centre of the earth from all sides of the container.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the horizontal plate with a larger opening and without a frame around the larger opening is used as intermediate base of the housing for mail items between top side and base side of the housing.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the horizontal plate with a larger opening and without a frame around the larger opening has elastically resilient bristles which are fixedly and releasably attached to the edge of the opening and which project into the opening.Assembly system with monitoring device for mail items containers according to any one of the preceding claims, characterised in that the horizontal plate with a larger opening and without a frame around the larger opening has elastically resilient thin strips which are fixedly and releasably attached to the edge of the opening and which project into the opening.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the horizontal plate with a larger opening and without a frame around the larger opening has elastically resilient thin plates which are fixedly and releasably attached to the edge of the opening and which project into the opening.Assembly system with a device for monitoring mail items in accordance with any one of the preceding claims, characterised in that the horizontal plate with a larger opening and without a frame around the larger opening has flaps which are fixedly and releasably attached to the edge of the opening and which project into the opening.Assembly system with monitoring device for mail items containers according to any one of the preceding claims, characterised in that the horizontal plate with larger opening is composed of 1 to 4 equal parts which are connected by the frame around the larger opening which also forms the edges of the input opening, and by additional connecting elements to form a unitary horizontal plate.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that 4 identical parts, from which a horizontal plate is assembled, which is connected by a frame around the larger opening which also forms the edges of the input opening, and by additional connecting elements to form a unitary horizontal plate, have a triangular basic shape, in which the corners of the triangles are cut off or rounded off.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that on the horizontal plate with a larger opening and without a frame around the larger opening, detection units of the monitoring device are fixedly and releasably attached from the interior of the housing at 1 to 4 edges of the opening 1 to 4, which detection units are directed with their detection elements towards the input opening.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that on the horizontal plate with a larger opening and without a frame around the larger opening, detection units of the monitoring device, which are directed with their detection elements towards the input opening, are fixedly and releasably attached by assembly devices from the inside of the housing.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that on the horizontal plate with a larger opening and without a frame around the larger opening, on 1 to 4 edges of the opening 1 to 4, lower detection units of the monitoring device, which are directed with their detection elements towards the input opening, are fixedly and releasably attached by 1 to 4 plates, which each have 1 to 4 openings which are so large that the detection range of the detection units is not restricted and which are fixedly and releasably attached at a greater distance from the centre of the earth than it has the respective lower detection unit after the housing has been placed at its place of use, from mail items falling onto them.Assembly system with monitoring device for mail items according to any one of the preceding claims, characterized in that each panel for protecting a lower detection unit is inclined, at an angle of between 20 and 40 degrees between the panel for protection and the horizontal, towards the centre of the earth and towards the inner centre of the opening in the horizontal panel used as an intermediate floor, so that all mail items introduced into the housing and falling onto the panel for protection slide on the panel for protection towards the inner centre of the opening.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the horizontal plate with a larger opening is completely closed by a further plate, as a closure plate, and is used with this closure plate as the base side of the housing, which, after the housing has been set up or attached at its place of use, is at the smallest distance from the centre of the earth from all sides of the housing.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the horizontal plate with a larger opening is completely closed, by a further plate, as a closure plate which fits exactly into the larger opening and is fixedly and releasably attached to a frame, and is used with this closure plate and the frame as the base side of the housing which, after the housing has been set up or attached at its place of use, has the smallest distance from the centre of the earth from all sides of the housing.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that smaller side parts are fixedly attached to the horizontal plate with a larger opening, which is closed by a further plate, and the floor unit thus created is used as the floor side of the housing, which, after the housing has been set up or attached at its place of use, has the smallest distance from the centre of the earth from all sides of the housing.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that it also uses parts of the assembly system as parts of a supporting construction frame for at least one mail item housing which is lined with additional side parts, with at least one part of at least one permanently automated monitoring device which performs with movement recognition, detection, storage and forwarding of the information of the movements recognized by it, with trained, intelligent recognition of texts in the stored information, with report of the recognized texts to the recipients specified in the recognized texts or to previous employees, with encryption of the texts and with their forwarding, the texts which move on the outside of or on mail items which move in a mail item housing in the direction of the centre of the earth, The devices can be detected by their detection units and combined to form at least one housing for mailpieces.Assembly system with monitoring device for mail items housing according to any one of the preceding claims, characterized in that the permanent mode of operation of the assembly system with monitoring device is ensured by a power supply unit with connection to the power supply network and 1 to 2 emergency power supplies which are mounted with the assembly system in the mail items housing.Mounting system with monitoring device for mail items housing according to one of the preceding claims, characterized in that the permanent mode of operation of the mounting system with monitoring device is so firmly and releasably attached to a side edge of the top side of a mail item housing as a closure unit for the input opening that this closure unit, after the housing has been set up or attached at its place of use, rests on the top side, that is to say as a complete side from all sides of the housing, is at the longest distance from the centre of the earth and closes the input openings and is to be folded upwards into the housing for the input of mail items and this photovoltaic panel is used for charging the battery of the emergency power supply.The mail box monitoring assembly system according to any one of the preceding claims, characterized in that the horizontal plates, the horizontal cantilevers, the additional plates for protecting the detection units and the vertical uprights of the monitoring assembly system form the supporting frame of a mail box, and side parts of the monitoring assembly system for cladding the supporting frame are attached to the horizontal plates, to the additional plates for protecting the detection units and to the vertical uprights of the monitoring assembly system.Assembly system with monitoring device for housings for mailpieces according to one of the preceding claims, characterized in that openings for the removal of mailpieces and for the maintenance of the parts of the assembly system that are to be opened and closed by closure units with closure elements are provided in the side parts of the assembly system with monitoring device.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that one or more automated monitoring devices known according to the prior art with movement alarm function and with at least one data processing unit known according to the prior art for the automated recognition of texts in video recordings or at least part of at least one permanently automated monitoring device which operates with permanent, automatic detection, storage, movement recognition, recording, reporting and forwarding of the recorded data of the movements recognized by it and which has automatic, trained, artificially intelligent recognition of texts in the recorded data, with automatic encryption of the recognized texts, with automatic notification of the recognized texts to the recipients specified in the recognized texts and previously stored in the data memory of the monitoring device as authorized recipients or to previously ordered persons and with automatic forwarding of the encrypted texts as text file or as audio file to the recipients specified in the recognized texts or to previously ordered persons, the texts that are detected on the outside on or on each mail item that move in a housing for mail items in the direction of the center of the earth by their detection units and are attached to the recipient shortly after the input with the assembly system with monitoring device in a housing for mail items.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that a data processing unit of the monitoring device is outside the mail items housing and is functionally connected digitally via lines, via cable connections, via radio connections, via light connections and / or via the Internet to the detection units which is connected to the assembly system in the mail items housing.A mail case monitoring assembly system according to any preceding claim, wherein the monitoring device data processing unit continuously records and detects movements of each detection unit connected thereto at a resolution of 1920 to 3840 pixels per horizontal inch and 1080 to 2160 pixels per vertical inch in the video frame format 16:9 on a fast one third to one half inch CMOS image sensor at 50 to 60 images per second and stores movements therein and the video file automatically stores a partial video shot of the movement in a video file and the video file automatically with a permanently operating trained artificially smart software automatically programs each written text to be seen in the video file, with the training data of the software on the same large storage media and stored as a text file and automatically encrypts the text file with voice output software into an audio file and with a part of a key code stored in the data processing unit, of which the recipient has the associated other part for decryption, and then to the recipient recognized in the recognized text, whose email address or IP address is stored and retrievable in the memory of the data processing unit of the automated monitoring device, automatically encrypts a message that a newly recognized text file has been created, or if the recipient recognized in the text is not stored in the memory of the data processing unit, to a previously determined manager of the housing for mailpieces with the assembly system according to the invention with the monitoring device and sends the video file, The text file or the audio file is then also available to a recipient determined beforehand or identified in the text, to the mobile telephone number, email address or IP address of a computer or an Internet server stored in the memory of the data processing unit, and the recipient then automatically knows, with a computer, a television, a mobile computer, a mobile telephone or a wristwatch with computer and mobile telephone, first the received message and then the written text information on sender and recipient of the mailpieces input into the mail casing.A mail package mounting system as claimed in any preceding claim, characterized in that each of the sensing units of the automated monitors is a digital video camera having a resolution of 1920 to 3840 pixels per horizontal inch and 1080 to 2160 pixels per vertical inch in the video frame format 16:9 on a fast one-third to one-half inch CMOS image sensor of 50 to 60 images per second, at a wide angle of 160 to 170 degrees, at night vision by high photosensitivity to the infrared with a lens of low focal length and a large aperture. A detector unit having a resolution of 1920 to 3840 pixels per horizontal inch and 1080 to 2160 pixels per vertical inch in the 16:9 video frame format on a fast one third to one half inch CMOS image sensor with 50 to 60 images per second, at a wide angle of 160 to 170 degrees, with night vision through high photosensitivity to the infrared range with a lens with a low focal length and a large aperture.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the data processing unit of the automated monitoring device is a computer with server software, encryption software and text recognition software, which operates in the permanently operating data processing unit or is functionally connected to the first data processing unit in an analog or digital manner via lines, via cable connections, via radio connections, via light connections and / or via the Internet and to which a copy of the video file is automatically forwarded with the recording of the movement, this copy of the video file being automatically forwarded with a permanently operating, trained artificially intelligent software, such as COCO text, with which any written text which can be seen in the video file is automatically forwarded, with the training data of the software on the same large storage media and digitally stored as a text file on the same large storage media or on another digital storage medium functionally connected to the data processing unit, encrypted with the public key of a recipient recognized in the text stored in the memory of the data processing unit and subsequently automatically a message or message that a newly recognized text file has been created to a predetermined recipient or recognized in the recognized text, which corresponds with the recipient data stored in a memory of the data processing unit, or if the recognized text cannot associate with a stored recipient, to a previously defined agent, as text or as an audio file to a mobile telephone number, email address or IP address of a computer or an internet server stored in the memory of the data processing unit, analog or digital via lines, stored to the address of the recipient, The video file or text file or audio file forwarded to it or made available to it can then be decrypted and viewed, listened to or read by voice output software via cable connections, via radio connections, via light connections and / or via the Internet and with the message also sending a copy of the stored text file or audio file and, after the automatically obtained message that a new mail item has been entered into its housing for mail items equipped with the mounting system according to the invention with monitoring device, on the basis of the message that has been completed, the video file or text file or audio file forwarded to it or made available to it can be decoded on a digital terminal such as a computer, a television, a mobile computer, a mobile telephone or a wristwatch with computer and mobile telephone.Assembly system with monitoring device for mail items housing according to one of the preceding claims, characterized in that the assembly system with monitoring device for mail items housing is combined to form a housing, in that only the recording and digital processing of the mail items which has been input into the housing is carried out permanently and is placed on a further housing for storing mail items or for further processing of mail items.Assembly system with a device for monitoring mail items in accordance with any one of the preceding claims, characterized in that the assembly system with a device for monitoring mail items in a housing is combined to form a housing, in that the detection and digital processing of the mail items which have been input into the housing is carried out permanently and is equipped with a volume for storing mail items.Assembly system with monitoring device for mail items for packages according to one of the preceding claims, characterized in that the assembly system with monitoring device for mail items for packages is combined into one package, in that the recording and digital processing of the mail items which has been input into the package is carried out permanently and is equipped with a volume for the further processing of mail items.Assembly system with monitoring device for mail items containers according to one of the preceding claims, characterized in that the assembly system with monitoring device for mail items containers is combined to form a container, in that the detection and digital processing of the mail items which have been input into the container is carried out permanently and is equipped with a volume for the further processing of mail items, from which the input mail items are transported to another location for further processing by means of a chute, a conveyor belt or a conveyor belt with a lifting installation, fixedly and releasably attached.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the assembly system with monitoring device for mail items housings is combined to form a housing which is supplemented outside the housing with a base, with a staircase or with a ramp.The mail body monitoring device mounting system according to any one of the preceding claims, characterized in that the mail body monitoring device mounting system is combined into a body in which, on the inner side of the closure plate closing the opening in the horizontal plate used as the bottom side of the body, an elastically resilient member that restrains the impact of the mail inside the horizontal plate with the larger opening closed, as the bottom side of the body or on the bottom unit and that is made of a soft plastic or a soft recycled plastic is mounted.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the assembly system is divided into three groups of parts which are small, medium and large in the three sizes.Assembly system with a monitoring device for mail items containers according to one of the preceding claims, characterized in that the assembly system has a closure plate for the larger opening in a horizontal plate, into which the names of the authorized recipients of the mail items container are engraved.Assembly system with a device for monitoring mail items in accordance with any one of the preceding claims, characterised in that two vertical uprights are mounted on each other with an overlap.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that two vertical uprights are attached to one another by a connecting piece.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that horizontal arms of the assembly system are manufactured from one or more plates, rods or tubes.Assembly system with monitoring device for mail items housings according to one of the preceding claims, characterized in that the data processing units of the automated monitoring device are mounted on the detection units, on the horizontal arms or on the horizontal plates of the assembly system.

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