Building or fence closure adjustment system and procedure for operating a building or fence closure adjustment system

Abstract

Building or fence closure adjustment system (10) comprising: - a drive unit (16) wherein the drive unit (16) is coupled to a closure element (12) wherein the drive unit (16) is configured to move the closure element (12); - a portable mobile terminal (26) comprising a detection unit (28) with a camera, wherein the camera is configured to scan the closure element (12) and the detection unit (28) is configured to detect or determine at least one identification parameter value of the closure element (12) as a result of the scanning;and a control device (20) which is configured to receive at least one detected or determined identification parameter value of the closing element (12) and, depending on the identification parameter value, to control the drive device (16) in such a way that a movement setting can be changed when moving the closing element (12).

Description

The invention relates to a building or enclosure termination setting system and a method for operating a building or enclosure termination setting system.In order to be able to actuate building closure drives, such as garage door drives, it is known from the general prior art to actuate them manually or by means of a remote control.Such manually or remotely operable drives are generally described, for example, in the following references:[1] "BiSec SmartHome"; company brochure of the Hormann KG sales company, State 12.2016 / Press 12.2016 / HF 86971 DE / PDF",[2] "Garage and entrance gate drives"; company brochure of the Hormann KG Sales Company, State 07.2017 / Druck 07.2017 / HF 85945 DE",[3] "Brief instructions-The first steps with their garage door drive"; Hormann KG Salesgesellschaft, Issue 03.2013 / Print 04.2013 / HF 86086 DE-EN-FR / PDF",[4] "Instructions for Assembly, Operation and Maintenance-Garage Door Drive"; Hormann KG Sales Company; TR10A039-F RE / 06.2010",[5] "Instructions for Assembly, Operation and Maintenance--Rotating Sash Door Drive"; Hormann KG Sales Company, TR10A203-E DX / 01.2017"; and[6] "Instructions for installation and operation-BiUre Home"; Hormann KG Sales Company, TR20N004-B DX / 07.2016".Building closure drives described in this way are mostly used for automatizing building closures, such as garage doors or doors. They are simple in control and inexpensive to construct.It is also known from the general prior art that the factory setting of the speed of a gate drive is directed towards the hardest gate depending on the gate type and the maximum size of the gate. In order to increase the speed of the gate, it is necessary to make this setting manually in a setting menu according to the gate type and weight. However, a person skilled in the art with appropriate knowledge is necessary here, who can make these settings. There is no system-side support for the person skilled in the art to make these settings. Such settings are not feasible for the end customer.In order to facilitate the setting of the speed of the gate drive, DE 10 2010 014 806 B4 describes a gate drive apparatus for driving a gate having a gate model detection device for detecting the gate model of the gate to be driven. The gate model detection device comprises a gate model recognition device designed for communication with the gate to be driven for automatically recognizing the gate model and its characteristic properties by communication with the gate. Additionally or alternatively, the gate model acquisition device comprises a gate model input device for inputting the gate model.EP 2 388 424 A2 further relates to a door drive device for driving a door leaf in a plurality of different fastening modes relative to a door leaf guide and is locked to the door leaf. The door drive device comprises a control unit for controlling and monitoring a door drive movement. Furthermore, a fastening mode detection unit is provided, with which each fastening mode is detected. The control unit is designed such that it carries out the control or monitoring as a function of the detected mounting mode.In order to make such adjustments, it is also important to measure the gate. For this purpose, WO 2014 / 108506 A1 describes a measuring method for measuring a building opening for a building closure method. In this case, a distance between a digital image recording device and the building opening is first determined. Subsequently, at least image of the building opening is taken to obtain image data. In a further method step, at least the building opening width and / or the building opening height is determined.DE 197 33 405 A1 discloses a remote control device which, by means of DIP switches, sets setting parameters, operating modes or functions of the drive device in a programming mode.DE 20 2014 102 914 U1 discloses a drive system for a gate, having a drive unit, by means of which the gate can be moved. A control unit is assigned a receiver for receiving radio signals. The drive system is parameterized by converting data generated in a communication unit and output via an interface in a translation module into radio signals, which can be read by the receiver. Scanning of the gate does not take place.DE 10 2013 107 015 A1 discloses a remote control for remotely controlling a building or enclosure closure drive device driving a building or enclosure closure wing, having a receiving device for receiving an ACTUAL signal from the building or enclosure closure drive device, having a display device for displaying a representation indicating the device to be remotely operated in a position corresponding to the received ACTUAL signal, an operator interface for inputting a control command for controlling the device to be remotely operated, and a transmitting device for transmitting a remote control signal corresponding to the control command, wherein the operator interface is assigned to the display device. The operator interface can be operated by means of movement of at least one finger or one hand, by means of detection of a gesture exerted by the operator or by means of a voice command. The IST signal may be a photograph of a webcam. The ACTUAL signal is not based on an evaluation of the photograph.The object of the invention is to improve a building or enclosure completion setting system and a method for operating a building or enclosure completion setting system in such a way that setting of the building or enclosure completion setting system, in particular of a drive device of the building or enclosure completion setting system, is possible in a particularly simple and reliable manner, in particular with regard to user comfort.To achieve this object, the invention provides a building or enclosure completion setting system and a method for operating a building or enclosure completion setting system having the features of the independent claims. Advantageous embodiments with expedient and non-trivial developments of the invention are specified in the dependent patent claims.The invention provides a building or enclosure termination adjustment system. The building or enclosure completion setting system has a portable mobile terminal which comprises a detection device with a camera, wherein the camera is configured to scan the completion element, wherein the detection device is configured to detect or determine at least one identification parameter value of the completion element on the basis of the scanning. The term "identification parameter value" refers in particular to a geometric or a variable characterizing the end element. The terminating element is preferably a door, in particular a sectional door or a swing door or a tilting door or a rotating leaf door or a rolling door or a revolving door or a sliding door or a drop door, particularly preferably a garage door, or a door.The portable mobile terminal is preferably designed as a mobile telephone, in particular as a smartphone, or as a tablet computer or as a remote control.Furthermore, the building or enclosure completion adjustment system has a drive device, wherein the drive device is coupled to the completion element and is configured to move the completion element. In other words, the closure element mechanically connected to the drive device can be driven by the drive device. The drive device is preferably configured to move the closure element from an open position into a closed position and from the closed position back into the open position. In the open position, the closure element preferably releases an access region or an opening or a passage or an entry region of the building or enclosure closure setting system, in particular a door or gate region. In the closed position, the closure element preferably closes the access region or the opening or the passage or the entry region of the building or enclosure closure setting system, in particular of the door or gate region.Furthermore, the building or enclosure completion setting system has a control device which is configured to receive the at least one detected or determined identification parameter value of the completion element and to actuate the drive device as a function of the identification parameter value in such a way that a movement setting can be changed during or for moving the completion element. In other words, a setting during operation or for operation of the drive device for driving the terminating element can be carried out by the control device as a function of the detected at least one characteristic parameter value. When changing the movement setting, at least one value or parameter of the movement setting can be increased or reduced. By changing the movement setting, in particular a movement behavior or a movement of the drive device which moves the end element is changed. Particularly preferably, the movement setting can be automatically changed or adapted. Alternatively or additionally, the movement setting can be changed in response to a signal of the portable mobile terminal.For receiving the identification parameter value, the portable mobile terminal can be coupled to the control device in a wired or wireless manner, i.e. wirelessly. For example, the portable mobile terminal can be configured to transmit the identification parameter value to the control device via a radio connection.By adapting a movement setting as a function of the identification parameter value of the end element, the movement setting can be carried out in a manner specific to the end element. Furthermore, this allows a movement adjustment to be carried out particularly quickly, easily and reliably. In addition, no support is thereby necessary for the skilled person and / or the end user. User comfort can thus be increased accordingly. Furthermore, additional markings or dependencies on, for example, door structures can be dispensed with.An advantageous embodiment provides that an aspect ratio of the terminating element is detected as the at least one identification parameter value. An aspect ratio is understood in particular to mean the ratio of at least two sides of a polygon of different lengths. The aspect ratio can be used to specify a ratio of the width of a rectangle to its height. If the aspect ratio of the terminating element is detected by the detection device, a ratio of a width or a width of the terminating element to a height of the terminating element is detected or determined in particular. In other words, the detection device can be configured to determine the height and the width of the terminating element and to derive the aspect ratio therefrom as the marking parameter value. The terminating element is preferably rectangular. The height can extend in a vertical direction or a gravity direction of the termination element. The width can preferably extend in a width direction, in particular perpendicularly in a plane to the vertical direction of the termination element.The control device is advantageously configured to determine a size of the termination element on the basis of the identification parameter value of the termination element. In other words, the size of the terminating element can be deduced or deduced with the aid of the calculated or detected or determined identification parameter value of the terminating element. By "size" is meant in particular an extension or area or a dimension of the terminating element. As a result, the geometry of the terminating element can be determined in a particularly simple and reliable manner.An advantageous further development provides that the movement setting comprises at least one speed. In other words, a speed adjustment appropriate to the type of terminating element can be carried out. The speed is preferably an opening speed and / or a closing speed and / or of the drive device, i.e. a drive speed. In adjusting the speed, the speed when moving the end member may be increased or reduced depending on the end member. The larger or heavier the terminating element, the slower the speed is preferably. The smaller or lighter the end element, the higher the speed can be adjusted.The detection device for detecting the at least one identification parameter value comprises a camera which is configured to scan the termination element. In other words, the camera can be configured to scan the termination element. For this purpose, the portable mobile terminal can preferably also have an application (abbreviated app), by means of which a user can record or record a scan program for capturing the identification parameter of the closure element. In particular, the application, preferably the scan program, is installed on the portable mobile terminal. This results in the advantage that the at least one identification parameter value can be detected particularly easily and reliably.In an advantageous manner, the control device is further configured to verify the detected end element before changing the movement setting. In other words, the control device is configured to check the detected terminating element of the building or enclosure termination setting system for correctness before changing the movement setting, that is to say whether the detected terminating element is also the terminating element of the building or enclosure termination setting system. For this purpose, the control device is configured, during verification, to check verification data which comprise at least one gate transit time of the closure element from an open position into a closed position and / or a direction of movement of the closure element. When verifying the gate travel time, the closure element is moved from the open position into the closed position or end position, in particular, by the drive device and recorded by the detection device. In this case, it is determined how long the drive device needs to move the closure element from the open position into the closed position. When verifying the direction of movement, the closure element is moved from the open position into the closed position or end position, in particular, by the drive device and recorded by the detection device. In this case, it is determined in which direction the terminating element is moved by the drive device. For example, the terminating element can be moved in a vertical direction or a direction of gravity, i.e. from top to bottom and / or vice versa, or in a width direction or longitudinal direction, in particular in a plane perpendicular to the direction of gravity, i.e. from left to right and / or vice versa. On the basis of the gate running time and / or the direction of movement, the gate type can also be determined. Alternatively, the gate type can also be determined automatically by detecting the closure element or can be specified by input by a user, in particular into the portable mobile terminal. The control device checks the verification data by the control device being configured to compare the data recorded by the portable mobile terminal with the data stored, in particular corresponding data, preferably the gate time and / or the direction of movement, which are assigned to the termination element. The corresponding data can also be transmitted from the drive device to the control device. If, in particular, the recorded data of the recording device of the portable mobile terminal match the data stored in the control device, the verification is successful, that is to say the recorded terminating element is the terminating element of the building or enclosure termination setting system.A concrete exemplary embodiment is described below. To verify, for example, the size and / or the door type, the door, i.e., the closure element, is moved once, wherein the door travel time up to the end position and the direction of the door are recorded by means of the portable mobile terminal, i.e., a mobile device, and are compared with the drive parameters. The travel time of the drive up to the end position and the set gate type are transmitted to the control device or the drive.The verification results in the advantage that this prevents any intentional or undesired incorrect setting or manipulation.Additionally or alternatively, it can preferably be provided that, when the control device verifies, the at least one detected identification parameter value of the end element is compared with at least one basic identification parameter value of the end element stored in the control device and the movement setting is not changed until the detected at least one identification parameter value matches the basic identification parameter value stored in the control device. The basic identifier parameter value can be a type or a type of the terminating element and / or a size of the terminating element, in particular a height and / or a width. Additionally or alternatively, a type of fitting and / or a weight and / or a size of the end element can also be taken into account as verification data and / or as a basic identification parameter value.As a result, the verification can be carried out more accurately and reliably, in particular with regard to preventing an intended or an undesired incorrect setting or manipulation.The invention also includes a method of operating a building or enclosure completion adjustment system. In the method, at least one identification parameter value of a terminating element of the building or enclosure termination setting system is initially detected or determined by means of a detection device of a portable mobile terminal of the building or enclosure termination setting system, in that the detection device scans the terminating element by means of a camera and thereby detects or determines the at least one identification parameter value of the terminating element. The at least one detected or determined identification parameter value of the terminating element is then received by a control device. In a further method step, the control device controls a drive device of the building or enclosure completion setting system for moving the closure element in such a way that a movement setting for moving the closure element is changed as a function of the identification parameter value. The gate travel time and the direction of movement can also be referred to, inter alia, as drive parameters.The end element is preferably verified before the movement setting is changed, wherein verification data are checked during the verification, wherein the verification data comprise a gate transit time of the end element from an open position into a closed position and / or a movement direction of the end element, wherein the data recorded by the portable mobile terminal are compared with the control device stored, in particular corresponding, data, preferably the gate transit time and / or the movement direction, which are assigned to the end element.In an advantageous manner, if the verification data, in particular the captured data of the portable mobile terminal and the data stored in the control device, match, a movement setting is displayed on a display surface of the portable mobile terminal. Preferably, if the data are matched by the portable mobile terminal and the control device or the drive, a proposal for increasing or reducing the speed can be output on the portable mobile terminal. In other words, the control device is set up to transmit the proposal or setting options for increasing or reducing the speed to the portable mobile terminal in the event of a data match. The portable mobile terminal can then be configured to output or display the proposal or the setting options for increasing or reducing the speed on the display area. The display surface is designed, for example, as a display, in particular as a touch-sensitive display. A user can confirm or reject the proposal or the setting options, for example by carrying out an actuation action on the display area.The invention also includes the combinations of the features of the described embodiments.The invention also includes developments of the method according to the invention, which have features as have already been described in connection with the developments of the building or enclosure closure setting system according to the invention. For this reason, the corresponding developments of the method according to the invention are not described again here.An exemplary embodiment is explained in more detail below with reference to the attached drawings. The following shows: FIG. 1 shows a schematic illustration of a building or enclosure termination setting system which comprises a portable mobile terminal, a termination element and a drive device for driving the termination element; FIG. 2 shows a schematic illustration of a portable mobile terminal of the building or enclosure completion setting system when detecting the closure element; and FIG. 3 shows a schematic illustration of the portable mobile terminal device during the detection and / or verification of the termination element.The exemplary embodiments explained below are preferred embodiments of the invention. In the exemplary embodiments, the described components of the embodiments each represent individual features of the invention that are to be considered independently of one another and that develop the invention in each case also independently of one another and are therefore also to be considered as part of the invention individually or in a combination other than the combination shown. Furthermore, the described embodiments can also be supplemented by further features of the invention that have already been described.Referring now to Fig. 1, a building or enclosure completion adjustment system 10 is illustrated. The embodiment shown in FIG. 1 illustrates a building termination adjustment system. The building or enclosure termination setting system 10 comprises a termination element 12. The terminating element 12 can be, for example, a gate, in particular a sectional gate or a swing gate or a tilting gate or a rotating leaf gate or a rolling gate or a rotating gate or a sliding gate or a falling gate, or a door. Furthermore, the building or enclosure completion adjustment system 10 has a drive device 16. The drive device 16 illustrated in FIG. 1 is a building closure drive, in particular a garage door drive. The garage door drive can be designed, for example, as a drag drive.The drive device 16 has a drive housing 18 which is designed to receive drive components. As a drive component, for example, an electric motor and / or a gear can be arranged in the drive housing 18. Furthermore, the building or enclosure completion setting system 10 has a control device 20. The control device 20 can be part of the drive device 16 and can be arranged or accommodated in the drive housing 16. Preferably, the control device 20 can be designed as a drive component. Alternatively, the control device 20 can be arranged as a stand-alone control device of the building or enclosure completion setting system 10 and outside the drive device 16. The control device 20 is configured to actuate the drive device 16. For this purpose, the control device 20 can be coupled and / or communicate with the drive device 16, in particular in a wired or wired manner, i.e. wirelessly, particularly preferably in a signal-related manner. The control device 20 is preferably designed as an electronic circuit, in particular as an ECU (electronic control unit).In FIG. 1, the drive device 16 is designed as a drag drive in order to drive a door leaf 20 of a garage door-as an example of a closure element 12. For further details on the possible concrete embodiment of exemplary embodiments of the drive device 16 and of the system comprising the latter, reference is made to the literature references [1] to [6].The control device 20 is configured to control the drive device 16. The drive device 16 is configured to move the closure element 12 from a closed position, which can also be referred to as a closed position or an end position, into an open position and vice versa, i.e. from the open position back into the closed position. In other words, the closure element 12 is movable between an open position and a closed position. In the open position, the closure element 12, in particular the drive device 16 and the closure element 12, is in a position or position in which an access region 24 is released. In particular, the garage is open in the open position. In the closed position, the closure element 12, in particular the drive device 16 and the closure element 12, is in a position in which the closure element 12 closes the access region 24. In particular, the garage is closed in the end position. In FIG. 1, the closure element 12, i.e. the garage door, is in the end position.In order to now displace the closure element 12 from the closed position into the open position, the closure element 12 is moved at a predetermined speed by means of the drive device 16. This speed, as the movement parameter of the drive device 16, can be adjusted or changed as a function of the end element 12. The changing of the speed when the end element 12 is moved will now be discussed in more detail in connection with FIGS. 1 to 3.A portable mobile terminal 26 is shown in FIG. 1. The portable mobile terminal 26 can be designed, for example, as a mobile telephone, in particular as a smartphone, or as a tablet computer or as a remote control. The portable mobile terminal 26 is in particular part or part of the building or enclosure completion setting system 10. The detection device 28 is designed, for example, as a camera. The detection device 28 is configured to record or detect a detection region 30, which is illustrated in FIG. 1 by the dashed lines 32. As shown in FIG. 1, the detection device 28 is configured to detect or receive the end element 12. The detection device 28 is configured to detect or record or determine an identification parameter of the end element 16. The detection device 28 is furthermore configured to also detect a plurality of identification parameters of the end element 12.As a marking parameter value, an aspect ratio of the end element 12 is detected by the detection device 28. If the aspect ratio of the terminating element 12 is detected by the detection device 28, the ratio of a width of the terminating element 12 to a height of the terminating element 12 is detected or determined in particular. In order to be able to record or record the aspect ratio, as can be seen from FIG. 2, marking elements 36, in particular four marking elements 36, are displayed or blended in on a display area 34 of the portable mobile terminal 26. The marking elements 36 have the shape of a right angle. For detecting the termination element 16, in particular the aspect ratio, a marking element 36 is placed in each case on a predetermined or corresponding corner or edge of the termination element 12, so that the marking elements 36 frame or enclose the termination element 12. As soon as the marking elements 36 are placed at the corresponding locations or at the corresponding position on the end element 12, the detection device 28 can record image data, for example by triggering the detection device 28, that is to say the camera. On the basis of the captured image data, the capturing device 28 is then configured to determine the aspect ratio. Additionally or alternatively, the portable mobile terminal 26 can also have an application for detecting the aspect ratio, which application is installed on the portable mobile terminal 26 and is linked to the detection device 28, in particular for displaying the marking elements 36.If the end element 12 is detected by the detection device 28, then as shown in FIG. 3, a frame element 38 or a frame or a border is placed around the detected end element 12. The frame element 38 surrounds the end element 12. Once the frame member 38 encloses the end member 12, a height Y and a width X of the end member 12 may be determined. In this case, the height Y can extend in a vertical direction or a direction of gravity of the termination element 12. The width X can preferably extend in a width direction, in particular perpendicularly in a plane to the vertical direction of the termination element 12. As can be seen from FIGS. 1 to 3, the terminating element 12 is of rectangular configuration. Correspondingly, the frame element 38 is also rectangular.On the basis of the aspect ratio, the size of the terminating element 12 can then be determined. By "size" is meant in particular an extension or area or a dimension of the terminating element 12. The portable mobile terminal 26 is configured to transmit the captured identification parameter value to the control device 20. For example, the identification parameter value can be transmitted via a radio connection, preferably via a Bluetooth connection or a WLAN connection.The control device 20 is then configured to receive and evaluate the identification parameter value. Furthermore, the control device 20 is configured to actuate the drive device 16 as a function of the characteristic parameter value in such a way that a movement setting can be changed when the end element 12 is moved. In other words, a setting during operation or for the operation of the drive device 16 for driving the end element 12 can be carried out as a function of the detected at least one characteristic parameter value by the control device 20. When changing the motion setting, a value or a parameter of the motion setting may be increased or reduced. Particularly preferably, the movement setting can be automatically changed or adapted. As the movement setting, a speed of the driving device 16 is set. By means of the captured identification parameter value, i.e. the size of the end element 12, an adjustment of the speed appropriate for the type of end element can be carried out. The speed is preferably an opening speed and / or a closing speed of the drive device 16.In order to prevent manipulations or incorrect settings during the movement setting, the control device 20 is configured to verify the detected end element 12 before the movement setting is changed. In other words, the control device 20 is configured to check the detected terminating element 12 of the building or enclosure termination setting system 10 for correctness before the movement setting is changed, that is to say whether the detected terminating element 12 is also the terminating element of the building or enclosure termination setting system 10. For this purpose, the control device 20 is configured, during verification, to check verification data which comprise a gate transit time of the closure element 12 from an open position into a closed position and / or a direction of movement of the closure element 12. When verifying the gate travel time, the closure element 12 is moved by the drive device 16 from the open position into the closed position or end position and recorded by the detection device 28. In this case, it is determined how long the drive device 16 needs to move the closure element 12 from the open position into the closed position. The gate transit time can be detected, for example, by a stop clock of the portable mobile terminal. When verifying the direction of movement, the end element 12 is moved by the drive device 16 from the open position into the closed position or end position, which is recorded by the detection device 28. In this case, it is determined in which direction the end element 12 is moved. In the exemplary embodiment of FIGS. 1 to 3, the terminating element 12 is moved in a vertical direction or a direction of gravity, i.e. from top to bottom and / or vice versa. The control device 20 checks the verification data by the control device 20 being configured to compare the data recorded by the portable mobile terminal 26 with data stored, in particular corresponding data, preferably the gate time and / or the direction of movement, which are assigned to the closure element 12, which are stored with the control device 20. If, in particular, the captured data of the capturing device 28 of the portable mobile terminal 26 match the data stored in the control device 20, the verification is successful, that is to say the captured terminating element 12 is the terminating element of the building or enclosure termination setting system 10.To verify, for example, the size and / or the door type, the garage door is moved once, wherein the door travel time up to the end position and the direction of the door are recorded by means of the portable mobile terminal 26, i.e., a mobile device, and are compared with the drive parameters. The drive parameters can be stored in the control device 20. The travel time of the drive up to the end position and the set gate type are transmitted to the control device 20 or the drive.If the verification data, in particular the captured data of the portable mobile terminal 26 and the data stored in the control device 20, match, a movement setting is displayed on the display area 34 of the portable mobile terminal 26. In other words, if the data match the portable mobile terminal 26 and the control device 20 or the drive, a proposal for increasing or reducing the speed can be output on the portable mobile terminal 26. In other words, the control device 20 is set up to transmit the proposal or setting options for increasing or reducing the speed to the portable mobile terminal 26 in the event of a data match. The portable mobile terminal 26 can then be configured to output or display the proposal or setting options for increasing or reducing the speed on the display area 34. The display surface 34 is designed, for example, as a display, in particular as a touch-sensitive display. A user can confirm or reject the suggestion or the setting options, for example by carrying out an actuation action on the display area 34. The portable mobile terminal 26 can then output a signal to the drive device for changing the movement setting.Overall, the invention shows automatic setting, in particular increasing or decreasing, of the drive speed as a function of the door size and the door type.According to a particularly preferred embodiment, an aspect ratio of the gate is calculated by scanning the mounted gate by means of a mobile device and is thus returned to the gate size. To verify the door size and the door type, the door is moved once, wherein the door travel time to the end position and the direction of the door are recorded by means of the mobile device and are compared with drive parameters. The travel time of the drive up to the end position and the set gate type are transmitted by the drive for the adjustment. Only when the data from the drive and from the mobile device match is a proposal made on the mobile device for increasing the speed that can be confirmed by the user. Additionally or alternatively, the verification can be optimized by an additional or previous manual input of the type of fitting, weight and door size.List of reference numbers:10 Building or enclosure closure setting system 12 Closure element 14 Building closure 16 Drive device 18 Housing 20 Control device 22 Garage door 24 Access region 26 Portable mobile terminal 28 Detection device 30 Detection region 32 Line 34 Display surface 36 Marking element 38 Framing Y Height X Width

Claims

Building or enclosure completion setting system (10) comprising: - a drive device (16), wherein the drive device (16) is coupled to a termination element (12), wherein the drive device (16) is configured to move the termination element (12); - a portable mobile terminal (26) comprising a detection device (28) with a camera, wherein the camera is configured to scan the termination element (12), wherein the detection device (28) is configured to detect or determine at least one identification parameter value of the termination element (12) on the basis of the scanning; a control device (20) which is configured to receive the at least one detected or determined characteristic parameter value of the end element (12) and to actuate the drive device (16) as a function of the characteristic parameter value in such a way that a movement setting can be changed when the end element (12) is moved.The building or enclosure termination adjustment system (10) of claim 1, characterized in that the at least one characteristic parameter value comprises an aspect ratio of the termination element (12).Building or enclosure termination adjustment system (10) according to claim 1 or 2, characterized in that the control device (20) is configured to determine a size of the termination element (12) based on the identification parameter value of the termination element (12).Building or enclosure completion adjustment system (10) according to any of the preceding claims, characterized in that the movement adjustment comprises at least one speed.Building or enclosure completion setting system (10) according to one of the preceding claims, characterized in that the portable mobile terminal (26) is designed as a mobile telephone, in particular as a smartphone, or as a tablet computer or as a remote control.Building or enclosure completion setting system (10) according to one of the preceding claims, characterized in that the control device (20) is further configured to verify the detected completion element (12) before the movement setting is changed, wherein the control device (20), when verifying, is configured to check verification data which comprise a gate transit time of the completion element (12) from an open position into a closed position and / or a movement direction of the completion element (12), in that the control device (20) is configured to compare the data detected by the portable mobile terminal (26) with data stored, in particular corresponding data, preferably the gate transit time and / or the movement direction, which are assigned to the completion element (12).Method for operating a building or enclosure completion setting system (10) comprising the steps: - acquiring or determining at least one identification parameter value of an end element (12) by means of an acquisition device (28) of a portable mobile terminal (26) of the building or enclosure completion setting system, in that the acquisition device (28) scans the end element (12) by means of a camera and thereby acquires or determines the at least one identification parameter value of the end element (12); receiving the at least one detected or determined identification parameter value of the terminating element (12) by a control device (20) of the building or enclosure termination setting system and activating a drive device (16) of the building or enclosure termination setting system for moving the terminating element (12) by the control device (20) in such a way that a movement setting for moving the terminating element (12) is changed as a function of the identification parameter value.Method according to claim 7, characterised in that the end element (12) is verified before the movement setting is changed, wherein verification data are checked during the verification, wherein the verification data are compared with a gate transit time of the end element (12) from an open position into a closed position and / or a direction of movement of the end element (12), wherein the data recorded by the portable mobile terminal (26) are compared with data stored, in particular corresponding data, preferably the gate transit time and / or the direction of movement, which are assigned to the end element (12).Method according to Claim 8, characterized in that, in the event of a match between the verification data, in particular between the recorded data of the portable mobile terminal (26) and the data stored in the control device (20), a movement setting is displayed on a display area (34) of the portable mobile terminal (26).Method according to Claim 8 or 9, characterized in that the verification data also take account of a type of fitting and / or a weight and / or a size of the end element (12).

Images