Card Collector

Abstract

The invention relates to a card collecting device (100), comprising at least - a slot (110) with a slot opening (112), - an output tray (120) that can be connected to or is connected to the input tray (110), - a collection compartment (130) that can be connected to or is connected to the insertion compartment (110) and - a test unit (140) for testing an object (200) inserted through the insertion opening (112) and located in the insertion compartment (110), - depending on the test, the object (200) located in the insertion tray (110) can either be placed in the output tray (120) or in the collection tray (130).

Description

[0001] The invention relates to a card collecting device.

[0002] Card collection devices, such as card return machines, are known from the prior art. These devices facilitate the simplified, automated return of previously used cards, such as ID cards, parking tickets, and / or access tickets.

[0003] The invention is based on the objective of providing a card collecting device that is improved compared to the prior art.

[0004] The problem is solved according to the invention by the features specified in claim 1.

[0005] Advantageous embodiments of the invention are the subject of the dependent claims.

[0006] The card collection device according to the invention comprises at least one insertion compartment with an insertion opening, an output compartment that can be connected to or is connected to the insertion compartment, a collection compartment that can be connected to or is connected to the insertion compartment, and a card verification unit for checking an object inserted through the insertion opening and located in the insertion compartment, wherein, depending on the check, the object located in the insertion compartment can be placed either in the output compartment or in the collection compartment.

[0007] By allowing the object in the insertion slot to be placed either in the output slot or in the collection slot, depending on the check, for example a card check, an automated device for returning and managing cards and optionally also related accessories can be provided.

[0008] If the object in the deposit slot is recognized as a registered card, the object can be placed in the collection slot; if the object in the deposit slot is not recognized, the object can be placed in the output slot.

[0009] The advantages achieved with the invention consist in particular of developing and implementing a card collection device in which the return and management, especially the collection, of the cards is simplified and intuitively designed.

[0010] The card collector, also known as a "card collector," can be configured to accept only registered cards and to properly dispose of unregistered cards and other inserted objects. The card collector can be designed to accept at least RFID cards conforming to ISO 7810 with the recommended dimensions.

[0011] The card collection device enables an increase in efficiency and security in the handling of cards, such as visitor cards, ID cards and / or access cards, and seamless integration into existing management systems, such as visitor management systems.

[0012] The card collection device can be integrated as part of a modern visitor management system, streamlining the card return process. With its design and diverse functions, the card collection device can relieve reception and security personnel of administrative tasks, such as managing visitor passes, by automating administrative duties and enhancing security through reliable card processing.

[0013] The slot can be sized to accommodate both a card and an accessory attached to it. The accessory could be, for example, a card holder, badge reel, card sleeve, tag, and / or clip. By sizing the slot to accommodate both a card and its accessory, the return process is simplified for the user. Specifically, the user doesn't need to separate the card from the accessory. This increases user convenience and saves time. In a training system, the card collection device can be configured to process a card inserted through the slot, along with its accessory, based on two factors. The first factor can be the size of the slot.A second factor can be determined by a logic of sensors and motors built into the card reader. A number of sensors, further described as the first and second sensors, can be configured to activate at staggered intervals to ensure that the card, along with any accessories, has completely passed through the insertion slot. A card, along with its accessories, can be inserted through the sufficiently sized slot, and the sensors ensure that the card and accessories are fully inside the slot.

[0014] In particular, the testing unit is at least a card testing unit, for example a card reader, for testing a card inserted through the slot opening, whereby, depending on the test, the card located in the slot can either be placed in the output slot or in the collection slot.

[0015] When a registered card is detected and recognized, it is transferred from the drop-in slot to the collection slot. For example, depending on an inspection performed by the verification unit on an object in the drop-in slot, a decision can be made as to whether the object is placed in the dispensing slot or the collection slot. For instance, if card information stored on the object is detected and recognized, it can be concluded that this is a card suitable for return. The object can then be placed in the collection slot.

[0016] If a card or card information is not recognized, the verification unit can conclude that it is a different object and / or that it is an unregistered card or not stored in the relevant system. If card information for an object in the input slot is not detected and / or recognized, the object is transferred from the input slot to the output slot. This allows unsuitable objects, such as those inserted unintentionally, to be quickly and effectively identified and ejected.

[0017] The card collection device, in particular at least the insertion opening and the collection compartment, can be designed to be secure and robust against vandalism.

[0018] The card collection device can, for example, include a main housing. The main housing can contain the insertion tray, the output tray, and the collection tray. The output tray and the collection tray can be arranged downstream of the insertion tray within the main housing, for example, vertically. The main housing can be robust and secure. The main housing can be in the form of a column. The main housing can be designed and coated according to customer requirements.

[0019] The collection compartment can be attached to the main housing via a locking mechanism. This allows cards and related accessories placed in the compartment to be securely stored until collection or emptying.

[0020] The deposit compartment can have a compartment housing with a deposit opening at the front and an open shelf. The deposit compartment can include at least one movable object retention element and a movable ejection element located below the object retention element. The object retention element and the ejection element can be motorized. For example, the deposit compartment can have at least one adjustment unit that is coupled to the object retention element and / or to the ejection element.

[0021] The movable object retention element can be designed to be adjustable between a horizontal normal position and a vertical release position.

[0022] The movable ejection element can be designed to be adjustable between a vertical normal position and an ejection position pivoted relative to the vertical normal position.

[0023] The object retention element can be held in its normal horizontal position during the inspection of the object in the insertion slot and can be moved to the vertical release position once the inspection is complete. The ejection element can be operatively connected to the object retention element in such a way that if the object is not detected and the object retention element is subsequently moved, the ejection element can be moved from its normal position to its ejection position.

[0024] The object retention element can divide the deposit compartment into an upper first compartment section and a lower second compartment section when the object retention element is in the horizontal normal position. The compartment sections can be connected to form a passage when the object retention element is in the vertical release position.

[0025] The input tray can be connected to the collection tray if the ejection element is in the normal vertical position. The input tray can be connected to the output tray if the ejection element is in the pivoted ejection position.

[0026] The output tray can be an outwardly open chute accessible to a user. The output tray can be ergonomically designed for rejected items and located on the front of the card collector, for example, the main housing. This allows for easy and quick removal of the rejected item by a user.

[0027] The collection compartment can be a container with an opening. This opening can be oriented towards the passage or the open shelf of the deposit slot. The ejection element can block or prevent the connection between the deposit slot and the collection compartment. The collection compartment can be located in a lower section, for example, in the area of ​​the base of the card collection device. The main housing can have a closable opening on one side, allowing secure and easy access to the collection compartment for authorized personnel. The collection compartment can have at least one fill level sensor that monitors its fill level. This sensor can continuously monitor the fill level. The current fill level can be recorded as a percentage (0-100%) and transmitted in real time to an external processing unit, such as a visitor management system.A warning can be issued, for example, when the card collection tray reaches 90% capacity. If the tray reaches 90%, an indicator on the main housing of the card collector can change to a corresponding color (such as yellow). This color signals to maintenance personnel that the collection tray will soon need emptying. Cards can still be collected, however. At 100% capacity, card collection can be stopped. When the collection tray is full (100%), the indicator can change to a different color (for example, red). All further RFID cards are rejected and returned to the output tray to prevent overfilling. The collection tray can only be opened and emptied by authorized personnel using a key. The indicator can be, for example, an LED display.

[0028] The testing unit can include at least one card reader. For example, the testing unit can include at least one RFID card reader (short for radio-frequency identification). The card reader can scan inserted objects and capture data stored on the object. The card reader can also be configured to read other identifiers that can be stored on a card.

[0029] The verification unit, in particular the card verification unit, can then be activated or activated when the object, for example a card and optionally also the associated accessory element or another item, is completely placed in the slot.

[0030] The input slot can include at least one first sensor in the area of ​​the input opening, which is configured to detect the insertion of an object and remain active as long as the object is still in the input opening. The first sensor can be located directly at the input opening and detects the insertion of an object. As long as the first sensor is activated, no further action, such as inspection by the inspection unit and / or forwarding of the object from the input slot, is carried out, in order to prevent a malfunction in the event of premature removal and / or retention of the object. The first sensor can be a proximity sensor.

[0031] The insertion tray can include at least one second sensor in the area below the insertion opening and / or in the area of ​​an object retention element located within the tray. This second sensor is configured to switch from a passive to an active state when the first sensor switches from its active to a passive state. The second sensor can be located further down in the insertion tray, for example, in the form of a chute, and can only be activated when the first sensor, located above, no longer detects an object. This ensures that the object has been completely inserted and that the next action and processing can begin. The second sensor can, for example, be an object detection sensor. The first and second sensors can interact and be configured to activate at different times to ensure that the card, including any accessories, is completely inserted into the insertion tray.If the accessory is held or jammed in the area of ​​the insertion opening, the second sensor is prevented from being activated and a test is not initiated. The second sensor can be signal-linked to the test unit in such a way that the test unit receives a start signal when the second sensor is activated. Switching the first sensor from the active to the passive state can trigger a switch in the second sensor from the passive to the active state.

[0032] For example, the card collection device can include at least one control unit for controlling the sensors and the testing unit.

[0033] The test unit can be activated or is already activated when the second sensor is in an active state. The dual sensor system ensures reliable object detection and prevents malfunctions. Only after release by the upper, first sensor and activation of the lower, second sensor is the next process stage initiated, in particular the inspection by the test unit.

[0034] The sensors can form part of the test unit. For example, the test unit can include the first sensor, the second sensor, and the card reader.

[0035] The card collection device can have at least one display unit that can provide at least one indication depending on the status of the verification, the insertion tray, the output tray, and / or the collection tray. The display unit can, for example, be located in an area visible to users and staff on the main housing of the card collection device. The display unit can be an LED display, in particular an LED light unit, and illuminate in different colors (RGBW). The display unit can be located on and / or in a head section of the card collection device and display operating states. This display can be configured via software to visualize various status messages (for example: card accepted, card rejected, collection tray almost full, collection tray full). The display unit can be a status indicator. Different operating modes and indicator colors can be set via software.For example, the display unit's brightness and effects can be adjusted as functions. As an effect, the LEDs of the display unit can be controlled to blink sequentially, alternately, and / or in groups. The LEDs can also be controlled as a chasing light effect. Furthermore, the effect speed and other effects can be controlled. Effects can, for example, increase attention.

[0036] In a training course, the card collecting device may include at least one acoustic output unit, such as a loudspeaker. In a training course, the card collecting device may also include at least one additional visual display unit, such as a screen.

[0037] Once an RFID card is detected and acknowledged, the read card information or data can be securely transmitted to the visitor management system via an Ethernet interface. Upon a positive acknowledgement, the card reader accepts the card, transports it to the internal collection tray, and the LED indicator may change to a corresponding color (e.g., green for "accepted"). If an RFID card is detected as unknown or inactive, the processing unit may mark the card as unrecognized and / or inactive, and the card is returned to the output tray. In this case, the LED indicator may briefly change color (e.g., from green to red for "rejected") to inform the user.If a non-RFID object is detected, it can also be returned to the output tray, with the LED indicator turning red ("rejected") to provide a clear indication. Integrated RGBW LED lighting ensures that the output tray is clearly visible and accessible even in low-light conditions.

[0038] The card reader and / or card reader can have at least one network interface. This network interface allows the card reader to be connected to, or to be connected to, at least one external computing unit. The network interface can be an Ethernet interface and can supply power to the card reader. In other words, the card reader and its operational components can be powered via Power over Ethernet (PoE) using an Ethernet connection (for example, according to the IEEE 802.3af standard). A card reader connected to a network, especially a data network, enables simple and fast data transmission and verification. All data transmissions between the card reader and the computing unit, such as the visitor management system, can be encrypted to ensure the highest security standards.

[0039] Furthermore, the card collection device can be configured and updated remotely.

[0040] The card reader can include a network interface, such as an RJ45 port at the base of the main housing. The card reader's IP address can be statically configured to enable seamless integration into existing IT infrastructures.

[0041] The external processing unit can analyze card information stored on the device, and if the card information is successfully analyzed, the user can automatically check out. For example, the card reader can be used by hotels, exhibition centers, and other visitor centers.

[0042] Exemplary embodiments of the invention are explained in more detail below with reference to the drawings. These show: Fig. 1 schematically in perspective front view a card collecting device according to the invention, Fig. 2 schematically in perspective rear view the card collecting device according to the invention, Fig. 3 to 5 schematically in sectional views a delivery sequence of an object located in the card collecting device, Fig. 6 schematically in sectional view the card collecting device according to the invention, and Fig. Figure 7 schematically shows a further embodiment of the card collecting device according to the invention in perspective view.

[0043] Corresponding parts are marked with the same reference symbols in all figures.

[0044] Fig. Figure 1 schematically shows a card collection device 100 according to the invention in a perspective front view. The card collection device 100 can be a card return station and can be used in different companies.

[0045] For better understanding, a coordinate system is shown in each figure, where a vertical axis z corresponds to a vertical direction of extension, a longitudinal axis x to a longitudinal direction of extension, and a transverse axis y to a transverse direction of extension.

[0046] The card collecting device 100 comprises at least one insertion slot 110 with an insertion opening 112. The card collecting device 100 comprises at least one output slot 120 located vertically downstream of the insertion slot 110 and connectable to or connected with the insertion slot 110. Furthermore, the card collecting device 100 comprises a collection compartment 130 located downstream of the insertion slot 110 and connectable to or connected with the insertion slot 110.

[0047] The card collection device 100 further comprises at least one testing unit 140 for testing an object 200 inserted through the insertion opening 112 and located in the insertion compartment 110, wherein, depending on the test, the object 200 located in the insertion compartment 110 can be placed or is placed either in the output compartment 120 or in the collection compartment 130.

[0048] The output tray 120 can be a user-accessible chute or recess. The output tray 120 can be located in an upper section of the card collector 100. For example, the output tray 120 can be located longitudinally in front of and vertically below the insertion tray 110. The collection tray 130 can be a container located in a lower section of the card collector 100. The collection tray 130 can have a larger volume than the output tray 120. A collection tray opening 132 can be dimensioned relative to the position of the output tray 120 such that a suitable object 200, in particular an object 200 recognized as a registered card 200A, can fall through the insertion tray 110 and down into the collection tray 130. The collection compartment 130 can be in the form of a drawer and / or a basket with an open top, the open top forming the collection compartment opening 132.

[0049] If object 200 in slot 110 is recognized as a registered card 200A, it can be placed in collection slot 130. If object 200 in slot 110 is not recognized as a registered card 200A, it can be placed in output slot 120. Object 200 can be an unregistered card 200B or another item. For example, an item may have been unintentionally or erroneously inserted through slot 112, in which case object 200 can be quickly and reliably ejected.

[0050] The card collection device 100 comprises a main housing 150. The design of the main housing 150 can vary, for example, depending on customer requirements. In the illustrated embodiment, the main housing 150 is column-shaped. The main housing 150 includes the insertion tray 110, the output tray 120, and the collection tray 130. The output tray 120 can be designed as a recess or a trough in the main housing 150. The insertion tray 110, the output tray 120, and the collection tray 130 can be arranged essentially one above the other within the main housing 150. The main housing 150 can be designed to be robust and secure.

[0051] All components, such as the compartments and / or electronic components, of the card collection device 100 can be easily maintained and replaced without significant effort. Access to the interior of the housing 152 of the card collection device 100 can be provided via at least one lockable head section 154, which is accessible to authorized personnel. A locking device 156 can be accessible from one side, for example, a rear 158, of the card collection device 100 (in Fig. (2 shown). On another side, for example, front 160, of the card collection device 100, the output tray 120 and a locking device 170 for accessing the collection tray 130 can be arranged. By unlocking the locking device 170, authorized personnel can open a housing cover 164 that closes a housing opening 162. If the collection tray 130 is designed as a pull-out drawer, the housing cover 164 can be formed by a side wall of the collection tray 130. When the locking device 170 is unlocked, the collection tray 130 can be pulled outwards through the housing opening 162. This allows registered cards 200A and associated accessories 200C placed and collected in the collection tray 130 to be safely stored until collection or emptying.

[0052] The insertion opening 112 can be dimensioned such that both a card 200A, 200B and an accessory element 200C connected to the card 200A, 200B can be inserted through the insertion opening 112 into the insertion slot 110. The accessory element 200C can be, for example, a card holder, a badge reel, a card sleeve, a tag, and / or a pin clip. Because the insertion opening 112 is dimensioned to accommodate both a card 200A, 200B and an accessory element 200C connected to the card 200A, 200B, the return process is simplified for the user.

[0053] The card collector 100 can include at least one fill level sensor 134 for monitoring the collection tray 130. The fill level sensor 134 can be located within the main housing 150 of the card collector 100 and above the collection tray 130. The fill level sensor 134 can, for example, be a time-of-flight sensor (TOF sensor), such as a camera. The detection range of the fill level sensor 134 can be directed downwards into the collection tray 130.

[0054] Alternatively or optionally, the collection compartment 130 can, for example, have at least one level sensor 134 that continuously monitors the fill level of the collection compartment 130. A level sensor 134 arranged in the collection compartment 130 can, for example, be a weight sensor and / or a pressure sensor.

[0055] The card collection device 100 comprises at least one display unit 180. The display unit 180 can, for example, have at least one LED strip 182. The display unit 180, hereinafter also referred to as LED display or LED lighting, can be located in the area of ​​the head section 154 of the card collection device 100. Another positioning of the display unit 180, for example on the front 160 of the card collection device 100, is also possible. In particular, the display unit 180, especially the LED strip 182, is arranged around the insertion opening 112. Depending on the status of the inspection, the insertion slot 110, the output slot 120, and / or the collection slot 130, at least one indication in the form of an emitted light color or LED color can be displayed.

[0056] A notification can be issued, for example, when the collection tray 130 is 90% full. When the fill level reaches 90%, the display unit 180, located on the main housing 150 of the card collection device 100, can change from a first color to a corresponding second color. This color can signal to maintenance personnel that the collection tray 130 will soon need to be emptied. The display unit 180 can have integrated RGBW LED lighting, ensuring that the insertion opening 112 and the output tray 120 are clearly visible and accessible even in poor lighting conditions.

[0057] The Card Collector 100 can meet all necessary CE certifications to ensure compliance with European safety and quality standards. The main housing 150 can be made of robust aluminum, resistant to mechanical stress and vandalism. The Card Collector 100 can be sized to fit on Euro pallets, including packaging. The Card Collector 100 can be designed to operate in a temperature range of, for example, 5°C to 50°C. All components of the Card Collector 100 can be designed for a long service life and continuous operation.

[0058] Fig. Figure 2 shows schematically in a perspective rear view the card collecting device 100 according to the invention.

[0059] All components, such as the compartments and / or electronic components, of the card collection device 100 can be easily maintained and replaced without significant effort. Access to the interior housing 152 of the card collection device 100 can be provided via at least one lockable head section 154, which is accessible to authorized personnel. A locking device 156 can be accessible from one side, for example, a rear 158, of the card collection device 100.

[0060] The main enclosure 150 offers flexible installation options. It can be either anchored firmly to the floor or mounted on an optional metal base. The main enclosure 150 can have at least one mounting space 166 and / or a number of mounting elements 168, such as screw holes, on the floor or base. A metal base is available as an accessory for easy and stable installation.

[0061] The card collector 100 includes at least one network interface 190. The network interface 190 is located, for example, on the rear 158 of the card collector 100. The card collector 100 can be connected to, or be connected to, at least one external computing unit via the network interface 190. The network interface 190 can be an Ethernet interface and can supply power to the card collector 100. In other words, the card collector 100 and its operational components can be powered via Power over Ethernet (PoE) using an Ethernet connection (for example, according to the IEEE 802.3af standard). A card collector 100 connected to a network, especially a data network, enables simple and fast data transmission and data verification. Furthermore, configuration and updates of the card collector 100 can be performed remotely.

[0062] The network interface 190 can include a so-called RJ45 connector at the base of the main housing 150. The IP address of the card collector 100 can be statically configured to enable seamless integration into existing IT infrastructures.

[0063] Fig. Figures 3 to 5 schematically show in cross-sectional views a delivery sequence of an object 200 located in the card collecting device 100.

[0064] Fig. Figure 3 shows the card collection device 100 in a normal operating state 300, in which objects 200 can be inserted for delivery or return. Fig. Figure 4 shows the card collecting device 100 in a collecting state 302, in which the card collecting device 100 places the object 200, previously located in the insertion slot 110, into the collecting slot 130, if the object 200 was evaluated as a valid and registered card 200A. Fig. Figure 5 shows the card collecting device 100 in an ejection state 304, in which the card collecting device 100 places the object 200, previously located in the insertion slot 110, into the output slot 120 if the object 200 was assessed as an invalid object 200, for example, as an invalid and / or unregistered card 200B. The in the Fig. The components shown in Figures 3 to 5 are arranged in the interior of the housing 152 of the card collecting device 100, in particular the main housing 150, the housing walls of the main housing 150 not shown in detail here.

[0065] The insertion compartment 110 includes at least one first sensor 400 in the area of ​​the insertion opening 112. The first sensor 400 is configured to detect the insertion of the object 200 and to remain in an active state 402 as long as the object 200 is still in the insertion opening 112. The first sensor 400 is, for example, a proximity sensor. The first sensor 400 can, for example, have two sensor elements to form a light barrier. The first sensor 400 can detect an object 200 in the insertion opening 112 without contact. The first sensor 400 can, for example, be a photoelectric reflection sensor, in particular an infrared sensor (IR sensor).

[0066] The insertion compartment 110 comprises at least one second sensor 410 in the area below the insertion opening 112 and / or in the area of ​​an object retention element 420 arranged in the insertion compartment 110. The second sensor 410 is, for example, an object detection sensor. The second sensor 410 can be a touch sensor or an inductively or capacitively operating sensor. The second sensor 410 can, for example, be a photoelectric reflection sensor, in particular an infrared sensor (IR sensor).

[0067] The second sensor 410 is configured to switch from a passive state 412 to an active state 414 when the first sensor 400 switches from its active state 402 to a passive state 404. The two precisely positioned sensors 400 and 410 in the insertion slot 110 can detect the insertion of an object 200 and / or an item. The second sensor 410, in particular, ensures that the object 200 has been completely inserted, so that an inspection of the object 200 can begin using the inspection unit 140.

[0068] The test unit 140 comprises at least one card reader 142. The card reader 142 can be an RFID card reader. The sensors 400, 410, and the card reader 142 can be combined to form a test unit 140. The card collection device 100 can be equipped with a high-precision card reader 142, in particular an RFID card reader, which scans the inserted objects 200 and records data from an object 200 recognized as an RFID card. The test unit 140, in particular the card reader 142, can be activated or is activated when the second sensor 410 is in the active state 414.

[0069] After object 200 has been checked, sensors 400 and 410 can each be switched to passive state 404 and 412, respectively, until object 200 reaches either output tray 120 or collection tray 130. The first sensor 400 is then switched back to active state 402 for the next cycle.

[0070] The insertion compartment 110 comprises a compartment housing 114 with an end-facing insertion opening 112 and an open shelf 116. The insertion compartment 110 includes at least one movable object retention element 420 arranged below the insertion opening 112. The insertion compartment 110 includes at least one movable ejection element 430, in particular an object ejection element, arranged in the area of ​​the shelf 116. The object retention element 420 and the ejection element 430 are designed to be motorized. For example, the insertion compartment 110 has two adjustment units 440, 450, wherein a first adjustment unit 440 is assigned to the object retention element 420 and a second adjustment unit 450 to the ejection element 430. By means of the first adjustment unit 440, the object retention element 420 can be adjusted between a horizontal normal position 422 and a vertical release position 424.For example, the adjustment units 440 and 450 can each have at least one motor and one gearbox.

[0071] The object retention element 420 is designed, for example, as a locking element, a latch, and / or a flap. The number of object retention elements 420 can vary depending on the dimensions of the compartment housing 114. The object retention element 420 can, for example, be pivotably mounted on the compartment housing 114. The associated adjustment unit 440 can have at least one pivoting mechanism coupled to the object retention element 420. The object retention element 420 can be pivotally or rotatably mounted about a pivot point 426.

[0072] The movable ejection element 430 is adjustable between a vertical normal position 432 and an ejection position 434 pivoted relative to the vertical normal position 432 by means of the associated adjustment unit 450. The movable ejection element 430 can be an ejection flap or an ejection lever. The number and / or dimensions of the ejection element 430 can vary depending on the design of the compartment housing 114 and / or the shelf 116. The ejection element 430 can, for example, be pivotably mounted on the compartment housing 114. The associated adjustment unit 450 can have at least one pivoting mechanism coupled to the ejection element 430. The ejection element 430 can be pivotally or rotatably mounted about a pivot point 436.

[0073] By means of a pivoting movement of the ejection element 430, the object 200 can be moved, for example pushed, towards a rear output compartment opening 122 facing the open shelf 116 of the insertion compartment 110 (according to Fig. 6).

[0074] In the horizontal normal position 422, the insertion compartment 110 is divided by the object retention element 420 into an upper first compartment section 118.1 and a lower second compartment section 118.2 (as shown in Fig. 4 shown).

[0075] Sections 118.1 and 118.2 are connected to form a passage 118.3 when the object retention element 420 is placed in the vertical release position 424 (as shown in Fig. 5 and Fig. 6 shown).

[0076] The object retention element 420 is held in the horizontal normal position 422 during the inspection of the object 200 located in the insertion compartment 110. The object retention element 420 is adjustable to the vertical release position 424 or is moved to it when the inspection is complete. Depending on the object 200 being inspected, the ejection element 430 is then held in its vertical normal position 432 or pivoted into the ejection position 434.

[0077] Fig. Figure 4 shows a collection compartment 130 connected to the passage 118.3 of the insertion tray 110 when the object 200 has been recognized as a registered card 200A that can be deposited. The object retention element 420 is in its vertical release position 424. The ejection element 430 remains in its normal vertical position 432.

[0078] The input compartment 110 is connected to the collection compartment 130 when the ejection element 430 is arranged in the vertical normal position 432.

[0079] Fig. Figure 5 shows an output tray 120 connected to the passage 118.3 of the insertion tray 110 when the object 200 was evaluated as any item to be ejected or as an unregistered card 200B to be ejected. The object retention element 420 is in its vertical release position 424. The ejection element 430 has been activated and moved to its ejection position 434.

[0080] The ejection element 430 can be operatively connected to the object retention element 420 such that, if the object 200 is not detected and the object retention element 420 is subsequently adjusted, the ejection element 430 can be moved from its normal position 432 to its ejection position 434. The input tray 110 is connected to the output tray 120 when the ejection element 430 is in the pivoted ejection position 434. Because, depending on the inspection, for example, a card inspection, the object 200 located in the input tray 110 can be placed either in the output tray 120 or in the collection tray 130, an automated device for returning and managing cards 200A, 200B, and optionally also associated accessory elements 200C, can be provided.

[0081] Fig. Figure 6 shows a schematic cross-sectional view of the card collecting device 100 according to the invention.

[0082] The design of the main housing 150 can vary. In the illustrated embodiment, the main housing 150 is in the form of a column. The housing interior 152 is designed in the form of a shaft. The main housing 150 comprises the insertion compartment 110, the output compartment 120, and the collection compartment 130, as well as associated electronic components 600 for operating the card collector 100. An example of how the electronic components 600, which are stored, for example, in an electronics box and / or a universal housing, can be positioned is shown on the inside of a rear wall of the card collector 100. The electronic components 600 can be arranged on the inside of the rear wall, a side wall, and / or a front wall. Depending on the available space and dimensions of the main housing 150, the positioning and mounting of the electronic components 600 can vary.Another possible positioning option for electronic components 600 is, for example, below the output tray 120. The electronic components 600 can include at least a control unit, a transmitter and receiver unit, Internet / Ethernet operating components, and / or other components.

[0083] The dispensing compartment 120 can be a receiving box. In cross-section, the dispensing compartment 120 can be essentially L-shaped or U-shaped. The dispensing compartment 120 can be located in an upper area of ​​the main housing 150 that is easily accessible to a user. The dispensing compartment 120 can be designed as a recess or trough in a wall, particularly on the front 160, of the main housing 150. The dispensing compartment 120 can be located in the area of ​​an upper half of the main housing 150. The dispensing compartment 120 comprises an upper dispensing opening 122 and a lateral dispensing opening 124, which is directed outwards. The dispensing opening 122 is offset forward longitudinally from the open shelf 116 of the receiving compartment 110.The output compartment 120 can project longitudinally into the interior of the housing 152 and be dimensioned such that a sufficiently large through-channel 500 for conveying a permissible object 200 into the collection compartment 130 behind the output compartment 120 can be formed or is formed. The collection compartment 130 can be located in the area of ​​a lower half of the main housing 150.

[0084] The card collection device 100 can be designed to be particularly material-saving, compact and cost-effective, with the through-shaft 500 for objects 200 being formed by the interior of the housing 152. This eliminates the need for additional passages or channels to connect the compartments.

[0085] A guide element 126 can be arranged at the dispensing opening 124 of the dispensing compartment 120. The guide element 126 can be an inwardly projecting, in particular obliquely projecting, lip, a sheet metal plate, and / or a rail. The guide element 126 can be attached to an inner wall of the main housing 150. The guide element 126 can be provided to prevent, for example, the ejection of an impermissible object 200 through the dispensing opening 124, which might be caused by a pivoting force of the ejection element 430.

[0086] Fig. Figure 7 shows a schematic perspective representation of another embodiment of the card collecting device 100 according to the invention.

[0087] The insertion compartment 110 can have at least one recess 428 on the rear side of its compartment housing 114; in the illustrated embodiment, two recesses 428 are included. Each recess 428 can accommodate an object retention element 420, designed, for example, as a latch or pin, in its vertical release position 424.

[0088] Inside the housing 152, particularly in the through-shaft 500, of the card collection device 100, projecting, especially obliquely projecting, guide elements 502 may be arranged. The guide elements 502 may, for example, be deflection plates. The guide elements 502 may be arranged above the collection compartment 130. Permissible objects 200 can be guided in a targeted manner along the guide elements 502 into the collection compartment 130.

[0089] The collection tray 130 can be movably arranged, in particular longitudinally displaceable or movable, on the base of the main housing 150 via a longitudinal adjuster 700. The longitudinal adjuster 700 can be a rail arrangement. Instead of a rail arrangement, the collection tray 130 can also be movably arranged in the interior of the housing 152 of the card collecting device 100 via a longitudinal adjuster 700 designed as a roller system. REFERENCE MARK LIST 100 card collecting devices 110 drop-in slots 112 Drop-in slot 114 compartment housings 116 shelves 118.1 Subject section, in particular upper first subject section 118.2 Section, in particular the lower second section 118.3 Round 120 output tray 122 Dispensing compartment opening 124 Issue opening 126 Guide element 130 Collection compartment 132 Collection compartment opening 134 Level sensor 140 test units 142 card readers 150 main cases 152 Case interior 154 Headboard 156 Locking device 158 reverse 160 front 162 Case opening 164 Housing cover 166 Mounting space 168 Fastening element 170 Locking device 180 display unit 182 LED strips 190 network interface 200 objects 200A card, especially registered card 200B card, especially unregistered cards 200C accessory element 300 Operating state 302 Collector's condition 304 Ejection state 400 first sensor 402 active state 404 passive state 410 second sensor 412 passive state 414 active state 420 object retention element 422 Normal position 424 Release position 426 Pivot point 428 Exclusion 430 Ejection element 432 Normal position 434 Ejection position 436 Pivot point 440 Adjustment unit 450 adjustment unit 500 through-shaft 502 Guide element 600 electronic components 700 longitudinal adjusters x Longitudinal axis y transverse axis z Vertical axis

Claims

[1] Card collecting device (100), comprising at least - a slot (110) with a slot opening (112), - an output tray (120) that can be connected to or is connected to the input tray (110), - a collection compartment (130) that can be connected to or is connected to the insertion compartment (110) and - a test unit (140) for testing an object (200) inserted through the insertion opening (112) and located in the insertion compartment (110), - depending on the test, the object (200) located in the insertion tray (110) can either be placed in the output tray (120) or in the collection tray (130). [2] Card collection device (100) according to claim 1, wherein, upon recognition of the object (200) located in the insertion slot (110) as a registered card (200A), the object (200) can be placed in the collection slot (130), and upon failure to recognize the object (200) located in the insertion slot (110), the object (200) can be placed in the output slot (120). [3] Card collection device (100) according to claim 1 or 2, wherein the insertion compartment (110) comprises at least one movable object retention element (420) arranged below the insertion opening (112), which is adjustable between a horizontal normal position (422) and a vertical release position (424). [4] Card collection device (100) according to claim 3, wherein the object retention element (420) is held in the horizontal normal position (422) during the inspection of the object (200) located in the insertion compartment (110) and is adjustable or placed in the vertical release position (424) when the inspection is completed. [5] Card collection device (100) according to claim 3 or 4, wherein the object retention element (420) divides the insertion compartment (110) into an upper first compartment section (118.1) and a lower second compartment section (118.2) when the object retention element (420) is arranged in the horizontal normal position (422), and wherein the compartment sections (118.1, 118.2) are connected to form a passage (118.3) when the object retention element (420) is placed in the vertical release position (424). [6] Card collection device (100) according to one of the preceding claims, wherein the insertion compartment (110) comprises a movable ejection element (430) arranged in the area of ​​an open shelf (116), which is adjustable between a vertical normal position (432) and an ejection position (434) pivoted relative to the vertical normal position (432). [7] Card collection device (100) according to claim 6, wherein the insertion compartment (110) is connected to the collection compartment (130) when the ejection element (430) is arranged in the vertical normal position (432), and the insertion compartment (110) is connected to the output compartment (120) when the ejection element (430) is arranged in the pivoted ejection position (434). [8] Card collection device (100) according to one of the preceding claims, wherein the insertion compartment (110) in the area of ​​the insertion opening (112) comprises at least a first sensor (400) which is configured to detect the insertion of an object (200) and to remain in an active state (402) as long as the object (200) is still in the insertion opening (112). [9] Card collection device (100) according to claim 8, wherein the insertion compartment (110) in the area below the insertion opening (112) and / or in the area of ​​an object retention element (420) arranged in the insertion compartment (110) comprises at least a second sensor (410) which is configured to switch from a passive state (412) to an active state (414) when the first sensor (400) has switched from its active state (402) to a passive state (404). [10] Card collection device (100) according to claim 9, wherein the test unit (140) comprises at least one card reader (142) and is then activatable or activated when the second sensor (410) is in the active state (414). [11] Card collecting device (100) according to one of the preceding claims, wherein the testing unit (140) has at least one network interface (190) and can be connected to or is connected to an external computing unit via the network interface (190). [12] Card collecting device (100) according to claim 11, wherein the network interface (190) is an Ethernet interface and supplies power to the card collecting device (100). [13] Card collection device (100) according to one of the preceding claims, wherein the collection compartment (130) has at least one fill level sensor (134) which monitors the fill level of the collection compartment (130). [14] Card collecting device (100) according to any one of the preceding claims, characterized by at least one display unit (180) which, depending on the state of the test, the insertion tray (110), the output tray (120) and / or the collection tray (130), outputs at least one indication.

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