EP3913174A1 - Device for supplying goods - Google Patents

Abstract

The invention relates to a device (1) for the delivery of goods, in particular large-volume sales items such as parcels, packages or the like, with a receiving device which is formed from a housing (2) having an interior, the housing (2) at least has an opening (7) which can be closed with a door (8) or flap and with a locking device, for example a lock having a displaceable bolt (11), a sensor (13) being arranged in the interior of the housing (2) , wherein the sensor (13) is designed to react to movement, temperature and / or temperature changes, that the sensor (13) is connected to a control device (16) of the locking device (10) and that the control device (16) enables locking and / or or the locking device (10) is blocked and / or canceled when the sensor (13) generates a signal based on movement, temperature and / or temperature change and transmitted to the control device (16).

Description

The invention relates to a device for the delivery of goods, in particular large-volume sales items, such as parcels, packages or the like, with a receiving device which is formed from a housing having an interior, the housing having at least one opening that connects to a door or The flap is lockable and with a locking device, for example a lock having a displaceable bolt, a sensor being arranged in the interior of the housing.

Such devices are known in various configurations from the prior art. In principle, the spread of these devices is increasing with the increase in so-called e-commerce and both the users of the devices and the deliverers have an interest in these devices, since they enable safe and reliable delivery on the part of the user even without the presence of the user and on the part of the deliverer, the delivery is significantly simplified, even if the recipient or user cannot receive the goods personally. Furthermore, these devices can be used to better use centrally located pick-up stations with individual storage facilities, since the storage facilities to be deposited and kept ready for the collection of goods are only used for recipients who do not have a device of the generic type or whose device is too small or too small for the goods to be delivered is temporarily occupied.

From the DE 20 2011 106 184 U1 is a device for receiving items to be delivered, such as packages, parcels, letters or other packaged or non-packaged goods, such as food. This known device consists of a housing enclosing a receiving space with an opening which can be closed with a flap or door, the flap or door having a locking device and a detection device being arranged in the receiving space, which can be activated by an inserted object. The locking device can be controlled via the detection device in such a way that the flap or door can only be moved into a locked position when the detection device is activated and the locking device can only be opened again by means of a locking secret that unlocks the locking device.

Another device for the delivery of goods is from the DE 20 2013 009 163 U1 known. According to this state of the art, it is provided that a deliverer moves a door or flap of a housing with a receiving space into a closed position after inserting a sales item to be delivered, whereupon the door or flap is locked via a first lock in such a way that it can be subsequently opened without an access authorization , for example in the form of a mechanical and / or electronic, a certain locking secret having key is not possible. The user of the device or a person authorized by the user usually has the key. For this purpose, a second lock is provided, which the user can transfer from a locked to an unlocked state with the key, whereby the first lock is also unlocked, so that the user can open the door or flap after unlocking the second lock and what is intended for him Distribution piece can be found in the recording room. After the removal, both the first and the second lock remain open, so that the device is prepared for a further delivery process.

Such a device has basically proven itself and offers its user a high level of security. However, such a device can be used consciously or unconsciously with a high risk potential for children and / or animals, in that a child locks himself up in the device or a child or an animal is locked there by playing children without recognizing the danger.

From the DE 20 2011 052 080 U1 A device for receiving mail of all kinds is known, which has a housing with a receiving space, wherein a pressure sensor is arranged in the receiving space, which detects the presence of a package or other goods and blocks a control of the lock system for access by the deliverer . This can lead to dangerous situations for a child or animal trapped in the receiving space.

Based on this prior art, the invention is based on the object of improving a generic device with regard to the dangers and risks described above, in particular to prevent locking if there is a risk that a child or an animal could be locked in on purpose or unintentionally.

The solution to this problem provides, in a device according to the invention, that the sensor is based on movement, temperature and / or temperature changes is designed responsive that the sensor is connected to a control device of the locking device and that the control device blocks and / or removes locking and / or locking of the locking device when the sensor generates a signal based on movement, temperature and / or temperature change and is sent to the Control device transmitted.

In the device according to the invention, a sensor is thus provided with which movements in the receiving space are detected, that is to say a clear indication is detected that a living being is located in the receiving space. Alternatively or in addition, the sensor can measure the temperature in the receiving space and generate a signal at a certain value. Furthermore, a change in temperature in the receiving space can be detected via the sensor, so that the sensor detects a change in the receiving space and generates a signal regardless of the outside temperature. Preferably, and to increase security, it is provided that several parameters are recorded with the sensor. In order not to generate a signal already for an insect, provision can be made for supplementary parameters to be checked or for the sensitivity of the sensor to be set to a certain physical variable which excludes a signal for an insect.

The sensor is connected to a control device of the locking device. The control device has an evaluation unit which compares the values transmitted by the sensor, for example, with data stored in a data memory, in order to block and / or cancel locking and / or locking of the locking device via the control device in the event of a positive result.

If the sensor detects a specific value that represents a specific state, the sensor transmits a signal to the control device. The control device is in communication with the locking device, which is blocked on the basis of the received signal. If the locking device is already in its closed position, the locking device can also be activated and transferred to its open position.

In addition, the control device can be connected to further sensors arranged in the receiving space. Faulty signal transmissions, for example due to an insect trapped in the receiving space, can be avoided via additional sensors that react to movement, temperature and / or temperature changes. For this purpose, the sectors can monitor you together Have area in the recording space, so that a signal is only generated when a predetermined parameter is detected in the area of the jointly monitored area. In addition or as an alternative, a pressure sensor can also be provided as a further sensor in the receiving space, so that from the signals relating to a movement in the receiving space and a certain weight, for example on a floor of the housing, it is detected with high certainty that a child or an animal, such as for Example is a dog or a cat in the recording room.

According to a further embodiment of the invention, the sensor can alternatively or additionally be arranged on an inner surface of the door or flap. A detection of the event of the presence of a child or an animal, such as a dog, a cat or the like, is only necessary if these living beings cannot escape from the receiving room on their own. This problem only occurs when the door or flap is closed and especially locked. In this state, the inner surface of the door is at the same time an inner surface of the closed receiving space, so that monitoring of the receiving space is only necessary when the door or flap is in the closed position. Therefore, the arrangement of the sensor on the inner surface of the door or flap has the advantage that the sensor only has to be active in the locked receiving space that is dangerous for a living being. When the door or flap is open, the sensor can be active, but an event that is then detected is not relevant for controlling the locking device. This advantage can also be found in sensors arranged on the side walls, the floor, the lid and / or the rear wall, insofar as the position of the door or flap is detected and reported to the control device, so that the control device can only be used when the door or The connection to the sensors is established. For this purpose, a signal transmitter can be arranged in the area of a receptacle for a bolt and / or a latch of the locking device, which sends a signal to the control device only when the bolt or latch is pushed in, and the sensors in the interior now to detect an event in the interior activate. Incidentally, in this embodiment, the monitoring of the interior can also be limited to a one-off check, since when the door or flap is closed, a change in the state of the interior will remain unchanged until the door or flap is opened again. Only in this case is it possible for a living being in the device could be included, so that a renewed monitoring process is necessary.

In a further development, it is provided that the locking device has a motor-gear unit which actuates the locking device and accordingly moves it between a closed position and an open position, the locking device being activated via the control device to switch the locking device from an opening to an opening position To adjust closed position or from a closed to an open position. The motor-gear unit can be connected to a latch and / or a bolt of the locking device and can move the latch and / or bolt between a closed position and an open position. It is also possible that an electronic lock cylinder is provided which interacts with a latch and / or a bolt in the locking device. In this case, the electronic locking cylinder can be activated via the control device, for example to block the locking of the locking device. The locking device remains in the open position so that the door or flap cannot be locked. This prevents a child from locking himself in or being locked in the device by pulling the door or flap shut.

The sensor is preferably designed as a motion detector. This is an electronic sensor that detects movements in its immediate vicinity and can therefore work as an electrical switch.

The motion detector can work actively with electromagnetic waves (HF, microwaves or Doppler radar), with ultrasound (ultrasonic motion detectors) or passively using the infrared radiation of the moving person and the environment. For example, a pyroelectric sensor described below represents a passively operating sensor. Of the pyroelectric sensors, the pyroelectric infrared sensor is the most frequently used type of motion detector. It reacts to small changes in temperature. Alternatively, motion detectors operating by means of microwaves can be provided, which react optimally by means of microwaves if the distance to the sensor changes.

The sensor is preferably designed as a pyroelectric sensor. A pyroelectric sensor is a semiconductor sensor that is used to detect changes in temperature. Such sensors are based on pyroelectricity, a property of some piezoelectric semiconductor crystals. One leads Temperature change results in a measurable change in electrical voltage. In contrast to temperature sensors that can also be used, pyroelectric sensors do not react to a temperature level that is constant over time, but only to a change in temperature and are therefore particularly suitable for achieving the object according to the invention.

Since pyroelectric sensors detect temperature changes, these sensors are practically independent of the wavelength and can detect radiation starting with deep ultraviolet radiation over the visible and infrared wavelength range up to terahertz radiation with a wavelength of 1 mm, provided the pyroelectric crystal has a suitable absorption coating. A certain wavelength selectivity can be achieved by using electrodes with a wavelength-dependent degree of absorption. According to a further feature of the invention it is provided that a signaling device for optical and / or acoustic signals is connected to the control device. This embodiment has the advantage that, in the event of a malfunction, an acoustic and / or optical signal is generated which can indicate that a child or an animal is trapped in the device. This can be important, for example, if the locking device can be closed when the battery power level is low, but cannot be opened again, even if the sensor detects an operating state that blocks the locking device so that it cannot be transferred to the closed position.

Since, as a rule, goods are not delivered during the night, it is advantageous to design the control device with a time recording sensor and / or a light sensor. This allows core times to be set when the sensor is activated. For reasons of energy saving - such devices may be set up in areas without an energy network and therefore rely on energy from batteries - periods of time can thus be set in which the monitoring of the interior is switched off or carried out at significantly longer intervals. This reduces the daily energy requirement, for example.

A light sensor can also be provided in the interior, which detects the incidence of light in the interior. If no light is detected in the interior, this is, among other things, an indication that the door or flap is in the closed position and thus locking the locking device is permissible. This can prevent the locking device moves into the closed position although the door or flap is not in the closed position.

The control device can preferably be controlled between two different operating modes, one operating mode providing that the locking device can only be transferred from an open to a locked position via an actively input mechanical and / or an electronic signal to be transmitted.

In this operating mode, the flap or door of the device is basically in the open position. As a result, the deliverer can insert the goods to be delivered into the device without first opening the locking device and then closing the door or flap. The closing process can be carried out by simply pressing the door or flap shut. The locking device can be activated automatically by actuating a switch when the door or flap is in the closed position. Alternatively, a button or the like can be provided which is actuated by the deliverer after the goods have been inserted and the door or flap has been moved into the closed position. The device is then opened by the user by means of a key, which can be designed mechanically or electronically.

The locking device then remains in the unlocked position, so that the door or flap cannot be locked either. The device can be accessed by the deliverer without his own key.

The user can now also choose a different operating mode in which the device is basically locked so that goods can only be inserted by the deliverer if the deliverer can unlock the device and then open the door or flap. This operating mode has the advantage, for example, that the user can determine which deliverer should have access. This operating mode is also advantageous for the return of goods that are to be removed from the device by the deliverer, since the user can insert the goods at any time and regardless of this, the goods can be removed by the deliverer at any time. In this operating mode, the user can also select specific deliverers with one access authorization from several deliverers. Finally, this operating mode prevents improper use of the device, for example also the improper closing of the device by third parties, who thereby deny access to a deliverer. Because delivery agents usually only have a very short period of time for delivery of a goods to be delivered, any interruption of a certain process, as described above, for example, is suitable to prevent the deliverer from this process, so that the goods to be delivered are not placed in the device, but are placed next to it or handed over to a neighbor.

Finally, it is provided that the locking device can only be actuated when the door or flap is closed. This prevents parts of the device from being damaged when the bolt is extended. A longevity of the device is achieved in this way.

In addition to the operating modes described, it can also be provided that the door or flap is in its closed position. Here, the door or flap can also be closed with the housing, for example by a trap, in such a way that the trap has to be pushed back in order to open the door. This opening process can be triggered by a release device, for example a button, which can be actuated by the deliverer to open the door or flap and insert goods into the receiving space before the door or flap is closed again. In this case, you do not need to enter an authorization code to push the trap back. A distinction must therefore be made between an open and closed position of the door or flap and an open or closed position of the locking device, in which the door or flap can preferably only be opened if an authorization code has been entered beforehand, so that the locking device is in the Open position or unlocked position is transferred, so that subsequently the door or flap can be transferred from the closed position to the open position. Even in the case of the closed door or flap without a locked locking device, one can speak of an "always closed" operating mode. Overall, the operating modes “always closed” and “always open” can relate to the door or flap and / or to the locking device. An authorization code can then only be required if the locking device is moved into the open position in order to remove delivered goods or to place goods to be delivered to a deliverer to take the goods away.

Figur 1

eine erfindungsgemäße Vorrichtung in perspektivischer Ansicht;

Figur 2

die Vorrichtung gemäß Figur 1 in geschnitten dargestellter Draufsicht;

Figur 3

eine Steuereinrichtung mit Sensoren und Schließeinrichtung für eine Vorrichtung nach den Figuren 1 und 2;

Figur 4

eine erste Ausführungsform einer Bedieneinheit für eine Vorrichtung nach den Figuren 1 bis 3 und

Figur 5

eine zweite Ausführungsform einer Bedieneinheit für eine Vorrichtung nach den Figuren 1 bis 3.

Further features and advantages of the device according to the invention emerge from the following description of the associated drawing. In the drawing show:

Figure 1

a device according to the invention in a perspective view;

Figure 2

the device according to Figure 1 in a sectional plan view;

Figure 3

a control device with sensors and locking device for a device according to the Figures 1 and 2 ;

Figure 4

a first embodiment of an operating unit for a device according to the Figures 1 to 3 and

Figure 5

a second embodiment of an operating unit for a device according to the Figures 1 to 3 .

Figures 1 and 2 show a device 1 with a housing 2. The housing 2 has a rear wall 3, a base 4, a cover 5 aligned parallel to the base 4 and two side walls 6 which are parallel to one another and at right angles to the base 4, rear wall 3 and cover 5 and are connected to each other. Opposite the rear wall 3 there is an opening 7 which can be closed with a door 8 which is arranged on a side wall 6 so as to be pivotable via a hinge. A recess space 9 is formed inside the housing 2, into which goods to be delivered by a deliverer can be inserted for a user of the device 1. The deliverer can then close the door 8, which then locks so that the door 8 can subsequently be opened by the user using a key.

The housing 2 is made of metal and the door 8 has a locking device 10. Next to a bolt 11 ( Figure 3 ) the locking device 10 can also have a latch 12 ( Figure 3 ), with which the door 8 is locked in the closed position in such a way that the user can withdraw the latch 12 from the closed position with a key and open the door 8.

The locking device 10 can be designed mechanically or electronically. In the mechanical design of the locking device 10, a motor-transmission unit, not shown in detail, is provided, which can be controlled in a manner known per se. In the exemplary embodiment, a motor-gear unit is provided which can be controlled via an electrical signal, which is transmitted, in particular after wireless transmission of an applicable locking secret, after which the motor-gear unit moves the locking device from an open to a closed position or from the closed position - transferred to the open position.

Two pyroelectric sensors 13 are arranged in the receiving space 9. The sensors 13 are arranged in transition areas of the opposite side walls 6 to the cover 5, the sensors 13 being fastened in the area of the opening 7 to inner surfaces of the side walls 6. Each sensor 13 is aligned in such a way that it forms a V-shaped monitoring field 14, starting from the sensor 13 to a diametrically opposite transition area of the opposite side surface 6 and the rear wall 3. The two monitoring fields 14 form a core area 15 in a central area of the receiving space 9. The monitoring fields 14 can be designed in two or three dimensions.

Certain parameters, such as, for example, a movement or a change in temperature in the receiving space 9, are detected via the sensors 13 and transmitted to a control device 16. The detected parameters are analyzed in the control device 16, for example by comparison with data of certain states stored in a data memory 17, which indicate a situation that suggests the presence, for example, of a child or animal such as a dog or a cat in the exception room 9 permit. For this purpose, the control device 16 has an evaluation unit 18.

In Figure 3 Data transmission curves are shown by arrows 19, 20 and 21. The data transmissions from the sensors 13 to the control device 16 according to the arrows 19 are unidirectional, while the data transmission between the evaluation unit 18 and the data memory 17 is bidirectional according to the arrows 20.

If the control device 16 has analyzed the data as an indication of the presence, for example, of a child or animal such as a dog or a cat in the receiving room 9, the control device 16 controls the locking device 10 in such a way according to the arrows 21 to transmit a command to the locking device 10 not to assume the closed position or to move from the closed position to the open position in order to lock the door 8 and thus lock a child or an animal in the receiving room in any case 9 to be excluded.

In addition, a signaling device 22 is provided which outputs an optical signal in the event of a detected indication of the presence, for example, of a child or animal, such as a dog or a cat, in the receiving room 9.

In Figure 4 an operating unit 27 is shown in a view. The operating unit 27 has a control panel 28 with a key 29 for activating the locking device 10 and a numerical keypad 30, via which, for example, a numerical code for opening or closing the device 1 can be entered. Furthermore, the control panel 28 has a plurality of display elements 31 to 35, via which the operating states and process sequences or prompts for action can be displayed. The display elements 31 to 35 have different colors and are also designed with a light source 36 which lights up green when operated correctly and red when operated incorrectly.

The display elements 31 to 35 are also arranged in a row along a lower edge 37 of the control panel 28, resulting in a sequence of a logical sequence of handling the device 1 for a deliverer.

If the deliverer reaches the device 1 and this is in the first of the two possible operating modes, in which it is provided that the receiving device is generally not locked and a locking of the receiving device is provided by a deliverer when the goods are inserted, the deliverer actuates the button 29, so that the locking device 10 of the device 1 is activated. In detail, the control device 16 is activated, which recognizes the operating mode of the device 1 and then displays the further sequence for the deliverer via the display elements 31 to 35.

Since the device is not locked, the deliverer can open the door 8 first. This is indicated to the deliverer by the display element 32 lighting up. If the door is properly opened, the deliverer receives an acknowledgment signal via the lighting means 36 in the display element 32. The subsequent display element 33 now indicates to the deliverer that the goods to be delivered are being inserted can. After the goods have been inserted and this process has been detected, the display element 34 indicates to the deliverer that the door 8 is now to be closed, unless an automatic closing process is initiated. If the door 8 is properly closed, the locking device 10 can be locked automatically and displayed via the display element 35.

The display element 35 can, however, also be designed as a button which the deliverer presses after closing the door 8 in order to start the closing process manually. If the locking position is then reached, the intended locking can be displayed via the display element 35. A missing lock can additionally be indicated by the lighting means 36 in the display element 35, for example by a red lighting means. This can signal a malfunction to the deliverer, which prompts him to remove the goods again and to choose an alternative delivery process.

If the deliverer reaches the device 1 and this is in the second possible operating mode, in which it is provided that the receiving device is basically locked and the goods can only be inserted into the receiving device after the receiving device has been unlocked by the deliverer, before the deliverer receives the The receiving device is then locked again, the procedure basically corresponds to the description above. In addition, however, it is provided that the deliverer is shown via the display element 31 that an access code must be entered via the keypad 30 in order to move the locking device 10 into the unlocked position and to open the door 8. The procedure then corresponds to the procedure described above with the door 8 open.

In addition to the optical signals, for example by the lighting means 36, acoustic signals can alternatively or additionally be provided for the deliverer.

The above-described usual process of using the device 1 is subject to the condition that no event is detected, that the door 8 has not to be locked or a locked door 8 has to be opened immediately in order to be able to free a locked living being.

A second embodiment of an operating unit 27 is shown in FIG Figure 5 and in accordance with the first embodiment shown in FIG Figure 4 for installation in a corresponding recess in a housing 2 of a device 1 is provided. The operating unit can preferably be installed in an opening in the door 8.

The operating unit 27 according to Figure 5 has a control panel 28. Two graphic representations 38 and 39 of expected actions by a deliverer are shown on the control panel 28. The graphical representation 38 shows the deliverer the expected action of opening the door 8 of the device 1. To the right of the graphical representation 38, the graphical representation 39 is arranged in a logical order, which shows the deliverer the subsequent actions after opening the door 8, namely inserting the goods to be delivered, for example a package, with the subsequent action of closing the door.

At this point it should be mentioned that the opening and closing of the door 8 does not necessarily have to be equated with the unlocking and locking of the locking device 10. These actions are dependent on a selected operating mode, so that unlocking requires an additional action by the deliverer, for example entering a code using the keypad 30, and locking the locking device 10 also requires an active process by the deliverer, for example pressing a button. In particular, the locking of the locking device 10 can also be carried out automatically if the door 8 is in its closed position on the housing 2 and a button or a sensor is activated, which signals the control device 16 that the locking device 10 is now to be locked.

The graphic representations 38 and 39 are assigned displays 40 in the form of lighting means, for example LEDs, as they can also be used for the lighting means 36, which additionally indicate to the deliverer which action is required.

In addition to the graphic representation 38, a button 29 is arranged with which the control device can be activated so that the delivery person can carry out the delivery process as intended after pressing the button 29. For this purpose, the button 29 shows the word “Start” and also has a symbol that represents the “Press” action.

Another key 41 is arranged next to the graphic representation 39 and shows the word “End” and also the symbol of the key 29 that represents the “press” action. The deliverer can use the button 41 to end the delivery process. The button's 29 and 41 are arranged together with the graphic representations 38 and 39 in the lower half of the control panel 28, the two buttons 29 and 41 flanking the two graphic representations 38 and 39 on the outside. This results in a logical arrangement that corresponds to the usual reading direction from left to right.

The button 41 also has a display 40, the design of which corresponds to the display 40 and is designed as a light source. If the delivery process has been carried out correctly by the deliverer, with at least the door 8 correctly being moved into its closed position, the display 40 of the button 41 signals to the deliverer that the delivery process has been completed successfully. The display 40 preferably lights up green, in particular when the locking device 10 is moved into the closed position and the device 1 is thus locked, so that subsequently only an authorized recipient can open the door using a locking secret and remove the delivered goods. For example, this locking secret can be entered as a code via the keypad 30

The keypad 30 can also be used by the deliverer to open the locking device 10 and thus the device 1 if the door 8 and the locking device are in the closed position. In this case, the deliverer receives a code that can be used to open the device 1 once.

In the area of the keypad 30, several lighting means 36 are arranged in two rows one above the other, one row of the lighting means 36 lighting up red when activated, while the second row of the lighting means 36 lighting up green when activated. Incorrect or correct code entries can be visually displayed with the lighting means 36. Overall, each row has three lighting means 36 at equal distances from one another. The lighting means 36 are activated by the control device 16, which also receives the input into the keypad 30 as signals and evaluates it together with the evaluation unit 18. Energy for the lighting means 36, 40, the control device 16 and the locking device 10 can be provided from a battery or a rechargeable accumulator arranged in an exchangeable manner in the device 1.

In addition, the control panel 28 has a further graphic representation 42 in addition to the numeric keys of the keypad 30, which signals to the deliverer that the device is locked, either because the user has selected a corresponding operating mode and / or because delivery to the device 1 has already taken place , the Delivered goods have not yet been removed, so that further delivery is not possible or not desired. The graphic representation 42 also has a display 40 in the form of a luminous element, which is clearly recognizable and preferably designed as a red LED.

Not shown is a possible further graphic representation that signals to the deliverer that the device 1 contains goods to be removed by the deliverer, which the deliverer should deliver to a third party for a shipping process, that is, should remove them from the device.

Instead of a keypad 30, a reading device for reading out a code from a transponder chip and / or a receiving device for a code can also be provided, the code being transmitted, for example, via a smartphone via Bluetooth or an alternative NFC data transmission. It goes without saying that several devices for entering codes can also be present on a device 1 in order to enable the device 1 to be used by different deliverers with different methods of code transmission. As a result, the device 1 can also be adapted to changes in the delivery method without great technical effort.

Incidentally, all features and developments as described in relation to the first embodiment of the operating unit 27 can also be used Figure 4 are also described in the second embodiment of the operating unit 27 according to FIG Figure 5 be provided. The same also applies vice versa.

The ones in the Figures 4 and 5 Operating units shown and described above can also be used independently of the operating modes and / or monitoring methods with sensors according to this description in other devices, in particular parcel boxes, and thus represent an advantageous device for parcel boxes to be able to carry out these delivery processes easily and in the shortest possible time. Nevertheless, of course, the further features of the operating modes and / or the monitoring method with sensors are advantageously associated with the operating unit. <b> List of reference symbols </b> 1 contraption 27 Control unit 2 casing 28 Control panel 3 Back wall 29 button 4th floor 30th Keypad 5 lid 31 Display element 6th Side wall 32 Display element 7th opening 33 Display element 8th door 34 Display element 9 Recording room 35 Display element 10 Locking device 36 Bulbs 11 bars 37 Lower edge 12th Cases 38 graphic representation 13th sensor 39 graphic representation 14th Monitoring field 40 advertisement 15th Core area 41 button 16 Control device 42 graphic representation 17th Data storage 18th Evaluation unit 19th arrow 20th arrow 21 arrow 22nd Signaling device

Claims (7)

Device (1) for the delivery of goods, in particular large-volume sales items, such as parcels, packages or the like, with a receiving device which is formed from a housing (2) having an interior, the housing (2) having at least one opening (7 ) which can be locked with a door (8) or flap and with a locking device, for example a lock having a displaceable bolt (11), a sensor (13) being arranged in the interior of the housing (2),
characterized,
that the sensor (13) is designed to react to movement, temperature and / or temperature changes, that the sensor (13) is connected to a control device (16) of the locking device (10) and that the control device (16) locks and / or The closing of the locking device (10) is blocked and / or canceled when the sensor (13) generates a signal based on movement, temperature and / or temperature change and transmits it to the control device (16). Device according to claim 1,
characterized,
that the locking device (10) has a motor-gear unit. Device according to claim 1 or 2,
characterized,
that the sensor (13) is designed as a motion detector, in particular as a pyroelectric sensor. Device according to one of Claims 1 to 3,
characterized,
that a signaling device (22) for optical and / or acoustic signals is connected to the control device (16). Device according to one of Claims 1 to 4,
characterized,
that the control device (16) has a time recording sensor and / or a light sensor. Device according to one of Claims 1 to 5,
characterized,
that the control device (16) can be controlled between two different operating modes, one operating mode providing that the locking device (10) can only be transferred from an open to a locked position via an actively input mechanical and / or electronically transmitted signal. Device according to one of Claims 1 to 6,
characterized,
that the locking device (10) can only be actuated when the door (8) or flap is closed.

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