DE102016110395A1 - LOCKING COMPARTMENT AND DOOR FOR A LOCKING COMPARTMENT AND METHOD FOR MANUFACTURING THE DOOR - Google Patents

Abstract

It is disclosed a locker system (10). The locker system (10) comprises a plurality of user-accessible compartments (52), each of which is closable with a door (30). According to the invention, each door (30) of the user-accessible compartments (52) has a plurality of mounting structures (41, 42, 43, 44), wherein at least a first mounting structure (41) and a plurality of second mounting structures (42) are introduced into the door (30) Holes are. The plurality of third mounting structures (43) and a plurality of fourth mounting structures (44) are provided on the inside of the door thread (45) facing from the inside (32) of the door (30), so that at one and the same door (30) optionally different locking systems (20) can be mounted. The invention also relates to a door (30) for a locker system (10). Furthermore, the invention relates to a method for producing a door (30) for a user-accessible compartment (52) of a locker system (10).

Description

The present invention relates to a locker system. The locker system comprises a plurality of user-accessible compartments, each of which can be closed with a door. The doors themselves can be made of different materials.

Furthermore, the invention relates to a door for a locker system. In addition, the invention relates to a method for producing a door for a user-accessible compartment of a locker system.

The German Utility Model DE 202 19 042 U1 discloses a locker system with multiple compartments for items. The individual compartments can be closed by doors. The items in the individual compartments are displayed to the user via a monitor. Each door is associated with a locking system that can be opened after entering certain information in a reader, for example by inserting a credit card.

The German patent application DE 10 2012 004 489 A1 discloses a locker system with multiple compartments for rental items. Each compartment of the locker system can be opened by the customer by means of access information. Each compartment has at least one door and at least one independent locking mechanism for the at least one door. A first locking mechanism is z. B. in the form of a combination lock and a second locking mechanism is z. B. realized in the form of a U-lock.

The German Utility Model DE 20 2014 003 861 U1 discloses a locker system with a plurality of compartments. Each compartment has a lockable door with a customer lock and a control lock, wherein the customer lock has a mechanically operated by a customer key latch and the control lock has an electronically actuated latch. The control locks can be released with a central data entry unit.

The American patent application US 2012/0078413 A1 discloses a device for recharging batteries. The device comprises a plurality of compartments, each of which can be locked with a door. The doors are provided with a lock.

The German Utility Model DE 20 2014 001 252 U1 discloses a locker as a battery charging station with a badge reader. The locker for storing the battery to be charged has a locker door that can be opened with a micro-reader or with a smart card reader.

The invention has for its object to provide a locker system that allows a simple and cost-effective change from one locking system to another and thereby reduces the parts variance for the components of the locking system. At the same time a cost-effective retrofitting of the locking system without replacement of the doors for the locker system should be possible.

This object is achieved by a locker system comprising the features of claim 1.

The invention is further based on the object to provide a door for a locker system that does not need to be replaced when retrofitting a locking system.

This object is achieved by a door for a locker system comprising the features of claim 15.

In addition, the invention has for its object to provide a method for producing a door in which the door can be provided with different locking systems, without having to be replaced when installed.

This object is achieved by a method for producing a door comprising the features of claim 16.

The locker system according to the invention comprises a plurality of user-accessible compartments, each of which is closable with a door. According to the invention, each door of the user-accessible compartments has formed a plurality of mounting structures. At least one first mounting structure and a plurality of second mounting structures are introduced holes which pass through the door. A plurality of third mounting structures and a plurality of fourth mounting structures are formed in the form of a thread. In the embodiment of the double-walled metal doors, the threads are formed in so-called rivet nuts. The threads point towards an inside of the door and are substantially flush therewith. As a result of this multiplicity of mounting structures, different locking systems can optionally be mounted on one and the same door on the inside and / or the outside. This has the advantage that the retrofitting of the locking system according to the invention can be carried out inexpensively and without problems. In the event that the doors are made of sheet steel, The holes for the mounting structures can also be punched.

Preferably, the locker according to the invention is made of steel, that is the housing, such as side and back walls, and the doors are formed of steel. The surfaces of the individual elements (parts) of the locker system according to the invention are provided with a finish or a coating. Likewise, it is also conceivable that combinations with a housing made of steel and doors made of wood, artificial stone, plastic such as HPL (High Pressure Laminate) or the like for the locker according to the invention find application. Of course, it is also conceivable that both the housing and the doors of the locker system according to the invention are made of wood or plastic.

Designs of the locker system according to the invention in HPL are then recommended especially for a construction in wet rooms. All existing steel components of the locker system according to the invention are made of a steel blank by means of a Umkantprozesses. The folded edge gives the component additional stability.

For the locking systems of the locker system according to the invention various embodiments are possible because the locking system is electronic, electromagnetic, purely mechanical or electromechanical.

In a first preferred embodiment of the locker system according to the invention a cylinder lock is used in the first mounting structure of the door for a user-accessible compartment of the locker system according to the invention, which is surrounded by a lock plate. The lock plate is releasably secured to an outside of the door via the plurality of second mounting structures. The locking system according to this embodiment is thus purely mechanical.

In a further embodiment of the locker system according to the invention, a rotary bolt lock with a lock plate is inserted into the first mounting structure. The lock plate is releasably secured via the plurality of second mounting structures on an outer side of the door. The locking system according to this embodiment is therefore also purely mechanical.

In a further embodiment of the locker system according to the invention, a cylinder of a deposit lock is used in the first mounting structure, which is surrounded by a lock plate. The lock plate is releasably secured via the plurality of second mounting structures on an outer side of the door. The deposit lock is releasably attached to the inside of the door via the plurality of third mounting structures with the thread. Also, the locking system according to this embodiment is purely mechanical.

In a further embodiment of the locker system according to the invention an actuating element of an electronic lock is used in the first mounting structure, which is surrounded by a lock plate. The lock plate is releasably secured to an outside of the door and covers the plurality of second mounting structures. The electronic lock is fastened to the inside of the door via the threads of the several third mounting structures. Another plate is releasably attached to an inside of the door via the plurality of third mounting structures. The further plate covers the first mounting structure and the plurality of second mounting structures from the inside of the door. The locking system according to this embodiment is thus electronic.

In a further embodiment of the locker system according to the invention, a plate covers the first mounting structure and the plurality of second mounting structures. An electronic lock is attached via the several fourth mounting structures with their thread on the inside of the door. The locking system according to this embodiment is therefore also electronic.

In a particularly advantageous embodiment of the locker system according to the invention, at least one operator-accessible compartment is assigned to the user-accessible compartments. The operator-accessible compartment can be closed by a door and comprises an information device pointing to the outside of the door. If the locking systems used are electronic, the information device is designed in the form of a touch display. Via the touch display, the user can enter several parameters or information about the availability of the individual user-accessible compartments ( 52 ). In the event that the locking system of user-accessible compartments is rich mechanical, the information device is an information panel for using the locker system.

The door of the operator-accessible compartment can also be closed with a locking system. The locking system of the operator-accessible compartment is preferably mechanical, since in the event of a defect in the locker system or even in the event of a power failure, at least the operator-accessible compartment can be opened. Preferably, a cylinder lock is used for the operator-accessible compartment.

In a further advantageous embodiment of the locker system according to the invention provided at least on a side wall of the user-accessible compartments, a cable channel by means of which the electronic or electromechanical locking systems power is supplied. Likewise, in each individual user-accessible compartments can be provided in each case a safety socket. The sockets can each be equipped with their own FI circuit breakers to prevent damage to the locker system by a faulty to be charged accumulator.

In a further embodiment of the locker system according to the invention, the cable duct has a socket and / or a USB slot, for example, to give the user of a user-accessible compartment the possibility of a battery of a mobile device, an e-bike, a pedelec or the like. During to be able to charge a storage in the compartment.

In particular, the operator accessible compartment is intended to provide power to the user accessible compartments. Thus, it is conceivable that a recess is formed by the operator-accessible compartment in a side wall of the locker system, so that the operator-accessible compartment via lines power is supplied from an external power source. Through a distributor in the operator-accessible compartment, the power can then be supplied to the many user-accessible compartments. For this purpose, then all compartments have a recess formed in a rear wall of the locker system, through which then the power lines are guided from the operator-accessible compartment to the cable channel of the user-accessible compartments.

The touch display on the door of the operator-accessible compartment is needed for an electronic control, i. H. if the lock systems of the locker system are electronic. When using mechanical locking systems, the display is replaced with an info board. The information board is, for example, a user manual about the mechanical locking systems of the locker system.

It should also be noted that in electronic locking systems, the door of the operator-accessible compartment includes, in addition to the display, a transceiver system, such as an RFID reader. By contrast, if the locking systems are mechanical, the transmitter-receiver system on the door also falls away. There then, for example, another information board is attached. This information board then informs about the equipment of user-accessible subjects, such as that they are equipped with a power outlet.

In a further embodiment of the locker system according to the invention several locker systems are provided. The multiple locker systems are then modular, depending on customer requirements, connectable to a larger unit.

The door according to the invention for a locker system is characterized in that the door has formed a plurality of mounting structures for user-accessible compartments. Due to the large number of mounting structures formed in the door, it is possible for one of a plurality of different locking systems to be detachably connected to the door on each of an inner side and / or outer side of the door.

The method according to the invention for producing a door for a user-accessible compartment of a locker system comprises a plurality of steps. In a door leaf, for the door, a plurality of holes or recesses are introduced for mounting structures. The introduced holes, which pass through the door, thus form a first mounting structure and a second mounting structure. For solid door leaves for the doors, the holes are formed as blind holes. A third mounting structure and a fourth mounting structure are each formed by a thread which is inserted into the blind hole. In the case of a double-walled door leaf made of sheet steel, rivet nuts with a thread are inserted into the third mounting structures and the fourth mounting structures. The thread points towards the inside of the door. In the event that the door leaf for the door consists of a steel blank, the ready-to-use door is formed by a Umkantprozess.

In particular, the door is provided with mounting structures in such a way that a selected type of locking system can be detachably mounted on the door in each case. A conversion of the door or even an exchange is not required when replacing the locking system. The locker system according to the invention can be upgraded and downgraded with regard to the locking system.

In a first embodiment of the method according to the invention, a cylinder lock is inserted into the first mounting structure. The cylinder lock is surrounded by a lock plate. The lock plate is releasably secured to the outside of the door via the plurality of second mounting structures.

A further embodiment of the method according to the invention provides that a rotary bolt lock with a lock plate is inserted into the first mounting structure. The lock plate is then releasably secured to the outside of the door via the plurality of second mounting structures.

In a further embodiment of the method according to the invention, a cylinder of a deposit lock is inserted into the first mounting structure. The cylinder is surrounded by a lock plate. The lock plate is releasably secured to the outside of the door via the plurality of second mounting structures. The deposit lock is releasably secured to the inside of the door via the plurality of third mounting structures formed as threads.

In a further embodiment of the method according to the invention an actuating element of an electronic lock is used in the first mounting structure, which is surrounded by a lock plate. The lock plate is releasably secured to the outside of the door and covers the several second mounting structures. The electronic lock is fastened detachably to the inside of the door via the several third mounting structures with the associated threads.

In a first embodiment of the method according to the invention, the first mounting structure and the plurality of second mounting structures are covered by means of a plate. An electronic lock is releasably secured to the inside of the door via the plurality of fourth mounting structures with the dedicated and correspondingly arranged threads.

In the following, the invention and its advantages will be described in more detail with reference to the accompanying drawings. Show it:

1 a perspective view of the locker system according to the invention;

2 a schematic plan view of an inside of a door of a user-accessible compartment, wherein the door has formed a plurality of mounting structures;

3 a schematic plan view of an outside of the door after 2 ;

4 an enlarged view of the mounting structures of the door after 2 ;

5 a perspective view of the locker according to the invention after 1 with the doors of the user-accessible and operator-accessible compartments removed;

6 a perspective view of the user-accessible compartment with a recess in a rear wall;

7 also a perspective view of the user accessible compartment, wherein on a side wall a cable channel is provided;

8th a perspective view of the operator-accessible compartment 1 and 5 ;

9 a schematic plan view of an inside of a door of the operator-accessible compartment, wherein the door has formed a plurality of mounting structures;

10 a perspective view of a support member according to 8th ;

11 a schematic plan view of an outside of the door of the user-accessible compartment with a mounted cylinder lock;

12 a schematic Schnittanasicht the door after 11 ;

13 a schematic plan view of an inside of the door after 11 ;

14 a schematic plan view of an outside of the door of the user-accessible compartment with a mounted rotary bolt lock;

15 a schematic Schnittanasicht the door after 14 ;

16 a schematic plan view of an inside of the door after 14 ;

17 a schematic plan view of an outside of the door of the user-accessible compartment with a mounted cylinder of a deposit lock;

18 a schematic Schnittanasicht the door after 17 ;

19 a schematic plan view of an inside of the door after 17 ;

20 a schematic plan view of an outside of the door of the user-accessible compartment with a mounted actuator of an electronic lock;

21 a schematic Schnittanasicht the door after 20 ;

22 a schematic plan view of an inside of the door after 20 ;

23 a schematic plan view of an outside of the door of the user-accessible Compartment with another assembled electronic lock;

24 a schematic Schnittanasicht the door after 23 ;

25 a schematic plan view of an inside of the door after 23 ;

26 a schematic plan view of another embodiment of the cable channel of the user-accessible compartment after 7 ;

27 a schematic plan view of another embodiment of the cable channel of the user-accessible compartment after 7 ;

28 a schematic plan view of yet another embodiment of the cable channel of the user-accessible compartment after 7 ; and

29 exemplified a schematic plan view of a steel blank, which is used for the production of the door according to the invention for the locker system.

In the figures, identical reference numerals are used for the same or equivalent elements of the invention. Furthermore, for the sake of clarity, only reference symbols are shown in the individual figures, which are required for the description of the respective figure. The illustrated embodiments are merely examples of how the locker according to the invention, the door according to the invention for a locker system and the method for producing a can be configured and are not to be understood as a final restriction. The proportions of the individual elements to one another in the figures do not always correspond to the actual size ratios, since some shapes are simplified and other shapes are shown enlarged in relation to other elements for better illustration. Although the following description is limited to a locker system whose best parts are made from sheet steel blanks by being edged, this should not be construed as limiting the invention.

1 shows a perspective view of the locker system according to the invention 10 , The locker system according to the invention 10 includes a variety of user accessible compartments 52 (please refer 5 ), each with a door 30 are closable. According to the invention, every door has 30 the user-accessible partitions 52 a variety of mounting structures 41 . 42 . 42 . 44 educated. These mounting structures 41 . 42 . 42 . 44 are in the 2 . 3 and 4 shown. The doors 30 to user-accessible partitions 52 are with a locking system 20 provided that can be designed individually according to the customer. In the embodiment shown here is the locker system 10 also with a door 31 for a user-inappropriate subject 54 (please refer 5 ) Mistake. The door 31 for the user ineligible tray 54 is also with a locking system 20 Mistake. In the simplest form is the locking system 20 a cylinder lock (purely mechanical). Further carries the door 31 for the user ineligible tray 54 a display 35 whose operating surface to the outside 34 the door 31 has. Likewise is at the door 31 for the user ineligible tray 54 a transceiver system 36 provided over which users of the locker system 10 can identify and access to subjects 52 get assigned. In a side wall 37 the locker system 10 is a recess 38 designed for a cable feedthrough. The operator-accessible compartment 54 can be supplied via lines power from an external power source. Through a distributor (not shown) in the operator accessible compartment 54 then the electricity can be used to the many user-accessible compartments 52 be supplied. For this all subjects have 52 . 54 a recess 38 in a back wall 39 the locker system 1 trained (see 5 ).

2 shows a schematic plan view of an inside 32 the door 30 of the user-accessible compartment 52 and 3 a schematic plan view of an outside 34 the door 30 to 2 , For a better illustration shows 4 an enlarged view of the mounting structures 41 . 42 . 42 . 44 the door 30 to 2 , In the embodiments shown here, the door has 30 a first assembly structure 41 and two second mounting structures 42 educated. Both the first assembly structure 41 as well as the two second assembly structures 42 are holes through the door 30 reach through. Because the basic material of the door 30 a steel sheet can be used to punch the holes. Four third assembly structures 43 and two fourth mounting structures 44 are punched holes, in which in the embodiment described here made of sheet steel rivet nuts with a thread 45 (please refer 19 . 22 and 25 ) are used. The thread 45 points to an inside 32 the door 30 down and is essentially with the inside 32 the door 30 flush. Likewise, on the inside 32 the door 30 two fasteners 56 provided that allow the door 30 of the user-accessible compartment 52 to provide at least one hinge.

Through this variety of mounting structures 41 . 42 . 42 . 44 are the locker system according to the invention 10 to 1 at one and the same door 30 optionally different locking systems 20 mountable. So can the locking system 20 electronically in one embodiment and purely mechanical in another embodiment. In a Another embodiment is the locking system 20 even electromechanical or electromagnetic.

5 shows the embodiment of the locker system according to the invention 10 without the doors 30 for the user-accessible subjects 52 and without the door 31 for the operator-accessible compartment 54 , As already mentioned, can through the recesses 38 on the back wall 49 Power from the operator accessible compartment 54 the user-accessible partitions 52 be supplied. The operator accessible partition 54 includes in the embodiment shown here a shelf 58 , The shelf 58 serves for further storage in the operator-accessible compartment 54 , Here, for example, the distributor for power distribution described above can be placed.

6 shows enlarged view of a part of the locker system 10 in a perspective view. Through the recess 38 in the back wall 39 of the user-accessible compartment 52 Can provide a power supply to the user accessible compartment 52 be supplied. In 7 is also a perspective view of the user-accessible compartment 52 shown. Here is on a side wall 37 a cable channel 70 provided by means of the electronic, electromagnetic or electromechanical locking systems 20 Electricity from the operator accessible compartment 54 (please refer 5 ) can be fed. In the embodiment shown here is on the cable channel 70 a socket 72 assembled. For example, this is the user of a user-accessible compartment 52 the possibility of a battery (for a mobile device, an e-bike, a pedelec, etc.) during storage in the compartment 52 charge.

8th shows a perspective view of the operator-accessible compartment 54 the locker system 10 to 1 and 5 , 9 shows a schematic plan view of an inside 32 a door 31 the operator-accessible compartment 54 , The inside of the door 31 has a variety of mounting structures 47 . 48 has trained. At a substantially rectangular opening 46 in the door 31 the operator-accessible compartment 54 is the previously described touch display 35 (please refer 1 ) arranged. The touch display 35 is doing about one on the inside 32 the door 31 attached support member 49 (please refer 10 ) Held so that this for a user from outside the locker system 10 through the opening 46 is usable. 10 shows in a perspective view of such a support member 49 , The support element 49 is by means of a welding process or by screwing on the door 31 attached. As in 9 are a variety of fifth mounting structures 47 and sixth mounting structures 48 in the door 31 formed. The variety of fifth assembly structures 47 is for the inclusion of in 1 illustrated transmitter-receiver system 36 formed. A sixth assembly structure 48 is for the assembly of in 1 and 8th illustrated locking system 20 formed.

11 shows a schematic plan view of an outside 34 the door 30 of the user-accessible compartment 52 (please refer 5 ) with the locking system 20 , The locking system 20 is a cylinder lock 2 that of a lock plate 3 is surrounded. The lock plate 3 protects the cylinder lock 2 against vandalism and makes unauthorized access difficult. This is shown by the same 12 and 13 , where in 12 the door 30 in a schematic Schnittanasicht after 11 and in 13 an inside 32 the door 30 to 11 is shown. As from the in 12 shown view, engages the cylinder lock 2 from the outside 34 the door 30 on the inside 32 the door 30 by.

The cylinder lock 2 is in the first assembly structure 41 used and is from a lock plate 3 surround. The lock plate 3 is about the two second assembly structures 42 detachable on the door 30 fastened (screwed). When closing the door 30 then locks a bolt 1 of the cylinder lock 2 into a locking slot 11 (please refer 26 ) and closes the door 30 of the user-accessible compartment 52 , The locking system 20 the door 30 according to this embodiment is thus purely mechanical.

14 shows a schematic plan view of an outside 34 the door 30 of the user-accessible compartment 52 (please refer 5 ) with a mounted rotary bolt lock 4 , This is shown by the same 15 and 16 , where in 15 the door 30 in a schematic Schnittanasicht after 14 and in 16 an inside 32 the door 30 to 14 is shown. As from the in 15 shown view engages the rotary bolt lock 4 from the outside 34 the door 30 on the inside 32 the door 30 by.

The rotary bolt lock 4 is in the first assembly structure 41 with a lock plate 5 used. The lock plate 5 is about the two second assembly structures 42 detachable on the door 30 fastened (screwed). When closing the door 30 then locks a bolt 1 of the rotary bolt lock 2 into a locking slot 11 (please refer 26 ) and closes the door 30 of the user-accessible compartment 52 , The locking system 20 the door 30 according to this embodiment is thus also purely mechanical.

17 shows a schematic plan view of an outside 34 the door 30 of the user-accessible compartment 52 (please refer 5 ) with a mounted cylinder 6 a deposit lock 7 , This is shown by the same 18 and 19 , where in 18 the door 30 in a schematic Schnittanasicht to 17 and in 19 an inside 32 the door 30 to 17 is shown. As from the in 18 shown view, the cylinder engages 6 of the deposit lock 7 from the outside 34 the door 30 on the inside 32 the door 30 by.

In the first assembly structure 41 is the cylinder 6 of the deposit lock 7 used, which of a lock plate 3 is surrounded. The lock plate 3 is about the two second assembly structures 42 detachable on the door 30 fastened (screwed). The deposit lock 7 is about the four third assembly structures 43 over the threads 45 with suitable screws (not shown) detachable on the inside 32 the door 30 attached. The locking system 20 the door 30 is again purely mechanical according to this embodiment.

20 shows a schematic plan view of an outside 34 the door 30 of the user-accessible compartment 52 (please refer 5 ) with a mounted actuator 8th an electronic lock 9 , This is shown by the same 21 and 22 , where in 21 the door 30 in a schematic Schnittanasicht after 20 and in 22 an inside 32 the door 30 to 20 is shown. As from the in 21 shown view, engages the actuator 8th of the electronic lock 9 from the outside 34 the door 30 on the inside 32 the door 30 by.

In the first assembly structure 41 is the actuator 8th of the electronic lock 9 used, which of a lock plate 3 is surrounded. The lock plate 3 is detachable on an outside 34 the door 30 attached and covers the two second mounting structures 42 (please refer 2 ). The electronic lock 9 is about the four third assembly structures 43 with the threads 45 the rivet nuts on the inside 32 the door 30 attached. The electronic lock shown here 9 is eg a commercially known and commercial GANTNER electronic lock. The locking system 20 the door 30 is thus electronic according to this embodiment.

23 shows a schematic plan view of an outside 34 the door 30 of the user-accessible compartment 52 (please refer 5 ) with another mounted electronic lock 9 , This is shown by the same 24 and 25 , where in 24 the door 30 in a schematic Schnittanasicht after 23 and in 25 an inside 32 the door 30 to 23 is shown.

A detachably mounted plate 12 covers here the first assembly structure 41 (please refer 2 ) and the two second mounting structures 42 from the outside 34 the door 30 down. Another plate 13 covers here the first assembly structure 41 and the two second mounting structures 42 from the inside 32 the door 30 down. The further plate 13 is with suitable screws 15 over the threads 45 attached. The electronic lock 9 is about the two fourth assembly structures 44 with the thread 45 the rivet nuts on the inside 32 the door 30 attached. The electronic lock shown here 9 is z. B. a commercially available and commercially available METRA electronic lock. The locking system 20 the door 30 is thus also electronic according to this embodiment.

26 shows a schematic plan view of another embodiment of the cable channel 70 of the user-accessible compartment 52 to 7 , In the embodiment shown here, the cable channel is used 70 to one at the door 30 attached electronic lock 9 to supply electricity. In addition, the cable channel 70 next to a power outlet 72 also a USB slot 74 on.

27 shows a schematic plan view of a second embodiment of the cable channel 70 of the user-accessible compartment 52 to 7 , Although the cable duct supplies 70 also an electronic lock here 9 with power, however, includes the cable channel 70 in this embodiment, only one outlet 72 , The power outlet 72 has a lid here 73 educated.

28 shows a schematic plan view of another embodiment of the cable channel 70 of the user-accessible compartment 52 to 7 , Over the cable channel 70 will only be an electronic lock 9 supplied with the energy required for the closing and opening process.

29 shows an example of a schematic plan view of a steel blank 80 the for the production of the door according to the invention 30 for a user-accessible compartment 52 (please refer 5 ) of the locker system according to the invention 10 , The steel blank 80 has several fold lines 82 indicated, along which a folded edge of the steel blank 80 is carried out. The folded edge also increases the stability of the finished door 30 achieved.

Although certain specific embodiments have been described above for the purpose of illustrating the invention, the teaching of this patent application has general applicability and thus is not limited to the specific embodiments described above. Accordingly, various modifications, adaptations, and combinations of various features of the described embodiments may be made without departing from the scope of the invention as set forth in the claims.

LIST OF REFERENCE NUMBERS

1

 bars

2

 cylinder lock

3

 lock plate

4

 Rotary bolt lock

5

 lock plate

6

 cylinder

7

 deposit lock

8th

 actuator

9

 electronic lock

10

 locker system

11

 lock slot

12

 plate

13

 Inside plate

15

 screw

20

 locking system

30

 Door of user accessible partition

31

 Door of the operator accessible compartment

32

 inside

34

 outside

35

 Information means; Touch display; Bulletin Board

36

 Transmitter-receiver system

37

 Side wall

38

 recess

39

 rear wall

41

 first mounting structure of the door of the user accessible compartment

42

 second mounting structure of the door of the user accessible compartment

43

 third mounting structure of the door of the user accessible compartment

44

 fourth mounting structure of the door of the user accessible compartment

45

 thread

46

 opening

47

 fifth assembly structure

48

 sixth assembly structure

49

 supporting member

52

 user-accessible compartment

54

 operator-accessible compartment

56

 fastener

58

 Fold bottom

70

 Cabel Canal

72

 socket

73

 cover

74

 USB slot

80

 Cutting, steel cutting

82

 fold line

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 20219042 U1 [0003]
• DE 102012004489 A1 [0004]
• DE 202014003861 U1 [0005]
• US 2012/0078413 A1 [0006]
• DE 202014001252 U1 [0007]

Claims (22)

Locker system ( 10 ), with a large number of user-accessible compartments ( 52 ), each with a door ( 30 ) are closable, characterized in that each door ( 30 ) of the user-accessible compartments ( 52 ) a plurality of mounting structures ( 41 . 42 . 43 . 44 ), wherein at least one first mounting structure ( 41 ) and several second assembly structures ( 42 ) are introduced through the door ( 30 ) and wherein a plurality of third mounting structures ( 43 ) and several fourth assembly structures ( 44 ) Thread ( 45 ), which are to an inside ( 32 ) the door ( 30 ), so that on the mounting structures ( 41 . 42 . 43 . 44 ) on one and the same door ( 30 ) optionally different locking systems ( 20 ) are mountable. Locker system ( 10 ) according to claim 1, wherein the locking systems ( 20 ), are purely mechanical, electronic, electromagnetic or electromechanical. Locker system ( 10 ) according to claim 1 and 2, wherein in the first mounting structure ( 41 ) a cylinder lock ( 2 ) is inserted, which of a lock plate ( 3 ), wherein the lock plate ( 3 ) over the several second assembly structures ( 42 ) detachable on an outside ( 34 ) the door ( 30 ) is attached. Locker system ( 10 ) according to claim 1 and 2, wherein in the first mounting structure ( 41 ) a rotary bolt lock ( 4 ) with a lock plate ( 5 ) is inserted, wherein the lock plate ( 5 ) over the several second assembly structures ( 42 ) detachable on the door ( 30 ) is attached. Locker system ( 10 ) according to claim 1 and 2, wherein in the first mounting structure ( 41 ) a cylinder ( 6 ) of a deposit lock ( 7 ), which of a lock plate ( 3 ), wherein the lock plate ( 3 ) over the several second assembly structures ( 42 ) detachable on an outside ( 34 ) the door ( 30 ) and the deposit lock ( 7 ) over the several third assembly structures ( 43 ) with the thread ( 45 ) detachable on an inner side ( 32 ) the door ( 30 ) is attached. Locker system ( 10 ) according to claim 1 and 2, wherein in the first mounting structure ( 41 ) an actuating element ( 8th ) of an electronic lock ( 9 ), which of a lock plate ( 3 ) which is detachable on an outer side ( 34 ) the door ( 30 ) and the plurality of second mounting structures ( 42 ) and the electronic lock ( 9 ) over the threads ( 45 ) of the several third assembly structures ( 43 ) on an inside ( 32 ) the door ( 30 ) is attached. Locker system ( 10 ) according to claims 1 and 2, wherein a plate ( 12 ) detachable on an outside ( 34 ) the door ( 30 ) over the several second assembly structures ( 42 ) and the plate ( 12 ) the first assembly structure ( 41 ) and the plurality of second assembly structures ( 42 ) and wherein another plate ( 13 ) detachable on an inner side ( 34 ) the door ( 30 ) over the several third assembly structures ( 43 ) and the further plate ( 13 ) the first assembly structure ( 41 ) and the plurality of second assembly structures ( 42 ) from the inside ( 32 ) the door ( 30 ) and an electronic lock ( 9 ) over the several fourth assembly structures ( 44 ) with the thread ( 45 ) detachable on the inside ( 32 ) the door ( 30 ) is attached. Locker system ( 10 ) according to one of the preceding claims, wherein at least one operator-accessible compartment ( 54 ) the at least one user-accessible compartment ( 52 ) and wherein the operator-accessible compartment ( 54 ) with a door ( 31 ) is lockable and one to the outside ( 34 ) the door ( 31 ) pointing information device ( 35 ). Locker system ( 10 ) according to claim 8, wherein the door ( 31 ) of the operator-accessible compartment ( 54 ) with a locking system ( 20 ) is closable. Locker system ( 10 ) according to claim 8, wherein the information device is a touch display ( 35 ) for the operation of user-accessible compartments ( 52 ). Locker system ( 10 ) according to claim 8, wherein the information device has an information panel ( 35 ) for the operation of user-accessible compartments ( 52 ). Locker system ( 10 ) according to one of the preceding claims, wherein at least on one side wall ( 37 ) of each of the user-accessible compartments ( 52 ) a cable channel ( 70 ), so that the electronic, electromagnetic or electromechanical locking systems ( 20 ) Power can be supplied. Locker system ( 10 ) according to claim 12, wherein the cable channel ( 70 ) a socket ( 72 ) and / or a USB slot ( 74 ) having. Locker system ( 10 ) according to one of the preceding claims, wherein several of the locker systems ( 10 ) can be modularly connected to a larger unit. Door ( 30 ) for a locker system ( 10 ) according to one of the preceding claims 1 to 14, characterized in that the door ( 30 ) for user-accessible subjects ( 52 ) a variety of Assembly structures ( 41 . 42 . 43 . 44 ), so that on an inner side ( 32 ) and / or an outside ( 34 ) the door ( 30 ) each one of several different locking systems ( 20 ) with the door ( 30 ) is releasably connected. Method for producing a door ( 30 ) for a user-accessible compartment ( 52 ) a locker system ( 10 ), characterized by the following steps: • that in the door ( 30 ) a plurality of mounting structures ( 41 . 42 . 43 . 44 ) is introduced; • that a first assembly structure ( 41 ) and a second assembly structure ( 42 ) remain as introduced holes; and • that several third assembly structures ( 43 ) and several fourth assembly structures ( 44 ) each have a thread ( 45 ) and the threads ( 45 ) to an inside ( 32 ) the door ( 30 ) are used. The method of claim 16, wherein the door ( 30 ) with mounting structures ( 41 . 42 . 43 . 44 ), that on an inner side ( 32 ) and / or an outside of the door ( 30 ) each one selected type of locking system ( 20 ) is mounted. Method according to claims 16 and 17, wherein in the first mounting structure ( 41 ) a cylinder lock ( 2 ) is used, which of a lock plate ( 3 ) is surrounded and the lock plate ( 3 ) over the several second assembly structures ( 42 ) on the outside ( 34 ) the door ( 30 ) is releasably secured. Method according to claims 14 and 15, wherein in the first mounting structure ( 41 ) a rotary bolt lock ( 4 ) with a lock plate ( 5 ) is used, and wherein the lock plate ( 5 ) over the several second assembly structures ( 42 ) on the outside ( 34 ) the door ( 30 ) is releasably secured. Method according to claims 16 and 17, wherein in the first mounting structure ( 41 ) a cylinder ( 6 ) of a deposit lock ( 7 ), which of a lock plate ( 3 ), wherein the lock plate ( 3 ) over the several second assembly structures ( 42 ) on the outside ( 34 ) the door ( 30 ) and the deposit lock ( 7 ) over the several third assembly structures ( 43 ) on the inside ( 32 ) the door ( 30 ) is releasably secured. Method according to claims 16 and 17, wherein in the first mounting structure ( 41 ) an actuating element ( 8th ) of an electronic lock ( 9 ) is used, which of a lock plate ( 3 ) is surrounded on an outside ( 34 ) the door ( 30 ) is releasably secured and the plurality of second mounting structures ( 42 ) and the electronic lock ( 9 ) over the several third assembly structures ( 43 ) over the threads ( 45 ) on the inside ( 32 ) the door ( 30 ) is attached. A method according to claims 16 and 17, wherein by means of a on the outside ( 34 ) the door ( 30 ) detachably mounted plate ( 12 ) the first assembly structure ( 41 ) and the plurality of second assembly structures ( 42 ) and where another plate ( 13 ) detachable on an inner side ( 34 ) the door ( 30 ) over the several third assembly structures ( 43 ), so that the further plate ( 13 ) the first assembly structure ( 41 ) and the plurality of second assembly structures ( 42 ) from the inside ( 32 ) the door ( 30 ) are covered; and wherein an electronic lock ( 9 ) over the several fourth assembly structures ( 44 ) with the thread ( 45 ) on the inside ( 32 ) the door ( 30 ) is attached.

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