EP3299552A1 - Modular lock - Google Patents

Abstract

The invention relates to a lock (1) for a pivotally mounted wing of a door or window comprising a lock housing (12), a lock bottom (13) and a removable lock cover (14) and at least one lock plate (12 ) cross-locking element (15, 16) and a cooperating with the locking element slide plate (17). In order to create a lock (1) which can be produced inexpensively and which is adaptable to the most diverse requirements, it is proposed that the lock bottom (13) has receptacles (18) for holding at least two different modules (3, 4, 5, 6, 7) , wherein the modules are each formed as a replaceable assembly and each having a module carrier (31, 41, 51, 61, 71), which carries a plurality of module components of the module and in turn to the receptacles (18) of the lock bottom (13) is supported, wherein the slide plate connects a locking element and at least one of the modules with each other.

Description

The invention relates to a lock for a pivotally mounted wing of a door or a window according to the features of the preamble of claim 1.

From the WO 2013/114409 A1 a lock is known, which includes a castle forend and a lock housing. In order to adapt the lock to individual events, it is provided that then individual extensions can be connected to the lock housing, which may include, for example, additional locking elements or drive devices. This makes it possible to individually upgrade the lock and adapt to increased security requirements.

In practice, increasingly high demands are placed on the application areas of locks. To cover a correspondingly wide range of applications with a lock, a high design effort is required.

It is an object of the present invention to provide a lock, which has a wide range of applications and can be produced in a simple manner. In particular, the lock should be as inexpensive to produce.

This object is achieved with a lock according to the features of claim 1.

According to the invention it is provided that the lock bottom has mechanical receptacles for holding at least two different modules, each formed as an assembly, and that the modules each have a module carrier, which carries a plurality of module components of the module and is supported on the recordings of the lock floor and in that at least one of the modules is connected to the slide plate.

About the held in the castle floor modules, the lock can be individually adapted to different circumstances. A major advantage is that the space required for the lock does not change, since the modules are arranged within the lock housing. A simple production and handling is obtained by each module has a module carrier that holds individual module components and summarizes them so to speak to a separate module. By inserting this module carrier or connecting this module carrier with the lock bottom, the respective module is mechanically fixed and stable connected to the lock bottom. For the configuration of the lock individual modules can be selected to assemble a specific lock configuration. In addition, depending on the application, the lock with more or less modules, depending on which functions the lock has to fulfill.

It is advantageous that the slide plate controls the ejection of one or more locking elements and connects a locking element or a plurality of locking elements with one or more modules. Preferably, the slide plate connects two or more modules together. These two or more modules are motion coupled through the pusher plate and connected to the latching element or a plurality of latching elements. This makes it possible to control even complex lock procedures. By coupling two or more modules, the at least two modules are coupled to one another in order to control complex lock sequences. For example, can be realized with a lock housing either either a simple key-operated lock, or a self-locking panic lock with tax trap or auxiliary trap, or a motor lock.

Preferably, the slide plate extends from the locking element to a remotely located from the locking element module or up to several remote from the locking element modules. The slide plate extends parallel to the lock cover or the lock bottom and is linearly translationally mounted to transmit a movement from one module to another module and / or from a module to the locking element or the locking elements. Also, a pivotable mounting of the slide plate in the lock housing can be provided.

It is envisaged that the lock is designed for a pivotally mounted wing of a door or a window in order to lock this wing with respect to a frame. The lock housing can be used as a built-in housing be educated. It includes a castle forend, a castle floor and a removable castle ceiling. A locking element by cross-bolt element, such as a lock bolt or a latch bolt is provided and serves to lock the wing against a frame. Via a slide plate, the locking element is actuated and moved between an excluded from the lock housing locked position and a retracted into the lock housing unlocked position. The slide plate is motion-coupled with the locking element.

The mechanical recordings of the lock bottom can be designed, for example, as form-fitting receivers into which a module carrier is inserted. Alternatively or additionally, the mechanical recordings can also be designed as screw connections or latching or clip connections. Also riveting for receiving and holding a module carrier is possible in this sense.

Under module carrier is understood in this sense, a component which is formed as a flat plate or as a preferably angled profile. At this individual components of a module can be mechanically attached or movably mounted. In particular, the module carrier mechanically connects these individual module components of a module to one another. This module is preferably designed as an independent module or as an exchangeable module. It is provided in particular that the assembly is designed as a part which is independent of the other lock components manageable.

In one embodiment, it can also be provided that the lock bottom has mechanical receptacles for holding at least three different modules or four different modules, depending on the requirements of the variety of functions of the castle. Such mechanical receptacles may include a positive connection or a frictional connection. For example, the receptacles may be formed as a thread or as pass holes or as a tangible recesses or as a pin.

In particular, it is provided that the at least two modules each have a connection element which establishes a connection between a module and the slide plate. Preferably, the slide plate connects two of the modules or more of the modules with each other, in particular by the slide plate is connected to the connection elements of the modules or holds the connection elements of the modules. It can also be provided that a connection element establishes a connection between a module and another module. The connecting element can be designed as a pin connection or as a screw connection or as a clip connection and accordingly have a pin, a screw or a clip. It is essential that the connecting element produces a mechanically stable connection between a module and the slide plate or between a module and another module. It is further provided in particular that the connection element is movably mounted relative to the lock bottom and / or module carrier and transmits a movement from the module to the slide plate or another module or transmits a movement starting from the slide plate to the module.

It is preferably provided that the at least two modules each have a relative to the module carrier and / or relative to the lock bottom movably mounted module component, preferably that the movably mounted module component is formed as a connection element or is connected to the connection element.

An embodiment may provide that a module is designed as a supplementary trap module, comprising an additional trap module carrier, an additional trap and the additional spring acting on the additional case and at least one operable by the additional case gear element and a Fallenmodulanschlusselement for connecting the additional trap with the slide plate and / or another module wearing. About the additional trap module, for example, a lock bolt can be controlled to trigger a lock of the lock bolt at a self-locking lock, as soon as the door gets into the closed position. In addition, the additional trap module may have a flow control, which includes a tamper protection and prevents the lock bolt precludes accidental operation of the additional case with the door open from the lock housing.

In one embodiment it can be provided that a module is designed as a nut module comprising a nut module carrier, which carries a lock nut or at least two nut parts and a pusher mandrel receptacle, and a nut connection element for connecting the nut module with the slide plate and / or another module.

To provide a panic lock that has different panic functions, it can be provided that the nut module carrier a lock nut carries at least two nut parts and also one or more pawls for engaging and / or disengaging the nut parts are mounted on the nut parts or Nutmodulträger.

In order to enable an adjustment of the panic functions or to allow targeted control of an opening of the lock via a door handle, it can be provided that a module is designed as a coupling module comprising a Einkoppelmodulträger, a Einkoppelmotor, a coupling gear and a Einkoppelmodulanschlusselement for connecting the Coupling module has the nut module.

To enable comfortable operation of the lock, it can be provided in one embodiment that a module is designed as a drive module, comprising a drive module carrier, a drive motor and a drive gear and a drive module connection element for connecting the drive module to the slide plate and / or to another module , The drive module can, for example, drive the locking elements of the lock and thus enable remote-controlled motorized unlocking and / or locking of the lock.

In one embodiment, it can be provided that a module is designed as a spring accumulator, comprising a spring module carrier having a spring, a spring guide and a spring module connection element for connecting the spring accumulator to the slide plate or another module. The spring accumulator can cooperate, for example with the slide plate and / or a locking element to store the energy incurred when opening the lock. Over the spring memory can then be realized a self-locking lock by the in the Spring stored energy is delivered to the locking element or the slide plate for locking the lock.

In the manufacture of a lock, the procedure is such that first the at least two modules are inserted into the lock bottom and fastened there, and subsequently a connection between the at least two modules and / or a locking element is created via one or more connection elements and in a subsequent step the slide plate is inserted and connected to one or more of the connecting elements and at least one locking element.

In a subsequent or final step then the lock housing can be closed by attaching the lock cover.

In order to achieve a cost-effective production, it can be provided that the at least two modules are designed as separate assemblies and are prefabricated before the onset of the modules in the castle floor. By prefabrication of the modules, it is possible to produce a lock in the manner of a modular principle within a short time. The modules are provided as finished independent assemblies in stock and are used in the manufacture of a lock as an already finished, tested and functional component in the castle. In this way it is possible to produce a lock within a significantly shorter time and with significantly increased quality and reliability.

Furthermore, it can be provided that at least two different module types are prefabricated by a module and a module to be inserted into the lock floor by a selection from these different ones Module types is selected. In particular, it can be provided, for example, that two module types with different drive power are produced by one module. Depending on the basic conditions and requirements of the lock, the appropriate module is selected. For a lock with less stringent requirements, the module can be selected with less power. If the lock is to be used for heavier doors or in a harsh environment, a module with greater driving force can be selected and inserted into the lock bottom. Accordingly, it may also be provided to form different types of modules which, for example, have a different resistance to temperature fluctuations and / or fire protection requirements. This makes it possible to customize the lock individually to the required requirements, without causing major structural changes of the castle are necessary.

Due to the ease of manufacture of the lock, can also be provided that a manufacturing kit is created comprising at least two prefabricated modules that are designed as preassembled modules and connectable to the lock floor. Through this manufacturing kit, it is possible in a simple manner to produce a corresponding lock or configure individually without great mechanical complexity.

It can also be provided that in the manufacturing kit at least one module is prefabricated as a set of at least two different module types and before the onset of a module in the lock bottom, a selection of a particular module type from this set. This makes it possible to provide a manufacturing kit, with the simple way and Way a lock can be produced and adapted to different requirements.

Another advantageous aspect of the lock according to the invention is also the ease of maintenance and easy repair of the castle. The modular design makes it possible to repair the lock in a simple manner by exchanging a module, without a costly disassembly and assembly, as in a conventional lock, which consists of a variety of items, is necessary.

Fig. 1a bis 1c:

Ein Ausführungsbeispiel des erfindungsgemäßen Schlosses,

Fig. 2:

einen Schlossboden,

Fig. 3a, 3b:

ein Ausführungsbeispiel eines Federspeichermoduls,

Fig. 4a, 4b:

ein Ausführungsbeispiel eines Zusatzfallenmoduls,

Fig. 5a, 5b:

ein Ausführungsbeispiel eines Nussmoduls,

Fig. 6a, 6b:

ein Ausführungsbeispiel eines Einkoppelmoduls,

Fig. 7a, 7b:

ein Ausführungsbeispiel eines Antriebsmoduls.

In the figures, an embodiment of the invention is shown and described below. Show it:

1a to 1c:

An embodiment of the lock according to the invention,

Fig. 2:

a castle floor,

3a, 3b:

an embodiment of a spring-loaded module,

4a, 4b:

an embodiment of an additional trap module,

5a, 5b:

an embodiment of a nut module,

6a, 6b:

an embodiment of a coupling module,

Fig. 7a, 7b:

an embodiment of a drive module.

The Figures 1a-1c show an embodiment of the inventive modular lock 1. In the Fig. 1a the lock 1 is shown in a side view with the lock cover 14 removed. The Fig. 1b shows the same lock in side view with removed slide plate 17. In Fig. 1c the lock 1 is shown with lock cover 14.

The lock 1 has a lock housing 11. The lock housing 11 comprises a lock bottom 13, a lock cover 14 and a lock face 12 arranged on the front side. Lock elements in the form of a lock catch 15 and a lock bolt 16 are mounted in the lock housing 11. To lock a wing, these locking elements are extended from the lock housing 11 and engage in a bolt receiving space, which is arranged on a door frame or window frame. As a result, the movably mounted wing of a door or a window is locked by the lock 1 relative to the door frame. To unlock the locking elements 15, 16 can be moved back into the lock housing 11 and thereby release the wing.

The lock housing 11 has a slide plate 17 in order to control or actuate the locking elements 15, 16. The slide plate 17 has a guide slot into which engages a pin arranged on the locking element 16. By the engagement of the pin on the locking element 16 in the gate of the slide plate 17, a movement of the slide plate 17 is converted into a movement of the locking element 16. The slide plate 17 and the locking element 16 are thereby coupled motion. A movement of the slide plate 17 in a vertical upward direction causes a movement of the locking element 16 in the direction of return; the locking element 16 moves into the lock housing 11. A movement of the slide plate 17 in the vertical direction downwards causes a movement of the locking element in the direction of closure; the locking element 16 extends out of the lock housing 11. The slide plate 17 serves to implement a sequence control. In this case, the provision of the locking element 16 is only triggered when actuated Zustzfalle 42, the locking element 15 is first actuated and then released again. The additional trap 42 will be described in detail below.

This sequence control serves to realize a self-locking mechanism. The Selbstrieglungsmechanismus causes a sebsttätigen Vorschluss of the locking element 15, i. one when the wing has reached its closed position on the door frame or on the window frame. In this position of the wing, the locking element 15 automatically moves out of the lock housing 11 and engages in the arranged on the door frame or window frame bolt receiving space.

Further, a lock nut 52 is mounted in the lock housing 11 to receive a door handle. About the lock nut or a door handle, the latch 15 and / or the latch 16 can be unlocked. At the top of the lock housing 11, a removable Treibriegelvorrichtung 2 connects. The floating bolt device 2 is designed as an optional module and can be removed from the lock housing 11. It serves to actuate an unillustrated locking bar of a switching mechanism in order to provide an additional locking point for a door leaf or a window sash.

The lock housing 11 has a plurality of separate installation spaces for receiving modules. As in Fig. 1b shown, several modules are accommodated in the lock housing. A nut module 5 cooperates with a spring-loaded module 3. In the rear region of the lock 1, a drive module 7 is arranged to operate the lock 1 remotely controlled and / or driven by a motor. A trap module 4 is on the cuff side, that is arranged in the front region of the lock 1, in order to control the bar exclusion of the bolt 16.

Further, the lock housing 11 in the area next to the lock cylinder receptacle and below the drive module 16 has a further space in which an optional coupling module can be used. In the example shown, this space is empty. With the aid of a coupling module, the lock 1 can be upgraded to remotely couple the lock nut motor and thus control panic functions of the lock 1.

In the Fig. 2 the lock bottom 13 is shown without built-in parts. From the FIG. 2 the receptacles 18 can be seen, which are formed in the lock bottom and for mechanical support of modules, such as the spring-loaded module 3 and / or the additional trap module 4 and / or the nut module 5 and / or the coupling module 6 and / or the drive module 7 serve , The receptacles 18 are formed as punched and / or dowel pins and / or threaded connections and arranged in the castle floor.

The spring memory module 3 is in the FIGS. 3a and 3b shown. The Fig. 3a shows the spring-loaded module 3 in a side view. The Fig. 3b The spring module module 31 holds all components of the spring module 3. On the spring module carrier 31, a compression spring 32 and a spring guide 33 are arranged. The compression spring 32 is connected at its upper end fixed to the spring module carrier 31. Its other end is movable relative to the spring module carrier 31 and connected to a pivot arm 341. The pivot arm 341 has at its lower end a connection element 34, via which the pivot arm 341 can be connected to the nut module 5. Furthermore, the spring module has a Torsion spring 35 which is supported on the spring module carrier 31. This torsion spring 35 acts on a rotary lever, at the end of a second connection element 36 is arranged, which cooperates with the slide plate 17.

In the in the FIGS. 3a and 3b shown embodiments is a spring module 3 for a two-piece nut. As a result, the spring-loaded module 3 has two springs 32 and two pivot arms 341 and two connection elements 34. In an alternative embodiment, the spring-loaded module 3 may also be designed as a spring-loaded module for a one-piece nut and consequently only have one spring 32, one leg arm 341 and one connecting element 34. In addition, it is provided to form the spring-loaded module 3 in different spring strengths, so as to adapt the force acting on the lock nut spring force to the respective requirements.

In the FIGS. 4a and 4b the additional trap module 4 is shown. The FIG. 4a shows the additional trap module 4 a side view. The FIG. 4b shows the additional trap module 4 in a 3D view. The additional trap module 4 has an additional trap module carrier 41, on which the elements of the additional trap module 4 are mounted or fastened. About the additional trap module carrier 41, the additional trap module 4 is connected to the lock bottom 13. The additional trap module 4 furthermore has an additional trap or auxiliary trap 42 which is displaceably mounted on the additional trap module carrier 41. This is acted upon by a compression spring 43 and passes through, as in the Figures 1a-1c is shown, the lock plate 12. The additional trap module 4 has a flow control, which makes it possible to control the exclusion of the lock bolt 16 in a self-locking lock 1. It is envisaged that the lock bolt 16 automatically excludes as soon as the door or the window enters the closed position. In addition, the additional trap module 4 is to prevent the lock bolt 16 from exiting the lock housing 16 during a manipulation attempt, as long as the lock 1 or the wing is not in the closed position.

Furthermore, the lock latch module 4 comprises gear elements, for example a rotatably mounted lever 45 with a connection element 44. The connection element 44 cooperates with the slide plate 17 of the lock 1 in order to control the bolt exclusion. It is envisaged that several types of additional trap modules are provided. For example, the logic of the sequence control or the strength of the spring 43 can be designed differently in order to cover the widest possible range of applications.

In the FIGS. 5a and 5b a nut module 5 is shown. The Fig. 5a shows the nut module in a side or top view. The Fig. 5b shows the nut module 5 in a three-dimensional representation. The nut module has a nut module carrier 51. Two nut parts, namely the first nut part 521 and the second nut part 522, are movably mounted on the nut module carrier 51. A pusher receptacle 53 is arranged in the first nut part 521 and the second nut part 522. Further, two pawls 551, 552 are arranged on the nut module carrier 51, which are rotatably mounted on the Nutmodulträger 51 and each cooperate with a Nussteil 521 or 522 to couple this Nussteil or decouple. By pivoting the respective pawl 551 or 552 in the direction of the nut part to this is coupled and takes in its rotation with the lock nut. By swinging the pawl, the corresponding Nussteil is uncoupled and rotates when actuated hollow, without taking the lock nut becomes. It is thus possible to control the opening of the lock operated by the lever and it is possible to realize different panic functions, depending on the position of the pawls. By means of a nut connection element 54, the nut module can be connected directly or indirectly via a transmission element to a fall module (not shown) and / or the slide plate 17 and / or the additional trap module 4. Even with the nut module 5, it is possible to design different types of modules. For example, a nut module 5 may be provided, which has a one-piece nut only, or, as shown in the FIGS. 5a and 5b shown comprising a multipiece nut.

In the Figures 6a and 6b is a coupling module 6 shown. The Fig. 6a shows the coupling module in plan view. The Fig. 6b shows a three-dimensional representation of the coupling module 6. The coupling module 6 has a Einkoppelmodulträger 61, on which a coupling motor 62 is supported. The coupling motor 62 actuates via a coupling gear a coupling slide 64, which is designed as a connection element. About the coupling slide 64, the coupling module can be connected to the nut module 5 to actuate the pawls of the nut module 5. Furthermore, the coupling module 6 is inserted via the coupling module carrier 61 into the lock bottom or a receptacle 18 of the lock bottom 13 and held there.

The FIGS. 7a and 7b show a drive module 7. The Fig. 7a shows a plan view and the Fig. 7b shows a three-dimensional representation of the drive module 7. The drive module 7 has a drive module carrier 71, on which the components of the drive module 7 are supported. The drive module carrier 71 can be used to install the drive module in the lock 1 be used in a receptacle 18 of the castle floor and is held there mechanically stable.

On the drive module carrier 71, a drive motor 52 is mounted, which actuates a connecting element 74 via a drive gear 73. The connecting element 74 is movably mounted on the drive module carrier 71 and can be moved linearly by the motor 52. The connecting element 74 cooperates with the slide plate 17 of the lock 1 in order to actuate the locking elements, in particular the lock bolt 16 and / or the lock latch 15, i. to unlock or lock.

Depending on the requirements of the locking force or the design of the lock 1 is also provided here that the drive module 7 is formed in different types of modules. Thus, a cost-effective and / or little space consuming claiming drive module 7 may be provided, in which a smaller drive motor 52 is used. Further, an additional drive module type may be provided in which a larger drive motor 72 is used to realize a higher actuation force. Depending on the requirements that are placed on the lock 1, the corresponding drive module 7 can be selected and inserted into the lock bottom 13. This makes it possible to adapt the lock 1 in a simple manner to a wide variety of requirements, without the need for a constructive revision of the castle is required.

In the manufacture of the lock 1, the lock bottom 13 can be manufactured as a separate part and provided with the exceptions 18. The individual modules are prefabricated and are already available as stock items. It is envisaged that made of individual modules different types of modules which differ, for example, in strength or robustness. For a desired lock, the modules suitable for the intended application areas are determined or selected. Thereafter, the selected for the lock to be produced 1 modules are used in the castle floor 13. After inserting the modules in the lock bottom they are modules via the slide plate 17 with each other or with the locking elements connected. After attaching the lock cover 14, the lock 1 is then fully assembled and can be tested or used on function.

LIST OF REFERENCE NUMBERS

1

lock

11

lock housing

12

lock face

13

Castle grounds

14

lock cover

15

latch

16

deadbolt

17

slide plate

18

Recordings

2

Shoot bolt device

3

Spring module

31

Spring module carrier

32

compression spring

33

leadership

34

first connection element

341

swivel arm

35

torsion spring

36

second connection element

4

Additional case module

41

Additional case module carrier

42

Additional trap / auxiliary trap

43

compression spring

44

Case module connector element

45

lever

5

nut module

51

Nuss module carrier

52

lock follower

521

first nut part

522

second nut part

53

Pusher pin receptacle

54

Nut connecting element

551

first pawl

552

second pawl

6

Einkoppelmodul

61

Einkoppelmodulträger

62

Einkoppelmotor

63

Einkoppelgetriebe

64

Einkoppelmodulanschlusselement / coupling slide

7

drive module

71

Drive module carrier

72

drive motor

73

drive gear

74

Drive module connection element

Claims (15)

Lock for a pivotally mounted wing of a door or a window with a lock housing (11) comprising a lock forend (12), a lock bottom (13) and a removable lock cover (14), and at least one locking element (15) passing through the lock face (12) 16) and a slide plate (17) cooperating with the locking element, the slide plate (17) being motion-coupled to the locking element (15, 16),
characterized,
that the lock base (13) mechanical housings (18) for supporting at least two different modules (3, 4, 5, 6, 7) which are each formed as an assembly, and
that the modules each having a module carrier (31, 41, 51, 61, 71) carrying a plurality of components of the module and on the receptacles (18) of the lock bottom (13) is supported, and that at least one of the modules (3, 4 , 5, 6, 7) is connected to the slide plate (17). Lock according to claim 1,
characterized,
that the at least two modules (3, 4, 5, 6, 7) in each case a connection element (34, 44, 54, 64, 74), that a connection between a module and the slide plate (17) produces or a connection between a Module and another module manufactures. Lock according to claim 1 or 2,
characterized,
in that the at least two modules (3, 4, 5, 6, 7) each have a module component movably mounted relative to the module carrier (31, 41, 51, 61, 71) and / or relative to the lock bottom (13), preferably that the movably mounted module component is designed as a connection element (34, 44, 54, 64, 74) or is connected to the connection element (34, 44, 54, 64, 74). Lock according to one of the preceding claims,
characterized,
in that a module is designed as additional trap module (4), comprising an additional trap module carrier (41), an additional trap (42) and a spring (43) acting upon the additional trap and at least one transmission element (45) actuatable by the additional trap and a trap module connection element (44) for connecting the additional trap module (4) with the slide plate (17) and / or another module carries. Lock according to one of the preceding claims,
characterized,
in that a module is designed as a nut module (5), comprising a nut module carrier (51) which has a lock nut (52) or at least two Nuts (521, 522) and a pusher mandrel receptacle (53) carries, as well as a Nussanschlusselement (54) for connecting the nut module with the slide plate (17) and / or another module. Lock according to claim 5,
characterized,
in that the nut module carrier (51) carries a lock nut which has at least two nut parts (521, 522) and in addition one or more pawls (551, 552) for engaging and / or disengaging the nut parts are held either on the nut parts or on the nut module carrier. Lock according to one of the preceding claims,
characterized,
in that a module is designed as a coupling-in module (6) comprising a coupling-in module carrier (61) which has a coupling motor (62), a coupling mechanism (63) and a coupling module connection element (64) for connecting the coupling module (6) to the nut module (5) , Lock according to one of the preceding claims,
characterized,
that a module as a drive module (7) is formed, comprising a drive module carrier (71), a drive motor (72) and a drive gear (73) and a drive module connector member (74) for connection of the drive module (7) to the slide plate (17) and / or another module. Lock according to one of the preceding claims,
characterized,
in that a module is designed as a spring accumulator (3), comprising a spring module carrier (31), a spring (32), a spring guide (33) and a spring module connection element (34) for connecting the spring accumulator to the slide plate (17) or another module having. Method for producing a lock according to one of the preceding claims,
characterized,
in that first the at least two modules (3, 4, 5, 6, 7) are inserted into the lock bottom (13) and fastened there, and subsequently via one or more connection elements a connection between the at least two modules (3, 4, 5, 6, 7) and / or a locking element (15, 16) is provided and inserted in a subsequent step, the slide plate (17) and with one or more of the connecting elements (34, 44, 54, 64, 74) and / or a locking element (16) is connected. Method for producing a lock according to claim 10,
characterized,
that in a subsequent step, the lock housing (11) is closed by attaching the lock cover (14). Method for producing a lock according to claim 10 or 11,
characterized,
in that the at least two modules (3, 4, 5, 6, 7) are designed as separate assemblies and are prefabricated into the lock bottom (13) before the modules (3, 4, 5, 6, 7) are inserted. Method for producing a lock according to one of Claims 10 to 12,
characterized,
in that at least two different module types are prefabricated by a module (3, 4, 5, 6, 7) and a module to be inserted into the lock bottom (13) is selected by a selection from these different module types. Manufacturing kit for manufacturing a lock according to one of claims 1 to 9,
comprising at least two prefabricated modules (3, 4, 5, 6, 7), which are designed as preassembled modules and connectable to the lock bottom (13). A manufacturing kit for making a lock according to claim 14,
characterized,
in that at least one module (3, 4, 5, 6, 7) is prefabricated as a set of at least two different module types and a selection is made before inserting a module (3, 4, 5, 6, 7) into the lock bottom (13) a certain module type from this set.

Images