DE102013019558B4 - Modular kit for one in all directions - right, left, up, down - adjustable cylinder lock with a profile half-cylinder and made of such a module kit semi-cylinder lock - Google Patents

Abstract

Modular kit for a in all directions of attack - right, left, down, up - adjustable cylinder lock with a profile half cylinder (2), a profile half cylinder (2) by plug connection associated receiving housing (1) and in the receiving housing (1) through a lateral recess ( 3) of the receiving housing (1) and in the receiving housing (1) rotatably mounted by a limited Winkelmaß, designed as a driver adapter (6) via a frontal opening (52) of the receiving housing (1) a closure part (9) - latch , Central lock, pivot rods, angle lever or the like - via a cam (29) of the profile half-cylinder (2) over a pivot angle of z. B. 90 ° or z. B. 180 °, drives, wherein the adapter (6) over its circumference spaced stop surfaces (21-24, 43-46) having serving as stops (25, 26) wall portions of the receiving housing (1) or with walls of the profile half cylinder (2) non-positively cooperate as a rotation stops or for the purpose of geared connection of the adapter (6) with the cam (29) of the profile half-cylinder (2), wherein the receiving housing (1) on its a keyway (19) of the profile half-cylinder (2) facing away from a front bore (52), through which the adapter (6) engages with the integral rotary projection (8), which - possibly indirectly - with the closure part (9), for example a bolt, releasably coupled, wherein the locks with or without Locked compulsion are equipped, the adapter (6) depending on the attack direction, z. B. by an acute angle, preferably by 45 °, to the left or right of the keyway through the symmetrically extending axis of the receiving housing (1) turned into the receiving housing (1) is inserted in the installed position.

Description

genus

The invention relates to a modular kit for a in all directions - right, left, up, down - adjustable cylinder lock with a semi-cylinder profile.

Furthermore, the invention relates to a profile half-cylinder lock, which is made of a modular assembly according to the invention.

State of the art

The US Pat. No. 7,428,836 B2 shows a modular construction kit for a cylinder lock with a profile half cylinder, a profile half cylinder plug-in connection associated housing and a usable in the receiving housing through a lateral recess of the receiving housing and rotatably mounted in the receiving housing by a limited Winkelmaß, designed as a driver adapter, which has an end opening of the receiving housing a closure part via a cam of the profile half cylinder drives over a pivot angle, wherein the adapter has spaced stop surfaces over its circumference, which cooperate frictionally for the purpose of geared connection of the adapter with the cam of the profile half cylinder.

The DE 102 43 327 A1 shows a similar modular kit for a cylinder lock.

Profile cylinder locks are so well known. Normally, in the case of the previously known profile half-cylinder locks, the key bit drives the locking element directly. These semi-cylinders, which belong to the state of the art, are generally built for very specific applications and therefore can only be used for such applications. However, a universal use of such prior art lever cylinder locks for different applications, for example, cabinets, revolving doors, showcases, multiple locks with push rods or the like, as a central locking system, as a mailbox lock or the like, is not possible.

task

The invention has for its object to provide a modular construction kit for right and / or left adjustable cylinder lever locks with profile half cylinder, with or without Schließzwang, which can be used both in object locking systems and in electronic locking systems, in the profile half cylinder used. In addition, the cylinder lever locks should be used in all directions - right, left, bottom, top -. Here, the manufacturer of the profile half cylinder should be freely selectable by the customer.

Solution of the task concerning the modular kit

This object is solved by the features of claim 1.

Some advantages

The module assembly according to the invention uses a receptacle housing and an adapter, with the aid of a semi-cylinder lock can be made both for cabinets with hinged doors (large thicknesses), for showcase hinged doors (thin glass inserts), with multiple locks by means of push rods, which additionally lock up and down , in central locking locks, which operate a central locking, in the field of electronics (control cabinets) or as a mailbox lock, can be used. The receiving housing accommodates the relatively large half cylinder, wherein the drive of the closure element, for example a pivot bolt, via the key bit and between the locking element and key bit interposed, designed as a gear part adapter takes place. This adapter is also mounted in the receiving housing and allows a rotational movement of the flat key of the profile half cylinder by 90 ° or 180 ° or 360 °, with and without Schließzwang (closing constraint = key can only be removed in the closed position of the castle).

Through the modular kit, it is thus possible to build for a variety of applications with relatively simple components - profile half-cylinder, adapter, receptacle and closure - locks for a variety of applications and thus use it without the construction and thus a large storage needs different locks.

In addition, the modular kit has the advantage that the adapter can be mounted via the bore from inside to outside and disassembled from outside to inside, and in addition has a suitable support for the rotational movement. The adapter as well as the closure part can be replaced due to the detachable coupling or replace it with another version, and it can be different closing paths, for example, right, left, up, down, set. In addition, the module kit has the advantage that a conversion of the cylinder lock from, for example, right - to closing on the left - without dismantling the cylinder lock is possible.

Other inventive embodiments

Further inventive embodiments are described in the claims 2 to 9.

A modular kit according to claim 2 has the advantage that the modular kit, consisting inter alia of the two main parts, adapter and receiving housing, is quite simple and can be made correspondingly easy. The rotational movement of the profile cylinder or the key bit is implemented and forwarded via the adapter. The rotational movement of the cam is reduced by means of backlash and limited by stops, both the adapter and the receiving housing, in both directions of rotation.

The embodiment according to claim 3 has the advantage that the adapter can be inserted through the recess in the receiving housing. In addition, the cam of the profile half-cylinder can rotate about the axis of rotation of the cylinder core and swing out in the range between 270 ° to 90 ° up out of the exception housing.

Claim 4 describes an embodiment which results in a defined rotation of the adapter, preferably 90 °, at an angle of the adapter stops of also 90 °.

The embodiment according to claim 5 has the advantage that the adapter is quite easy, similar to a shaft safety, to mount on the rotary attachment or to attach, but it is guided and rotatably supported. The connection of the closure part by means of nut and lock nut is a simple, but against withdrawal forces relatively secure attachment of the closure part. It is subsequently still possible to replace the closure member against another embodiment or its stop direction - right, left, down, up - to change.

Claim 6 describes a robust construction.

Claim 7 has the advantage that for this purpose a direct drive is achieved. The executed rotational movement of the closure part is synchronous with the rotational movement of the cylinder core or the cylinder key. It is achieved a forced closure.

If an embodiment is selected according to claim 8, then this solution has the advantage that two different applications can be achieved with only one adapter, namely a 180 ° executed rotational movement of the closure part, once with and once without Schließzwang.

A modular assembly according to claim 9 has the advantage that in this way a multiple locking is achieved with greater security.

Solution of the task concerning the profile half cylinder lock

The above object is solved by the features of claim 10.

Some advantages

The profile half-cylinder lock has the advantage that the key after opening the cylinder lock lever can not be deducted and thus a closing is mandatory (closing forced). This ensures that the furniture and / or the cabinet is closed after use. If this function is not desired for various reasons, the cylinder lock can also be set up without closing. Thus, an open shutter remain permanently open with the key removed.

Further inventive embodiments

Further inventive embodiments are described in the claims 11 to 14.

The embodiment according to claim 11 has the advantage that due to the fact that it works with a conventional profile half-cylinder, office containers can be integrated into existing object locking systems.

The profile half-cylinder lock according to claim 12 can be integrated with any type of furniture, for example in revolving doors with profile half cylinders in object locking systems.

The semi-cylinder lock according to claim 13 can also be integrated, for example, in showcases or in object locks, for example in sales displays.

The profile half-cylinder according to claim 14 can be integrated individually or with the aid of central locking systems in several drawers in object locks at the same time.

In the drawing, the invention - partly schematically - illustrated in embodiments. Show it:

1 to 28a a semi-cylinder lock with key turn 360 °, with a designed as a latch closure part is driven by 90 ° pivoting, suitable for all directions (right, left, bottom, top);

1 an exploded view with attachment of a closure member designed as a bolt on two frontally mounted mounting screws on an adapter;

2 an exploded view with frontal attachment of a bolt by means of nut and lock nut via thread on an extension part of an adapter;

3 a perspective view of a profile half-cylinder lock, on a larger scale with view on two stop surfaces (hatched);

4 the end 3 apparent semi-cylinder lock, also in perspective in another view with stop surfaces (hatched);

5 a receiving housing of the 1 to 4 apparent semi-cylinder lock, partly in axial section with a stop surface (hatched);

6 the receiving housing of the 1 to 5 apparent half-cylinder lock with an exploded view adapter with stop surfaces (hatched) on the adapter and the receiving housing;

7 to 14 four illustrations of the functioning of the from the 1 to 6 apparent semi-cylinder lock;

15 the installation of a semi-cylinder lock after the 1 to 14 , for all directions (right, left, bottom, top) adjustable in a cabinet door with overlying flange on the receiving housing;

16 a similar representation as in 15 but with a thicker cabinet door, with the lock partially recessed in a recess of a cabinet door;

17 a similar installation view as in 15 and 16 where the installation has been made with a hole nut in a glass door of a cabinet, with a hole nut and with a relatively large cap nut to cover;

18 a similar representation as in 17 , but at one opposite 17 in the wall thickness thicker cabinet door;

19 the illustration of a union nut with hole nut and spacer for bridging wall thickness differences;

20 a nut for a hook wrench with spacer;

21 a semi-cylinder lock, for example, with a mounting option to 19 or 20 can be arranged on a piece of furniture;

22 the installation position of the cam of the profile half-cylinder with different angles at 360 ° key turn;

23 to 28a the functioning of the lock, partly in cross-section ( 23 . 24 . 26 . 28 ), partly in front view ( 23a . 25 . 27 . 28a );

29 to 42 a profile half-cylinder lock and its function, the key and the latch perform a pivoting movement of 90 °, also suitable for all directions (right, left, down, up), depending on the mounting position of the adapter with respect to the cam of the profile half cylinder;

29 an exploded view of a profile half-cylinder lock similar to the representation in 1 with fork-shaped adapter, with fastening of a bolt by two screws on the adapter, lock bit installed turned 45 ° to the left;

30 also a similar representation as the representation in 2 , but again in a fork-shaped adapter, with nut and lock nut for attaching the bolt to the adapter;

31 a perspective view of a profile half-cylinder lock with engagement of the cam in the fork-shaped adapter, on a larger scale and shown stop surfaces (hatched);

32 the end 31 apparent semi-cylinder lock, also on a larger scale in another perspective view in view of a stop surface of the cam on a stop surface of the fork-shaped adapter;

33 that from the 31 and 32 apparent semi-cylinder lock in a partially exploded view with a fork-shaped adapter, also on a larger scale, with shaded stop surfaces shown;

34 and 35 the representation of the operation of the adapter upon engagement of the lock bit in the fork-shaped adapter in the installed position, keyway vertical;

36 and 37 another pivotal position of the cam and of the locking part formed as a bolt; partly in section, partly in front view, with bar pivoted by 90 °;

38 a representation similar 22 with installation position of the cam on 315 ° installation position as right lock;

39 to 42 The operation of the lock with pivoting position of key and bolt by 90 °, partly in cross-section ( 39 . 41 ), partly in the front view ( 40 . 42 );

43 a profile half-cylinder lock with likewise fork-shaped adapter without Schließzwang without stops on the receiving housing, but with stop of the fork-shaped adapter to the housing of the profile half cylinder, with attachment of the locking member designed as a latch by means of two frontally arranged mounting screws with or without Schließzwang adjustable and pivotal movement of bolt 180 °, with a key turn of 360 °;

44 an exploded view with attachment of the closure member designed as a bolt by means of nut and lock nut, also without stops for the adapter on the housing, but with stop possibility on the housing of the profile half cylinder, set without Schließzwang;

45 a partial section through a profile half-cylinder lock with stop of the adapter to the housing of the profile half-cylinder and cam, set without Schließzwang;

46 the representation of a semi-cylinder lock in exploded view with closing force and fork-shaped adapter, wherein the cam is shown installed at 90 ° rotational position, with attachment of the closure element designed as a bolt by two frontally arranged fastening screws;

47 a similar representation as in 46 , but with attachment possibilities of the locking part formed as a bolt similar to in 44 , with forced closing, accordingly 46 ;

48 a representation of a profile half cylinder lock, partly in longitudinal section, on a larger scale, wherein the latch is pivoted in 90 ° closure position and the keyway is in a vertical representation, with stop of the adapter to the housing of the profile half cylinder;

49 the receiving housing for the profile half cylinder without stop surfaces, partly in the axial longitudinal section, on a larger scale, shown in perspective, stop surfaces on the profile half cylinder;

50 an exploded view of a receiving housing and the fork-shaped adapter with stop surfaces (hatched) in another perspective view;

51 to 58 various representations of the closure member formed as a bolt and the keyway, at 180 ° pivot angle of the bolt and 360 ° rotation of the cam;

59 a cross section through a lock according to 51 to 58 , but set without closing constraint;

60 an end view too 59 ;

61 a cross section through a lock according to 59 . 60 without closing constraint, with the cam-bit facing at an acute angle 59 was rotated, without forced closing;

62 an end view to 61 ;

63 also a cross section through a profile half-cylinder lock, without Schließzwang, wherein the cam was turned to the stop surface of the adapter;

64 an end view too 63 ;

65 a cross section through a profile half-cylinder lock, wherein the cam has been rotated by 360 °, with stopper;

66 an end view too 64 , with representation of the closure part formed as a latch after pivoting position by 180 °, wherein the key has been rotated by 360 °;

67 in cross section a semi-cylinder lock according to 59 to 66 , but set to forced closing

68 an end view too 67 ;

69 a cross section through a lock, wherein the locking member designed as a bolt was rotated by 45 °;

70 an end view too 69 ;

71 a cross section through the castle, the bar 180 ° opposite 66 was panned;

72 an end view too 71 ;

73 a representation on a larger scale, also in cross section;

74 an end view too 73 ;

75 a cross section through a castle, also on a larger scale;

76 an end view too 75 ;

77 again across a cross-section of the castle on a larger scale 71 ;

78 an end view too 77 ;

79 the different angular positions with adjustment of the lock bit on Schließzwang opposite the adapter;

80 also an inventive half-cylinder lock with fork-shaped adapter and designed as a central closure element closure element in exploded view, pivotable through 180 °;

81 the end 80 apparent receiving housing, partly in longitudinal section, partly in perspective view, on a larger scale;

82 the end 80 apparent semi-cylinder lock installed in a drawer;

83 one opposite 82 enlarged perspective view, partly broken represents;

84 an end view of a drawer of the 82 and 83 apparent castle;

85 a further embodiment of the invention with a three-point locking (pivot bolt pivotable through 90 ° and locking rods, liftable in opposite directions), and

86 an overview of right and / or left locks with and without Schließzwang with differently designed adapters, matching receiving housings and profile half cylinders with different turned in the installed position lock beds for installation on left or right locks with or without Schließzwang.

In the case of the 1 to 28a apparent embodiments is denoted by the reference numeral 1 a receiving housing referred to the arrangement of a profile half cylinder 2 serves. For this purpose, the receiving housing 1 a suitable recess adapted to the contours of the profile half-cylinder 3 on, in the profile half cylinder 2 after swiveling in his lock bit 29 with the aid of a flat key, not shown, is inserted. The profile half cylinder has the usual configuration, ie a rotatable by a flat key cylinder core, in the bearing against spring force in holes core pins and z. B. coaxially opposed, are also arranged against compression springs in housing bores housing pins are arranged, which are controllable by the flat key relative to the receiving housing in the parting plane between the cylinder core and receiving housing (not shown).

The receiving housing 1 has a lateral, approximately tangentially arranged, over a considerable part of the axial and the radial recess of the receiving housing 1 extending recess 5 which has virtually a radial cutout or incision of the receiving housing 1 represents.

In the recess 5 is an adapter 6 and thus in the receiving housing 1 to arrange a disc-shaped body 7 and a material or functionally integral turning approach 8th ( 1 . 2 ), which with a formed in the illustrated embodiments as a pivot bolt closure part 9 is coupled. At the 1 apparent embodiment, the coupling is characterized in that the rotation approach 8th via a suitable profiling with a profile recess 10 is coupled by plug connection. In 1 is on the opposite side a disc 11 with through hole 12 arranged through the two fixing screws 13 are push-through, which in threaded blind holes of the rotary neck 8th are detachably screwed. A curb ring 14 serves the backup.

In the embodiment according to 2 is the rotation approach 8th provided with external thread (not shown). A mother and a counter nut 15 . 16 serve the releasable attachment of the closure part 9 , a curb ring 14 again the fuse.

In the embodiments of the 1 to 28a the adapter has a material or functional integral, in the recess 5 of the receiving housing 1 protruding, circular sector-like projection 17 whose radial wall thickness is only a fraction of the radius of rotation. This annular projection extends over an acute central angle of about 20 ° to 90 °, preferably over a central angle of 90 °. The center this sector angle coincides with the axis of rotation of the cylinder core 18 together, in which the key channel with the reference numeral 19 is designated. At the annular, over a sector extending projection 17 closes materially in one piece the axis of rotation of the cylinder core 18 enveloping another lead 20 on, which is a smaller center angle, also circular and the axis of rotation of the cylinder core 18 enveloping extends and thereby practically parallel to the longitudinal axis of the cylinder core 18 runs and has the same radius of rotation as the annular sector-like projection 17 , As a result, the adapter has 6 at his inside the receiving housing 1 arranged length section four stop surfaces, in the direction of rotation of the longitudinal axis of the cylinder core 18 seen, of which the stop surfaces 21 . 22 with associated stop surfaces 25 . 26 ( 6 ) and the stop surfaces 23 . 24 with one or the other side surface 27 or 28 a lock bit 29 of the profile half-cylinder 2 interact according to the direction of rotation.

In the case of the 1 to 28a apparent embodiments, the flat key, not shown, performs a rotational movement through 360 °, while the closure member designed as a bolt rotates by 90 ° - represented by arrows in the drawing - performs, namely - seen in the plane of the drawing - an up and Abschwenkbewegung. As you can see, the cam has its side surfaces 27 and 28 alternately on one or the other stop surface 23 or 24 of the adapter 6 together, while the rotary motion of the adapter 6 even through the interaction of the stop surfaces 21 or 22 with the housing stop surfaces 25 or 26 is limited in rotation.

22 shows the insertion position of the cam after the insertion of the profile half cylinder 2 in the recess 5 of the receiving housing 1 , depending on the setting, that is, rotational angle adjustment with respect to the cam 29 the lock is adjustable closing on the left or right.

The 15 to 18 show different applications in doors 30 . 31 . 32 . 35 , in which 15 the installation in a relatively thin door, for example in a glass door 32 , shows while the off 18 apparent door has a greater wall thickness. The 17 again shows the use of such a profile half-cylinder lock in a glass door 32 with hole nut 33 and union nut 34 , The same arrangement is off 18 to be seen in a thicker door 35 , The 19 shows a union nut 34 , a hole mother 33 and a spacer 36 , which can be used to bridge thickness compensation.

20 shows a mother 37 for use with a hook wrench and again a spacer 36 , while 21 should illustrate that both design proposals of the 19 and 20 for example, at the castle 21 can be used.

In the embodiments of the 29 to 42 For parts of the same function, the same reference numerals have been used as in the above-described embodiment. In this embodiment, the flat key, not shown, with the locking part designed as a latch performs a rotary or pivoting movement of 90 °. The locks shown are equipped with closing force. The embodiment according to the 29 to 38 differs from the embodiment described above according to the 1 to 28a essentially structurally first in that the adapter 6 with his in the recess 3 of the receiving housing 1 arranged annular sector portion is fork-shaped and two this fork forming projections 38 . 39 that with gap distance 40 are arranged to each other. The gap is designed approximately U-shaped, wherein the gap width approximately measured in the direction of rotation thickness of the cam 29 corresponds, so that the cam 29 in this gap distance 40 can be inserted axially, so that a positive connection between the adapter 6 and cambar 29 results. Depending on the direction of rotation of the key acts either the cam surface 41 or the cam area 42 ( 31 . 32 ) about the relevant projection 39 or 38 the adapter and thereby pivots the bolt 9 in one or the other direction of rotation. The direction of rotation is thereby through the one stop surface 43 or 44 against the stop surface 26 or 25 of the receiving housing 1 limited, in each case at 90 ° pivoting movement.

Also in the embodiment according to 43 was a fork-shaped adapter used without Schließzwang, but without stop surfaces on the receiving housing 1 but with stop of the forked adapter 6 on the housing of the profile half-cylinder ( 45 ). The bolt is swiveled through 180 ° with a key turn of 360 °. The cambar 29 acts either on one or the other stop surface 43 or 44 , thus from the outside against the fork-shaped projections 38 . 39 that are undercut ( 50 ) and thereby stop surfaces 45 respectively. 46 form, depending on the direction of rotation of the key with a housing wall, for. B. a stop surface 41 or 42 of the profile half-cylinder 2 interact and thereby the rotational movement of the adapter 6 limit ( 45 ).

The 51 to 58 show the various positions of the adapter and its attacks and the pivoting movement of the bolt by 180 °, without Schließzwang.

In the 59 to 66 the lock is also shown without closing constraint.

The representations in the 67 to 78 illustrate the lock, set to forced closing, while turn the 73 to 78 the lock, set to forced closing with the different positions of the adapter 6 and the bolt, which is pivotable through 180 °.

In 79 is again the installation scheme of the castle shown with Schließzwang.

Out 80 a lock goes with an adapter 6 produced that a central closure body 47 shows through the adapter 6 and this in turn through the cam 29 is driven.

81 shows the receiving housing for the undercut adapter 6 and 82 the use of the central closure body 47 at an office container. Similarly, such a central closure body for kitchen furniture, such as drawers, are used.

83 shows on a larger scale the arrangement of the closure body 47 with a lock according to the invention on a drawer.

In the embodiment according to 85 drives a lock according to the invention a bolt 9 and two shutter rods movable in directions X and Y, respectively, in opposite directions 48 . 49 on, over a bolt 50 and an angle lever 51 that is integral with the latch 9 is coupled, are connected by gearing. As a result, a three-point locking is possible. The bolt 9 is pivotable by 90 ° in the direction of A and B. 52 is a frontal bore ( 81 ).

In 86 is an overview of right locks according to the invention illustrated in different configurations of the adapter.

LIST OF REFERENCE NUMBERS

1

receiving housing

2

Semi-cylinder

3

recess

4

Cam

5

recess

6

Adapter, rotation limiting part

7

body

8th

rotation approach

9

Closure part, latch

10

profile recess

11

disc

12

Through Hole

13

mounting screws

14

Seeger ring

15

mother

16

locknut

17

Tab, circular, sectoral

18

cylinder core

19

keyway

20

head Start

21

Stop surface, adapter with housing right

22

Stop surface, adapter with housing left

23

Stop surface, adapter with cam left

24

Stop surface, adapter with cam right

25

Housing stop, left for adapter

26

Housing stop, right for adapter

27

Side surface of the cam disc on the left

28

Side surface of the cam on the right

29

Cam

30

door

31

door

32

glass door

33

hole nut

34

Nut

35

Door, glass door

36

spacer

37

mother

38

Tab, rotation limiting part, drive part, adapter right side

39

Tab, rotation limiting part, drive part, adapter left side

40

Gap distance, gap

41

Lockface, right like 28

42

Lockface, left like 27

43

Stop surface, adapter with housing right like 21

44

Stop surface, adapter with housing left like 22

45

Stop surface, adapter with profile half cylinder left

46

Stop surface, adapter with semi-cylinder on the right

47

Central closure body

48

locking bar

49

locking bar

50

bolt

51

bell crank

52

Opening, frontal, bore

A

pan direction

B

pan direction

X

displacement direction

Y

displacement direction

Claims (14)

Modular kit for one in all directions - right, left, bottom, top - adjustable Cylinder lever lock with a profile half cylinder ( 2 ), the profile half cylinder ( 2 ) by receptacle associated receiving housing ( 1 ) and one in the receiving housing ( 1 ) by a lateral recess ( 3 ) of the receiving housing ( 1 ) and in the receiving housing ( 1 ) rotatably mounted by a limited angular extent, designed as a driver adapter ( 6 ), which has an end opening ( 52 ) of the receiving housing ( 1 ) a closure part ( 9 ) - Latch, central lock, pivot rods, angle lever or the like - via a cam ( 29 ) of the profile half-cylinder ( 2 ) over a pivot angle of z. B. 90 ° or z. B. 180 °, drives, wherein the adapter ( 6 ) spaced over its circumference abutment surfaces ( 21 - 24 . 43 - 46 ), which with as attacks ( 25 . 26 ) serving wall portions of the receiving housing ( 1 ) or with walls of the profile half-cylinder ( 2 ) as rotational stops or for the purpose of a geared connection of the adapter ( 6 ) with the cam ( 29 ) of the profile half-cylinder ( 2 ) frictionally cooperate, wherein the receiving housing ( 1 ) at its one key channel ( 19 ) of the profile half-cylinder ( 2 ) facing away from a bore ( 52 ) through which the adapter ( 6 ) with the one-piece turn projection ( 8th ), which - possibly also indirectly - with the closure part ( 9 ), for example, a bolt, is releasably coupled, wherein the locks are equipped with or without Schließzwang, wherein the adapter ( 6 ) depending on the direction of attack, z. B. by an acute angle, preferably by 45 °, to the left or right of the symmetrical axis through the keyway axis of the receiving housing ( 1 ) turned in the receiving housing ( 1 ) is inserted in the installed position. Module assembly according to claim 1, characterized in that the pivot lug ( 8th ) of the adapter ( 6 ) is a materially integral cylinder part and the rotary neck ( 8th ) with a material integral and over an acute angle of rotation, based on the axis of rotation of the adapter ( 6 ), extending as a rotation limiting part formed annular-shaped, sector-shaped projection in the axial direction of the adapter ( 6 ), the adapter ( 6 ) in the direction of rotation on opposite sides with corresponding as housing stops ( 25 . 26 ) formed wall portions of the receiving housing ( 1 ) has cooperating Drehanschlagsflächen, and in that on the rotation limiting part an integral material as a ring sector part trained projection ( 20 ) on the cam to be driven ( 29 ) extends over a smaller sector angle, said projection ( 20 ) in the direction of rotation by one each preferably also radially with respect to the axis of rotation of the adapter ( 6 ) running surface ( 23 . 24 ) is limited, each with one or the other opposite side - in the direction of rotation of the cam ( 29 ) - interact, these surfaces ( 23 . 24 ) from an acute central angle, relative to the axis of rotation of the adapter ( 6 ), which is smaller than the stop surfaces ( 21 . 22 ) of a projection ( 17 ) and that the radially measured wall thickness of the annular projection ( 17 ) a fraction of the radius of rotation of the adapter ( 6 ), z. B. only ten to thirty percent, preferably eight to fifteen percent corresponds. Modular kit according to claim 1 or 2, characterized in that the tangential lateral recess ( 3 ) of the receiving housing ( 1 ) at the top of the profile half-cylinder ( 2 ) is arranged axially and about 15% to 45% of the axial length of the receiving housing ( 1 ) and in the radial direction - graduated - up to about half of the receiving housing ( 1 ). Modular kit according to claim 1 or one of claims 2 and 3, characterized in that the with the stop surfaces of the adapter ( 6 ) cooperating housing stop surfaces ( 25 . 26 ) on diametrically opposite sides of the receiving housing ( 1 ) are at the same height and parallel to the axis of rotation of the adapter ( 6 ). Modular assembly according to claim 1 or one of claims 2 to 4, characterized in that the from the receiving housing ( 1 ) guided rotation approach ( 8th ) for the closure part ( 9 ) about Seegering ( 14 ) and nut with lock nut with the closure part ( 9 ) is releasably connected. Modular assembly according to claim 1 or one of claims 2 to 4, characterized in that the from the receiving housing ( 1 ) guided rotation approach ( 8th ) by union nuts and / or nuts or by nuts for hooks on the closure part ( 9 ) is coupled. Modular assembly according to claim 1, characterized in that the adapter ( 6 ) has a materially integral, disc-shaped cylinder part, with the material in one piece over an acute central angle, relative to the axis of rotation of the adapter ( 6 ) extending rotational limiting part is connected, which on its the closure part ( 9 ) side facing away a fork-shaped driver part with projections ( 38 . 39 ), whose respectively arranged at the ends of the rotation limiting part designed as fork ends projections ( 38 . 39 ) parallel to each other and an approximately U-shaped space ( 40 ) define between them and form on their mutually remote outer sides Drehbegrenzungsanschlagsflächen, and the cam with play in the U-shaped gap ( 40 ) engages and depending on the direction of rotation with one or the other fork surface engages geared and thereby the closure part ( 9 ) drives by 90 ° pivotally, and the rotational movement of the closure part ( 9 ) by abutment of the outwardly facing abutment surfaces of the projections ( 38 . 39 ) on housing stop surfaces ( 25 . 26 ) is limited in the closed position and in a position deviating from 90 ° thereof. Modular assembly according to claim 1, characterized in that the adapter ( 6 ) has a materially one-piece, disc-shaped cylinder part, which with a material integral and over an acute central angle, based on the axis of rotation of the adapter ( 6 ) is connected extending rotational limiting part, which is materially connected in one piece with a fork piece, which on the the closure part ( 9 ) is arranged opposite side and over an acute central angle, relative to the axis of rotation of the adapter ( 6 ), wherein the fork piece in the circumferential direction on opposing sides facing away from one another stop surfaces, with which the cam ( 29 ) alternately with one or the other stop side of the adapter ( 6 ) and the closure part ( 9 ) drives by 180 ° swivel angle, while the rotation limit of the rotation limiting part by stop on surfaces of the profile cylinder ( 2 ) is limited. Modular assembly according to claim 1, with a receiving housing ( 1 ) and a materially integral, disk-shaped cylinder part, which with a material integral and an acute center angle, based on the axis of rotation of the adapter ( 6 ) extending as a rotation limiting part acting projection ( 17 ) is connected in the circumferential direction on opposite sides with corresponding stop surfaces ( 43 . 44 ) for the receiving housing ( 1 ), with one on the the closure part ( 9 ) facing away from the fork-shaped drive part ( 38 . 39 ), which extends over an acute central angle, relative to the axis of rotation of the adapter ( 6 ), wherein the fork-shaped part on opposite sides stop surfaces, which with the receiving housing ( 1 ) and limit the direction of rotation of the closure part to 90 °, wherein the adapter ( 6 ) on the receiving housing ( 1 ) turned away side is connected to a transmission part, on the one hand a lifting movement of locking rods ( 48 . 49 ) and on the other hand, a pivoting movement of a closure part ( 9 ) caused by 90 °. Profile half-cylinder lock from a modular assembly according to claim 1. Profile half cylinder lock according to claim 10, characterized in that the profile half-cylinder lock is assigned to an office container. Profile half-cylinder lock according to claim 10, characterized in that the profile half-cylinder lock is assigned to a piece of furniture. Profile half-cylinder lock according to claim 10, characterized in that the profile half-cylinder lock is associated with a glass door. Profile half-cylinder lock according to claim 10, characterized in that the profile half-cylinder lock is associated with a drawer.

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