EP0526522B1 - Pivoting lever catch securable with a cylinder lock device - Google Patents

Abstract

The description relates to a pivoting lever catch (10) securable with a cylinder lock device for fitting in a thin wall like a sheet-metal cupboard door (16), consisting of a base plate (18) having two projections (32, 34) passing through the door leaf, where one projection (32) acts as an attachment for a rod system (13; 37) for a link rod (15) for a pivotable handle (22) and can be used at the same time to secure one end of the base plate (18), while the other projection (34) has a recess to take the cylinder lock device holding the handle (22) in its closed position and can be used at the same time to secure the other end of the base plate (18), whereby, according to the invention, either the base plate (18) or the handle (22) has a recess to take a second cylinder lock (38 or 36), operable independently of the first (36 or 38), to lock the handle (22) in its closed position, whereby both tongues (42, 44) of the two locking cylinders (36, 38) act on a shared locking component (46, 146) in such a way that the locking component can be released from its position locking the handle in its innermost position by either of the two cylinder locks.

Description

TECHNICAL AREA

The invention relates to a lockable by means of a cylinder lock pivot lever lock for mounting in a thin wall, such as a sheet metal cabinet door, consisting of a base plate which has two lugs penetrating the door leaf, the one approach for connecting a rod drive or the like. Or for mounting a drive shaft or Link shaft for the pivot lever is used and at the same time can be used for fastening one end of the base plate and the other approach has a depression for receiving the cylinder lock device holding the pivot lever in its pivoted-in position and can also be used for fastening the other end of the base plate.

STATE OF THE ART

Such a pivot lever lock is already known from the applicant's EP 0261266A1. In this document there is a cylinder lock, which in the free end of the pivot lever is arranged.

A similar construction is shown in DE 3407700A1, in which, however, the cylinder locking the swivel lever in its swiveled-in position is not arranged in the swivel lever itself, but in the base plate. The version according to the European patent application has the advantage of the shorter overall length, since part of the length of the pivot lever can be used to accommodate the cylinder locking the pivot lever, a disadvantage that the pivot lever is heavier and somewhat unwieldy.

In contrast, the overall length of the laid-open publication is longer, but the pivot lever is somewhat slimmer and has less weight, and is therefore somewhat easier to use.

Both known devices are each only provided with a cylinder lock.

In certain applications, for example in control cabinets that on the one hand have to be monitored by an electricity company, the inside of which must remain accessible to the customer of this electricity company in order to monitor its function, it is advantageous or even necessary to lock the lock with two different cylinder locks. Such a special lock, which can be closed (optionally by means of one, but in particular also) by means of two cylinders and is intended for doors in which the actuation is required by two different cylinder keys, is known, for example, from a catalog from the Steinbach & Vollmann company. On the one hand, it is about a rod lock for two profile cylinders, which can be locked by one or two cylinders. In a similar way, this catalog also shows a bolt lock and mortise lock No. 651/2 E748, which is also provided with an emergency release device for high-voltage systems and can be mounted in steel doors, whereby the lock can optionally be closed by one of the two cylinders. One cylinder is for the switchgear owner and one cylinder for the power company.

However, these locks, known from the Steinbach & Vollmann catalog and working with two profile cylinders, are not suitable for swivel arm applications because they are much too bulky in structure. It is also not recognizable how the known locks with their two cylinders can be used in a swivel lever lock of the type mentioned at the beginning.

The object of the invention is to design a pivot lever lock of the type mentioned in such a way that it can be equipped with two cylinders in such a way that each cylinder enables the lock to be unlocked and locked again independently of the second cylinder.

The object is achieved in that either the base plate or the pivot lever has a depression for receiving a second cylinder lock, which can be actuated independently of the first cylinder lock, for locking the pivot lever in its pivoted-in position, and that the thumbs of the two cylinder locks each have a common, engage the locking bar or tongue that locks the swivel lever in its swiveled-in position and against pretensioning force (such as spring force) independently of each other can slide this locking bar or tongue out of its locking position (or possibly also into it).

The fact that both thumbs can act on a common locking bar (locking element) makes a very compact design possible, which is also conceivable in various embodiments. For example, the locking bar or tongue or slide for locking the pivoting lever could lie behind a projection or edge formed by the base plate. Alternatively, of course, the wall in which the closure is installed could also serve as a contact surface, but such an embodiment is usually less favorable because of the careful processing of the openings in this wall that is then necessary.

A particularly favorable embodiment is characterized in that both cylinders are carried one behind the other at the end of the pivoting lever with respect to the longitudinal axis of the pivoting lever, but in particular alternatively are carried side by side.

As an alternative, the two cylinders can also be arranged axially one behind the other (in particular below) the trough arranged for the pivot lever engagement (in relation to the longitudinal axis of the base plate) or also next to one another in the base plate.

If the cylinders are arranged axially one behind the other with respect to the pivoting lever axis or the base plate axis, more than two cylinders can also be provided, whereby - by means of corresponding freewheel devices - the locking bar or tongue can be moved out of the locked position of the pivoting lever in its pivoted-in position. As special However, an embodiment in which one cylinder is carried in the free end of the pivoting lever and another cylinder adjacent to it in the base plate has proven to be favorable, one of the two cylinders being able to move a locking bar into a first position in which the other's thumb Cylinder can lock in this locking bar, and in a second position in which the thumb of the other cylinder does not reach this position.

According to yet another embodiment, the locking device is designed such that when the pivoting lever is pivoted into the base plate, the locking bar or tongue is automatically pushed out of its locking position and when the fully pivoted-in position is reached, the locking bar or tongue can slide back into its locking position.

According to yet another embodiment, the attachment provided in the area of the locking devices can carry a cap attachment which encloses the part of the base plate or the pivoting lever which extends through the wall. The cap attachment can rest with its edge on the edge surfaces of the opening provided for the attachment in the thin wall and thereby clamp the wall between itself and the base plate, which on the one hand fulfills a fastening function and on the other hand, in particular if the cap attachment is still on its edge forms a sealing lip or interacts with a separate seal, enables sealing. The latter approach can also have threaded holes for receiving fastening screws that fix the base plate to the thin wall, in particular in the form that it has a cap against the thin wall press.

The breakthroughs can be round, as in one prior art, or rectangular, as in the other prior art. In particular, the openings can have the same width, but can be of different lengths, in particular the rectangular opening provided for the actuating shaft can have a length that is only half or a third of the corresponding opening longitudinal extension of the other opening.

A length of the opening for the drive shaft, which is approximately twice as large as its width, has proven effective.

The swivel lever lock can be designed so that it can be arranged in the canting space of a sheet metal cabinet door, the one approach being part of a lock case in which flat bars of a rod lock are driven and stored, and / or from which a cam lock is based.

BRIEF DESCRIPTION OF THE INVENTION

The invention is explained in more detail below on the basis of exemplary embodiments which are illustrated in the drawings.

Fig. 1

in einer teilweise geschnittenen Seitenansicht eine Ausführungsform eines Schwenkhebelverschlusses, bei dem ein den Schwenkhebel in seiner eingeschwenkten Stellung arretierender Zylinder im freien Ende des Schwenkhebels angeordnet ist, während der zweite Zylinder benachbart dazu in der Grundplatte angeordnet ist;

Fig. 2

eine Draufsicht auf die Ausführungsform des Fig. 1;

Fig. 3

eine teilweise geschnittene Ansicht von links auf die Ausführungsform gemäß Fig. 1;

Fig. 4

eine Draufsicht auf einen Schwenkhebelverschluß, bei dem am freien Ende des Schwenkhebels zwei Zylinder nebeneinander angeordnet sind und eine gemeinsame Verriegelungsleiste betätigen, die den Schwenkhebel in seiner eingeschwenkten Stellung innerhalb der Grundplatte zu verriegeln in der Lage ist;

Fig. 5

eine teilweise geschnittene Seitenansicht auf den Verschluß gemäß Fig. 4 einschließlich weiteren Einzelheiten hinsichtlich seines Einbaus in einer Blechschranktür; und

Fig. 6

eine Ansicht von oben auf den Verschluß der Fig. 4.

It shows:

Fig. 1

in a partially sectioned side view an embodiment of a pivot lever lock, in which a cylinder locking the pivot lever in its pivoted position is arranged in the free end of the pivot lever, while the second cylinder is arranged adjacent to it in the base plate is;

Fig. 2

a plan view of the embodiment of Fig. 1;

Fig. 3

a partially sectioned view from the left of the embodiment of FIG. 1;

Fig. 4

a plan view of a pivot lever lock in which two cylinders are arranged next to one another at the free end of the pivot lever and actuate a common locking bar which is able to lock the pivot lever in its pivoted-in position within the base plate;

Fig. 5

a partially sectioned side view of the closure of Figure 4 including further details regarding its installation in a sheet metal cabinet door. and

Fig. 6

a top view of the closure of FIG. 4th

BEST WAYS OF CARRYING OUT THE INVENTION

1 shows a partially sectioned side view of a pivot lever lock 10 which is arranged in a thin wall 16, here a door leaf, which is mounted on a control cabinet housing 11, the pivot lever closure consisting of a base plate 18 and two of the door leaf 16 has projections 32 and 34 penetrating at rectangular openings 14, these projections 32, 34 centering the base plate in the openings 12, 14. One approach 32 is used here for connecting a rod drive 13 or at least for mounting a drive shaft 15, with a pivotable hand lever on this shaft 15 (also called swivel lever for short) is pivotally articulated about a pivot axis 26 running perpendicular to the drive shaft axis. In the area of the extension 32, two threaded blind holes are provided, into which screws 17 can be screwed, which press the box-shaped and the projection 32 in the receiving rod drive 13 against the contact surface 19 of the base plate 18 and thereby the door leaf 16 between this surface 19 and the Pinch the projection 32 surrounding the edge of the rod drive 13 and thus fix the pivot lever lock at its upper end with respect to FIG. 1 in the door leaf.

Instead, see the embodiment of FIGS. 4 to 6, the opening 112 provided for the drive shaft 15 may be circular and accommodate a bearing housing 21 for the shaft 15, which bearing housing may have a circumferential thread, so that this bearing housing by means of a union nut 23 in Door leaf 16 can be set.

The box-shaped rod drive 13 is used to move flat strip rods 25 which, in the embodiment shown here, extend to the lower end of the door leaf 16, are guided there in a rod guide 27 and, with their end, which can also carry an impeller 29, engage behind a bevel 31 and thereby presses the door leaf 16 at this lower end (possibly with the clamping of a sealing strip 33) against the edge of the door frame of the control cabinet 11 and thus closes it. Another, counter-rotating neighboring rod 35 runs correspondingly to the upper end of the door leaf and there, in an analogous manner, closes the door.

In the embodiment according to FIGS. 4 to 6, the pivot lever lock 110, which is shown there, also serves to actuate a rod lock one Control cabinet door, but this is a closure with round rods 125, 135, which are actuated in a manner known per se by a two-armed lever 37 mounted on the drive shaft 15 in a rotationally rigid manner, at the free ends of which the ends of the round rods 125, 135 in are articulated in a known manner. In addition, the shaft 15 also carries a sash 39 here, which connects the door leaf in approximately the middle of the cabinet with the edge of the door frame or the control cabinet housing. The arrangement of these rods has therefore been described in order to demonstrate that the arrangement of such rods is not hindered, despite the parts of the swivel lever lock extending through the door leaf. 4 to 5, the distance between the rods 125 and the inner surface 41 is so large that all the parts of the pivot lever lock penetrating inwards can still be accommodated at this distance. 1 to 3 can also be achieved by a corresponding cranking of the flat bar that the part of the pivot lever lock penetrating the door leaf is not a hindrance.

In particular, the closure, as shown in FIGS. 1 to 3, can also be accommodated in the folded area of the door leaf of a control cabinet, which space is normally not usable as a dead space, but here ideally allows a rod closure to be accommodated, the result thereby limited space conditions nevertheless allow the embodiment shown in FIGS. 1 to 3.

Details of the swivel lever lock shown in FIGS. 1 to 3 will now be discussed.

The already mentioned further approach 34 of the base plate 18 forms a first insertion space 76 for a cylinder lock 38, which cylinder lock is fixed in the usual manner in the base plate 18 by a fastening screw 45 extending transversely to this insertion space. In order to give the thumb 44 of the lock cylinder 38 free movement possibilities, the base plate is excluded in its range of movement and thereby forms a corresponding annular space 47. A guide channel 49 or 51 engages on both sides of this annular space 47, which passes from this annular space 47 past one Material web 53 extends into a free space, which is part of the receiving space 57 and extends to a shoulder 55 carried by the swivel lever end, which shoulder 55 in turn forms a receiving space 74 for at least the lateral encirclement of the cylinder 36 and the fixing thereof by means of a fastening screw 45 in the Approach 75 carried by the end of the pivot lever.

As can be seen, the arrangement is largely axially symmetrical, and a slide or a locking bar 46 can be slidably arranged in the guide channel 49 or alternatively 51 along the channel axis, this bar 46 having a window-like opening 59 with a width that accommodates the receptacle of the thumb 44, and a longitudinal extension, which makes it possible to pick up the thumb 44 also in the longitudinal direction and, under the action of this thumb, to enable an axially play-free displacement within this guide channel. This slide or locking bar 46 extends with its end 61, which is far from the opening 59, into the receiving space 57 for the extension 55, which carries the cylinder 36. There, in turn, it has a window-like opening or only a recess 63, which has such a longitudinal extension with respect to the slide 46 that the thumb 42 of the cylinder 36 does not pass through one Thumb 44 caused the position of the slide in its possible pivoting movement due to other conditions.

This window or recess 63 creates a surface 65 which extends along the thumb movement and which prevents the pivoting movement of the hand lever 22 to the outside when the thumb 42 is located within this window or recess space 63. This is the case when the cylinder 38 has pushed the slider 46 into the upper locking position, which has happened in the embodiment shown here in that the thumb 44 has been rotated by 90 ° from the position, see reference number 67, into the position shown . The slide or locking bar 46 is namely pushed so far up that the end 61 reaches the area of the thumb 42 in the position shown. If, on the other hand, the thumb 44 is rotated back into the position 67, the locking bar 46 moves so far down that the end 65 comes out of the area of the thumb 42, so that the bar 46 is no longer obstructed by it.

This means that the pivot lever can be locked or released by means of a cylinder 38 when the cylinder 36 has its thumb 42 in the position shown.

Now the cylinder 36 can also be actuated by means of a key and the thumb 42 can be pivoted, for example in such a way that it is pivoted 45 ° downwards (it then disappears in the cylinder) or is rotated 90 ° clockwise, as a result of which it is turned reaches the area of the guide channel 49, but where a locking bar 46 does not, as shown is arranged. Then, despite the cylinder 38 being in the closed position, the pivot lever 22 can be pivoted out.

Exactly the desired function is thus achieved: the pivot lever 22 can be released from the base plate 18 when either the cylinder 38 is brought into the corresponding unlocking position or by the cylinder 36 is brought into a corresponding unlocking position. An actuation of the other cylinder is not necessary.

The parts of the base plate 18 and the rocker arm extension 55 penetrating the door leaf 16 are, as shown, enclosed by a cover cap 40 which is supported with its edge surface 69 on the inner surface 41 of the door leaf 16 and thereby surrounds the extension 34 of the base plate 18 on all sides. The cover cap 40 is held in place by self-tapping screws (not shown) which are screwed into blind holes 71, which blind holes are located in parts of the base plate 18 and are caused to act on the lower end of the base plate (similarly to the upper end) by means of the screws 17) the door panel 16 is clamped on the one hand between the contact surface 19 of the base plate and on the other hand the edge 69 of the cover cap and the overall arrangement is thereby fixed.

The cover cap 40 is kept so narrow that it can simultaneously form a lateral boundary of the two guide channels 49, but at least at one point it must have a bulge 73 in order to give the thumb 44 full freedom of movement here also in the direction of the wall of the cap 40 . Such bulges can, if a symmetrical arrangement is desired, be provided at all four locations in question, but usually a single location is sufficient since the thumbs 44 and 42 can each be set and operated by the key so that such a bulge is not required for the thumb 42 of the cylinder 36 (This thumb, for example, moves at most by the angle indicated by the reference number 75, and the other thumb by a maximum by the angle which is provided with the reference number 77 and requires the bulge 73.

The fact that only on one side of the cap 40 there is a bulge 73 which increases the width, is a relatively small offset 79 sufficient for the flat bar 25 which is guided through the drive housing 13 to drive it and therefore has a certain distance from the axial line 81 to be able to lead past the cap 40, which requires a somewhat greater distance from the center line than the drive box provides. The rod can then be cranked again behind the cap 40, now into the axial line 89.

If the door stop type is to be changed, for example from right to left, or the direction of rotation of the drive for the rods 25, 35, these can be changed in accordance with the arrangement known from EP 0261266A1, whereupon the rod 25 is moved to the other side of the cap 40 would arrive. In this case, however, it would be possible, by moving the slide 46 from the position shown in the channel 51 to the other channel 49, with a corresponding change in the position of the thumbs 44 and 42 of the cylinders 38, 36. However, a different cap is now necessary which the bulge 73 for the thumb 44 instead of on the right side, on the left side (seen in FIG. 3) must own. If one does not want to keep two types of caps in stock, one could help by providing a second bulge 173 on the right side of the housing 40 shown in FIG. 3 (shown in broken lines), which is not intended for the thumb 42, however, in an axially symmetrical manner but for the thumb 44 when the housing 40 is rotated through 180 °, so that the bulge 173 then reaches the lower left side of the arrangement. Then the entire right side would be free of bulges and the rod 79 could be narrowly guided past the right side again. (As can be seen, the bulge 173 is not suitable as free space in the case of an axially symmetrical configuration with respect to the bulge 73, but could of course be extended to the extent that the thumb 42 could also move freely from the corresponding wall of the cap 40, if this is the case Reasons should be appropriate).

If the operator who has the key for the cylinder 36 wants to actuate the swivel lever lock, he can pull out the swivel lever with the key with the key inserted into the cylinder 36 after swiveling the thumb 42 into a no longer locking position without any problems, even then, as shown, the pivot lever 22 is enclosed in a kind of trough formed by the base plate. This possibility does not exist for the operator who has the key for the cylinder 38 (this is the cylinder arranged in the base plate), so that it can be relatively cumbersome to grasp the hand lever 22 after unlocking the arrangement by means of the cylinder 38 and swing out. For this reason, a spring 83 is provided in the region of the articulation 26 of the hand lever 22 on the actuating shaft 15, which on the hand lever in the opening direction exerts directed force and automatically folds out this hand lever as soon as the lock is released. This applies in particular to the case in which the unlocking takes place with the aid of the cylinder 38, so that the cumbersome pulling out of the hand lever 22 with the fingertips is eliminated.

It should be added that the receiving space 57 in any position defined by the angle 75 for the thumb 42 allows the pivoting lever 22 to be folded out; that is, this space 57 continues to the front surface of the base plate. The gap 85 formed between the base plate 18 and the hand lever extension 55 on one side or 87 on the other side is just equipped with so much play that the unfolding takes place without hindrance, on the other hand there is no unnecessary wobbling movement in the pivoted-in state.

The size of the openings 12 and 14 necessary for the illustrated embodiment is selected so that, for example, the opening 12 represents the usual opening, which is also used in closures previously used with flat ribbon rods. It has a longitudinal extension C, which is equal to twice the transverse extension (B), i. H. B = 2C. The opening 14 for the closure device comprising the two cylinders also has the transverse extension B, while the longitudinal extension D = 2C = 4D.

These even-numbered ratios have manufacturing advantages.

The further embodiment will now be discussed in more detail, as can be seen in FIGS. 4 to 6 and in which the pivot lever at its end is two adjacent cylinder locks 136, 138 carries. They are in turn inserted into corresponding insertion openings 174, 176 and fastened by means of transverse fastening screws 45, here the cylinders are largely enclosed by material, only a partial annular space 174 or 157 is provided, which extends so that the thumb 142 of the lock 138 or The thumb 144 of the lock 136 can move by just 90 ° from the downward position to the middle position. These receiving spaces 157 and 147 overlap on the pivot lever axis and are simultaneously pierced at this point by a guide channel 149, in which a locking bar 146 can move back and forth, which, similar to the embodiment already described, has a window 159, in which the thumb 142, when the cylinder lock 138 is actuated, or the thumb 144, when the cylinder lock 136 is actuated, engages with its respective pivoting movement towards the center and thereby the slide 146 from the illustrated locking position, in which it has a protruding nose 160 engages a stop surface 166 formed by the swivel lever base plate 118, moves it upwards into a release position, namely against the force of a compression spring 156, in which release position the nose 160 is released with respect to the stop surface 166 and then swivels out the extension 155 and thus the Hand lever 122 from the de r base plate 180 opening 89 is made possible. Here, too, a cover cap 140 is provided which can be connected to the base plate by means of four fastening screws 249, so that the door leaf plate 16 is in turn clamped between the base plate and the edge of the cover cap 140 and thus fixes the pivot lever lock at this lower end.

The displacement bar 146 has a projection 91 for guiding it in the embodiment shown here, which is slidable back and forth in a corresponding guide groove in the hand lever 122, see reference number 93 and also has a depression region 95 into which the compression spring 156 can be received , guided on a screw 97 which can be screwed into a blind bore (with a self-cut thread). This screw can also serve as a guide and can at the same time serve as a stop for the movement of the slide 146 to the outside.

The stop 160 formed by the slide has a cam surface 219 which slides along the outer edge 99 of the base plate 118 when the pivoting lever is folded in, thereby pressing the locking bar 146 inward into the release position, and only when the surface 166 has been reached , due to the force of the spring 156, the projection 160 can spring back into the locking position.

COMMERCIAL EVALUATION

The swivel lever lock is. e.g. Can be evaluated commercially in control cabinet construction.

Claims (16)

1. Pivoting lever catch (10) securable with a cylinder lock device, for assembly in a thin wall, such as a sheet metal cabinet door (16), consisting of a base plate (18), which has two stops (32, 34) penetrating the door leaf, one stop (32) serving as a connector for a rod drive (13; 37) or as a link shaft (15) for a swing-out hand lever (22) and at the same time capable of being used for fastening one end of the base plate (18), and the other stop (34) having a recess for accommodating the cylinder lock device holding the pivoting lever (22) in its home position and at the same being capable of fastening the other end of the base plate (18), characterized in that either the base plate (18) or the pivoting lever (22) has a recess for accommodating a second cylinder lock (38 or 36), operable independently of the first cylinder lock, for locking the pivoting lever (22) in its home position (38 or 36), each of the two dogs (42, 44) of the two lock cylinders (36, 38) acting on a common blocking component (46; 146) in such a way that the blocking component (46, 146) can optionally be released from its position locking the pivoting lever (22)) in its home position with one of the two cylinder locks (36, 38).
2. Pivoting lever catch according to Claim 1, characterized in that the blocking component (46, 146) is formed by a latch strip or slide (46), which can be engaged by the dog (44) of one cylinder lock (38) in order that it can be pushed from its initial position (open position) into a second position (closed position), and that the dog (42) of the second barrel (36) only comes into blocking contact with the latch strip (46) or the slide, when this dog (42) is in the blocked position and the slide (46) is in the latch position.
3. Pivoting lever catch according to Claim 2, characterized in that the cylinder (38) moving the latch strip (46) is arranged in the base plate (18), and the other cylinder (36) in the pivoting lever (22).
4. Pivoting lever catch according to Claim 1, characterized in that the dogs (142; 144) of the two cylinder locks (136, 138) each act alternately on a latch strip (146) in such a way that the dog of one lock or the other pushes the latch strip (146) against spring force (156) or gravity from a position, in which the latch strip (146) by a nose or projection (160) grips behind part of the base plate (118) or an area of the edge of the door leaf (16), into another position in which the gripped surface is released and the pivoting lever is able to swing out.
5. Pivoting lever catch according to Claim 4, characterized in that the latch strip (146) has a cam face (219) which, when the pivoting lever (122) is swung into its recessed position, is engaged by an edge formed by the base plate (118) or by the breakthrough in the door leaf, and pressed thereby against the spring force into the unlocked position, and that, when the home position is reached, the cam face (219) is released again.
6. Pivoting lever catch according to any one of Claims 1 to 5, characterized in that the stop (34) carrying the latch devices is surrounded by a trim cap or cap cover (40; 140).
7. Pivoting lever catch according to Claim 6, characterized in that the cap cover (40) rests with its edge against the edge of the thin wall (16), which surrounds the breakthrough for the stop (34), thereby wedging the wall between itself and the base plate (18, 118).
8. Pivoting lever catch according to Claim 7, characterized in that the cap cover (40) can be fastened by means of fixing screws which can be screwed into the base plate.
9. Pivoting lever catch according to any one of Claims 1 to 3, characterized in that the breakthroughs necessary for the assembly of the pivoting lever closure ((10) are rectangular in shape and all have the same width (B), and that the breakthrough for bringing through the operating shaft (15) has a length (C) which is twice as great as the width (C = 2B); and that the breakthrough for accommodating the latch devices has a length that corresponds to four times the width (D = 4B).
10. Pivoting lever catch according to Claims 1 to 3, characterized in that the pivoting lever closure (10) is arranged in the tilting space of a sheet metal cabinet door (16) and one stop (32) is part of a lock box (13) in which flat rods (25, 35) of a flat rod closure are driven and mounted and/or from which a ball catch closure (39) emerges.
11. Pivoting lever catch according to Claim 10, characterized in that the trim cap (40) is provided on one of its longitudinal sides with at least one bulge (73, 173) for accommodating the operating space of the dog (44) of the cylinder lock (38) arranged in the base plate (18), and that one flat rod (25) of the flat rod closure is brought along the opposite longitudinal side (25).
12. Pivoting lever catch according to any one of Claims 1 to 11, the cylinder lock devices comprising cylinder locks (36, 38; 136, 138) which can be inserted into an insertion space (74, 76; 174, 176), respectively, and are fixed by means of fixing screws (45) running transversely to this insertion space, characterized in that in place of a round hole, an elongated hole for fixing cylinder locks of varying lengths is provided for the fixing screw (45) in the base plate (18) or in the pivoting lever (22; 122).
13. Pivoting lever catch according to Claim 12, characterized in that, corresponding to the extension of the round hole into an elongated hole, the window provided for the dog of the relevant cylinder lock (e.g. latch strip 46) is extended in the direction of the cylinder axis in order to be able to fix in each case the dog of cylinder locks of varying length and thus different positions of the elongated hole by means of the fixing screw (45).
14. Pivoting lever catch according to any one of Claims 8 to 13, characterized in that the fixing screws for the cap cover (40; 140) are fitted through holes (e.g. 102) arranged symmetrically with respect to the longitudinal and/or transverse axis of the cap for the purpose of lefthand-righthand convertibility of the cap cover with respect to the base plate.
15. Pivoting lever catch according to any one of Claims 1, 2 or 3, characterized in that the two lock cylinders (36, 38) are arranged behind one another (Figs 1 to 3), and that the blocking component for righthand-lefthand convertibility without blocking component conversion consists of two latch strips (46) which are fitted on both sides of the lock cylinder (36, 38) and can each be engaged by the dogs of the lock cylinder, and that the two strips (46) are rigidly connected to one another by means of a transverse connection.
16. Pivoting lever catch according to Claim 15, characterized in that the transverse connection forms a channel section with the two latch strips, which is open towards the thin wall.

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