ES2806264T3 - Passive leaf lock - Google Patents

Abstract

Passive leaf lock for mounting inside or on a passive leaf of a double-leaf door, with a lock housing (2) configured as a lock box or lock frame, in which a lock mechanism and equipment are mounted of electric door opener (5), - the lock mechanism comprising: - an upper bolt stem connection kit, to which an upper bolt stem (7) and / or a connection kit can be connected or is connected of a lower bolt rod, that of a lower bolt rod (8), - an activation connection device, in which an activation device (3) can be connected or is connected, which has a manual or motorized actuator, - the electric door opener equipment (5) comprising: - a door opener latch (51), which is movably mounted on the lock housing (2) in such a way that it interacts in the closing position of the door with a latch latch or a latch from a ce associated active leaf lock, - an electric locking device (52), having an electric actuator (52s) and a locking member (52a) on the exit side, which interacts with the door opener latch (51) directly or through a door opener gear (53) sandwiched such that the door opener latch (51) can be switched to a locked position and a release position, - by interacting the door opener latch (51 ) with the electrical locking equipment (52) such that the gate opener latch (51) can be electrically switchable by changing the supply of the electrical locking equipment (52) from its locked position to its release position , wherein a) at least the following gate opener components: gate opener latch (51), electric actuator (25s), exit side locking member (25a) and, if present , the gate opener gear (53) inte The gap between the gate opener latch (51) and the exit side locking member (52a) are present in the lock casing (2) and no separate gate opener casing is provided, within or in which all these gate opener components are stocked, and b) at least the following gate opener components: gate opener latch (51), electric actuator (52s), exit side locking member (52a) and, if present, the door opener gear (53) sandwiched between the door opener latch (51) and the exit side locking member (52a), are arranged distributed in the lock housing ( 2) in such a way that between at least two of the door opener components at least one component of the lock mechanism or at least one part of a component of the lock mechanism engages, characterized in that the lock mechanism has a locking device. elevation (6), that i It interacts in the closing position of the door with a closing latch or a bolt of an associated active leaf lock, and the lifting equipment (6), or at least a part of the lifting equipment (6), is arranged between two components of gate opener.

Description

DESCRIPTION

Passive leaf lock

The invention relates to a passive leaf lock, which has the characteristics of the preamble of patent claim 1.

A passive leaf lock of this type is known from DE 102006038610 B4. The electric door opener set is housed as a separate component in the lock housing of the passive leaf lock. The door opener unit has, like conventional door openers that are mounted on the door frame, a door opener housing, in which all the components of the door opener are arranged. The door opener unit is used in DE 102006 038610 B4 in the lock housing of a passive door lock, namely in a separate free space which is designed as a recess in the lock mechanism. In order to be able to mechanically unlock the initially electrically switchable door opener, in addition to the closed position of the door, a mechanical unlocking unit is provided in DE 102006038610 B4, which is coupled with the locking rod connection device at the lock housing. The mechanical unlocking unit engages the door opener housing to mechanically unlock the electrical locking equipment from the door opener. In this sense, the mechanical unlocking unit acts on the electromagnet anchor of the electrical locking equipment.

It is disadvantageous in this state of the art that the door opener unit requires relatively a lot of construction space in the passive leaf lock and the embodiments with a lock housing with small dimensions cannot be implemented.

The invention is therefore based on the objective of creating a passive leaf lock of the type mentioned at the beginning, which is compactly constructed and also allows for the realization of lock boxes with small dimensions.

The invention solves this objective for the purpose of patent claim 1. This solution provides the conjunctive alternatives a) and b).

Alternative a) provides that at least the following door opener components are arranged in the lock housing: the door opener latch, the electric actuator, the exit side locking member and, if present, the gate opener gear sandwiched between the gate opener latch and the exit side locking member. In this regard, no separate door opener housing should be provided, within or in which all these door opener components are stored. This means that for the door opener components no separate joint door opener housing is required, in which all the door opener components are housed as in conventional door openers. The door opener components can be arranged individually or in groups in corresponding clearances in the lock housing, preferably in recesses in the lock gear. In particular, embodiments are possible in which one or more of the door opener components are housed in separate housings and this housing in the lock housing. However, unlike the state of the art, not all door opener components are assembled together in one door opener housing.

Alternative b) provides in the sense of the same inventive idea the distributed arrangement of the door opener components in the lock housing. Provide at least the following gate opener components: gate opener skid, electric actuator, exit side locking member and, if present, gate opener gear sandwiched between gate skid. The door opener and the exit side locking member are arranged distributed in the lock housing such that between at least two of the door opener components a component of the lock mechanism or at least a part of a component engages of the lock mechanism.

Both alternatives a) and b) are used together to obtain in the lock housing an optimal arrangement of the door opener components with respect to the components of the lock mechanism.

In this regard, embodiments are particularly advantageous which provide that the door opener bolt is designed as a pivot bolt and has a pivot bearing, which is arranged directly in the lock housing, that is to say without inserting an additional housing which houses the pivot bearing and / or gate opener skid and / or electrical locking equipment and / or other gate opener components. An optimization of the arrangement can be obtained with embodiments that envisage that the gate opener latch is configured as a pivot latch and has a central pivot axis for left-to-right use of the gate opener latch.

Favorable component arrangements are also possible in embodiments which provide that the locking member is configured as a locking lever and has a pivot bearing, which is arranged in the lock housing directly, that is, without inserting an additional housing that houses the pivot bearing and / or locking lever and / or electrical locking equipment and / or additional door opener components.

Advantageous embodiments provide that between the locking member and the gate opener latch a transmission slide or a transmission pivot lever is switched, which is configured as the gate opener gear or as part of the gate opener gear. . In a preferred development, provision can be made for the transmission slide or the transmission pivot lever to have a slide bearing or a pivot bearing, which is arranged directly in the lock housing, that is to say without inserting an additional housing which houses the transmission slide or transmission lever and / or electrical locking equipment and / or gate opener latch and / or additional gate opener components.

According to the invention, it is provided that the lock mechanism has a lifting device, which essentially interacts in the closing position of the door with a closing latch or a deadbolt of an associated active leaf lock, so that the device Lifting device, or at least a part of the lifting equipment, is arranged between two door opener components.

As an alternative or additionally, provision can be made for the two door opener components to be configured, on the one hand, as the door opener latch and, on the other hand, the electric actuator and / or the locking member on the exit side.

Other characteristics appear from the dependent claims as well as from the description in connection with the figures. Figures show:

Figure 1a: a schematic side view of a passive blade lock with an open casing cover;

Figure 1b: a front side view of the passive leaf lock;

FIG. 2: an enlarged representation in the area of the door opener components of the passive leaf lock;

Figure 3: a cutaway representation in the direction of view from behind, that is, with door opener components in the foreground on the front side of the passive leaf lock, the door opener latch in the released position ;

Figure 3 is a representation corresponding to Figure 3, but the anchor of the locking device is pivoted in the locked position and the gate opener latch in the locked position; Figure 4: a sectional representation of the passive leaf lock along the line I-I of Figure 1a, the door opener latch pivoted in the release position;

Figure 4 is a representation corresponding to Figure 4, but the door opener latch in the locked position;

Figure 5: a schematic side view of a second embodiment of a passive leaf lock with an open casing cover;

Figure 6: a representation corresponding to Figure 5 of the exemplary embodiment shown there, but when the slide 4 of the lock gear is withdrawn;

Figure 7: a detailed representation in perspective view of the door opener equipment, the components of which are arranged in the lock box, in the locked position;

Figure 8 the gate opener kit in Figure 7, but in side view;

Figure 9: a representation corresponding to Figure 7 of the door opener equipment, but in the first release position, that is to say, freely switched electrically;

Figure 10: the gate opener kit shown in Figure 9, but in side view;

Figure 11: a representation corresponding to Figure 9 of the door opener equipment, but in the second release position, that is to say, mechanically freely switched; Figure 12: the view of the door opener shown in Figure 11; although in side view.

Figures 13a-13d are perspective representations of a further embodiment, showing various switching positions in the event of electrical unlocking;

Figures 14a-14d are perspective representations of the exemplary embodiment of Figures 13a to 13d, showing various switching positions in the event of mechanical unlocking by means of the mechanical unlocking unit.

Figures 1a to 4 show embodiments of a passive leaf lock according to the invention with advantageous designs and features, which can be used in the combination of features shown. A combination of individual characteristics or a part of characteristics is also envisaged in alternative designs represented in the figures with additional features not explicitly shown in the figures. Designs are also envisaged that do not present in their entirety all the features shown in the figures, but only a selection of features shown, without leaving the scope of the invention, which is defined by the claims.

The passive leaf lock 1 shown in Figures 1a to 4 has a lock housing 2, in which a lock mechanism and a door opener kit 5 integrated in the lock mechanism are arranged. The lock mechanism comprises a lock gear with a slide 4, which can be activated via a nut 3. The lock mechanism further features a bolt lifting device 6 for a bolt of an assigned active leaf lock . Furthermore, the lock mechanism has a connecting kit for an upper bolt rod 7 and a connecting kit for a lower bolt rod 8.

An essential difference from conventional passive door locks, which are equipped with an electric door opener, is in the illustrated embodiment that the components of the door opener set are independently mounted in the lock housing 2. No separate gate opener housing is present, which houses all gate opener components. The components of the door opener equipment, in the case shown, are arranged interlocking with the components of the lock mechanism in the lock housing. The components of the lock mechanism mesh between components of the door opener kit.

The gate opener kit 5 has as gate opener components a pivotally mounted gate opener latch 51 and an electric locking kit 52. The electrical locking equipment 52 interacts with the gate opener latch 51 through interlocking gear elements. The electrical locking equipment comprises an electrical coil 52s and an anchor 52a, which interacts as an outlet side locking member with coil 52s. The anchor 52a is pivotably mounted in the case shown as a flat lever of an arm about a pivot axis 52aa and is arranged on the upper side of the coil 52s. Between the anchor 52a and the gate opener latch 51 a transmission slide 53 is arranged. This interacts on one of its sides directly with the gate opener latch 51 and on its other side directly with the anchor 52a. To this end, the transmission slide 53 has a stop edge 53k on its side facing the anchor 52a, which interacts directly with the anchor 52a.

The door opener components are arranged in the lock housing 2 such that the door opener latch 51 is arranged adjacent to the front and the pivot axis 51aa of the door opener latch 51 is directed parallel to the front . The electric locking equipment 52 is arranged near the rear side, away from the front, of the lock housing 2. The transmission slide 53 is arranged adjacent to the door opener latch 51. Its direction of movement extends between the front side and the rear side, away from the front, of the lock housing 2, that is to say in the transverse direction of the lock housing 2 and, in this respect, transversely to the direction of travel of the slide 4.

The gate opener latch 51 is configured as a pivot latch. It has a pivotally mounted door opener latch body 51 k, onto which a screw part 51a is screwed. The door opener latch 51 interacts with a closing latch (not shown) of an assigned active leaf lock via the screwed part.

In the lock housing 2, a release slide 54 is movably mounted in parallel to the electrical locking device 52, that is, the release slide 54 is movable in parallel with the coil 52s and the anchor 52a. The unlocking slide 54 represents a part of the lock mechanism. It forms a mechanical unlocking unit to activate the anchor 52a for mechanical release of the electric door opener. For this purpose, the unlocking slide 54 has an activation button 54b on the side facing the anchor 52. The unlocking slider 54 is engaged in motion with the slider 4 of the lock gear. In the case shown, the unlocking slide 54 is configured as a section of the slide 4 and / or at least as a part fixed to movement with the slide.

The door opener kit 5 can be switched to a lock position and a release position. In the locked position, the door opener latch 51 is locked and surrounds behind the closing latch, which engages in the closed position of the door, of the active leaf lock to immobilize the active leaf in the closed position. In the release position the gate opener latch is freely switched so that the closing latch is released when the active leaf is pushed open.

The switching between the locked position and the released position can be effected by electrical control by electrically switching the electrical locking equipment. This means that the unlocking of the electric door opener kit is effected by the electric release of the electric locking kit 52. As an alternative, a free switching of the electric door opener device is possible by means of a mechanical unlocking. This is done by means of the mechanical activation of the unlocking slide 54, which acts in the embodiment of Figures 1 to 4 through its activation button 54b on the anchor 52a.

In the embodiment of Figures 1 through 4, anchor 52a is in the gate opener latch lock position in its pivoted position away from coil 52s, as shown in Figure 3s. The drive slide 53 arranged between the anchor 52a and the door opener latch 51 projects with its abutment edge 53k on the upwardly pivoted anchor 52a. This is shown in Figure 4s. The transmission slider 53 forms with its front side edge a stop for the gate opener latch 51. The gate opener latch 51 is locked in this position against a pivot in the release position.

During mechanical unlocking, the anchor 52a is pivoted by moving the unlocking slide 54 to its release position resting on the coil 52s. The position is shown in Figures 3 and 4.

Thus, the anchor 52a is out of the travel path of the transmission slide 53, so that the gate opener latch 51 is freely switched for pivoting. When in this position the door opener latch 51 is actuated by the latch latch in the open direction, it pivots and releases the latch latch. The pivoting of the door opener latch is possible, because the transmission slide 53 is not locked through the anchor 52a of the electrical locking equipment. As the door opener slide 51 pivots, the transmission slide 53 is deflected.

The electrical unlocking is effected by changing the supply of the electrical locking equipment 52. Starting from the locked position, as shown in Figures 3s and 4s, anchor 52a is pivoted by changing the supply to its resting position on coil 52s. The anchor 52a is thereby moved out of the travel path of the transmission slide 53. When the gate opener latch 51 is now actuated by the closing latch for opening the door, the gate opener latch 51 it pivots, since the transmission slide 53 is no longer locked by the anchor 52a and can be deflected. This release position is shown as in the case of mechanical unlocking and in Figures 3 and 4.

In the embodiment represented in Figures 1 to 4 it is therefore provided that the mechanical unlocking unit 54, as in conventional known systems, acts on the locking member on the output side of the electrical locking equipment, and specifically in the anchor 52a, which interacts with the coil 52s of the electromagnet. In the sense of the present invention, this embodiment would have to be modified according to the invention, and specifically for example in such a way that the mechanical unlocking unit 54 interacts with the transmission slide 53 of the door opener gear, which functions as change. Thus, in the mechanical unlocking position, the mechanical unlocking unit 54 moves the transmission slide 53 out of the engagement position of the door opener latch 51, for example by moving the transmission slide 53 parallel to the until it comes out of the effective position of the gate opener latch 51. This has the consequence that, in the mechanical unlocking position, the gate opener latch 51 is disengaged from the transmission slide 53 and thus freely switched. The displacement of the transmission slide 53 can be effected in this design in the same slide bearing, in which the transmission slide 53 is also movably mounted in its interaction with the anchor 52a and the door opener slider 51 As an alternative, a modification would also be possible in which the transmission slide 53 has a separate bearing, for example a second slide bearing or a pivot bearing, in which the transmission slide 53 is displaced when activated by the unit. mechanical unlocking device 54. It can also be provided that the unlocking unit 54 acts on this additional bearing.

Other modifications with respect to the embodiment represented in Figures 1 to 4 are possible in the sense of the invention such that, for example, the mechanical unlocking unit 54 interacts with the door opener latch 51 and displaces the opener latch. door 51 for mechanical unlocking. This displacement can be effected in the pivot bearing of the door opener slider 51, in which the door opener slider 51 can also be displaced in case of its interaction with the closing slider and the transmission slide 53. The As an alternative, however, however, the gate opener latch can also have a separate bearing, for example a sliding bearing, in which the gate opener latch 51 shifts in the event of an interaction with the mechanical unlocking unit 54 for mechanical unlocking. Alternatively, the door opener latch 51 may have a separate movably mounted section, which interacts for mechanical unlocking with the mechanical unlocking unit 54 and moves relative to the remaining door opener latch 51.

In the case of the passive leaf lock represented in Figures 5 to 12, it is a modification made in a specific way of the passive leaf lock of Figures 1 to 4. The lock mechanism of the passive leaf lock is same as the lock in Figures 1 to 4. Only the door opener kit 5 differs in its construction from the door opener kit in the passive leaf lock in Figures 1 to 4. The door opener kit has in the embodiment of Figures 5 to 12 the same components, specifically a door opener latch 51, an electrical locking device 52 with coil 52s and anchor 52a and a transmission slide 53, as well as an unlocking slide 54 that It can be activated via the lock nut 3. However, additionally another intermediate member 55 is provided, which is switched between the transmission slide 53 and the anchor 52a and can be activated by the unlocking slide. This means that in this case the transmission slide 53 does not interact directly with the anchor 52a, but only in a indirectly through the intermediate member 55 sandwiched. In this case, the unlocking slider 54 interacts exclusively directly with the intermediate member 55. The intermediate member has an oblong hole 55o in which a drive head 4z of the unlocking slider 54 engages. The oblong hole 55o is transversely aligned to the front and thus along the thrust direction of the transmission slide 53.

The gate opener kit can be switched into lock position and release position. The locking position is depicted in Figures 7 and 8. In this position, anchor 52a is switched into its pivoted locking position away from coil 52s and intermediate member 55 is disposed between transmission slide 53 and the anchor 52a such that the intermediate member 55 rests with its side facing the anchor 52a on a locking edge 52ak configured in the anchor 52a and with its side facing the transmission slide 53 rests on an edge of stop 53k configured on transmission slide 53. Transmission slide 53 is locked in this position against movement in a direction directed away from the front through intermediate member 55. Intermediate member 55 is edge-locked lock 52ak configured on the anchor 52a in this direction of pushing on its side through the anchor. The door opener latch 51 rests in this position on the front side of the transmission slide 53 and is locked in its locking position shown in Figures 7 and 8 against pivoting in the release direction.

Figures 9 and 10 show the door opener equipment in its release position and certainly in its first release position, which is effected by the electrical switching of the electrical locking equipment. By the electrical free switching of the locking device 52, the pivoted anchor 52a from its upwardly pivoted locking position, shown in Figures 7 and 8, is disposed downward toward the coil 52s. In this respect, it is located parallel to the plane of the lock box. As best recognized in Figure 10, in this position the intermediate member 55 is not in contact with the locking edge 52ak of the anchor 52a. This position in Figure 10 is achieved starting from the locking position in Figure 8 by pivoting the anchor 52a out of the abutment position with the locking edge 52ak to its pivoting position resting on the coil 52s. The intermediate member 55 can then be moved in a direction away from the front in Figure 8 by the effect of the transmission slider 53. The pushing movement of the intermediate member 55 is effected by the effect of the transmission slider. transmission 53 when the door opener latch 51 is pivoted out of the locking position shown in Figure 8 during the opening of the leaf activated by the closing latch to its release position. Figure 10 shows the position after the release pivot of the door opener latch 51.

Figures 11 and 12 show the release position of the door opener kit after mechanical unlocking through unlocking slide 54. This, unlike the electrical release position shown in Figures 9 and 10, is shown called second release position. In this release position shown in Figures 11 and 12 the intermediate member 55 is moved out of the locking position shown in Figures 7 and 8 to its mechanical release position. The direction of movement for this movement of the intermediate member 55 is a movement direction parallel to the front and, therefore, transverse to the direction of movement of the transmission slide 53. The movement of the intermediate member 55 is carried out to the position shown. in Figures 11 and 12, that is, until the intermediate member 55 is outside the locking edge 52ak configured in the anchor 52a. This means that the transmission slide 53 is now no longer hindered by the intermediate member 55 and also not directly by the anchor 52a against a displacement in the release direction so that it is away from the front and therefore the door opener slide 51 is can pivot from its locking position shown in Figures 7 and 8 to the release position of Figures 11 and 12 with the displacement of the transmission slide 53. The intermediate member 55 is driven, in this respect, by the slide of transmission 53 and moves freely in plane by anchor 52a. The anchor 52a does not prevent this displacement movement of the intermediate member, since the intermediate member is outside the effective attachment of the anchor. In the mechanical release position shown in Figures 11 and 12, the switching position of the anchor does not occur, that is, the anchor can be electrically brought into the locking position and release position in this mechanical release position without being influenced. in the mechanical release position in this way.

In contrast to the mechanical release position, the anchor position is essential in the electrical release position shown in Figures 9 and 10. In this electrical release position, the anchor has to be arranged in its electrically determined release position, ie in the case shown pivoted downwardly towards coil 52s. As soon as the electrical locking device is electrically switched to the locking position, the anchor 52a is moved to its locking position, in the case shown to a position pivoted away from the coil 52s, as shown in Figures 7 and 8.

In the exemplary embodiment of Figures 5 to 12, the mechanical unlocking unit 54 interacts with the transmission slide 53 sandwiched between the door opener latch 51 and the anchor 52a on the output side of the electrical locking equipment 52 through the intermediate member 55. The mechanical unlocking unit 54 influences, for the mechanical release of the electric door opener, the intermediate member 55 and not the anchor 52a.

In both embodiments, which are shown in the figures, the characteristics a) and b) of the Main claim 1. The door opener components are arranged directly in the lock housing without a separate door opener housing being provided, which houses the door opener components: door opener latch, electric actuator, member of exit side lock and gate opener gear in their entirety or only some of them. Furthermore, the mentioned door opener components are distributed in the lock housing in such a way that at least some of the door opener components intermesh components of the lock mechanism.

In the exemplary embodiment of Figures 5 to 12, the lock mechanism comprises a slide 54, which can be activated by the nut 3 to activate the bolt lifting equipment 6 and the connecting equipment for the upper bolt rod 7 and the lower bolt rods 8. Between the transmission slide 53 as part of the door opener gear and the anchor 52a of the electric locking equipment 52 engages the slide 54 as a component of the lock mechanism through the intermediate member 55 and acts thus as a mechanical unlocking unit 54.

In the exemplary embodiment of Figures 13 to 14, it is a passive leaf lock which is constructed largely the same as that of Figures 5 to 12. The passive leaf lock is also equipped with an opener kit. gate 5. The gate opener kit 5 presents, coinciding with the gate opener kit in Figures 5 to 12, a pivotable gate opener latch 51 and an electric locking kit 52 with pivotally mounted anchor 52a. . Between the gate opener latch 51 and the anchor 52a a transmission slide 53 is also switched. In contrast to Figures 5 to 12, however, between the transmission slide 53 and the anchor 52a, no intermediate member is switched. 55, which is activated through mechanical unlocking unit 54. Refer to Figure 13a. The mechanical unlocking unit 54 influences the drive slide 53 to move it relative to the gate opener latch 51. The locking position of the gate opener latch 51 is shown in Figures 13a and b. The drive slide 53 is positioned against the gate opener latch 51. When the electrical lock 52 is switched to the locked position, as shown in Figure 13b, the anchor 52a is pivoted away from the coil. 52s and locks the transmission slide 53 to carry out a compensating movement in the transverse direction. Due to this blocking of the transmission slide 53, the door opener slider 51 abutting it is locked in this position against a pivoting movement. This is shown in Figures 13a and b.

Reference is made to Figures 13c and d. When the electrical locking device 52 is freely electrically switched, the anchor 52a is displaced out of the movement path of the transmission slide 53. The transmission slide 53 can now carry out a deflecting movement beyond the anchor 52a, which is now retracted, when the door opener slider 51 is loaded by the closing slider. The gate opener latch 51 is in this position, therefore, freely switched. This position is shown in Figure 13d.

The mechanical free switching of the door opener latch 51 is shown in Figures 14a to d. The transmission slider 53 is moved by means of the unlocking slider 54, and certainly to a position outside of the location of the abutment with the door opener latch 51. Figures 14a and b show the displaced position of the transmission member 53 compared to the starting position, which is depicted in Figure 13a.

The drive slide 53 engages in this position in a freewheel notch 51f of the door opener slide 51 such that the door opener slide 51 can pivot unhindered by the drive slide 53 when the closing slide presses. the gate opener latch 51 for opening the gate. The gate opener latch pivots to the release position, shown in Figures 14c and d.

As in the embodiments described above, the mechanical unlocking unit 54 can be configured as a section of the slide 4 of the lock gear. However, the mechanical unlocking unit can be configured in modified embodiments also as a separate part, preferably as a part that interacts as a gear with the slide 4. In modified embodiments, the mechanical unlocking unit 54 can also be configured as non-sliding, for example as a lever or as another gear element. Furthermore, the mechanical unlocking unit 54 does not have to interact with a gear element of the lock gear. The mechanical unlocking unit 54 can be configured as a separate component independently of the lock gear. The activation of the mechanical unlocking unit 54 is carried out in the embodiments shown through the activation equipment of the lock mechanism, preferably the nut 3. However, there are also possible embodiments in which for the activation of the unit mechanical unlocking device 54, separate activation equipment is provided.

The device for activating the mechanical unlocking unit 54 is in principle preferably designed in each case in such a way that activation from the inner side of the door, on which the lock is mounted, is possible. This is always true for double-leaf door applications on escape and rescue routes. List of references

passive leaf lock

lock housing, lock box

b base plate

s faceplate

Walnut

lock gear slide 5 door opener kit lifting kit for associated active leaf lock bolts top bolt shank

lower bolt stem

gate opener slip

1st bolted piece of door opener skid

1k gate opener slip body

1l door opener slip storage frame

1aa door opener slip pivot shaft

1f freewheel groove at 51k

2 electric lock equipment

2s coil

2nd anchor (outlet side locking member)

2ak anchor lock edge

2nd pivot axis of the locking member (anchor)

3 transmission spool (shift)

3k drive slide stop edge

4 unlocking slide, unlocking unit

mechanics

4b toggle button 54

5 middle member

5th oblong hole

Claims (8)

1. Passive leaf lock for mounting inside or on a passive leaf of a double leaf door, with a lock housing (2) configured as a lock box or lock frame, in which a lock mechanism and an electric door opener kit (5) are mounted, - comprising the lock mechanism: • an upper bolt stem connection kit, to which an upper bolt stem (7) and / or a lower bolt stem connection kit can be connected or connected, of a lower bolt stem (8) , • a trigger connection device, to which an activation device (3) can be connected or is connected, which has a manual or motorized actuator, - comprising the electric door opener equipment (5): • a door opener latch (51), which is movably mounted in the lock housing (2) in such a way that in the door closed position it interacts with a closing latch or bolt of a door lock associated active sheet, • an electric locking device (52), which has an electric actuator (52s) and a locking member (52a) on the exit side, which interacts with the gate opener latch (51) directly or through a locking gear. door opener (53) sandwiched such that the door opener latch (51) can be switched to a locked position and a release position, - interacting the gate opener latch (51) with the electrical locking equipment (52) in such a way that the gate opener latch (51) can be electrically switchable by changing the supply of the electrical locking equipment (52) from its locked position to its release position, where a) at least the following gate opener components: gate opener latch (51), electric actuator (25s), exit side locking member (25a) and, if present, gear gate opener (53) sandwiched between gate opener latch (51) and exit side locking member (52a) are present in lock casing (2) and no gate opener casing is provided separate, within or in which all of these gate opener components are stored, and b) at least the following gate opener components: the gate opener latch (51), the electric actuator (52s), the locking member (52a) on the exit side and, if present, the gate opener gear (53) sandwiched between the gate opener latch (51) and the exit side locking member (52a) are arranged distributed in the lock housing (2) in such a way that between at least two of the door opener components engage at least one component of the lock mechanism or at least a part of a component of the lock mechanism, characterized by the lock mechanism has a lifting device (6), which interacts in the closing position of the door with a closing latch or a deadbolt of an associated active leaf lock, and the lifting equipment (6), or at least a part of the lifting equipment (6), is arranged between two door opener components. 2. Passive leaf lock according to claim 1, characterized because the two door opener components are configured, on the one hand, as the door opener latch (51) and, on the other hand, the electric actuator (52s) and / or the locking member (52a) on the side gate and / or gate opener gear (53). Passive leaf lock according to one of the preceding claims, characterized because the lock mechanism has a lock gear and the lock mechanism or at least one lock gear gear element (54) is arranged between two door opener components. Passive leaf lock according to one of the preceding claims, characterized because the door opener bolt (51) is configured as a pivot bolt and a pivot bearing (51aa), which is arranged in the lock housing (2) directly, that is, without interleaving an additional housing housing the pivot bearing (51aa) and / or the gate opener skid (51) and / or additional gate opener components. Passive leaf lock according to one of the preceding claims, characterized because the gate opener latch (51) is configured as a pivot latch and has a central pivot axis (51aa) for left-to-right use of the gate opener latch (51). Passive leaf lock according to one of the preceding claims, characterized because the locking member (53) is configured as a locking lever (53) and has a pivot bearing, which is arranged in the lock housing (2) directly, that is, without inserting an additional housing that houses the pivot bearing and / or locking lever (53) and / or electrical locking equipment and / or additional door opener components. Passive leaf lock according to one of the preceding claims, characterized because between the locking member (53) and the gate opener latch (51) a transmission slide (53) or a transmission pivot lever (53) is switched, which is configured as the gate opener gear or as part of the gate opener gear. Passive leaf lock according to claim 7, characterized because the transmission slide (53) or the transmission pivot lever (53) has a slide bearing or a pivot bearing, which is arranged in the lock housing directly, that is, without inserting an additional housing that houses the drive slide or drive lever and / or electrical locking kit (52) and / or gate opener latch (51) and / or additional gate opener components.