ES2700546T3 - Lock device with sensor device for a passive leaf - Google Patents

Abstract

Passive leaf lock device for a door, a window or the like, with a stationary frame mountable, with at least one leaf that is active - hereinafter referred to as active leaf - and at least one leaf that is passive - in hereinafter, referred to as the passive leaf, which are supported within the frame, the passive leaf lock device (30) can be mounted inside the or on the passive leaf (110), presenting a lock mechanism and a lock drive device , and presenting the passive leaf lock device a trigger lift device and / or a pin lift device, it being provided that the lock mechanism of the passive leaf lock device has a bolt bar connection device ( 38o) of an upper bolt bar (380o) guided inside or on the passive sheet (110), which for the interlocking can be removed upwards and for the unlocking it can be retracted towards below, and / or that the lock mechanism of the passive leaf lock device has a bolt bar connection device (38u) of a lower bolt bar (380u) guided within and / or on the passive leaf ( 110), which for the interlocking can be extracted downwards and for the unlocking it can be retracted upwards, characterized a) because the passive leaf lock device has a sensor device (31t) to detect if in a predetermined space of the lock device of passive leaf (30) engages or does not engage a trigger (11), in particular, a lock trigger or a trigger pin of an active leaf lock device (1) mounted inside or on the active leaf, presenting the trigger lift device the sensor device to detect whether or not in a predetermined space of the passive leaf lock device engages or does not engage the trigger of the active leaf lock device, allowing l sensor device in the area of the trigger lift device a control and supervision of the trigger lift device, and the sensor device (31t) being made such that depending on the result of this detection it emits electrical signals to an electrical signal processing device; and / or b) because the passive leaf lock device has a sensor device (31t) to detect whether or not a pin (22) of a device in a predetermined space of the passive leaf lock device (30) engages. active leaf lock (1) mounted on the active leaf, the pin lifting device being provided by the sensor device to detect whether or not in a predetermined space of the passive leaf lock device gears or not gears the pin of the leaf lock device activates, allowing the sensor device in the area of the pin lifting device a control and monitoring of the pin lifting device, and the sensor device (31t) being realized in such a way that depending on the result of this detection it emits electrical signals to an electrical signal processing device.

Description

DESCRIPTION

Lock device with sensor device for a passive leaf

The invention relates to a passive leaf lock device for a door, a window or the like. The door has a mountable frame in a stationary manner, with at least one active leaf and at least one passive sheet which are supported within the frame. Therefore, it is a two-leaf door. The sheet that is active is referred to as the active sheet. The sheet that is passive is referred to below as the passive sheet.

The passive leaf lock device is mounted or can be mounted on the passive sheet. It has a lock mechanism and a drive device for actuating the lock mechanism. Passive leaf lock devices with a mechanical drive device are known, the mechanical drive device being made as an anti-panic latch or pressure bar.

The lock mechanism of the passive leaf lock device has a trigger lifting device and / or a pin lifting device. These are lifting devices for a trigger or pin of an active leaf lock device that can be mounted on the active leaf side. The purpose and the purpose of these lifting devices consists in elevating for the opening of the door the trigger and the pin of the assigned active leaf lock device which in their locked position engages in the passive leaf lock device, ie , sliding them backwards from the passive leaf lock device into the active leaf lock device, and unlocking them previously, if they are locked in their locking position. This type of lock devices for two-leaf doors with an active lock device with trigger and pin and with a passive lock device with a lifting device for the trigger and the pin are known by practice and are described for example in EP0849425B1.

In this type of known lock devices it can happen that the process of raising the trigger and the pin is not executed optimally and as a result there is a blockage of the door leaf during the opening of the door. Furthermore, it may also happen that the insertion of the trigger and the pin do not occur properly and that, in the closing position of the door, as a consequence, the trigger and the pin do not engage correctly in the passive leaf lock device.

A single-leaf door with a self-locking lock was disclosed by EP2166180B3. In the door leaf there is an electromotor drive device that serves to unlock the lock. The electromotor drive device guides the pin from its locking position to its unlocking position. To control the unlocking process, a sensor connected to the motor control is provided. The sensor is arranged inside the motor housing and queries the position of a gear gear element disposed on the output side of the motor.

The object of the invention is to provide a passive leaf lock device which guarantees greater reliability of the locking and / or unlocking process.

The invention achieves this objective with the object of claim 1.

An essential measure is that the trigger lifting device of the passive leaf lock device has a sensor device for detecting whether in a predetermined space of the passive leaf lock device a trigger engages or not, in particular, a trigger lock or a trigger pin of an active leaf lock device mounted inside or on the active leaf, the sensor device being made such that depending on the result of this detection it emits electrical signals to an electrical device for processing signs

Additionally or alternatively, an essential measure is that the pin lifting device of the passive leaf lock device has a sensor device for detecting whether in a predetermined space of the passive lock device it engages or not engages a pin of a passive lock device. active lock mounted on the active leaf, the sensor device being made in such a way that depending on the result of this detection, it emits electrical signals to an electrical signal processing device.

It can be provided that the passive leaf lock device has a sensor device for detecting whether a gear slide of the lock mechanism gear has reached or not a predetermined position, the sensor device being made in such a way that depending on the The result of this detection emits electrical signals to an electrical signal processing device.

It can be provided that the passive leaf lock device has a sensor device for detecting whether or not a lock nut of the lock mechanism has reached a predetermined position, the sensor device being made in such a way that depending on the result of This detection emits electrical signals to an electrical signal processing device.

It can be provided that the passive leaf lock device has a sensor device for detecting whether or not an output shaft of a motor drive device has reached a predetermined position, by actuating the motor drive device the motor drive device. lock and / or at least one of the bolt bars and / or a trigger lifting device that is made for unlocking and / or retracting a trigger of an active leaf lock device mounted within or on the blade active, meshing in a predetermined space of the passive leaf lock device, and / or a pin lifting device that is made for unlocking and / or retracting a pin of an active leaf lock device mounted within or on the active leaf, which engages in a predetermined space of the passive leaf lock device, the sensor device being made in such a way that depending on the result of said detection, it emits electrical signals to an electrical signal processing device.

In preferred embodiments, it is provided that the sensor device has a sensor that emits electrical signals and a probe that acts in a direct or indirect manner with the sensor and that is movably supported inside the lock box of the sensor device. passive leaf lock and acts by palpating in conjunction with the component that has to be detected. In addition, it can be provided that a transmission element is arranged between the sensor and the feeler, which acts in conjunction with the feeler through an inclined plane or other gear. Advantageously, the feeler has a section that activates the sensor during the movement of the feeler. The feeler can be loaded by a spring that moves the probe in the direction of probing.

Advantageously, the lock mechanism of the passive leaf lock device is disposed within a lock box, the feeler being able to move in a limited manner in the direction of probing inside the lock box of the passive leaf lock device, in particular, at most so that it does not protrude or protrude only slightly from a front opening on the front side, facing the active leaf, of the lock box. In preferred embodiments, the feeler is formed as a feeler slide which is guided inside a linear guide device which is fixedly arranged inside the lock box of the passive leaf lock device.

Advantageously, it is provided that the trigger lifting device has a guided trigger slide inside a linear guidance device that can be fixedly mounted with the passive leaf and which is oriented horizontally in the assembled position of the lock device. , the linear guide device of the trigger actuating slide being connected to the linear guidance device of the feeler slide and / or realized as a section thereof. It can also be provided that the pin lifting device has a guided pin driving slide with the linear guide device fixedly mounted with the passive sheet, which in the assembled position of the lock device is oriented horizontally, the linear guidance of the pin-drive slide to the linear guidance device of the feeler slide and / or performed as a section thereof.

Advantageously, the lock mechanism of the passive leaf lock device is disposed within a lock box, the feeler being made as a feeler lever which is pivotally supported about an axis which is fixedly disposed within the housing. lock of the passive leaf lock device.

In preferred embodiments it can be provided that the electrical signal processing device is connected to an electrically switchable control device of the motor drive device of the lock control device and / or to an electrically switchable connection / disconnection device of the device. of trigger lift and / or to an electrically switchable disconnect / connection device of the pin lifting device and / or to the motor drive device which drives at least one of the bolt rods and / or at least one of the elevation and / or is connected to a monitoring center. Furthermore, it can be provided that the sensor device has a sensor that emits electrical signals and that acts in conjunction directly with the component to be detected.

In preferred embodiments, the lock nut has a section that during the movement of the lock nut drives the sensor of the sensor device.

In preferred embodiments, the gear slide has a section which, during the movement of the gear slide, drives a sensor of the sensor device.

The present invention further relates to a lock device for a door, a window or the like, with a frame that can be mounted stationary with at least one sheet that is active, supported on or within the frame - which is hereinafter it will be called an active sheet - and with at least one sheet that is passive - which will be referred to below as a passive sheet. The lock device comprises a passive leaf lock device that can be mounted within or on the passive sheet and an active leaf lock device that can be mounted within or on the active sheet. It is envisioned that the active leaf lock device has a lock mechanism with a trigger and / or with a pin, and that the passive leaf lock device is made according to one of the claims 1 to 14. In particular embodiments preferable, the lock device passive sheet is realized as a recessed lock and preferably also the active leaf lock device is realized as a recessed lock.

In addition, the present invention relates to a door or window with a frame mountable in a stationary manner, with at least one sheet that is active, supported on or within the frame - hereinafter referred to as an active sheet - and with at least one sheet that is passive - hereinafter referred to as a passive sheet - with a lock device comprising an active leaf lock device and a passive leaf lock device, the active leaf lock device being mounted within or on the active leaf and the passive leaf lock device being mounted within or on the passive sheet. It is envisaged that the active leaf lock device has a lock mechanism with a trigger and / or with a pin and that the passive leaf lock device is made according to one of claims 1 to 14.

An essential measure is that the trigger lifting device has a sensor device for detecting whether in a predetermined space of the passive leaf lock device the trigger of the active leaf lock device engages or not, emitting the sensor device in function of the result of this detection electrical signals to an electrical signal processing device.

With this sensor device in the area of the trigger lifting device and / or in the area of the pin lifting device, advantageous control and monitoring of the pin or trigger lifting device is possible. It is also possible to start, depending on the result of the detection, the lifting process from the closing position, if there is an intention to open the door and if in the closed position there is a meshing of the trigger or pin in the lock device of active leaf. By detecting through said sensor device it is also possible to stop the lifting process at an optimum time, that is, to end it, when the trigger or pin has completely left the passive leaf lock device and has been fully retracted. interior of the active leaf lock device. It is also possible to carry out monitoring of the closing position and locking of the door independently of the lifting process by means of the sensor device, in order to ensure that a correct interlock exists respectively in the closing position of the door.

Preferable embodiments provide that the electrical signal processing device is connected to an electrically switchable control device and / or to an electrically switchable connection / disconnecting device of the trigger lifting device and / or the pin lifting device. Alternatively or additionally, they may also provide for the electrical signal processing installation to be connected to a monitoring center.

The sensor device can be made to detect the trigger of the active leaf lock device. Corresponding embodiments can then provide that the predetermined detection space of the sensor device is configured as a trigger housing space inside the lock box of the passive leaf lock device, wherein, in the closed position of the door, engages the trigger extracted from the active leaf lock device. Correspondingly, in embodiments in which the sensor device detects the pin of the active leaf lock device, it can be provided that the predetermined detection space of the sensor device is configured as a pin receiving space within the lock box of the passive leaf lock device, in which, in the closing position of the door, the pin removed from the active leaf lock device engages.

A high operating safety of the sensor device results in embodiments in which it is provided that the sensor device has a sensor slide that abuts the geared trigger and that is guided in a linear guidance device provided fixedly inside the box of the lock of the passive leaf lock device, and that the sensor slide is loaded by a spring in the direction of removal. Correspondingly, the sensor device for detecting the pin can have a sensor slide which abuts the engaged pin and which is guided in a linear guide device fixedly arranged inside the lock box of the leaf lock device passive Said sensor slide of the pin can also be loaded by a spring in the direction of extraction. By means of the spring loaded sensor slide, for the trigger or the pin, in the event that the trigger the pin engages in the active leaf lock device, it is achieved that a stop position of the sensor slide is automatically adjusted in the trigger or the pin.

In order to ensure that the sensor slide does not block the opening process during the opening of the door, it is preferably provided that the sensor slide is limited within the lock box of the passive leaf lock device in the direction of removal, and can be preferably move as much as possible so that it does not protrude or protrudes only slightly from the front side, oriented towards the active leaf, of the lock box.

For detecting the corresponding position of the trigger and of the pin, the sensor slide can act together in a simple manner with a sensor of the sensor device, for example, in such a way that the sensor slide has a edge or an appendix that during the movement of the sensor slide passes in front of the sensor.

The sensor of the sensor device can be realized as an optical sensor or as a magnetic sensor or as an electromagnetic sensor or electrical sensor.

In preferred embodiments, it is provided that the trigger lifting device has a trigger-controlled slide guided in a linear guidance device that can be fixedly mounted with the passive leaf preferably with the lock box and that in the mounted position Passive leaf lock device is oriented horizontally. Correspondingly, the pin lifting device can have a guided pin drive slide in a linear guide device fixedly mounted with the passive sheet, preferably with the lock box and which, in the assembled position of the lock device Passive sheet is oriented horizontally. Especially preferred variants of these embodiments provide that the linear guide device of the trigger actuator slide is connected to the linear guidance device of the sensor slide of the sensor device. Correspondingly, it can be provided that the linear guidance device of the pin-drive slide is connected to the linear guidance device of the sensor slide of the sensor device. With these embodiments, it can guarantee an especially high functionality of the lifting process.

The actuation of the passive lock device can be carried out by means of a manually operated device and, in particularly preferable devices, by means of a motor drive device, preferably an electric motor drive device. The lifting devices with the electric sensor device come into consideration especially for embodiments with an electric motor drive device, to perform a high degree of supervision and automation.

Exemplary embodiments are represented by way of example in the figures. They show:

Figures 1a to 1c an exemplary embodiment not belonging to the invention;

Figures 2a to 2b an exemplary embodiment not belonging to the invention;

Figures 3a to 3c an exemplary embodiment not belonging to the invention;

Figures 4a to 4c an exemplary embodiment not belonging to the invention;

5a to 5d an exemplary embodiment not belonging to the invention;

6a to 6b an exemplary embodiment belonging to the invention;

Figures 7a to 7f an exemplary embodiment belonging to the invention;

Figures 8a to 8b an exemplary embodiment not belonging to the invention;

Figures 9a to 9b an exemplary embodiment not belonging to the invention;

Figures 10a to 10c an exemplary embodiment not belonging to the invention;

figure 11 an exemplary embodiment not belonging to the invention;

figure 12 an example of embodiment belonging to the invention;

figure 13 an example of embodiment belonging to the invention;

14 shows an exemplary embodiment not belonging to the invention.

The structure and functions of the passive leaf lock device

The embodiments shown in the figures are different embodiments of passive leaf lock devices 30 which are mounted respectively inside a passive leaf 110 of a two-leaf door. The passive leaf lock devices 30 are intended respectively for joint action with an active leaf lock device, which have to be mounted in a correspondingly assigned manner within an active sheet of the two-leaf door.

An embodiment of an active leaf lock device 1, mounted inside an active leaf 10 of a two-leaf door, is represented in figures 1a to 1c, in particular, in its joint action with a lock device assigned passive sheet that is mounted within the passive sheet 110.

The passive leaf lock device 30 not made according to the invention of figures 1a, 1b and 1c has a lock mechanism which is supported inside a lock box 30a. The lock box 30a is mounted being inserted in a housing bag within the passive sheet 110. The lock mechanism comprises a lock gear with a gear slide 36 which is engaged, as to the gear, to a lock nut 37 supported rotatably within the lock box 30a. By means of an actuating handle (not shown) which can be engaged in the lock nut 37 by insertion, the gear slide 36 of the lock gear can be operated. The gear slide 36 can slide up and down vertically guided inside the lock box.

The passive leaf lock device 30 comprises an upper and lower latch bar 380o, 380u and lifting devices 31 and 32, for raising the trigger 11 and the pin 12 of an assigned active leaf lock device, which in the position interlocks engage in the passive leaf lock device. The lock gear with the gear slide 36 serves for the actuation of the upper bolt bar 380o and the lower bolt bar 380u as well as for the actuation of the lifting devices 31 and 32. structure and function of the lifting devices 31 and 32 are still described in detail below in relation to the figures.

As can be seen in figures 1a, 1b and 1c, the upper bolt bar 380o is coupled to an upper bolt bar connecting device 38o, supported on the upper section of the lock box 30a. Said upper connecting device 38o is connected to the gear slide 36 via an inversion gear 36g. In the case represented in the figures, the reversing gear 36g is a cog gear. For this, the upper end piece of the gear slide 36 is made as a rack, and the upper lock bar connection piece 38o also has a rack. Between the two racks is rotatably supported in a rotating bearing, fixed to the lock housing, a toothed wheel device. The toothed gear meshes with the racks, guided linearly vertically inside the lock box, the gear slider 36 and the latch bar connection device 38o. The two racks are oriented parallel to each other, with a toothed wheel device interleaved, so that the two racks move in opposite directions in the vertical direction. This conditions that during a sliding of the gear slide 36 upwards it moves upwards, the latch bar connection device 38 or upper moves downwards, and through a sliding of the gear slide 36 downwards, the device bolt bar connection 38o moves upwards.

The lower bolt bar 380u is coupled to a lower latch bar connecting device 38u supported on the lower section of the lock box 30a. Said lower latch bar connecting device 38u is coupled to the gear slide 36 in the same direction, so that during a slide of the gear slide 36 upwards, the lower latch bar connection device also moves. upwards, and during a slide of the gear slide 36 downwards, the bolt-bar connection device 38u also moves downwards.

The bolt rods 380o and 380u driven in this way are mounted in the passive sheet 110 in vertical orientation, in particular, in a linearly slidable manner, respectively in a corresponding vertical linear guide, preferably in a cover and slidable manner within the frame of the leaf passive The bolt rods 380o and 380u can slide vertically up and down, respectively in opposite directions, by their immobile coupling to their assigned connecting device 38o or 38u, through the drive of the gear slide 36.

The upper end of the upper bolt bar 380o acts in conjunction with a bolt receiving cavity which is made inside the upper beam of the stationary frame of the door. The lower end of the lower bolt bar 380u acts in conjunction with a bolt receiving cavity made in the bottom. In the position extracted from the upper bolt bar 380o, the free upper end of the bolt bar engages in the upper bolt housing cavity. In the position extracted from the lower bolt bar 38u, the free lower end of the bolt bar engages in the lower bolt housing cavity.

Through the actuation of the lock gear, during which the gear slide 36 slides vertically in the manner described, not only are the upper lock bar 380o and the lower lock bar 380u retracted and removed, but they are also retracted. actuate the devices 31 and 32 acting in conjunction with the trigger 11 and the pin 22 of the active leaf lock device.

As already mentioned, the trigger lifting device 31 serves for the joint action with the lock trigger 11 of the active leaf lock device 1. The joint action consists in that the trigger lifting device 31 pulls the trigger back of lock 11 to the interior of the lock box 1a of the active leaf lock device 1, in which the trigger lifting device 31 exerts a pressure on the lock trigger 11 and in this way causes it to reverse until the trigger The trigger lock 11 is completely inserted into the lock box 1a of the active leaf lock device 1. To this end, the trigger lifting device 31 has a trigger actuation slide 31a driven by the gear slide 36 through a lever device 31h. When the gear slide 36 slides upwards, the lever device 31h pivots out in such a way that the trigger actuation slide 31a is withdrawn. When the gear slide 36 slides downwards, the lever device 31h pivots inwards, so that the trigger-actuating slide 31 is retracted.

The pin lifting device 32 serves to unlock and push back the pin 22 of the active lock device 1. The pin lifting device 32 correspondingly has a pin driving slide 32a that through a lever gear 32h it is connected in the drive to the gear slide 36.

During the pivoting of the lever device 32h by the actuation of the gear slide 36, the pin-drive slide 32 is withdrawn. Then, under the action of the pin-drive slide 32a, the pin 22 is unlocked in its the locked locking position engages in the lock box 30a and is then pushed back into the interior of the lock box 1a of the lock device active Unlocking is performed by pressing on the firing pin 22a protruding from the front side of the pin 32. After the pin 22 has been unlocked, it is pushed back into the lock box 1a of the active leaf lock device by another application of a pressure acting frontally on the pin 22. During the pivoting of the return of the lever gear 32h, the pin-drive slide 32a is retracted. This is done in such a way that the gear slide 36 moves downwards in the vertical direction.

As can be seen in FIGS. 1a, 1b and 1c, a linear guide device 32b of the pin drive slide 32a is provided inside the lock box 30a. The linear guide device 32b is oriented horizontally inside the lock box 30, so that the pin drive slide 32a can be retracted and removed in a horizontally guided manner. A corresponding linear guidance device can also be realized for the trigger-actuated slide 31a of the lifting device 31 inside the lock box 30a, as represented for example in FIGS. 6a and 6b for the embodiment illustrated therein.

The pin lifting device 32 is also called a pin unlocking or retraction device. It can be made both for the unlocking and for the retraction of the pin, as in the case shown in figures 1a, 1b and 1c. However, in other embodiments, the pin lifting device 32 can also be realized only as a pin return device. For the unlocking, a separate device or at least one separate unlocking mechanism can be provided, which can also be operated with time delay, also by the gear slide 36, via the same lever device 32h or another separate lever device or through another gear. This is especially true if the pin 22 is not provided with a trip pin supported inside the pin, ie if another trigger element is provided, for example, separated from the pin 22, for example, a separate auxiliary trigger in the leaf activates 10 or in the lock box 1a.

In modified embodiments, the pin lifting device 32 can also be designed only as an unlocking device, that is to say that the pin driving slide 32a can then disengage the locking by applying a corresponding pressure in the triggering mechanism. . The retraction of the pin, if necessary, can be carried out by another mechanism, for example, with a corresponding spring load of the pin. The corresponding spring device can be supported on the lock box 1 a of the active leaf lock device, but also on the passive leaf lock box 1 a.

The pin lifting device 31 is also referred to as a trigger unlocking and / or return device. As in the case represented in FIGS. 1 a, 1 b and 1 c, it can only be implemented as a trigger recoil device, in particular, for a trigger 11 realized as a conventional lock trigger, spring-loaded in the direction of extraction, which does not It is self-locking. The spring-loaded lock trigger 11 has a prism-shaped end section having an inlet bevel, so that when the active leaf 10 is pulled closed, that is, when the active leaf 10 is put in the closed position by pulling it or pushing it, the lock trigger 11 abuts, by the entry bevel, with the frame of the passive leaf 110 and retracts against the spring loading of the lock trigger 11. The bezel of the lock trigger 1 , which is opposite the entrance bevel, is not designed as a bevel, but as a blocking surface oriented parallel to the leaf plane, so that active activation of the lock trigger 11 is required to open the door, or in case of variants of embodiment in which the lock trigger 11 acts in conjunction with a door opener trigger, the door opener trigger is actuated. In these embodiments, an electric door opener can be arranged in the passive leaf lock device. Then, the lock trigger 11 can act in conjunction with the lock release trigger and the door can be released from the closing position by the electrical actuation of the lock release trigger.

In embodiments modified with respect to Figures 1a, 1b and 1c, the lock trigger 11 may also be embodied as a self-locking lock trigger - as a so-called trigger pin. The trigger pin can adopt three positions, namely, a first position retracted into the interior of the lock box 1a, a second position extracted from the lock box, comparable to the position extracted in conventional lock triggers, and a third position in which the trigger pin is very extracted and at the same time is locked and / or at least acts in an interlocking manner. In this third position, the trigger pin is extracted approximately twice as much as a conventional lock trigger in its extracted position. Additionally, in this very extracted third position, as already mentioned, the trigger pin is locked. Reference is made to FIGS. 7a and 7b which show an embodiment according to the invention in which the trigger 11 is designed as a trigger pin of this type. In this exemplary embodiment, the trigger lifting device 31 is designed as a trigger unlocking and return device, that is to say that the triggering slide 31a serves to unlock the trigger pin 11 in a first phase of the triggering process. lift and, during the next course of the lifting process, back the trigger pin. The unlocking is carried out in such a way that the firing pin 11a which is slidably supported inside the trigger pin is first retracted by the triggering slide 31a, that is to say that, firstly, the free end the firing pin 11a, which in the locking position protrudes from the trigger pin 11, is retracted by the slide trigger act 31a. The unlocking of the pin 11 takes place by the retraction, so that the trigger pin is retracted by another application of pressure by the triggering slide 31a. Exemplary variants with a trigger pin are also possible, in which the trigger lifting device 31 is designed only as an unlocking device or only as a return device. In these cases, recoil or unlocking can be done through a separate device. The corresponding to that described above for the pin lifting device 32 in combination with the unlocking or retraction of the pin is valid.

In two-leaf doors, in the closing position of the two-leaf door, it is not possible to discard a certain set with a gap between the passive leaf and the active leaf. For this purpose, in the exemplary embodiment of FIGS. 1 a, 1 b and 1 c, the pin drive slide 32 a has a spring-loaded pressure piece 32. In this exemplary embodiment, the pressure piece 32c is resiliently supported by a helical compression spring on the plate-shaped base body of the pin-drive slide 32a. Like the plate-shaped base body of the pin-drive slide 32a, the pressure piece 32c is guided horizontally within the linear guide device 32b which is made inside the lock case 30a. The horizontal guidance results in a linear sliding movement without tightening and an exact positioning of the actuating slide 32a and of the pressure piece 32c through the entire travel path and, therefore, a safe retraction movement of the pin 22 to the exact position. By means of the spring loading of the pressure piece, an impeccable operation of the lifting device 32 is guaranteed, even for two-leaf door embodiments with a relatively large tolerance interval with a gap between the passive sheet and the active leaf.

In FIGS. 2 a and 2 b, an exemplary embodiment not corresponding to the invention is shown, modified with respect to FIGS. 1 a, 1 b and 1 c, in which the trigger lifting device 31 is modified. The trigger actuating slide 31 a it presents a drive plate that is hinged to a drive lever, located on the output side, of the lever gear 31b. The actuating lever has a fixed rotary bearing inside the lock case 30a, and in a manner comparable to FIGS. 1a, 1b and 1c, it is driven by the gear slide 36, but is modified in terms of construction, so that a pressure pin supported on the actuating lever is guided in an oblong hole in the gear slide 36. In the exemplary embodiment in FIGS. 1a, 1b and 1c, a control edge of the gear slide 36 acts in conjunction with the pressure pin of the actuating lever, the control edge being formed in the marginal contour of the control slide 36.

FIGS. 3a and 3b show an exemplary embodiment not corresponding to the invention, modified with respect to FIGS. 1a, 1b and 1c, in which the pin lifting device 32 is modified. The pin-drive slide 32a it has a base body in the form of a plate which is guided horizontally on the marginal side within the fixed linear guide device 32b within the lock box 30a. The drive lever of the drive gear 32h is guided similarly to FIGS. 2a and 2b in an oblong hole in the gear slide 36 with the pressure pin supported on the gear lever.

The exemplary embodiment according to the invention, represented in FIGS. 6a and 6b, of the passive leaf lock device 30 is modified with respect to the embodiment of FIGS. 1a, 1b and 1c in the sense that the transmission gear is modified. lock with the gear slide 36. The gear slide 36 is actuated with the latch bar 38o upper connecting device supported within the upper lock box, not through a sprocket, but in a coupled manner through a lever gear that invests correspondingly the direction of movement.

The pin lifting device 32 is similar in construction to the embodiment of FIGS. 3a and 3b.

The sensor devices

In the exemplary embodiment of FIGS. 6 a and 6 b and in the exemplary embodiment of FIGS. 7 a to 7 d, the trigger lifting device 31 is modified with respect to the embodiments of FIGS. 1 a, 1 b and 1 c and of Figures 2a and 2b, in the sense that the trigger lifting device 31 has a sensor device 32t with which it is detected whether the trigger 22 in the lock box 30a of the passive leaf lock device is retracted or extracted or is being retracted or extracted. As can be seen in figures 6a and 6b and, better still, in figures 7a to 7d, the trigger lifting device 31 has a trigger-operated slide 31a which, with its base plate-shaped body, is guided horizontally in the fixed guiding device 31b inside the lock box. In the linear guide device 31b, a sensor plate 31tp is additionally slidably guided. The sensor plate 31tp has at the front front edge two contact plates abutting the trigger 11. The sensor plate 31tp is loaded outwards through a spring, in the illustrated case, a spring arms. The spring is dimensioned in such a way that it is pressed on top when the trigger 11 retracts and the trigger pulls the sensor plate 31tp to make contact with the contact plates. The sensor plate 31tp has a lateral operating edge in its lower marginal area in FIGS. 6a and 6b, which acts in conjunction with the oblique angle drive edge of an actuating element. plate-shaped detection 31te which is movably supported in a fixed housing within the lock box. The sensing element 31 has an appendage engaging in a light sensor 31s disposed inside the lock box 1a, when the sensor plate 31tp enters the lock box 30a. In this way, the retraction and removal of the trigger 11 can be detected by the sensor device 31t.

The purpose of the 31t sensor device is as follows:

The sensor device 31t has two functions for the lifting process. One function is to ensure that the trigger 11 is completely withdrawn from the lock box 30a of the passive lock device during recoil and, therefore, the lock trigger 11 can not hinder the opening of the door. The other possible function is to ensure that the trigger actuation slide 31a is not pulled too far from the lock case 30a during the recoil of the trigger and that it is ensured that the trigger actuation slide 31a does not thereby interfere with the opening or the closing of the door, and to avoid such a nuisance of the door, it can also be provided that the sensor slide has on its front front side an entrance and / or exit bezel. The sensor device 31t controls a control device, not shown, of the lifting device 31. The control of the control device is carried out by means of electrical signals that the sensor device 31t emits when the trigger is detected and which are conveyed to the control device .

Another possible function of the sensor device 31t is that, for example, through a control panel, it can be monitored if the two-leaf door is closed and latched. With regard to the interlocking monitoring, this applies to embodiments where the trigger is designed as a trigger pin, and for examples of embodiments in which a corresponding sensor device is additionally or alternatively provided in the zone of the pin lifting device 32.

In the embodiments shown in the figures, the sensor device 31t is provided only in the trigger lifting device 31. The pin lifting device 32 in the embodiment examples of the figures provides for the impeccable operation of the load by spring of the pin drive pressure piece 32c and the prism-like configuration of the pin drive pressure piece 32c. By means of the spring loading, it is ensured that the pin completely retracts into the lock box 1 a of the active leaf lock device, in which position it is locked, ie self-locking, then in the lock box 1 a. The spring loading in combination with the prism shape of the pressure piece then allows the opening and closing of the two-leaf door without mutual obstruction of the leaves during opening and closing in the area of the closing position, in particular, even with a large tolerance interval with a gap between the two leaves in the closing position of the door.

Figure 12 shows an embodiment according to the invention of the passive leaf lock device with a sensor device 31s that is modified with respect to the sensor device 31t of the embodiment of figures 7a to 7f. Like the embodiment of FIGS. 7a to 7f, the sensor device 31s of FIG. 12 serves to detect whether the trigger 22 in the lock box 30a of the passive leaf lock device is retracted or removed or is retracted. or extracting. The sensor device 31s consists of a light sensor 31se and a sensor probe 31st. The light sensor 31s is an optical sensor. It has a U-shaped housing in which the free end of the sensor probe 31s engages. Contrary to the embodiment of FIGS. 7a to 7f, in the embodiment of FIG. 12, the sensor probe is not designed as a slide but as a two-arm lever. The sensor probe 31st in FIG. 12 acts directly in conjunction with the light sensor 31e. In the exemplary embodiment of FIGS. 7 a to 7 f, a cuneiform transmission element 31 is provided between the light sensor 31 s and the feeler 31 tp.

The sensor probe 31st of the sensor device in FIG. 12 is embodied as a feeler lever which is supported inside the lock box pivotably around an axis 31 fixed to the lock box. The lever 31st is made as a two-arm lever. The first lever arm 31 stt serves to palpate the lock trigger 11 of the active leaf lock device. The second lever arm 31st has a hook-shaped appendage engaging in the U-shaped housing of the light sensor 31s. The first lever arm 31stt of the feeler lever 31st engages in the predetermined space of the passive leaf lock, which is provided for receiving the trigger 11 of the active leaf lock. In addition, a spring (not shown) is provided in FIG. 12, which loads the feeler lever in the outward direction.

The sensor device according to FIG. 12 operates in the following manner: in the closing position of the door, the trigger 11 of the active lock device retracts in a spring loaded manner into the space of the passive leaf lock device, provided for the trigger housing 11. During this, the trigger 11 comes into contact with the first lever arm 31stt of the feeler lever 31st, in such a way that the feeler lever 31st is pivoted about its axis of rotation 31st by the trigger 11 which enters the passive leaf lock device. The hook-shaped appendage of the feeler lever 31st that when the door leaf engages in the light sensor 31st has left the U-shaped housing when the trigger 11 has raised its closing position. The light sensor 31 is issued as a function of its actuation or not to drive corresponding electrical signals that are processed by an electrical signal processing installation.

In alternative embodiments, the joint action of the feeler lever 31st and the light sensor 32 can also be provided in such a way that the feeler lever 31st engages in the light sensor 31se, when the trigger 11 has entered the accommodation space of the passive leaf lock box. When the leaf is open, the hook-shaped appendix of the feeler lever 31st is outside the housing of the light sensor 31. Also in this variant embodiment, the light sensor 31 is emitted as a function of its actuation or non-activation of signals corresponding electrical signals that are processed by an electrical signal processing installation.

Figure 13 shows an embodiment according to the invention of the passive leaf lock device with two additional sensor devices 32s and 37s, of which one is assigned to the pin 22 and the other is assigned to the locknut 37.

The sensor device 32t serves to detect whether the pin 22 within the lock box 30a of the passive leaf lock device is retracted or removed or whether it is being retracted or removed. This sensor device 32t is structured analogously to the sensor device 31t of FIG. 12 which detects the position of the trigger. The sensor device consists of a light sensor 31se and a sensor probe 31st. The sensor probe 31st is likewise made as a two-arm lever which is supported within the lock box pivotably around an axis 31st. The sensor probe 31st has a first lever arm 31stt which serves to palpate the pin 22, and a second lever arm 31sts which acts in conjunction with the light sensor 31se.

The sensor device 37s serves to detect a drive of the lock nut 37. For this purpose, a light sensor 37se is provided. The lock nut 37 has an arm 37fs which projects radially and which is provided with an appendage formed as a bent edge. In the rest position of the passive leaf lock device, the appendix 37fs engages in the U-shaped receiving region of the light sensor 37se. If, in the passive leaf lock, the actuating handle is actuated by a user, the lock nut 37 is rotated. During this, the edge-shaped appendix 37fs of the lock nut 37 leaves the sensor housing area of the sensor. light 37se electric. Then, the light sensor 37 emits a corresponding electrical signal that can be processed by an electrical signal processing facility. By means of the sensor device 37s it can be detected whether the passive leaf lock was opened by the manual actuation of a handle or pressure bar arranged in the passive sheet.

FIG. 14 shows a sensor device 36s not corresponding to the invention, which serves to detect a movement of the gear slide 36. For this purpose, a light sensor 36se is provided. The gear slide 36 has a projecting appendix 37fs. In the rest position of the passive leaf lock device, as shown in FIG. 14, the appendix 37f is outside the U-shaped receiving zone of the light sensor 37se. When the passive leaf lock is operated by the operating handle by a user or by the motor drive device, the gear slide 36 slides upwards. During this, the tab 36fs of the gear slide 36 enters the accommodation area of the electric light sensor 36se. The light sensor 36 then emits a corresponding electrical signal that can be processed by an electrical signal processing facility. By means of the sensor device 37t it can be detected whether the passive leaf lock was opened by the manual actuation of a handle or a pressure bar arranged in the passive sheet.

The sensors 31se, 32se, 36se and 37 are mounted on a plate supported together inside the lock box. Additionally, an electronic device for the evaluation and / or processing of sensor data is provided. Said electronic device can be arranged inside a separate casing. Said separate housing can be arranged, preferably in a coupled manner, adjacent to the lock box.

The plate on which the sensors are arranged is electrically connected to the electronic device. For this purpose, for example electrical connections can be provided by cables, through which the stage is connected to the electronic device arranged inside the separate housing.

With the help of the information from the sensors 31s and 32s, it can be monitored, for example, in a public building, by means of a control panel, if a two-leaf door is open or in the closed position or is latched. In addition, by means of a monitoring center it can be ascertained whether a door was unlocked by actuating the nut or by activating the motor drive device. In case of unlocking the lock device with the aid of the motor drive device, the position of the lock nut remains unchanged and the signal of the sensor 37s remains unchanged, while unlocking by operating the handle results in a rotation of the sensor. locknut 37 and is detected by the 37s sensor assigned to the nut.

The sensors can also be used to control the motor drive device during unlocking of the lock device. With the help of the sensors 31se and 32se, during unlocking it can be detected whether the trigger 11 or the pin 22 no longer engage in the housings corresponding to the passive leaf lock, after which the motor drive device can be deactivated.

The actuation of the passive leaf lock device

The actuation of the passive leaf lock device 30 can be carried out by means of a manually operated device, not shown in the figures. The manually operated device can be embodied as a rotary handle which can be inserted into the lock nut 37, the lock nut 37 constituting a part of the lock gear. The rotary handle can be made as a conventional latch or as a pressure bar, a so-called panic exit pressure bar. Both the latch and the pressure bar can have a corresponding rotary connection which can be inserted in a non-rotating manner into the lock nut 37 for coupling to the lock gear.

By actuating the driving device, the lock nut 37 is rotated and, in this way, the lock gear is actuated. By actuating the lock gear the gear slide slides. By actuating the lock gear, the latch bar connection devices 38o, 38u slide in opposite directions, depending on the direction of rotation of the drive. In addition, during the actuation of the lock gear at the same time or with a time lag, the pin lifting device 31 and the pin lifting device 32 are also actuated.

The lock gear is made in such a way that an actuation of the lock nut 37 in one direction slides the latch bar connection device 38o uppermost upwards and slides the lower latch bar connection device 38u downwards, and consequently, the corresponding latch rods 380o and 380u are respectively extracted, that is, moved to their locking position. The lifting devices 31, 32 for raising the trigger 11 and the pin 12 are driven through the lock gear, such that the pin-drive slide 31a and the pin-drive slide 32a are retracted into the interior of the housing. the lock box 30a of the passive lock device 30. When the lock nut 37 is rotated by the actuator in the opposite direction, the opposite movement occurs in opposite directions of the latch bar connection devices 38o, 38u, and as a consequence the bolt rods 380o, 380u are retracted, that is to say, the unlocking of the bolt rods is produced, and the lifting device 31 and 32 is removed, to push back the bolt 22 and the trigger 11 of the bolt device. Active lock inside the lock box of the active lock device.

Instead of the manually operated device, a corresponding drive device can also be coupled to the lock nut 37 with a motor with output shaft. The lock nut 37 is correspondingly rotated by this motor drive device and the lock gear is actuated, so that in the same way the two bolt-bar connection devices 38o, 38u and the devices are actuated. lifting 31, 32.

A motor drive device can also be used which, unlike it, has a linear output shaft. The linear output shaft can be coupled directly to the gear slide 36. The actuation of the lock gear by the linear output shaft of the motor drive device then acts in the same way as if the lock gear is driven through the motor. of the rotation of the lock nut 37, as described above.

Figures 5a and 5b show the passive leaf lock device 30 with a motor driving device 37m of this type, disposed at the lower end of the lock box 30a. The coupling of the driving device 37m by motor to the lock gear is carried out by means of a coupling slider 37k which at one end is immobilizedly coupled to the linear output shaft of the driving device 37m by motor and, at its other end , is immobilizedly coupled to the gear slide 36 of the lock gear.

Figures 5c and 5d show the coupling slide 37k coupled to the gear slide, without the motor drive 37m being coupled. The embodiment with the motor drive device may be optional.

The devices of protection against manipulation

In the examples of embodiment shown in the figures, different protection devices against manipulation are provided. The anti-tampering devices must prevent the bolt rods from being able to be retracted by a pressure exerted from outside on the bolt bar 380o and / or 380u.

The embodiment not corresponding to the invention of a device for protection against manipulation of this type is represented in figures 4a, 4b and 4c. Here, a blocking element 39b movably supported within the lock box 30a is provided, which blocks the sliding of the bolt bar in the direction of retraction by the application of an external pressure, so that the element of lock 39b, in its position of lock, engages in a cavity 36a in the gear slide 36. Figure 4a shows the position before an attempt to manipulate occurs by applying an external pressure on the latch rods 380o, 380u.

Figure 4b shows the blocking element 39b in the blocking position during a handling attempt. The gear slide 36 has moved a little upwards with respect to the position in FIG. 4a by the application of a pressure made by manipulation, but is held by the blocking element 39b against further sliding upwards.

Figure 4c shows the locking element 39b in the release position in which it is outside the engagement of the gear slide 36. In this release position, the blocking member 39b is displaced by the locknut drive 37 , in particular, in such a way that by the rotation of the lock nut 37 in the representation in the figure in the counterclockwise direction, the driver 37a fixed to the lock nut 37, in joint action with the blocking element 39b, the blocking element 39b has slid to the left in the representation in figure 4c.

This first embodiment of the protection device against manipulation in FIGS. 4 a to 4 c therefore acts on the gear slide 36 and, therefore, on both latch bars; but it requires a drive device in the lock nut 37. A second embodiment of a tamper protection device is shown in Figures 9a and 9b. This tamper protection device does not require any actuation of the lock gear through the lock nut 37, but the lock gear drive can also be carried out via a linear output shaft of the gear slide, for example. example, through the drive device 37m by motor of FIGS. 5a and 5b. This embodiment not corresponding to the invention of the protection against manipulation provides in the exemplary embodiment of FIGS. 9 a and 9 b a slider device 39 k made between the latch bar connection device 38 or greater and the gear slider 36. The collet device 39k has a slot 39ok which is made with the main body in the form of a plate of the latch bar connection device 38o or greater. The collision device 39k also has a lever 39h which is supported on a rotating bearing fixed to the lock box and which at one end has a collet pin which engages in the slot 39ok and which at its other end has a tang guide that engages in an oblong hole made in the gear slide 36.

The slot 39ok slit is made as an angular slot with a vertical top branch and a lower horizontal branch. In the event of a tampering attempt, the shank tang 39s enters the upper vertical branch of the slit 39ok and blocks vertical movement of the latch bar connecting device 38o or higher (see Fig. 9a). In this way, no manipulation movement is transmitted to the gear slide 36.

If there is no tampering attempt, ie no application of pressure on the upper latch bar 380o from the outside, the lever 39h which can be spring loaded correspondingly is arranged in such a way that the colisa shank 39s enters in the horizontal branch of the slit of colisa 39o. By actuating the lock gear, that is to say by actuating the gear slide 36, the latch bar connection device 38 or higher and thus the upper latch bar can now be operated, ie extracted and retracted. 380th

Therefore, in the exemplary embodiment not corresponding to the invention, described above, the collision device 39k described above constitutes an anti-tampering device for the upper latch bar 380o. For the lower bolt bar 380u which moves in the same direction as the gear slide 36 of the lock gear in the corresponding embodiment, an anti-tampering device according to the invention is provided, as shown in FIGS. Figures 10a and 10b. This tamper protection device has a locking lever 39p which is supported on a rotary bearing fixed to the lock box. It is loaded by support and / or loaded by gravitational force to the oriented position with its free end to the left in Figure 10a. In this position, a locking pin 39s resistant to movement with the gear slide 36 engages in the hook-shaped cavity of the locking lever 39p. . When the gear slide 36 slides upwards for unlocking by actuating the lock gear, a relative sliding occurs between the locking pin 39s and the locking lever 39p, during which the locking pin 39s slides towards up the curve edge of the locking lever 39p and the locking lever 39p pivots clockwise in the representation in Figure 10a (see Figure 10b). When the gear slide 36 now moves downward in the opposite direction by the actuation of the lock gear through the drive device, reverse relative movement occurs back to the position in Fig. 10a.

Figure 10c shows the situation in case of a tampering attempt. Here, the plate-like base body of the lower latch bar connecting device 39u is guided upwardly in the oblong holes guided by the application of a pressure exerted upwards on the latch bar 380u, and during this it does stop with bottom bottom of locking lever 39p. In this way, a slippage of the lower bolt bar 380u in an attempt to manipulate and the lower bolt bar 380u is locked in the extracted position. The vertical movement of the lower pin connecting device 38a is therefore not transmitted to the gear slide 36.

Figure 11 shows an exemplary embodiment not corresponding to the invention of the passive leaf lock device with an anti-tampering device for the lower bolt bar 380u, the tamper protection device according to Figure 11 being modified with with respect to the protection device against manipulation according to figures 10a to 10c. The tamper protection device has a locking lever 39p which is supported on a rotating bearing fixed to the lock box. The locking lever has a locking stop 39b which, in the blocking position, acts in conjunction with the bolt-bar connection device 38u, as shown in FIG. 11. The locking stop 39b is designed as a stop step of the lateral edge of the locking lever 39p. The manipulation attempt is represented in figure 11. Figure 11 shows the protection against manipulation in case of an attempted manipulation. The manipulation protection consists in that in the case of the exertion of pressure on the lower latch bar connecting device 38u, the lower latch rod connecting device 38u enters a stop position with the locking stop 39b of the lever of locking 39p and, in this way, is blocked against further sliding vertically upwards. In this way, no vertical movement is transmitted to the gear slide 36 by the latch rod connection device 38u.

The locking lever 39p is provided with a slit in which a shank pin 36k of the gear slide 36 engages. If in the case of a suitable unlocking by means of the drive of the nut 37 or the driving device 37m by motor , the gear slide 36 slides upwards for unlocking, the pin 36k fixed to the gear slide moves vertically upwards moving in the slit slot 39k of the locking lever, whereby the locking lever 39p is it pivots in the case represented in the opposite direction to that of the watch's blades. Then, the pivoted locking lever 39p no longer engages in the movement zone of the lower latch bar connecting device 38u blocking it. At the same time, with the pivoting of the locking lever 39p, a lever 38h is pivoted. The lever 38y is supported within the lock box 38a pivotably about an axis 38a fixed to the housing box and acts in conjunction with a drive stop disposed on the foot side in the gear slide 36. During the sliding of the gear slide 36 upwards, in the illustrated case, the lever 38 is pivoted in the clockwise direction. The lever 38h is embodied as the operating lever of the lower latch bar connection device 38u. By its free end it acts in conjunction with a corresponding stop on the lower latch bar connecting device 38u.

Therefore, the lower latch bar connecting device 38u moves in the same direction with the gear slider 36 and the lower latch bar is retracted into the interior of the lock box.

List of reference signs

10 Active sheet

110 Passive sheet

1 Active leaf lock

1a Lock box of 1

11 Trigger

11a Trigger pin

17 Lock nut

22 Pin

22nd Trigger pin

30 Passive leaf lock

30th Lock box 30

31 Trigger lifting device

31a Trigger trigger slide

31b Guidance device

31c Trigger actuator pressure piece

31h Lever device

31t Sensor device

31tp Sensor slide with front contact surfaces

31st Detection element

31s Light sensor

32 Pin lifting device

32a Sliding pin slide

32b Guidance device

32c Pressure piece supported by spring

h Lever device

Gear slide

g Investment gear

Lock nut

to Tracker

m Motor drive device

k Coupling slider

k Colisa device

ok Slot

h Collision lever

b Locking element

p Lower locking lever

s Lock pin

o Upper bolt bar connection device op 38o plate-shaped body

0o Upper bolt bar

u Lower bolt bar connection device ub Lock lever

0u Lower bolt bar

Active sheet

0 Stationary frame

0 Passive sheet

Claims (16)

1. Passive leaf lock device for a door, a window or the like, with a mountable frame stationary, with at least one sheet that is active - hereinafter referred to as an active sheet - and at least one sheet that is passive - hereinafter referred to as a passive sheet, which are supported within the frame, the passive leaf lock device (30) being mountable within or on the passive sheet (110), having a lock mechanism and a driving device of lock, and presenting the passive leaf lock device a trigger lifting device and / or a pin lifting device, the lock mechanism of the passive leaf lock device having a bar connecting device latch (38o) of an upper latch bar (380o) guided inside or on the passive leaf (110), which for the latch can be pulled up and for the unlocking can be retracted downwards, and / or that the lock mechanism of the passive leaf lock device has a latch bar connection device (38u) of a lower latch bar (380u) guided within and / or on the passive sheet ( 110), which for the locking can be pulled down and for the unlocking can be retracted upwards, characterized a) because the passive leaf lock device has a sensor device (31t) for detecting whether a trigger (11), in particular a trigger, meshes or engages in a predetermined space of the passive leaf lock device (30). of lock or a trigger pin of an active leaf lock device (1) mounted inside or on the active leaf, the trigger lifting device presenting the sensor device for detecting whether in a predetermined space of the passive leaf lock device engages or not engages the trigger of the active leaf lock device, the sensor device in the area of the trigger lifting device allows control and monitoring of the trigger lifting device, and the sensor device (31t) being made in such a way that, depending on the result of this detection, it emits electrical signals to an electrical signal processing device; I b) in that the passive leaf lock device has a sensor device (31t) for detecting whether a pin (22) of a lock device engages or not engages in a predetermined space of the passive leaf lock device (30). active leaf (1) mounted on the active leaf, the pin lifting device presenting the sensor device to detect whether a pin of the active leaf lock device engages or not engages in a predetermined space of the passive leaf lock device, the sensor device in the area of the pin lifting device allows control and monitoring of the pin lifting device, and the sensor device (31t) being implemented in such a way that, depending on the result of this detection, it emits electrical signals to an electrical signal processing device. 2. Passive leaf lock device according to claim 1, characterized because the passive leaf lock device has a sensor device (36s) for detecting whether or not a gear slider (36) of the lock mechanism gear has reached or not a predetermined position, the sensor device (36s) being made of such that depending on the result of this detection it emits electrical signals to an electrical device for signal processing, and / or because the passive leaf lock device has a sensor device (37s) for detecting whether or not a lock nut (37) of the lock mechanism has reached a predetermined position, the sensor device (36s) being made in such a way that depending on the result of this detection, it emits electrical signals to an electrical device for signal processing, and / or because the passive leaf lock device has a sensor device for detecting whether or not an output shaft of a motor driving device (37m) has reached a predetermined position, by actuating the motor drive device the motor driving device. lock and / or at least one of the bolt rods and / or a trigger lifting device that is made for unlocking and / or retracting a trigger of an active leaf lock device mounted on the active leaf, which engages in a predetermined space of the passive leaf lock device, and / or a pin lifting device that is made for unlocking and / or retracting a pin of an active leaf lock device mounted on the active leaf, which meshes in a predetermined space of the passive leaf lock device, the sensor device being made in such a way that depending on the res The result of this detection emits electrical signals to an electrical signal processing device. 3. Passive leaf lock device according to one of the preceding claims, characterized because the sensor device has a sensor that emits electrical signals and a probe that acts directly or indirectly with the sensor and that is movably supported inside the lock box of the passive leaf lock device and acts by palpating in conjunction with the component that has to be detected. 4. Passive leaf lock device according to claim 3, characterized because a transmission element is arranged between the sensor and the feeler, which acts in conjunction with the feeler through an inclined plane or other gear. 5. Passive leaf lock device according to claim 3 or 4, characterized because the probe has a section that during the movement of the probe drives the sensor. 6. Passive leaf lock device according to one of claims 3 to 5, characterized because the probe is loaded by a spring that forces the probe in the direction of probing. 7. Passive leaf lock device according to one of claims 3 to 6, the lock mechanism of the passive leaf lock device being arranged within a lock box, characterized in that the feeler (31tp) can be moved in a limited manner in a the sense of probing inside the lock box (30a) of the passive leaf lock device, in particular, at most as long as it does not protrude or protrudes only slightly from a front opening of the front side, facing the active leaf, of the Lock box (30a). 8. Passive leaf lock device according to one of claims 3 to 7, the lock mechanism of the passive leaf lock device being arranged within a lock box, characterized in that the feeler (31tp) is formed as a feeler slide ( 31tp) which is guided within a linear guide device (31b) which is fixedly disposed within the lock box (30a) of the passive leaf lock device (30). 9. Passive leaf lock device according to claim 2 and claim 8, characterized because the trigger lifting device (31) has a trigger-operated slide (31a) guided inside a linear guide device (31b) that can be fixedly mounted with the passive leaf (110) and that in the mounted position of the lock device (30) is oriented horizontally, the linear guide device (31b) of the trigger actuating slide (31a) being connected to the linear guidance device of the feeler slide (31tp) and / or realized as a section thereof; I because the pin lifting device (32) has a pin-drive slide (32a) guided with the linear guide device (32b) fixedly mounted with the passive sheet (110), which in the assembled position of the lock device ( 30) is oriented horizontally, the linear guide device (31b) of the pin-drive slide (31a) being connected to the linear guidance device of the feeler slide (31tp) and / or realized as a section thereof. The passive leaf lock device according to one of claims 3 to 8, the lock mechanism of the passive leaf lock device being arranged inside a lock box, characterized in that the feeler (31tp) is designed as a feeler lever ( 31tp) which is pivotally supported about an axis which is fixedly disposed within the lock box (30a) of the passive leaf lock device (30). 11. Passive leaf lock device according to one of the preceding claims, characterized because the electrical signal processing device is connected to an electrically switchable control device of the motor drive device of the lock control device and / or to an electrically switchable connection / disconnecting device of the trigger lifting device (31) and / or to an electrically switchable disconnect / connection device of the pin lifting device (32) and / or to the motor drive device which drives at least one of the bolt rods and / or at least one of the lifting devices and / or is connected to a monitoring center. 12. Passive leaf lock device according to one of the preceding claims, characterized because the sensor device has a sensor that emits electrical signals and that acts in conjunction directly with the component to be detected. 13. Passive leaf lock device according to claim 2 and claim 12, characterized in that the lock nut (37) has a section (37fs) that during the movement of the lock nut (37) drives the sensor (37se) of the sensor device (37s). 14. Passive leaf lock device according to one of the preceding claims, characterized because the gear slide (36) has a section (36fs) which during the movement of the gear slide (36) drives a sensor (36se) of the sensor device (36s). 15. Lock device for a door, a window or the like, with a stationary frame mountable with at least one leaf that is active - hereinafter referred to as an active leaf - and at least one leaf that is active - which in thereafter will be called passive sheet - which are supported in or within the framework the lock device comprising a passive leaf lock device that can be mounted within or on the passive sheet and an active leaf lock device that can be mounted within or on the active sheet, being provided that the active leaf lock device has a lock mechanism with a trigger and / or with a pin and that the passive leaf lock device is made according to one of the preceding claims. 16. Door or window with a frame mountable in a stationary manner with at least one leaf that is active - hereinafter referred to as an active leaf - and at least one leaf that is active - hereinafter referred to as a passive sheet - which are supported in or within the framework with a lock device comprising an active leaf lock device and a passive leaf lock device, the active leaf lock device being mounted within or on the active leaf and the passive leaf lock device being mounted within from or on the passive sheet, being provided - that the active leaf lock device has a lock mechanism with a trigger and / or with a pin and - that the passive leaf lock device is made according to one of claims 1 to 14.