DE102018106832A1 - Counter lock for a wing door - Google Patents

Abstract

The invention relates to a counter-lock (100) for a standing-wing door with a counter-lock housing (170), with a slide (160), with a locking element actuator (130) and with a first locking bar connection (120), wherein the slide (160) is attached to the counter-lock housing (170). The latch element actuator (130) is movable from a retracted position to an operative position by means of the slider (160). According to the invention, the first latch bar connection (120) is moved from a first position into a position by means of the slide (160) second position is movable.

Description

The present invention relates to a counter lock according to the closer defined in the preamble of claim 1.

Doors with gangway and fixed wing doors are known from the prior art, wherein in the gangway door, a lock and in the fixed door a counter lock can be arranged. A lock usually comprises a locking element, which can be in engagement with an opening of the counter lock. This allows a locking of the wing door with the wing door. As a further measure to lock locking bars of the counter lock can be provided. Such are, for example, in engagement with a recess of a closing element in a door frame, a wall, a ceiling and / or in a floor to prevent the movement of the door panel of the door. The problem is that under certain circumstances a manipulation to cancel this lock may be possible. Such a manipulation may include attempting to move a latch bar into the counter lock housing. In this way, the mechanics of the counter lock can be set in motion and cause an unauthorized release.

Prior art buckles also include many elements to mechanically and / or electromechanically accomplish the movement of the locking bars and / or pushing the locking element back out of the counter lock.

It is therefore an object of the present invention to at least partially remedy a disadvantage described above. In particular, it is an object of the present invention to provide the locking and / or unlocking of the counter lock in a simple and / or secure manner.

The above object is achieved by a counter lock with the features of claim 1. Further features and details of the invention will become apparent from the respective dependent claims, the description and the drawings.

The object is achieved in particular by a counter lock for a standing wing door with a counter lock housing and with a slider. The counter lock according to the invention further comprises a latch element actuator, and at least one first latch rod connection.

Here, the slider is mounted translationally movable on the counter lock housing. The latch member actuator is movable from a retracted position to an operative position by means of the slider. It is in particular provided that the first locking bar connection can be moved by means of the slide from a first position to a second position. In other words, a mechanism of the counter-lock may be provided, which uses the slider to move the locking bar connection between the first and the second position. Thus, a simple solution can be provided to move by means of the slider several elements of the counter-lock. In particular, several unlocking operations can be carried out by means of the slide and / or locking operations can at least be permitted.

Advantageously, the slide and the locking bar connection are formed as two separate parts, and may preferably be mounted relative to each other movable in the counter lock housing. Advantageously, the slider and the latch member actuator are formed as two separate parts, and may preferably be mounted relative to each other movable in the counter lock housing.

The slider may in particular be formed in one piece and / or of the same material.

Preferably, a first locking bar can be connected to the first locking bar connection. The first locking bar is movable by means of the first locking bar connection. The first latch bar can be moved to an extended position and a retracted position. In the extended position, the first locking bar is engaged with a first closing element. The first closing element is located in a door frame, in a floor or a wall. Thus, the first latch bar in the extended position serves to lock the stationary door. In the retracted position, the first locking bar is disengaged from the closing element. Thus, in the retracted position, the locking caused by the first locking bar is canceled. The first latch bar connection moves together with the first latch bar. If the first locking bar is in the extended position, then the first locking bar connection is correspondingly in a first position. If the first locking bar is in the retracted position, then the first locking bar connection is correspondingly in a second position. The counter lock may comprise the first locking bar or be connectable to the first locking bar. Disclosing the movement and / or positioning of the first latch bar in the retracted and / or extended position thus also includes disclosure of the movement and / or positioning of the first latch bar terminal in the first and second positions.

The counter lock preferably comprises at least one second locking bar connection for connecting a second locking bar. Preferably, the second locking bar is movable by means of the second locking bar connection. The second locking bar can be moved to an extended position and to a retracted position. In the extended position, the second locking bar is engaged with a second closing element. The second closing element is located in a door frame, in a floor or a wall. Thus, the second locking bar in the extended position serves to lock the stationary door. In the retracted position, the second locking bar is disengaged from the closing element. Thus, in the retracted position, the locking caused by the second locking bar is canceled. The second locking bar connection moves together with the second locking bar. If the second locking bar is in the extended position, then the second locking bar connection is correspondingly in a first position. If the second locking bar is in the retracted position, then the second locking bar connection is correspondingly in a second position. The counter lock may comprise the second locking bar or be connectable to the second locking bar. Disclosing the movement and / or positioning of the second latch bar in the retracted and / or deployed position thus also includes disclosure of movement and / or positioning of the second latch bar terminal in the first and / or second position.

For example, the first locking bar correspond to a lower locking bar. The second locking bar may correspond to an upper locking bar. The movements of the first and second locking bar in the extended and / or retracted position may be in opposite directions. The movement of the first locking bar connection and the second locking bar connection can be at least partially coupled. Thus, it is conceivable that, in an unlocking operation of the inactive leaf, both the first locking bar and the second locking bar move from the respective extended position into the respective retracted position. In a locking operation, the first locking bar and the second locking bar move from the respective retracted position to the respective extended position. The first and second latch bar terminals move accordingly.

In the counter lock, the first latch bar terminal may be provided as the lower latch bar terminal for the first latch bar as a lower latch bar, in particular the drive latch bar, and the second latch bar terminal may be provided as the upper latch bar terminal for the second latch bar as an upper latch bar, in particular, drive latch bar. The directional information refers to the mounting position of the counter lock in the mounted state. The locking bar connection serves to connect the respective locking bar in a counter lock housing in order to move the locking bar via the positioning of the locking bar connection.

It may be that in the retracted position of the first and / or second locking bar an energy storage is tensioned. It is conceivable that when closing the fixed door, the first and / or the second locking bar by means of the force accumulator in the extended position are movable. The counter lock can thus be self-locking.

For example, in the retracted position of the upper locking bar, a spring element can be tensioned. The spring element can thus correspond to the energy storage. The spring element can be arranged inside or outside the counter lock housing. The upper locking bar can by a triggering element, for. As a switch lock, be held in the retracted position with tensioned spring element. When closing the wing door, the trigger element, z. B. the switch lock, the movement of the upper locking bar free. The upper locking bar then moves by means of the spring element in the extended position.

The lower latch bar can move to the extended position by the force of a counterbalance spring. The counter-lock spring can be arranged in particular in the counter lock housing.

It may also be advantageous if the counter lock, in particular as a grand piano lock, adjacent to the lock, in particular swing gate lock, can be arranged to receive a locking element of the lock for locking. For this purpose, the counter lock z. B. have a corresponding opening for the locking element. This can be a door, which z. B. has a passive leaf and a walking leaf, are reliably locked.

The locking element actuator serves to move the locking element out of the counter lock housing. In particular, the lock comprises the locking element. In a locked state of the lock, the locking element engages in the opening of the counter lock. In this case, the locking element is in a locking position. The latch member actuator, in the retracted position, allows the latch member to engage the opening. The latch element actuator can move by a movement of the retracted position into the operative position, the locking element from the locking position to an unlocked position. In the unlocked position of the locking element, the locking element is disengaged from the opening. The locking element actuator can hold the locking element in the unlocked position in the active position, as long as the lock and the counter lock are opposite. The locking element actuator can push out the locking element from the counter lock housing by the movement into the operative position.

It is conceivable that the slider at least partially simultaneously moves the locking bar connection and the locking element actuator. This makes it possible that during the movement of the locking bar connection by the slide, the locking bar can be retracted reliably, while the slider can move the locking element at the same time by means of the locking element actuator.

It is optionally provided that the counter lock comprises an actuating device, wherein by means of the actuating device, the locking bar, in particular via the positioning of the locking bar connection, from an extended position to a retracted position is movable. The actuator is, for example, designed as a nut and / or a lock cylinder and / or a motor for moving the locking bar.

According to an advantageous development of the invention, it can be provided that the locking element actuator comprises a blocking surface, wherein the locking element actuator in the retracted position, in particular via the blocking surface, blocks a movement of the first locking bar connection into the second position. In particular, the locking bar connection is retracted further into the counter lock housing in the second position than in the first position, so that retraction of the associated locking bar into the counter lock housing can be reliably prevented by the blocking surface. For this purpose, the blocking surface may be designed for direct contact with the first locking bar connection in the retracted position of the locking element actuator, so that in this retracted position, the blocking surface blocks the further movement of the first locking bar connection. In order for a tamper protection can be provided, as well as a complete depression of the locking bar in the counter lock housing and / or a triggering of the mechanism of the counter lock for unlocking is prevented by the blockage surface. In particular, the impressions can be made possible only to the extent that a clearance is provided between the locking bar connection and the slide.

It may be that, when the latch member actuator is in the operative position, the pad surface allows movement of the first latch bar terminal from the first position to the second position. Advantageously, the blocking surface of the locking element actuator by the movement of the locking element actuator from the retracted position to the operative position release a movement space for the first locking bar connection. This makes it possible that, by the movement of the blocking surface, the first locking connection can move from the first to the second position.

Furthermore, it is possible within the scope of the invention for the locking element actuator and the first locking bar connection to be spaced apart from one another from the first position to the second position, in particular in the normal case, during the movement of the locking bar connection of the locking bar. In particular, when the latch member actuator is moved from the retracted position to the operative position and the first latch bar terminal is moved from the first position to the second position by means of the slider, the latch member actuator and the first latch bar terminal can remain spaced from each other. This reduces friction and wear of the locking bar connection and / or the locking element actuator.

In particular, the latch member actuator may include a support surface for guiding the slider, wherein the support surface of the latch member actuator is configured such that the latch member actuator and the latch rod terminal are spaced apart from one another during movement of the latch rod terminal. For this purpose, for example, such a geometry of the locking element actuator can be provided that a movement path of the locking bar connection is released from the first to the second position when the slider moves the locking element actuator from the retracted to the operative position. This is in the normal case, so on the active movement by means of the slider, reliably unlocking possible. Advantageously, the blocking surface is not used to block the movement of the first locking bar connection in the normal case, but only in the case of manipulation.

For example, the support surface may be triangular in order to ensure both a sufficient support for guiding the slider and a sufficient distance.

The support surface may serve to guide the slider perpendicular to a direction of movement of the slider.

The slider may include movement means for coordinately moving the latch member actuator and the first latch bar terminal. For example, the slider and the locking element actuator can be connected to one another via a slotted guide as a means of movement. The slider may include a projection as a means of movement to move the first latch bar connection.

In particular, the slider may first move the latch member actuator before the slider moves the latch bar terminal, preferably so that the blocker pad is moved out of the direction of movement of the latch bar terminal. Thus, the movement space for the movement of the locking bar connection is released in a simple and reliable manner.

In addition, it is advantageous if, in the context of the invention, the slide is connected with a play with the first locking bar connection, in particular that the locking bar connection rests on a projection of the slide.

Preferably, it may also be provided in the counter lock according to the invention that the slide is movable from a first position, in which the locking bar connection is in the first position, to a second position, in which the locking bar connection is in the second position, preferably the counter lock comprises a counter-lock spring which urges the slide into the first position, wherein this counter-lock spring particularly preferably engages the locking bar connection. Thus, always the movement can be provided in the first position as a preferred movement to further increase the security of the counter lock.

In the first position of the slider, in particular, the latch member actuator is in the retracted position. In the second position of the slider, the locking element actuator is in particular in the operative position. In particular, when the slider moves from the first position to the second position, the latch member actuator moves from the retracted position to the operative position and vice versa. If the slider moves from the first position to the second position, in particular the first and / or the second locking rod connection moves from the first position to the second position.

In addition, it is advantageous if the counter lock comprises the second locking bar connection, wherein the second locking bar connection is connected via a lever with the slider. Advantageously, the second locking bar connection can be moved at least partially by the slider at the same time as the first locking bar connection. This allows a two-sided locking. The lever may also have a pivot point and / or be rotatably mounted on the counter lock housing via the pivot point and / or pivotable. This allows reliable and cost-effective manner to convert via the lever an upward movement of the slider in a downward movement of the second locking bar connection and thus also the second locking bar and / or vice versa.

It may also be possible that the locking bar is guided in a first, in particular front, and a second, in particular rear, counter lock cover of the counter lock housing. As a result, a reliable movement of the locking bar is provided.

Preferably, it can be provided within the scope of the invention that the counter-lock comprises an electromechanical counter-lock actuator and an actuating element. By means of the actuating element, the first and / or the second locking bar connection, in particular mechanically, can be movable via the slide. By means of the counter lock actuator, the first and / or the second locking bar connection can be moved via the slide. The actuating element may be formed as a nut and / or as a lock cylinder. The nut may be connectable to a panic bar and / or door handle. If a nut is provided as an actuating element, then the counter lock can be designed as an anti-panic lock. The counter-lock actuator can be designed in particular as an electric motor.

Preferably, by an actuation of the actuating element of the slide out of operative connection with the Gegenschlossaktuator can be achieved. As a result, a mechanical emergency release is possible without damaging the Gegenschlossaktuator. For example, the counter lock actuator and the slider may be operatively connected to each other via a projection of the slider.

It is also advantageous if the electromechanical Gegenschlossaktuator is arranged in the counter lock housing. As a result, a secure operation for locking and / or unlocking is possible. For example. In this case, the counter lock actuator is designed as an electric motor in order to carry out an at least partially automated unlocking of the counter lock, in particular in order to move the first and / or second locking bar from the extended position into the retracted position.

It may also be advantageous in the context of the invention that the counter lock actuator via a counter-lock gear with the slide is operatively connected, being in an idle state of the Gegenschlossaktuators the counter-lock gear is out of operative connection with the slide, in particular, the counter-lock gear is in a rest position. This has the advantage that a mechanical movement of the first and / or second locking bar in the extended position and / or in the retracted position is not hindered by the counter-lock gear. Additionally or alternatively, mechanical movement of the latch member actuator from the retracted position to the operative position and / or from the operative position to the retracted position may not be impeded to the countershaft transmission.

It may further be possible for the slide to be movable from the first position to the second position or from the second position to the first position without movement of the counter-lock transmission in the rest state of the counter-lock actuator and / or in the rest position of the counter-lock transmission. As a result, the manual operability is further improved.

According to a further advantage, it can be provided that the counter-lock transmission comprises a cam, wherein, when the counter-lock actuator is in operative connection with the slider, the gear with the cam rests against the slider, wherein in particular the slider comprises a first projection on which the Cam comes to the plant. In the idle state of the counter-lock actuator, the cam may preferably be out of operative connection with the slider, particularly preferably the first projection. As a result, the movement space for manual operation is free.

It is also advantageous if, in the context of the invention, the actuating element passes through an actuation of the Gegenschlossaktuators out of operative connection with the slide. In particular, the actuating element on the slider, particularly preferably abut on a second projection of the slider. In particular, the actuating element bears against the slide during actuation of the actuating element. For this purpose, the actuating element may have an arm. Preferably, the actuator is in the resting state of the Gegenschlossaktuators on the slider. During actuation of the slide by means of the counter-lock actuator, however, the slide dissolves in particular with the second projection of the actuating element. Thus, it is prevented that the Gegenaktuator must move the actuator. As a result, the work to be performed by the counteractuator can be kept low.

It may be that the slider comprises a projection on which the transmission, in particular the cam, can attack. In particular, the slide, in particular the projection, be shaped such that the transmission, in particular the cam, only from one direction, in particular from a direction of rotation, coming, on the slide, in particular on the projection, can attack. Additionally or alternatively, the slider, in particular the projection, be shaped such that always by means of the nut of the slider is movable. Thus, the slider, in particular the projection, be shaped such that a movement, by which the cam would be achieved in a position in which the cam would block in the trajectory of the slider is prevented. In particular, a movement of the cam counter to a conventional direction of rotation, at least partially prevented.

A further advantage can be achieved in the context of the invention in that the slider is connected directly to the latch element actuator and / or the first latch rod connection and / or contacted thereto. In particular, the locking element actuator can be moved by means of the slide, wherein the locking element actuator is forcibly guided by the slider, in particular via a link.

Alternatively or additionally, it may be provided in the context of the invention that the slide is forcibly guided on the counter lock housing, wherein preferably the slide is forcibly guided at least twice. The slider can z. B. at least one slot, preferably several slots, have to guide. The guide through the slots are used in particular as a guide in the direction of movement of the slider.

It is possible that a pivot point of the lever also serves as a guide element for the slider, wherein in particular the pivot point engages in a slot of the slider. These measures make it possible to use a space-saving and safe mechanism for unlocking.

A further advantage may be that the counter lock housing comprises openings for the attachment of standard fittings. A bushing can join a breakthrough, in particular connect breakthroughs. Preferably, at least one passage is arranged in a recess or an oblong hole of the slide, wherein in particular the passage for guiding the slide is serviceable. The bushing can accommodate a screw connection. Thus, the installation of standard fittings can be made space-saving. Here, standard fittings are preferably understood to mean those fittings which are used in a standardized manner on such a door. For this purpose, the fittings preferred standardized geometries and / or positions for fasteners.

It may be that the counter lock is formed free of a trap operator. Rather, at the same time a case of the lock can be unlocked at the same time with a movement of the locking element in the unlocked position. In particular, the movement of the latch can be released into the lock housing at the same time with a movement of the locking element in the unlocked position. The trap can z. B. be designed as a cross latch.

• 1 eine Darstellung eines erfindungsgemäßen Gegenschlosses in einer Vorderansicht,
• 2 eine vergrößerte Darstellung von Teilen des Gegenschlosses aus 1 in einer Rückansicht,
• 3 eine vergrößerte Darstellung von Teilen des Gegenschlosses aus 1 in einer Vorderansicht,
• 4 eine Darstellung des Gegenschlosses aus 1 in einer perspektivischen Ansicht,
• 4A einen Ausschnitt des Gegenschlosses aus 1 in einer abgewandelten Ausführungsform,
• 5 eine weitere Darstellung des Gegenschlosses aus 1 in einer perspektivischen Ansicht,
• 6 eine Darstellung eines weiteren nicht erfindungsgemäßen Gegenschlosses in einer perspektivischen Ansicht,
• 7 eine Explosionsdarstellung des Gegenschlosses aus 1,
• 8 eine Darstellung des erfindungsgemäßen Gegenschlosses aus 1 und eines Schlosses,
• 9 eine Ansicht des Schlosses aus 8,
• 10 eine perspektivische Ansicht des Schlosses aus 8 oder 9.

Further advantages, features and details of the invention will become apparent from the following description in which, with reference to the drawings, embodiments of the invention are described in detail. The features mentioned in the claims and in the description may each be essential to the invention individually or in any desired combination. Show it:

• 1 a representation of a counter lock according to the invention in a front view,
• 2 an enlarged view of parts of the counter lock 1 in a rear view,
• 3 an enlarged view of parts of the counter lock 1 in a front view,
• 4 a representation of the counter lock 1 in a perspective view,
• 4A a section of the counter lock 1 in a modified embodiment,
• 5 another illustration of the counter lock 1 in a perspective view,
• 6 a representation of another non-inventive counter lock in a perspective view,
• 7 an exploded view of the counter lock 1 .
• 8th an illustration of the counter lock according to the invention 1 and a castle,
• 9 a view of the castle 8th .
• 10 a perspective view of the castle 8th or 9 ,

In the following figures, the identical reference numerals are used for the same technical features of different embodiments.

In 1 schematically is a counter lock according to the invention 100 shown in a front view. The 2 to 5 show the counter lock 100 in further perspectives. Such a counter lock 100 can preferably be used for a passive leaf, in which adjacent to the counter lock 100 a castle 1 a power wing is arranged. An example is therefore such a lock 1 a corresponding arrangement shown with dashed lines. It can be seen that at the position of a locking element 20 of the castle 1 an opening 110 for the locking element 20 in a counter lock housing 170 can be trained. Likewise, at the position of a second locking element 70 like a trap 70 , a corresponding opening 220 , especially trap opening 220 , in counter lock housing 170 to be available. Thus, a cooperation of the castle 1 and counter lock 100 achieved for locking. This arrangement is particularly suitable for escape doors or the like, since the operation of one of the actuators 141 , in particular a nut or the like, possibly via a panic bar, a mechanical interaction of the counter-lock 100 with the castle 1 can trigger for unlocking. As an example, here is a locking element actuator 130 the counter lock 100 which is adjacent to the opening 110 is arranged to the locking element 20 from the counter lock housing 170 push out. The latch element actuator 130 the counter lock 100 is moved from a retracted position to an operative position. In the figures, the latch element actuator 130 shown in the retracted position.

As an essential part of triggering this interaction, so the unlocking of the castle 1 and the counter lock 100 , can be a mechanism of the counter lock 100 serve. This uses a slider 160 , By a movement of the slider 160 , what a 1 as a translatory in the counter lock housing 170 Guided shift is performed, according to the invention in addition to the locking element actuator 130 other mechanical elements of the counter lock 100 - and in consequence also the castle 1 - be actuated or unlocked. As an example, here locking bars 520 the counter lock 100 , the locking element 20 as well as the trap 70 will be mentioned, which will be discussed further below.

In addition to the locking element 20 is as a means of locking at least one locking bar 520 , ie z. B. a first locking bar 521 and a second locking bar 522 , intended. These are with associated locking bar connections 120 the counter lock 100 , in particular immovable and firm, connected. The locking bar connections 120 are to move the latch bars 520 in the Against the lock housing 170 movably recorded. In particular, a first locking bar connection 121 for the first locking bar 521 and a second latch bar connection 122 for the second locking bar 522 intended. In this case, the respective locking bar connection 120 by means of the slider 160 the counter lock 100 be moved from a first position to a second position. In the first position, the with the corresponding locking bar connection 120 connected latch bar 520 extended and in the second position in the counter lock housing 170 retracted. In the extended position, a lock z. B. thereby allowing the locking bar 520 is introduced into a closing element in a door frame, a wall, a ceiling or a floor or the like. For the unlocking, so the movement in the retracted position, thus the locking bar connection 120 be moved to the second position.

The slider 160 may be from a first position in which the at least one locking bar connection 120 is in the first position, and in a second position, in which the at least one locking bar connection 120 in the second position, to be moved. Here, the counter lock 100 at least one counter-lock spring 180 have the slider 160 pushes in the first position, with the counter-lock spring 180 on at least one of the locking bar connections 120 attacks.

As in 2 and 3 is further shown, it may be possible that at least one of the locking bar connections 120 , in particular the lower latch bar connection, with a play with the slider 160 is connected, and preferably on a third projection 193 of the slider 160 rests. This serves z. B. the manipulation protection in an active (from the outside on the locking bars 520 initiated) movement of the locking bar connection 120 towards the interior of the counter lock housing 170 , Here comes the lower locking bar connection 120 then first on a blockade area 133 of the latch element actuator 130 to concern, before a transfer of movement to the slider 160 is possible. The latch element actuator 130 is here in the retracted position. Moves the latch element actuator 130 from the retracted position to the operative position, the blockade surface becomes 133 from the direction of movement of the locking bar connection 120 , Thus, the locking bar connection 120 be moved from the first position to the second position. The movement of the latch element actuator 130 However, it is only possible if an actuator 140 the movement is initiated and not by a manipulation on the lower locking bar 521 ,

The connection between the locking bar connection 120 and the slider 160 is designed so that the slider 160 first the locking element actuator 130 and only then the locking bar connection 120 emotional. The latch element actuator 130 and the lower latch bar connection 120 stay during a movement of the slider 160 spaced from each other.

In addition, the latch element actuator 130 a support surface 136 to guide the slider 160 include. The guide is transverse to the direction of movement of the slider 160 from the first position to the second position. The bearing surface 136 is formed such that the latch element actuator 130 and the lower latch bar connection 120 stay apart from each other during a movement.

In 1 and 7 it can be seen that at least one more of the locking bar connections 120 over a lever 150 with the slider 160 can be connected. Such a lever 150 can be in a pivot 152 stored the movement of the slider 160 to this other locking bar connection 120 hand off. In particular, in this way, on the one hand on the lever 150 and then on the third lead 193 Reliably, the movement of several, at least two locking bar connections 120 over a single slider 160 possible.

The movement of a latch bar connection 120 can by actuation of an actuator 140 So, for example, by the operation of the actuator 141 and / or an electromechanical Gegenschlossaktuators 142 , be effected. The actuator 141 is z. B. as a nut 141 trained and acts on a rotation of the slider 160 , The counter lock actuator 142 is z. B. formed as an electric motor. The counter lock actuator 142 drives a counter-lock gearbox 200 over which the counter lock actuator 142 with the slider 160 is operatively connected. It is exemplified that the counter-lock transmission 200 a cam 201 wherein, when the mating lock actuator 142 in operative connection with the slider 160 located, the counter-lock transmission 200 with the cam 201 on the slider 160 is applied. For this purpose, the slider 160 a first advantage 191 include, where the cam 201 comes to the plant. Will the slider 160 by means of the actuating element 141 pressed, so can the slide 160 from the cam 201 solve, so that the counter lock actuator 142 no damage in case of mechanical override by the actuator 141 takes.

Preferably, the cam is located 201 in a rest position of the Gegenschlossaktuators 142 out of operative connection with the slider 160 , This is a rest position, when the Gegenschlossaktuator 142 does no work. This will damage the Gegenschlossaktuators 142 during a movement of the slider 160 through the counter-lock spring 180 or the actuator 141 prevented.

4A shows a modified form of the slider 160 , Here is the first lead 191 a bulge 196 on. The bulge 196 prevents the cam 201 moving counterclockwise above the first projection 191 can be and thus a movement of the slider 160 from the first position to the second position. The bulge 196 allows only one movement of the cam 201 clockwise to be in operative connection with the first projection 191 to step. Thus, by the bulge 196 always a movement of the slider 160 guaranteed from the first to the second position.

The counter lock actuator is in the counter lock housing 170 arranged.

To actuate the counter lock actuator 142 if this z. B. is designed as a motor, an energy storage 105 have (as in 8th is shown schematically). A control of the counter lock actuator 142 is z. B. via a controller 510 , in particular a first control unit 511 of the castle 1 and / or a second control unit 512 the counter lock 100 conceivable.

The energy storage 105 can serve, in case of power failure, the cam 201 in an idle state of the counter lock actuator 142 out of operative connection with the slider 160 bring to.

It is also conceivable that the actuating element 141 in an idle state of the counter lock actuator 142 and in an operating position of the operating member 141 on the slider 160 , in particular at a second projection 192 of the slider 160 , is present. In this case, the actuating element 141 by an operation of the Gegenschlossaktuators 142 out of operative connection with the slider 160 reach. At this time, the slider 160 comes off with the projection 192 from the actuator 141 ,

The slider 160 can be attached to the counter lock housing 170 be forcibly guided, especially twice forced. To guide the slider 160 at least one slot 194 have, wherein the fulcrum 152 of the lever 150 at the same time as a guide element for the slide 160 can serve.

Also, it is possible that the slider 160 directly on the latch element actuator 130 and / or at least one of the locking bar connections 120 contacted and / or rests, and by means of the slide 160 the latch element actuator 130 is movable, wherein for this purpose the locking element actuator 130 through the slider 160 over a backdrop 195 is forced.

Next are in 1 several bushings 173 shown, in which through holes can be introduced for the attachment of standard coverings. For this purpose, such an arrangement of the bushings 173 be provided that this agrees with a default for standard coverings. In particular, the bushings can also be used 173 to guide the slider 160 serve, so here at least a dual-functionality of the bushings 173 is present.

Also the locking element actuator 130 can have one or more functions, such as the movement of a locking element 20 a neighboring castle 1 a lock arrangement 700 for unlocking and / or tamper protection at counter lock 100 and / or a closing arrangement 500 , As in 8th by a lock arrangement 700 a locking system 400 is shown, the locking element 20 in a locking position of the locking element 20 in an opening 110 the counter lock 100 intervention. In addition, the castle can 1 at least one tax trap 50 , For example, with a rotatably mounted tax case head 51 , wherein, for movement of the locking element 20 in the locked position the tax trap 50 assumes a retracted position. In a prominent position tax trap 50 on the other hand is the movement of the locking element 20 mechanically prevented in the locking position. To hold the tax trap 50 in the retracted position may be a strike plate 210 the counter lock 100 be provided so that closing the door to retract and hold the tax trap 50 through the strike plate 210 leads. The latch element actuator 130 the counter lock 100 can be moved from the retracted position to the operative position. This is done in particular during an actuation of the actuating device 140 so that the latch element actuator 130 unlock the lock from the counter lock of the gullwing door can accomplish. Because in the operative position of the locking element actuator 130 adapted to the locking element 20 to hold in the unlocked position until the tax trap 50 away from the strike plate 210 removed and reached the projecting position. In other words, can be prevented when opening the door, so moving the upright and / or active leaf, the locking element 20 locked. Furthermore, in the retracted position, the latch member actuator 130 through the movement in the operative position of the locking element 20 by means of an active element 131 from the counter lock housing 170 press out, for example, to support or reach an emergency opening from the wing door side. Both can be achieved by the connection of the locking element actuator 130 to the slider 160 be effected mechanically by the slider 160 mechanically on an attack element 132 of the latch element actuator 130 attacks.

In 9 is further clarified that the castle 1 an electromechanical lock actuator 30 for moving the locking element 20 can have. It may also according to 1 a counter lock actuator 142 for moving at least one of the locking bars 520 be activated so that the lock actuator 30 at least partially the locking element 20 emotional. In other words, the actuators of a locking system 400 be controlled coordinated. For this purpose, z. B. an in 8th illustrated control 510 be used, which, for example, in a door drive 410 outside a closing arrangement 500 is integrated and / or a first control unit 511 in the castle 1 and / or a second control unit 512 in the counter lock 100 includes. In particular, the control is 510 electrically with the lock actuator 30 and / or counter-lock actuator 142 connected to perform the activation of the actuators. The closing arrangement according to the invention 500 includes the castle 1 and the counter lock 100 ,

In 9 and 10 is the castle 1 shown with further details, which also forms part of a closing arrangement according to the invention 500 can be. It can be seen that the castle 1 a lock housing 10 may have, in which another slider 33 is movably guided. Next is a lock actuator 30 with a lock transmission 31 provided, in particular the further slide 33 to move. This can also unlock a trap 70 cause a case head 71 has to lock. The further slider 33 can be used to move and / or guide the locking element 20 serve, what a state of the trap 70 and the tax trap 50 can be influenced. So can the locking element 20 z. B. only be transferred to the locking position when initially both the case 70 in the unlocking position as well as the tax trap 50 be transferred to the retracted position. A stop element 80 this can change from a blocking position to a release position, wherein the stop element 80 regardless of the position of the trap 70 by a movement of the tax trap 50 is movable.

Furthermore, it is possible that the castle 1 according to 8th a locking element sensor 650 includes, and an alarm is generated when an in 9 shown control case sensor 600 detects that the tax trap 50 located in the protruding position and at the same time the locking element sensor 650 detects that the locking element 20 is in the locked position.

In the 2 . 3 and 7 is the latch element actuator 130 shown with further details. In the operative position of the locking element actuator is located 130 z. B. resiliently on the locking element 20 on, and this is a multipart with an attack element 132 and an active element 131 (with an end face 134 ) educated. A movement of the actuator 140 the counter lock 100 can be the attack element 132 move so that the active element 131 in the operative position on the locking element 20 with the face 134 is applied. Next, the latch element actuator 130 the blockade area 133 comprising, in the retracted position, a movement of at least one of the locking bar terminals 120 blocked in the second position. This can be an unauthorized retraction of the corresponding locking bar 520 be prevented. It is advantageous if the attacking element 132 and the active element 131 are resiliently connected together. A feather 135 of the latch element actuator 130 can be designed as a spiral spring for this purpose. As a further embodiment of the Riegelelementbetätigers 130 can be the attacking element 132 be pivotable about a first axis, wherein the active element 131 pivotable about a second axis on the engagement element 132 is stored, and the spring 135 is designed as a leaf spring (see 6 ).

Advantageously, the active element 131 in the attacking element 132 guided, wherein preferably the width of an end face 134 of the active element 131 is greater than a width of the active element 131 inside the attack element 132 , Furthermore, the active element 131 and the attacking element 132 mutually corresponding stop surfaces (ie, for example, a first stop surface 138 and a second stop surface 139 ), wherein by the stop surfaces, a movement of the active element 131 from the attacking element 132 is limited. The width of the face 134 of the latch element actuator 130 and the width of a face 21 of the locking element 20 may further be formed such that at least one edge of the end face 134 of the latch element actuator 130 which is the inner side of the passive leaf zuwendbar, and an edge of the end face 21 of the locking element 20 , which is zuutbar the outside of the active leaf, lie against each other when the tax trap 50 is in the protruding position.

The above explanation of the embodiments describes the present invention solely by way of example. Of course, individual features of the embodiments, if technically feasible, can be combined freely with one another, without departing from the scope of the present invention.

LIST OF REFERENCE NUMBERS

1

lock

10

lock housing

20

Locking element, first locking element

21

End face of the locking element

30

Schlossaktuator

31

Castle gear

50

Steuerfalle

51

Control drophead

52

Abraganteil the tax trap

70

Trap, second locking element

71

drophead

80

stop element

100

against Castle

105

energy storage

110

Opening, for locking element

120

Locking bar connection

130

Riegelelementbetätiger

131

active element

132

engaging member

133

blockade area

134

End face of the active element, end face of the locking element actuator

135

feather

136

bearing surface

137

Abraganteil

138

first stop area

139

second stop area

140

actuator

141

Actuator, nut

142

Counter lock actuator, engine

150

lever

152

pivot point

160

Counter lock mechanism element, slide

170

Against the lock housing

173

breakthrough

180

Castle against spring

191

first advantage

192

second lead

193

third advantage

194

Long hole

195

scenery

200

Against lock gear

201

cam

210

striking plate

220

case opening

400

locking system

410

door drive

500

closing assembly

510

control

511

first control unit

512

second control unit

520

locking bar

521

first latch bar, lower latch bar

522

second locking bar, upper locking bar

600

Tax Fall Sensor

650

Locking element Sensor

700

lock assembly

Claims (15)

Counter-lock (100) for a standing-wing door with a counter-lock housing (170), with a slide (160), with a locking element actuator (130) and with a first locking bar connection (120), wherein the slide (160) on the counter-lock housing (170) translationally movable wherein the locking element actuator (130) is movable from a retracted position to an operative position by means of the slider (160), characterized in that the first locking bar connection (120) is movable from a first position to a second position by means of the slider (160) is. Counter lock (100) after Claim 1 characterized in that the latch member actuator (130) includes a blocker surface (133), wherein the latch member actuator (130) in the retracted position blocks movement of the first latch rod connector (120) to the second position. Counter lock (100) after Claim 1 or 2 , characterized in that the latch member actuator (130) and the first Locking bar connection (120) are spaced from one another during the movement of the locking bar connection (120) from the first position to the second position, in particular that the locking element actuator (130) comprises a bearing surface (136) for guiding the slider (160), wherein the bearing surface (136 ) of the latch member actuator (130) is configured such that the latch member actuator (130) and the latch rod terminal (120) are spaced apart from one another during movement of the latch rod terminal (120). Counter lock (100) according to one of the preceding claims, characterized in that the slide (160) is connected to the locking bar connection (120) with a clearance, in particular that the locking bar connection (120) rests on a projection of the slide (160), wherein in particular the slider (160) first moves the latch member actuator (130) before the slider (160) moves the latch rod terminal (120). Counter lock (100) according to one of the preceding claims, characterized in that the slide (160) from a first position in which the locking bar connection (120) is in the first position to a second position in which the locking bar connection (120 Preferably, the counter lock (100) comprises a counter-lock spring (180) which urges the slider (160) to the first position, with the counter-lock spring (180) being particularly preferred on the locking bar connection (120). attacks. Counter lock (100) according to one of the preceding claims, characterized in that the counter lock (100) comprises a second locking bar connection (120), wherein the second locking bar connection (120) via a lever (150) with the slider (160) is connected. Counter lock (100) according to one of the preceding claims, characterized in that the counter lock (100) comprises an electromechanical Gegenschlossaktuator (142) and an actuating element (141), wherein by means of the actuating element (141) via the slide (160) of the first and / or a second locking bar connection (120) is movable, wherein by means of the Gegenschlossaktuators (142) via the slide (160) of the first and / or the second locking bar connection (120) is movable, wherein by actuation of the actuating element (141) of the slide (160 ) is operable out of operative connection with the Gegenschlossaktuator (142). Counter lock (100) after Claim 7 , characterized in that the electromechanical mating lock actuator (142) is disposed in the mating lock housing (170). Counter lock (100) after Claim 7 or 8th characterized in that the counter-lock actuator (142) is operatively connectable to the slider (160) via a counter-lock transmission (200), the counter-lock transmission (200) being out of operative association with the slider (160) in a rest condition of the counter-lock actuator (142), wherein in particular the counter-lock gear (200) is in a rest position. Counter lock (100) after Claim 9 characterized in that in the resting state of the mating lock actuator (142), the slider (160) is movable from a first position to a second position or from the second position to the first position without movement of the counter-lock gear (200). Counter lock (100) after Claim 9 or 10 characterized in that the counter-lock transmission (200) comprises a cam (201), wherein when the counter-lock actuator (142) is in operative connection with the spool (160), the counter-lock transmission (200) with the cam (201) on the spool (160) is applied, wherein in particular the slider (160) comprises a first projection (191) on which the cam (201) comes to rest. Counter lock (100) after one of the Claims 7 to 11 characterized in that the actuating element (141) comes out of operative connection with the slide (160) by actuation of the counter lock actuator (142), in particular that the actuating element (141) on the slide (160), particularly preferably on a second projection (192 ) of the slider (160). Counter lock (100) according to any one of the preceding claims, characterized in that the slide (160) directly contacted to the Riegelelementbetätiger (130) and / or the first tie rod attachment (120), in particular that by means of the slide (160) of the Riegelelementbetätiger (130) is movable, wherein the locking element actuator (130) by the slider (160), in particular via a link (195), positively guided. Counter lock (100) according to one of the preceding claims, characterized in that the slide (160) is forcibly guided on the counter lock housing (170), wherein the slide (160) is forcibly guided at least twice, in particular that the slide (160) has at least one slot ( 194), preferably has a plurality of elongated holes (194) for guiding, wherein in particular a pivot point (152) of the lever (150) at the same time serves as a guide element for the slide (160), wherein in particular, the pivot point (152) engages in a slot (194) of the slider (160). Counter lock (100) according to one of the preceding claims, characterized in that the counter lock housing (170) comprises openings for the attachment of standard fittings, wherein a passage (173) adjoins an opening and the at least one passage (173) in a recess or a Slot (194) of the slider (160) is arranged, wherein in particular the passage (173) for guiding the slider (160) is operable.

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