EP2957694A2 - Mounting assembly for mounting a locking device - Google Patents

Abstract

It is a mounting assembly for mounting a locking device in or on a wing of a door of a window or the like. The mounting assembly includes a mortise lock, a latch bar, and a flexible guide member associated with the latch bar. The at least one locking bar and the mortise lock can be arranged concealed in the wing, such that the mortise lock with its lock case can be inserted in a receiving space in the wing and the at least one locking bar arranged in the wing can be connected with its connection end to a connection device of the mortise lock. In this case, the locking bar protrudes with its free end of the bolt through a passage opening of the wing. It is provided that on or in the at least one locking bar, a guide device is formed, in which the associated flexible guide element can be arranged guided at least along a portion of the axial longitudinal extension of the locking bar. In this case, the end of the flexible guide element assigned to the connection device has a loop end which projects away from the locking bar. The end of the flexible guide element remote from the loop end extends out of the guide device. The connection device and / or the lock case has a bolt-shaped or hook-shaped suspension element into which the loop end can be suspended.

Description

The invention relates to a mounting assembly for mounting a locking device in or on a wing of a door, a window or the like.

There are locking devices are known which have one or more vertically movable locking bars to increase the security, which, when the wing is locked, engage in locking recesses in the upper door frame and in the ground. The locking bars can be connected to connection devices of a lock mounted in a lock case. The lock is designed as a mortise lock. Since the locking bars and the lock with the lock case in the installed state are to be arranged in the context of the wing, they are not visible during assembly, so that the threading of the locking bars in the frame and the connection of the locking bars with the Connection devices of the castle so far in the prior art requires a time-consuming trial.

The object of the present invention is to obtain an easily assembled, functionally reliable locking device.

According to the invention, this object is achieved with the subject matter of patent claim 1. It is a mounting assembly for mounting a locking device, preferably lock device, in or on a wing of a door, a window or the like. In this case, the mounting assembly has a mortise lock, at least one locking bar and a flexible guide element associated with the locking bar. In preferred embodiments, two locking bars are provided, namely a vertical upper locking bar and a vertical lower locking bar. The one or more locking bars and the mortise are concealed in the wing can be arranged, in such a way that the mortise with its lock case in a receiving space in the wing is used and the one or more concealed arranged in the wing locking bars connected with its terminal end to a connection device of the mortise is and protrudes with its free end of the bolt through a passage opening of the wing. The locking bar can be coupled or coupled with a switch lock. The switch lock interacts with the free end of the lock.

It is essential that on or in the at least one locking bar, a guide device is formed, in which the associated flexible guide element can be arranged guided at least along a portion of the axial longitudinal extent of the locking bar and thereby the Connection end associated with the flexible guide member has a loop end, which protrudes from the locking bar and the end of the loop end remote from the flexible guide element extends out of the guide device. The connection device of the mortise lock and / or the lock case of the mortise lock has a preferably bolt-shaped or hook-shaped hooking element into which the loop end can be suspended. The flexible guide element is for the installation of the locking bar, which preferably takes place together with the switch lock mounted thereto, considerably simplified by the flexible guide element, as with the help of the flexible guide member, the connection of the locking bar with its connection end to the connection device of the mortise in a simple manner in the Wing plugged mortise is feasible.

The mounting assembly described allows easy installation of the locking device, since the locking bar is guided during engagement with the mortise lock by the flexible guide member. As a result, the implementation of the assembly concealed in the wing, preferably in a vertical hollow profile of the sash, quickly and reliably feasible. The mortise lock can, as already mentioned above, be designed so that an upper vertical locking bar and a lower vertical locking bar are provided and connectable or else only one of these locking bars is provided and connectable. The assembly process takes place in a corresponding manner.

During assembly, it is advantageous if it is provided that the flexible guide element is guided on the outside or possibly also in the interior of the switch lock and in the region of the connected thereto Section of the locking bar either in the locking bar, preferably in a continuous axial bore of the locking bar, is guided or at least partially guided on the outside of the locking bar. This guide of the flexible guide element on the outside is to be understood in the sense of a support of the flexible guide element during assembly, preferably during insertion of the locking bar in the wing. It is required during assembly when the locking bar is introduced together with the flexible guide element during assembly in the wing, and then hook in a further step, the protruding at the terminal end of the locking bar loop on the connection device of the mortise. When in the wing inserting the locking bar together with the flexible guide element, the leadership of the flexible guide element can be done on the outside or in the interior of the locking bar. As far as the leadership is done on the outside of the locking bar or the switching mechanism, the guide in terms of a support of the flexible guide element in a separate arranged on the outside guide means or take place without a separate guide means, namely only in that the flexible guide element on the Outside of the wing in the wing insertion of the locking bar with turnbuckle manually on the outside of the locking bar and the switch lock is held accordingly tense. It is advantageous if the flexible guide element is already positioned during insertion so that the projecting at the connection end of the locking bar loop of the flexible guide member is firmly positioned there, so that when inserting the locking bar together with the flexible guide element, the flexible guide element can be kept taut and remains positioned to hang the loop in the hanging element can.

As far as the switch lock and the free bolt end of the locking bar are concerned: The switch lock cooperates with the free bolt end of the associated locking bar. The free end of the bolt can be formed by the free end of the locking bar itself. However, a separate free latch end may be provided, e.g. formed by a separate case, which is movably mounted at the end of the locking bar and controlled by the locking bar. The trap can be designed as a component of the switching mechanism. The case may in this case be designed to be movable relative to the locking bar. It may be designed to be pivotable relative to the locking bar, preferably about a transverse to the axial extension and movement direction of the locking bar pivot axis. It may additionally or alternatively be designed to be displaceable relative to the locking bar in the axial extent and direction of movement of the locking bar.

This means that the switching mechanism can be designed as an auxiliary trap, which interacts with the locking rod depending on its operation in the closed position of the door by the stop on the frame actuation. The switch lock can also be designed as a switch lock with movably mounted latch. The switch lock may be formed with pivotally and / or linearly displaceable mounted trap.

The case is preferably a bolt or a bar-like member having an inlet slope for the entry of the wing in the closed position when closing the door. The trap is movably mounted and preferably acted upon in the locking and / or extension direction by a spring and / or by gravity. The gravitational loading in the locking and / or extension direction is implemented in particular in embodiments in which the case in the locking and / or extended position engined in a bottom-side Verrieglungsaufnahme. However, embodiments are also possible in which the gravitational loading of the case takes place upwards into an upper-side locking receptacle, for example via a lever device subjected to gravity. Furthermore, embodiments are provided in which the case is acted upon by spring and / or gravity in their unlocked position.

In preferred embodiments, it is provided that the latch is spring-loaded linearly displaceable in the axial direction of the locking bar in the extension and locking direction and / or is formed by gravity. Alternatively or additionally, it may be provided that the latch is designed to be spring-loaded pivotably in the axial direction of the locking bar in the extension and / or locking direction. Alternatively or additionally, it can also be provided that the latch is designed to be pivotable in a pivoting direction in the extension and / or locking direction.

The spring for acting on the case may be supported on or in the housing of the switching mechanism and / or on the door leaf, on which the locking bar is mounted with the switching mechanism. The trap is preferably also stored in the switch lock.

Particularly preferred embodiments provide that a coupling member between the locking bar on the one hand and the switching mechanism and / or the case is connected on the other hand and at least a portion of the coupling member from a at a predetermined elevated temperature For example, in a fire - has melting material and is designed so that when not molten material, the coupling member connects the locking bar with the switching mechanism and / or with the case and with molten material of the coupling member, the connection is released. It may be provided in this case that the case and / or the switching mechanism is acted upon by a spring and / or by gravity in the locking position and in molten material of the coupling member alone by an actuation of the locking bar can not be unlocked.

The coupling member with the melting in case of fire material can be designed differently. For example, the coupling member may be formed as a coupling portion between locking bar sections. However, embodiments are also preferably provided in which the coupling member is designed as a connection and / or control element of the switch lock, which acts between the locking bar and the latch. The fusible material may preferably be plastic.

In preferred embodiments, it may be provided that the switching mechanism has a blocking element, which is guided displaceably in a housing of the switching mechanism and can be connected to a connectable to the switching lock portion of the locking bar. In this case, it can advantageously be provided that a connecting part is arranged or can be arranged between the blocking element and the section of the locking bar connected thereto. This connecting part may be formed in one or more parts, particularly preferably as a sleeve with a substantially cylindrical configuration.

This connecting part may be formed as a guide means of the flexible guide member. The guide can be formed in the interior of the sleeve-shaped connecting part, for example with a supply line inlet via a lateral opening, which opens into the continuous interior of the sleeve-shaped connecting part. In preferred embodiments, the connecting part may have at one end a connection device for the blocking element and at its other end a connection device for the locking bar and between these two ends have a radial opening which opens into the hollow interior of the connecting part to form a guide means of the flexible guide member.

In preferred embodiments, which are used as fire protection embodiments, it is provided that the connecting part and / or the blocking part is formed as a coupling part, which is formed of a material which melts in the event of fire at a predetermined elevated temperature or at least has a portion which consists of a Material is formed, which melts in case of fire. The design is such that in case of fire due to the melting of the material, the coupling between on the one hand the switching mechanism and / or the case and on the other hand, the associated locking bar is released. The preferably spring-loaded and / or gravitationally loaded latch in the locking position is then no longer unlockable via normal actuation of the uncoupled locking bar.

The above-mentioned object, to obtain a simple mountable, functionally reliable locking device is achieved in particular with the subject of claim 12. The solution is a mounting assembly for mounting a locking device in or on a wing of a door, a window or the like. The mounting assembly has a mortise lock, at least one locking bar and a flexible guide element associated with the locking bar. The at least one locking bar and the mortise lock are formed so that they can be arranged concealed in the context of the wing, in such a way that the mortise lock with its lock case can be inserted into a receiving space in the wing and at least one concealed in the wing arranged locking bar with her Connection end to a connection device of the mortise lock is connected and protrudes with its other free end, the so-called Riegelende, through a passage opening of the wing. It is essential that on or in the at least one locking bar, a guide device is formed, in which the associated flexible guide element can be arranged guided at least along a portion of the axial longitudinal extent of the locking bar and its end facing the connection device has a loop end which protrudes from the locking bar and its end remote from the loop end extends out of the guide device. It is essential that the connection device and / or the lock case has a hooking element, preferably a bolt-shaped or hook-shaped hooking element, into which the loop end of the flexible guide element can be suspended.

The mounting assembly according to the invention allows mounting of the locking device without time-consuming testing, since the locking bar is guided during coupling to the mortise lock by the guide element. As a result, the implementation of the assembly concealed in the wing, preferably in a vertical hollow profile of the sash quickly and reliably feasible. The mortise lock is preferably designed in that it has a connection device for an upper vertical locking bar and a connection device for a lower vertical locking bar. In such embodiments, the mortise lock can thus be equipped with an upper locking bar and a lower locking bar. But it is also possible to equip these versions only with a locking bar, that is to connect either an upper locking bar only on the upper connection device or only at the lower connection device a lower locking bar. The assembly process takes place in each case in a corresponding manner, ie in the event that only one locking bar is connected, the mounting assembly next to the mortise lock only a locking bar with the associated flexible guide element. In the event that two locking bars are connected, the mounting assembly includes the mortise lock and two locking bars, which are each to be provided with an associated flexible guide element.

In preferred embodiments, the shape and arrangement of the hooking element are particularly advantageous. It can preferably be provided that the suspension element has a Einhängeabschnitt, which is arranged substantially transversely to the axial extent of the at least one locking bar. It can also be provided that the hooking element is designed as a transverse bolt with a free hooking end and / or as a hook with a free hooking end.

In principle, it is possible to arrange the suspension element firmly with the connection device or fixedly with the lock case, ie, there are embodiments with a fixed to the connection device hooking but also versions with a lock box fixed suspension element possible.

In particularly preferred embodiments, it is provided that the connection device is designed as a body which has on its end face associated with the locking bar the fastening element which is fixed to the connection device and / or a cavity in which the suspension element fixed to the connection device is arranged. In a preferred development it can be provided that the body of the connection device is designed as a tubular or sleeve-shaped body, which is formed on the end face of the locking bar to be connected as a coupling device and carries the suspension element in the interior.

In particularly preferred embodiments, it may be provided that the body of the connection device has an opening which is aligned with an inserted in the lock case body of the connection device with an observation opening formed in the lock case, so that the attachment process of the loop end to the suspension element during assembly is observable.

With regard to embodiments with a lock-in element formed as a lock-box, it can preferably be provided that the lock-in element fixed to the lock case is arranged in the interior of the lock case on an inner wall of the lock case. It can also be provided that the lock case has an observation opening, which is arranged so that the attachment process of the loop end to the suspension element during assembly is observable.

In principle, embodiments are also possible in which it is provided that the fixed with the lock case hanging element is arranged on the outside of the lock case on an outer wall of the lock case.

As far as the design of the locking bars, the use of the assembly assembly according to the invention is not limited to special designs of locking bars. It is for example possible that the locking bar is formed over its entire axial extent as a pipe or at least in the region of its connection end as a tube and the interior of the tube is formed as the guide means for the flexible guide member.

But it can also be provided that the locking bar is formed over its entire axial extent or at least over a portion of its axial extent as solid bar and the flexible guide element on the outside of the rod as a guide means for the flexible guide member or with a separate guide means for the flexible Guiding element is formed. It can be provided that the locking bar is formed in the region of its free connection end as a connecting pipe section and is formed over its remaining axial extent as a solid material rod.

In preferred embodiments, it may be provided that the connecting pipe section in the region of its end facing away from the connection device, which is connected to the solid material rod, has a radial hole which opens into the interior of the connecting pipe section and the elastic guide element is arranged in the connecting pipe section, that the loop end from the free end of the connecting pipe section protrudes and reaches out of the loop end remote end of the flexible guide member from the radial hole.

As regards the arrangement of the flexible guide element on or in the locking bar, it is advantageous for the production of the locking bar provided with the flexible guide element as a preassembled substructure unit if it is provided that the guide device is designed such that in the locking bar at least in the region of its Connection terminal facing the end of an opening is formed, from which protrudes the loop end and that the flexible guide element is guided at least in a portion of the axial extent of the locking bar on the outside of the locking bar.

In principle, embodiments of the assembly assembly are possible, in which it is provided that the upper locking bar is formed as a tube or the lower locking bar is formed at least in a portion of its axial extent as a solid bar.

Embodiments are particularly preferred in which the locking bar, in particular designed as an upper locking bar, has a pivotable latch at its free locking end, wherein the pivotable latch engages in a frame-side striking plate on the upper horizontal frame member. The locking bar can be designed in this case as a continuous tube with the top pivot bearing arranged, or as a rod made of solid material. The flexible guide element can be arranged in the locking bar formed as a tube, ie, the entire tubular locking bar by cross-so that the loop exits the lock housing side end and at the other end, the free end of the flexible guide element emerges directly in the region of the connection of the pivoting latch.

Embodiments are also possible in which the flexible guide element is guided only in a section inside the tube and thus the free end is e.g. emerges in a central axial section of the locking bar.

In embodiments in which the locking bar is formed as a solid bar, it is provided that the rod is tubular at least in a portion of its axial extent and the flexible guide element is guided in this section and exits at the end of the section.

In the above-described embodiments with a pivoting latch, it can be provided that the pivoting latch is controlled by the locking bar, with regard to a control of the pivotability of the latch or with respect to a displaceability of the latch relative to the latching bar and / or relative to the wing.

In embodiments in which the locking bar has a pivoting latch, the pivoting latch can be displaceable in the axial direction relative to the locking bar in addition to its pivotability about an axis transverse to the longitudinal axis of the locking bar. However, embodiments are also possible in which a latch is mounted movably on the free end of the locking bar, which is linearly movable exclusively in the axial direction of the locking bar, preferably each spring-loaded in the extension direction.

The term trap is understood to mean a bolt or bolt-like member which has an inlet bevel for closing the door, is movably mounted and is acted upon by a spring in the locking direction.

In all versions with switching locks, namely embodiments in which a movable case is mounted pivotably and / or linearly displaceable at the free end, a mounting assembly may be formed in which the locking bar is coupled or coupled with the relevant switching mechanism.

In preferred embodiments with switch lock can be provided that the switch lock is designed as a switch lock with pivoting latch.

In further preferred embodiments it can be provided that the switching mechanism has a blocking element, which is guided displaceably in the housing of the switching mechanism and can be connected to a connectable to the switching lock portion of the locking bar. In a preferred embodiment it can be provided that between the blocking element and the connected portion of the locking bar, a connection block is switchable.

A particularly favorable handling during assembly is obtained if it is provided that the flexible guide element is guided on the outside or in the interior of the switching mechanism and in the region of the attached portion of the locking bar either in the locking bar, preferably in a continuous axial bore of the locking bar , is guided or at least partially guided on the outside of the locking bar.

The object mentioned above, to provide a simple mountable, functionally reliable locking device is also solved with the subject of claim 17. It is a lock device with a mortise lock with lock mechanism mounted therein, preferably a latch ejector and / or preferably a Fallenauswerfer and / or preferably comprises a latch and / or preferably a latch, and with an actuating device, which preferably has a nut, and with an upper latch bar connection device with an upper latch bar and / or a lower latch bar connection device with a lower latch bar. On at least one of the locking bars a switching mechanism with a movable relative to the locking bar latch is arranged detachable. Essential in this solution is that a coupling member between the locking bar on the one hand and the switching mechanism and / or the latch is connected on the other hand and at least a portion of the coupling member from a at a predetermined elevated temperature -. in a fire - has melting material and is formed so that when not melted material, the coupling member connects the locking bar with the switching mechanism and / or the case for their operation by the locking bar and in molten material of the coupling member, the connection is released. In this case, it can preferably be provided that the latch and / or the switching mechanism is acted upon by a spring and / or gravity in the locking position and in molten material of the coupling member alone by actuation of the locking bar can not be unlocked.

Particularly preferred embodiments of the lock device are obtained using a mounting assembly having the design features as described above. There are also Schlossausführungen with included, which are not mounted on a mounting assembly with flexible guide member, in particular not with flexible guide member and the described guide devices and suspension devices are mounted. It is in the above-mentioned lock devices preferably lock devices with a mortise lock with recorded therein lock mechanism and a connection device for a lower locking bar and / or a connection device for an upper locking bar. The locking bar or the locking bars and the mortise lock are preferably arranged concealed in the wing, in such a way that the mortise lock with its lock case in a receiving space in the wing is used and the preferably concealed in the wing arranged locking bar or locking bars are with its connection end associated connection devices connected to the mortise lock and protrude with its free end of the bolt by an associated through-opening of the wing out. The at least one locking bar is coupled or coupled with a switching mechanism of the type described above. It is essential that these lock designs have a coupling element or a connecting member, each with a portion of a case at a predetermined elevated temperature, for example in a fire, melting material. The predetermined temperature may for example be about 100 ° Celsius. For the lock device and the individual components, the embodiments apply as far as they are described above for the assembly units. An essential aspect is that not only lock devices with concealed locking bars with mortise locks, but also lock devices with resting locking bars and / or resting locks are included.

Fig. 1

einen Flügel einer Tür einer erfindungsgemäßen Montagebaugruppe in perspektivischer Darstellung;

Fig. 2

einen Teilschnitt des Flügels in Fig. 1 in perspektivischer Darstellung;

Fig. 3a

die Montagebaugruppe in Fig. 1 in einem ersten Schritt der Montage; jeweils für die obere und die untere Riegelstange in separaten Ausschnitten dargestellt;

Fig. 3b

die Montagebaugruppe in Fig. 1 in einem weiteren Schritt der Montage, jeweils nur für die untere Riegelstange dargestellt;

Fig. 3c

die Montagebaugruppe in Fig. 1 im montierten Zustand, jeweils nur für die untere Riegelstange dargestellt;

Fig. 4

die Anschlusseinrichtung beim Einhängen des Schlaufenendes des flexiblen Führungselements während der Montage der Riegelstange im Montageschritt der Fig. 3b in Schnittdarstellung: der

Fig. 5a

eine Riegelstange mit Vollmaterialstange mit eingefädeltem flexiblen Führungselement als Schlaufe in perspektivischer Darstellung;

Fig. 5b

eine Riegelstange mit rohrförmiger Stange mit eingefädeltem flexiblen Führungselement als Schlaufe in perspektivischer Darstellung;

Fig. 6

ein Ausführungsbeispiel mit Riegelstange mit Schaltschloss mit schwenkbarer Schlossfalle mit flexiblem Führungselement in der Montagestellung.

Fig. 7a - 7f

Verfahrensschritte der Montage bei Konzept 1;

Fig. 8

unterschiedlicher Verfahrensschritt bei Konzept 2;

Fig. 9

unterschiedlicher Verfahrensschritt bei Konzept 3;

Fig. 10

unterschiedlicher Verfahrensschritt bei Konzept 4;

Fig. 11a bis d

Detaildarstellungen eines zwischen Schaltschloss und Riegelstange montierbaren Kupplungsteils aus schmelzbarem Material zum Einsatz in Brandschutzausführungen.

Preferred embodiments of the invention will now be explained in more detail with reference to drawings. Show it

Fig. 1

a wing of a door of a mounting assembly according to the invention in a perspective view;

Fig. 2

a partial section of the wing in Fig. 1 in perspective view;

Fig. 3a

the mounting assembly in Fig. 1 in a first step of assembly; each shown for the upper and lower locking bar in separate cutouts;

Fig. 3b

the mounting assembly in Fig. 1 in a further step of the assembly, each shown only for the lower locking bar;

Fig. 3c

the mounting assembly in Fig. 1 in the assembled state, only shown for the lower locking bar;

Fig. 4

the connection device when suspending the loop end of the flexible guide element during assembly of the locking bar in the assembly step of Fig. 3b in section: the

Fig. 5a

a locking bar with solid rod with threaded flexible guide element as a loop in perspective view;

Fig. 5b

a locking bar with tubular rod with threaded flexible guide element as a loop in perspective view;

Fig. 6

an embodiment with locking bar with switch lock with swivel lock latch with flexible guide element in the mounting position.

Fig. 7a - 7f

Process steps of assembly in Concept 1;

Fig. 8

different process step in concept 2;

Fig. 9

different process step in concept 3;

Fig. 10

different process step in concept 4;

Fig. 11a to d

Details of a coupling part, which can be mounted between switch lock and locking bar, made of fusible material for use in fire protection versions.

Fig. 1 shows a door with a fixed door frame 1r and one in door hinges 1 b pivotally mounted door 1. The door 1 has a locking device with a mortise lock 20 with vertical locking bars 22o, 22u on. The mortise lock 20 consists of a lock case 20k with lock mechanism mounted therein. The vertical locking bars are designed as upper locking bar 22o and as lower locking bar 22u. In the illustrated case, the upper locking bar 22o is formed as a tubular bar and the lower locking bar 22u is formed as a solid bar. The locking bars 22o, 22u are each connected via an associated connection device 21 o or 21 u to the lock mechanism. The lock case 20k each has a passage opening for the connection device 21o, 21 u, namely a passage opening at its upper end side for the connection device 21 o of the upper locking bar 22o and a passage opening at its lower end side for the connection device 21 u of the lower locking bar 22u.

The locking device with the mortise lock and the locking bars 20o, 20u is mounted via a mounting assembly according to the invention. The mounting assembly includes the mortise lock 20 with connection device That is, the upper locking bar 22o is a flexible guide element 23 and the lower locking bar 22u is associated with a flexible guide element 23. In the case illustrated, the flexible guide element 23 is designed in each case as a plastic thread, which is inserted in a loop shape.

The assembly of the locking device using the mounting assembly is described below with reference to Fig. 3a to 3c . Fig. 4 and Fig. 5a and 5b described in detail. The Fig. 1 and 2 show the locking device in the fully assembled state of the door.
In the embodiment shown in the figures, the door 1 is designed as a stop swivel wing and the door as einflüglige door. The castle is in the in FIG. 1 illustrated case as active wing lock with a spring-mounted latch 20f with inlet slope when closing the door and a latch 20r designed to lock the door. For operation, the lock has a handle 20h. In the illustrated case, the lock has a lock cylinder 20z to operate the latch 20r by means of a key. The latch can also be designed as a self-locking latch. There are also versions of the castle possible in which a latch bolt is provided instead of the bolt. There are possible embodiments in which a self-locking latch bolt is provided instead of the latch and the bolt. Embodiments are also possible in which the door is designed as a two-leaf door with a passive wing and an active wing and the mortise lock with the locking bars is designed as a passive wing lock and is mounted in the passive wing. In the active wing then an active wing lock is mounted, with or without Bar rods can be equipped. The latch and the latch of the active wing lock engage in the closed position of the door in the passive wing lock. In this case, embodiments are possible in which the passive wing lock has a lifting device in order to lift the bolt and the lock latch for unlocking the door.

As regards the structure of the door: In the case illustrated in the figures, the door leaf 1 has a peripheral frame 11, which is designed as a hollow profile frame. In the cavity of the vertical HauptschließKantenseitigen spar of the hollow section 11 p is the mortise lock 20 with the locking bars 22o, 20u mounted.

It is referred to Fig. 2 , The lock case 20k is inserted through a side opening in the pocket-shaped receiving space 11 h in the profile 11 p. The upper locking bar 22 o is arranged displaceably guided in the cavity of the vertical profile 11 p. The locking bar 22o is connected via the connecting device 21 o with the lock mechanism mounted in the lock case 20k. The same applies to the lower locking bar 22u.

The upper locking bar 22o and the lower locking bar 22u are coupled to each other in such a way that they are movable in opposite directions when they are actuated, ie that both are extended simultaneously or both are retracted simultaneously. Accordingly, the associated connection devices 21 o, 21 u are extended or retracted from the lock case 20 k. When the connecting device 21 o and the upper locking bar 22 o connected thereto are in their retracted position, the upper end face of the locking bar 22 is aligned with the upper end face of the sash frame 11 Position is the locking bar 22 out of the upper end face of the sash 11 and engages in a locking device in the stationary door frame 1 r. The same applies to the lower locking bar 22u. It engages in its extended position in a locking recess in the ground.

The following describes the assembly of the locking device using the mounting assembly. As already mentioned, the mounting assembly comprises the mortise lock 20 with the connection devices 21 u, 21 o and the upper locking bar 22 o with the associated flexible guide element 23 and the lower locking bar 22 u with the associated flexible guide element 23.
It is essential that the flexible guide element 23 is formed as a loop, ie at its one end has a loop end 23s and the two legs of the flexible guide element extending from the loop end 23s extend parallel in the same direction, ie the loop end 23s is a folding of the flexible Guide element by 360 °. Furthermore, it is essential that the flexible guide element 23 is threaded into the locking bar 22o, 22u in such a way that the loop end 23s protrudes freely at the connection end of the locking bar 22o, 22u.

In the arrangement of the flexible guide member 23 in the locking bar 22o, 22u is to distinguish between the arrangement in a rod formed as a tube and a solid rod formed as a locking bar.

If the locking bars, as in the case of the upper locking bar 22 o is formed as a tubular locking bar, the looped as flexible

Guide element 23 threaded axially into the tubular locking bar over the entire length of the locking bar, so that the loop end 23s protrudes at the free terminal end of the locking bar 22o and the two free leg ends protrude at the opposite locking end of the locking bar. The situation is in Fig. 5b shown.

In the event that the flexible guide member 23 is to be assigned to a locking bar which is formed as a full locking bar, as is the case in the illustrated lower locking bar 22u, the situation becomes Fig. 5a shown. As can be seen, the locking bar 22u is formed as a solid bar. However, it has a tubular end portion 22ue in the region of the connection end, which continues as an axial extension of the solid material rod. This tubular end portion 22ue has a radial hole 22ur near the connection portion to the solid bar, which opens into the axial interior of the tubular end portion. The looped flexible guide member 23 is threaded into the tubular end portion 22ue such that the loop end 23s axially protrudes at the free end of the tubular end portion 22ue and the free leg ends project out of the radial hole 22u.

The connecting device 21 u for the lower locking bar is in Fig. 4 shown. It is designed as a substantially tubular or sleeve-shaped body, at one end of which the lower locking bar 22u can be connected and whose other end is coupled to the lock mechanism mounted in the lock case 20k. The body of the connection device has an internal thread 21g for the connection of the lower locking bar 22u. The lower latch bar 22u has as in Fig. 5a shown at its connection end a corresponding external thread 22g. It is essential that in the interior the body of the connection device 21 u a suspension element 25 is arranged. This suspension element 25 is formed in the illustrated case as a bolt which is connected at its one end to the inner wall of the interior of the connection body and has the other end as a free end. The bolt is designed as a transverse bolt, ie it extends transversely to the axial extent of the locking bar. When the locking bar 22u is connected with its connection end to the connecting body 21 u, the loop end 23 s protruding from the connecting end of the locking bar is first introduced into the interior of the body by means of the connection opening provided with the internal thread and suspended in the suspension element 25. The situation of hooking is in Fig. 4 shown. In order to control the hanging operation, the lock case 20k, in the region in which the body of the connection device 21 u is mounted, has an observation opening 20kb which is aligned with a radial hole 21ub in the body of the connection device 21u in the relevant position.

The connecting device 21o for the upper locking bar 22o is designed accordingly, as in Fig. 4 illustrated connection device 21 u. It differs only in that the likewise tubular or sleeve-shaped body has an external thread at its connecting end to connect the provided with an internal thread connection end of the upper locking bar 22o. The upper locking bar 22o is tubular over its entire axial extent and has an internal thread at its connection end. It should be noted Fig. 5b , The suspension is also under the control of the aligned observation openings in the same manner as in connection with Fig. 4 discussed for the lower tie rod.

The assembly thus takes place in that in a first step, the respective locking bar 22u, 22o is equipped with the associated flexible guide member 23 to form preassembled units, as shown in the Fig. 5a and 5b are shown.

In a second step, the locking rod 22u, 22o thus equipped with the flexible guide element 23 is pushed through the lower passage opening of the wing or through the upper passage opening of the wing, so that the lower locking bar 22u equipped with the flexible guide member 23 in the lower vertical receiving channel in the sash profile and the upper locking bar 22o equipped with the flexible guide member 23 comes to rest in the upper vertical receiving channel in the sash profile. The leg ends of the flexible guide member 23 of the tubular upper locking bar 22o protrude from the locking rod end. In the case of the lower locking bar 22u, the leg ends of the flexible guide member 23 in the lower portion where the locking bar is formed as a solid bar are disposed on the outside of the locking bar in the receiving channel, so that the leg ends together with the locking bar end from the lower passage opening of the Protrude wing.

In the third step, the flexible guide element 23 is pulled out as far as at the respective locking rod protruding loop end 23s through the formed in the sash frame receiving opening of the mortise lock to introduce the loop end 23s in the associated terminal device of the mortise. The mortise lock 20 is still arranged outside of the wing 1, as in Fig. 3a shown. The hanging operation of the loop end 23s on the suspension element 25 in the associated connection device 21 u, 21 o takes place as in Fig. 4 is shown.

It is essential for this assembly step that the length of the guide member 23 is chosen to be sufficiently long, so that in the hanging process, the leg ends of the flexible guide member 23 continue to protrude from the locking bar and the upper and lower passage opening of the wing and that far that they through the Extend each formed in the wing passage opening of the relevant locking bar.

This is necessary to hineinzustecken after the hanging process, ie after the loop is mounted with its loop formation in the suspension element 25 of the relevant connection device, the mortise 20 through the cusp-side frame opening in the receiving space in the wing and taut by tightening at the leg ends the loops to draw. This assembly step is in Fig. 3b shown.

The locking bars 22o, 22u can then along the taut guide elements in the terminal end of the associated connection means 21 u and 21o introduced and the screw connection can be made, whereby the connection of the locking bars is made to the mortise. This assembly step is in Fig. 3c shown.

After installation, the flexible guide member 23 can be pulled out of the associated locking bar. The flexible guide element 23 of the upper locking bar 22 o is pulled out at the leg ends protruding from the upper end of the locking bar 22 o, ie at any of the two leg ends is pulled while the loop dissolved. The flexible guide element 23 of the lower locking bar 22u is pulled out at the leg ends projecting out of the lower passage opening of the wing, ie at any of the two leg ends is pulled while the loop is dissolved.

FIG. 6 shows a further embodiment, a locking bar 22o, which is connected to a switching mechanism 26 with pivotal latch 26f, also called Schnäpperschloss. The switching mechanism 26 has a housing 26g, in which the pivoting latch 26f is displaceably mounted in the vertical direction. The pivotal latch 26f is pivotally mounted about a pivot axis arranged transversely to the longitudinal extension of the locking bar 22o. In the switching mechanism 26, a blocking element 26b is slidably mounted in the vertical direction, with which the pivotability of the pivotable latch 26f can be blocked or released.

At the in FIG. 6 illustrated embodiment, the blocking element 26b is attached via a block 27 as a connecting member to the locking bar 22o. In this case, the blocking element 25b is fastened to the block 27 via a threaded connection. The block 27 is attached to the locking bar 22o by means of a splint connection 27s. As a result, a firm connection between the locking bar 22o, the block 27 and the blocking element 26b of the switching mechanism 26 is obtained.

The assembly of the locking bar 220 in the in FIG. 6 illustrated embodiment is as follows. In a first step, the blocking element 26b is screwed to the block 27. Then, the block 27 by means of said splint connection 27s at the upper end of the locking bar 22o attached. The flexible guide member 23 is inserted with its loop end 23s ahead in a designated opening in the block 27. In a next step, the flexible guide member is passed through the tubular locking bar 23o until the loop end 23s protrudes at the lower end of the locking bar. Then, the loop end 23s of the flexible guide member is inserted into the associated terminal device of the mortise lock 20.

The locking bar 22o is formed in the embodiment as a tube. To mount the locking bar 22o is how FIG. 6 shows, the flexible guide member 23 passed through the locking bar 22o. The loop end 23s of the guide member 23 exits at the lock-side end of the locking bar 22o, the loop-shaped end 23s being suspended from a suspension element in the connection device of the lock. At the opposite end of the tubular locking bar 22o, the free end of the flexible guide element 23 exits, in the illustrated case directly in the connection region of the pivoting latch 26f.

Various modified concepts are provided. It is referred to the FIGS. 7 to 10 combined with FIG. 6 :

Concept 1 (see Figures 7a to 7f):

• The locking bar 22o is based on a solid bar. The solid rod is cut in length.
• In the solid rod a central axial bore is introduced.
• The connection block 27 is fastened to the blocking element 26b by screwing.
• The flexible guide member 23 is threaded in the form of a loop with two approximately equal end portions at the end opposite the loop end 23s with the loop end 23s ahead through the connecting block 27 into the bore of the locking bar 22o until the loop end 23s at the free end of the locking bar 22o protrudes.
• The connection block 27 is fastened to the switch lock housing 26g by means of the splint connection 27s.
• The locking bar 22 o is then inserted into the wing frame 11 of the wing 1 in the prepared parallel to the fore-extending longitudinal recess until the loop end 23 s protrudes into the lock housing receptacle 11 a in the wing 1.
• The loop end 23s is pulled out of the lock housing receptacle so far that the loop end 23s can be suspended in the suspension element 25 in or on the lock case 20k. Then there is the suspension of the loop end 23s. In the case of upper and lower locking bar means 22o, 22u, the insertion of the second locking bar and the attachment of the respective loop end to the associated second hanging element 25 in the lock case 20k are carried out in the same way.
• The lock case 20k is then inserted in the hinged end of the loop or hinged loop ends into the lock case receptacle 11sa in the wing 1.
• The loops 23s are pulled taut by tightening at the free ends of the flexible guide member 23 and brought the locking bars at its associated port in the lock case 20k for connection and manufactured in the illustrated embodiment by means of Allen key clamp connection at the connection points. In In the case shown, the Allen wrench is tightened in the assigned Stulpseitige Allen opening by turning.
• At the free ends at the upper and lower wing edge Endlagerführungsende end guide pieces 11 e for the case 20 f of the upper locking bar means 22 o or for the free locking end of the lower locking bar means 22 u fastened by screw connection.

Concept 2:

This concept 2 (see Fig. 8 ) differs from the concept 1 only in that the central bore in the locking bar 22o, 22u need not be introduced by drilling, but that already a tubular locking bar is used, ie a locking bar, which already has such a central bore. Another difference from concept 1 is that at the free end of the locking bar 22o, at which the loop end 23s is led out, the loop end 23s is threaded in a screw insert 22se and protrudes at its free end. The threaded insert 22se has an externally threaded end which can be screwed into the free end of the locking bar 22o in a female thread formed there. The remote from the locking bar 22o free end of the screw 22se is connectable to the lock case on the locking bar connection area. This connection is made in the same way as in concept 1.

Concept 3 (see FIG. 9):

This concept 3 differs from concept 2 in that in concept 3, the locking bar 22o on the connecting block 27 does not have a Cotter pin connection is connected, but via a screw 22SA, which has comparable to the screw 22se a connection end with external thread, which is screwed into an internal thread in the locking bar 22o. The threaded insert 22sa is fixedly connected at its other end to the connecting block 27. It may be integrally connected to the connection block 27 or screwed into the connection block 27 or may also be connected via a splint connection with the connection block 27.

Concept 4 (see Fig. 10):

This concept 4 differs from concept 2 in that in concept 4 no separate connection block 27 is provided, but rather that the blocking element 26b can be connected to the locking bar 22o directly via a screw connection. For this purpose, the locking bar 22o at its end facing the switch lock on an internal thread into which the externally threaded end of the blocking element is screwed.

Concept 5 (see FIGS. 11a to 11d)

This concept 5 differs from the concept 3 in that the connecting block 27, which represents the coupling part between the blocking part 26 and the locking bar 22o, is constructed with respect to the embodiment shown in FIG Fig. 9 modified. The connection block 27 in FIG Fig. 11 is modified to the effect that it is designed as a one-piece plastic part, and that of a plastic, which melts in case of fire, ie when reaching a predetermined high ambient temperature.

From the shape configuration, the connection block 27 (hereinafter referred to as connection part 27) in FIG Fig. 11 designed as a cylindrical sleeve. The upper part of the sleeve has an internal thread 27i for receiving the external thread of the blocking element 26b and the lower part has on its outside a sawtooth-like groove structure 27r which receives the corresponding tubular connection section of the locking bar 22o. In its axially central region, the connecting part 27 has a lateral opening 27 o between the two connection ends, which opens into the axially continuous interior of the plastic part and serves to pass the flexible guide element 23.

LIST OF REFERENCE NUMBERS

1

door

1b

hinge

1r

fixed door frame

11

casement

11SA

Castle housing receptacle

11d

upper passage opening

11p

profile

11e

repository

20

mortise lock

20f

latch

20h

handle

20k

lock case

20kb

Observation opening in the lock case

20r

bars

20z

lock cylinder

21g

connecting thread

21o

Connecting device for the upper locking bar

21u

Connection device for the lower locking bar

21ub

Observation opening of the connection device 21 u

22g

Connecting thread of the locking bar 22u

22o

upper vertical bar

22se

screw insert

22sa

screw insert

22u

lower vertical latch bar

22ue

tubular end portion

22ur

radial hole

23

flexible guide element

23s

loop end

25

hooking

26

switch lock

26b

blocking element

26bs

Connection external thread

26f

tilt latch

26g

Switch lock housing

27

Connection block (connection part)

27i

Internal thread for blocking element

27o

lateral opening

27r

Connecting grooves for locking bar 22o

Claims (19)

Mounting assembly for mounting a locking device in or on a wing (1) of a door, a window or the like,
the mounting assembly comprising a mortise lock (20), at least one locking bar (22u, 22o) and a flexible guide element (23) associated with the locking bar (22o, 22u),
wherein the at least one locking bar (22o, 22u) and the mortise lock (20) are concealed in the wing (1) can be arranged, such that the mortise (20) with its lock case (20k) in a receiving space in the wing (1) can be inserted and the at least one locking bar (22o, 22u) arranged concealed in the wing (1) can be connected with its connection end to a connection device (21o, 21u) of the mortise lock (20) and with its free end of the lock by a passage opening (11d) of the wing (1) protrudes, wherein the at least one locking bar (22 o, 22 u) is coupled or detachable with a switching lock,
being provided
a guide device is formed on or in the at least one locking bar (22o, 22u), in which the associated flexible guide element (23) can be arranged guided along at least a portion of the axial longitudinal extension of the locking bar (22o, 22u) and thereby the connecting device ( 21o, 21u) has a loop end (23s) protruding from the latch bar (22o, 22u) and its end remote from the loop end (23s) extending out of the guide means, and
the connection device (21o, 21u) and / or the lock case (20k) has a preferably bolt-shaped or hook-shaped hook-in element (25) into which the loop end (23s) can be suspended. Mounting assembly according to claim 1,
characterized,
in that the flexible guide element (23) is guided on the outside and / or in the interior of the switching lock (26a) and is guided in the region of the connected portion of the locking bar either in the locking bar, preferably in a continuous axial bore of the locking bar, or at least in sections is guided on the outside of the locking bar. Mounting assembly according to claim 1 or 2,
characterized,
in that the switch lock is designed as a switch lock with a movably mounted latch, preferably pivotably and / or linearly displaceably mounted latch. Mounting assembly according to claim 3,
characterized, - That the case is spring-loaded as a linearly displaceable latch in the axial direction of the locking bar in the extension and / or locking direction and / or formed by gravity; and/
or - That the case is spring-loaded as a pivotable latch in the axial direction of the locking bar in the extension and / or locking direction and / or formed by gravity;
and or - That the case is spring-loaded as a pivotable latch in a pivoting direction in the extension and / or locking direction and / or formed by gravity. Mounting assembly according to one of the preceding claims,
characterized,
in that the switching lock (26) has a blocking element (26b), which is displaceably guided in a housing (26g) of the switching mechanism (26) and can be connected to a section of the locking bar (22o) that can be connected to the switching mechanism (26). Mounting assembly according to claim 5,
characterized,
in that a connecting part (27) is arranged or can be arranged between the blocking element (26) and the section of the locking bar (22o) connected thereto. Mounting assembly according to claim 6,
characterized,
in that the connecting part (27) is designed as a guide device of the flexible guide element. Mounting assembly according to claim 6 or 7,
characterized,
in that the connecting part (27) has at one end a connecting device for the blocking element (26b) and at its other end a connecting device (22sa) for the locking bar (22o) and has between these two ends a radial opening which projects into the hollow interior the connecting part (27) opens to form a guide device of the flexible guide element. Mounting assembly according to one of the preceding claims,
characterized,
that a coupling member between the locking bar on the one hand and the switching mechanism and / or the latch is connected on the other hand and at least a portion of the coupling member from a at a predetermined elevated temperature, such as occurs as ambient temperature in a fire, melting material and is formed so that when the material is not molten, the coupling member connects the locking bar to the switching mechanism and / or the latch for actuation by the locking bar, and when the material is molten, the connection is released. Mounting assembly according to one of the preceding claims,
characterized,
that the latch and / or the switching mechanism is acted upon by a spring and / or gravity in the locking position and in melted material of the coupling member alone by the operation of the locking bar is unlocked or are. Mounting assembly according to one of claims 6 to 10,
characterized,
in that the connecting part (27) is designed as a coupling part which has at least one section which is formed from a material which melts at a predetermined elevated temperature. Mounting assembly for mounting a locking device in or on a wing (1) of a door, a window or the like,
the mounting assembly comprising a mortise lock (20), at least one locking bar (22u, 22o) and a flexible guide element (23) associated with the locking bar (22o, 22u),
wherein the at least one locking bar (22o, 22u) and the mortise lock (20) are concealed in the wing (1) can be arranged, such that the mortise (20) with its lock case (20k) in a receiving space in the wing (1) can be inserted and the at least one locking bar (22o, 22u) arranged concealed in the wing (1) can be connected with its connection end to a connection device (21o, 21u) of the mortise lock (20) and thereby with its free end Riegelende protrudes through a passage opening (11d) of the wing (1),
being provided
a guide device is formed on or in the at least one locking bar (22o, 22u), in which the associated flexible guide element (23) can be arranged guided along at least a portion of the axial longitudinal extension of the locking bar (22o, 22u) and thereby the connecting device ( 21o, 21u) has a loop end (23s) protruding from the latch bar (22o, 22u) and its end remote from the loop end (23s) extending out of the guide means, and
the connection device (21o, 21u) and / or the lock case (20k) has a preferably bolt-shaped or hook-shaped hook-in element (25) into which the loop end (23s) can be suspended. Mounting assembly according to one of the preceding claims,
characterized,
that the suspension element (25) with the connection device (21o, 21 u) fixed or with the lock case (20k) is fixedly arranged. Mounting assembly according to one of the preceding claims,
characterized,
in that the body of the connection device (21 o, 21 u) has an opening which, with the body of the connection device (21 o, 21 u) inserted into the lock case (20 k), is aligned with the observation opening (20 kb) formed in the lock housing (20 k), so that the Attachment of the loop end (23s) on the suspension element (25) is observable during assembly. Mounting assembly according to one of the preceding claims,
characterized,
in that the lock case (20k) has an observation opening (21b) which is arranged in such a way that the attachment process of the loop end (23s) to the suspension element (25) can be observed during assembly. Mounting assembly according to one of the preceding claims,
characterized,
in that the locking bar (22o, 22u) is designed as a tube over its entire axial extent or as a tube at least in the region of its connection end, and the interior of the tube is designed as the guide device for the flexible guide element (23), or
in that the locking bar (22o, 22u) is designed as a solid material bar over its entire axial extent or at least over a portion of its axial extension, and the flexible guide element is formed on the outside of the bar as a guide device for the flexible guide element or with a separate guide device for the flexible guide element is. Locking device with a mortise lock with lock mechanism mounted therein, which preferably has a latch ejector and / or preferably a latch ejector and / or preferably a latch and / or preferably a latch, and with an actuating device, which preferably has a nut, and with an upper latch bar connection device with an upper latch bar and / or a lower latch bar connection device with a lower latch bar,
wherein on at least one of the locking bars a switching mechanism with a movable relative to the locking bar latch is arranged detachable,
characterized,
that a coupling member (27) between the locking bar on the one hand and the switching lock and / or the trap is connected on the other hand and at least a portion of the coupling member (27) from an increased at a predetermined temperature, such as occurs as ambient temperature in a case of fire melting material comprising and is formed so that when the material is not molten, the coupling member (27) connects the locking bar with the switch lock and / or the latch for actuation by the locking bar and with molten material, the connection is released. Lock according to claim 17,
characterized,
that the latch and / or the switching mechanism is acted upon by a spring and / or gravity in the locking position and in melted material of the coupling member alone by the operation of the locking bar is unlocked or are. Lock according to one of claims 17 or 18,
characterized,
in that the lock is formed using the mounting assembly according to one of the preceding claims 1 to 16.

Images