EP3309333A1 - Arrangement with a blind frame for storing a wing frame - Google Patents

Abstract

A sash of a window or door comprises a push rod fitting (7) cooperating with a handle leaf (9), which is composed of frame-fixed cuff rails (12) and drive rods (13) displaceable relative thereto, at least one of which is turned by rotation of the handle leaf (9). in an unlocked position and a locked position displaceable locking bolt (10) is assigned, wherein the drive rods (13) in the locked position of the locking bolt (10) in their mobility by means of a lock pin (17) of a lock can be blocked. The lock pin (17) engages in a locked position of the lock (23) in the locked position of the push rod fitting (7) in a recess (18) of the drive rod (13), wherein the lock (23) by a fitting groove in a adjusted lock opening of the sash (4) is used and after mounting the drive rod (13) is covered by this and a recess for the key (20) for actuating the lock (23) on a room side of the sash profile (5) is provided.

Description

The invention relates to a sash of a window or a door having a pushrod fitting cooperating with a handle, which is composed of displaceable drive rods which are assigned at least one lock bolt which can be displaced by a rotation of the handle in an unlocked position and a locked position. wherein the drive rods are locked in the locked position of the locking bolt in their mobility by means of a lock pin of a lock and a push rod fitting to it

The sash of a window or door is often equipped with a glazing and the push rod fitting can be configured as a rotating fitting or turn / tilt fitting, so that depending on the position of the handle or the rotatably coupled with her grip piece of a frame associated sash in an open or tilted position can be pivoted or moved to an open or closed position. In order to realize a locking of the push rod fitting in such an arrangement in order to prevent an opening of the casement with respect to the frame, it is known to mount a provided with a lock handle. However, such grips have a relatively large size, which is why they are undesirable in various objects.

A window or a patio door is operated according to the prior art by means of a handle, by the rotation or pivoting of a rule designed as a push rod fitting fitting can be brought into its intended positions. In the area of so-called burglary-resistant window or window fittings or doors or door fittings, the push rod fittings have locking pins, which are designed as a so-called mushroom head bolts, and cooperate with designed as a safety closing parts closing parts. In this burglar-resistant area, the handle has the further task of securing the push rod fitting against displacement. For this purpose usually Beschlagarretierende handles are used, for. B. connectable grips or grips that can be unlocked via a push button. In the locked state, the handle ensures a rigid connection by means of a polygonal pin, in particular a square bolt, which is firmly connected via a handle plate with the push rod fitting, for a fixation of the position of the push rod fitting. By an external force with conventional lever tools on the push rod fitting or the handle, the push rod fitting can not be moved.

Due to the required integration of the locking and operating mechanism in the handle, the design options are severely limited, especially filigree designs are virtually unrealizable.

The DE 38 36 976 A1 discloses a push rod fitting for a wing of a window, a door or the like, with a handle for operating a guided in the sash frame push rod and an actuatable using a key lock that blocks in its blocking position, the push rod or a movement associated with this locking slide. The problem here proves to be the mandatory requirement of the change of the push rod fitting, so that an assembly of the lock without the installation of a correspondingly modified push rod fitting not possible. The lock is housed in a lock housing and mounted on the sash. The gate valve is a separate component that must be mounted on the push rod. The lock pin of the lock dips to block the movement of the push rod in a direction perpendicular to the glazing in a recess of the locking slide. To realize the solution proposed here, which has a negative impact on the design of the casement due to the patch on the casement lock housing significantly, extensive changes and additions of the fitting are necessary. Furthermore, in a violent breaking of the window, the attempt can be made to separate the lock housing from the casement, for example, by a lever between the lock housing and the sash is attached, released after removing or lifting the lock housing of the sash the locking of the push rod fitting is because the locking pin is no longer immersed in the recess of the locking slide.

In the following shows the DE 20 2008 012 837 U1 a window with a lockable fitting comprising at least one push rod extending at least over part of the circumference of the sash and having and / or actuating locking members acting between the sash and a window frame, the push rod being slidable along an edge of the sash. In the window frame at least one locking element is displaceably mounted transversely to the longitudinal extension of a frame part and inserted into at least one latch receiving recess in the push rod and / or a recess in the window sash. The push rod has a bore which is in a locked position in a congruent position with the bore in the window sash, so that the locking rod arresting locking element can not be retracted into the bore of the push rod.

The invention has for its object to provide a sash and a push rod fitting of the type mentioned in which a secure position of the push rod fitting with a lock without costly changes of the push rod fitting or the sash is feasible, with the lock is not disturbing to the visual impression of the Sash affects and no provided with a lock handle for locking the push rod fitting is required.

According to the invention the object is solved by the features of the independent claims.

The subclaims represent advantageous embodiments of the invention.

A sash of a window or door includes a push rod fitting cooperating with a handle, which is composed of slidable drive rods associated with at least one lock pin displaceable by rotation of the handle to an unlocked position and a locked position Locked position of the locking bolt in their mobility by means of a lock pin of a particular key-operated lock can be blocked. The lock pin engages in a locked position of the lock in the locked position of the push rod fitting in a recess of the drive rod, wherein the lock is inserted through a fitting groove in an adapted lock opening of the sash and after mounting the drive rod is covered by this and a recess is provided for the key for actuating the lock on a room side of the sash profile.

In an alternative solution, the lock pin engages in a locked position of the lock in the locked position of the push rod fitting in a recess of the drive rod, wherein the lock as an electric motor is formed or comprises an electric motor drive and is inserted through a fitting groove in an adapted lock opening of the sash and is covered by the mounting of the drive rod of this.

For example, if the locking bolt, which usually has a mushroom head in the case of a security fitting, is in a position in which the casement is locked relative to a window frame, the lock pin can be displaced by closing the lock inserted in a correspondingly positioned opening in the casement such that he in a recess of the drive rod, which is also called push rod, engages and thereby prevents displacement of the drive rod and thus a displacement of the latch bolt of a frame-fixed locking member.

Of course, it is not mandatory to complete the lock, if it is a snap lock, a lock with a spring-loaded locking pin, which is also called trap acts. The lock with the spring-loaded locking pin, which as long as he is not displaced by means of the key in a retracted into a lock housing position, strives to take his extended from the lock housing end position has the advantage that a conclusion and thus a displacement of the locking pin in a Drive rod arresting position can not be forgotten. If the push rod fitting displaced, for example by means of the handle in its locked position, the spring-loaded lock pin slides automatically into the corresponding recess of the drive rod and prevents their displacement in the unlocked position in which, for example, the window is open.

The lock is inserted through the fitting groove in the associated sash profile, which has a corresponding space or in the one The lock size adapted cut is made. After mounting the drive rods, the lock, which may include, for example, a cuboid lock case, securely held in the sash profile. The recess for the key may be a cylindrical or oblong bore.

The lock can be operated with a mechanical key, or be designed as an electronic lock, a so-called digital lock. As a type of key, a code card, a sensor, in particular for detecting electronic or biometric information, an input device for a numeric or alphanumeric code, a device for the detection of a smartphone, for example via a so-called near field communication, Bluetooth connection or wireless LAN coupling. It is possible to close the lock both directly and centrally, for example via a so-called home automation control, ie to start or open it. The power supply may be realized by a local power source, such as a battery mounted in or on the sash, or a rechargeable battery, or via an electrical conductor by means of a power supply external to the sash.

Preferably, the drive rod is movable to the arranged in the associated casement profile lock. Alternatively, the lock can be fixed to the associated drive rod. If the lock is fixed to the drive rod, then with appropriate design of the recess for the key when opening the window, the key must be removed from the lock.

For example, in the locked position, an attempt is made to twist the handle follower, either by twisting the associated handle or by engaging the handle opposite the handle Side, prevents the lock pin in its closed position, in which the locking pin is in the cooperating with the closing part locked position, by the blockage of the drive rod opening of the sash. In the open position of the lock, of course, the lock pin releases the drive rod, so that it is to be moved with the locking pin in the unlocked position, in which allows tilting and / or opening of the sash by pivoting or moving relative to the frame is. The closed position can take the compression spring-loaded locking pin automatically and be moved by means of the key in the open position until the key is held by a user in the corresponding rotational position. Alternatively, locks are also known which comprise a spring-loaded locking bolt which is held biased by a holding device in the open position, wherein a sensor, in particular a mechanical or electronic sensor, is provided for detecting the position of the drive rod and / or the bolt which acts to release the holding device on this, when the drive rod is in the closed position, so that the locking pin slides without further action of a user in the closed position in which he locks the drive rod.

The lock pin can engage in a corresponding dimensioning and positioning of the lock in the sash in a usually introduced by the fitting manufacturer already according to the prior art recess, so that no adaptation of conventionally manufactured in large quantities fittings parts is required.

Due to this type of blocking of the locking bolt in the locked position with the parallel to the filling or glazing aligned lock pin integrated in the casement lock reliable locking of the push rod fitting is given without this, as is known for example from the prior art , by an additional, corresponding opening is weakened. Furthermore, it is possible to arrange the lock even at an existing sash both factory and subsequently in the installed state of the window or the door. The arrangement of the lock in the opening of the sash provides a solution integrated into the sash which does not adversely affect the sash frame. In this case, it is possible to arrange the lock in a region of the casement in which, seen from the cross section, a gear box of the push rod fitting is provided, so that no additional recess in a reinforcing steel profile of the casement is required. Furthermore, the lock is virtually hidden in the casement and thus practically only one keyhole is visually perceptible. In addition, it is not necessary to assign a handle a lock to prevent displacement of the drive rod.

Conveniently, the lock pin of the lock by means of the key in the drive rod arresting or in a drive rod releasing position is displaceable, wherein the lock pin has a conical or pyramidal course and the lock is added with play in the lock opening of the casement. After removing the key from the lock is an unauthorized removal of the locked position in which the lock pin of the lock which locks the drive rod, by a displacement of the spigot in a position in which it is out of engagement with the recess of the drive rod prevented , Due to the fact that the lock is mounted with play in the lock opening, the lock pin tapers in its course towards its free end, dimensional deviations or customary dimensional, shape and positional tolerances can be compensated. Of course, it is not necessary for a spring-loaded lock pin this shift by means of the key in the drive rod arresting position, since this process takes place either automatically or controlled by a sensor, as explained above.

Appropriately, the push rod fitting is composed of frame-fixed cuff rails and relatively movable espagnolettes. The cuff rails cover the drive rods in a known manner on the outside and are usually mounted on wood and plastic windows, while aluminum windows can often be dispensed with the use of cuff rails due to the possibility of storage of the drive rods in the sash profile.

In a further embodiment, the lock pin projects through the drive rod blocking position in the locked position of the push rod fitting the recess of the drive rod and a corresponding recess of the faceplate. By penetrating the faceplate and drive rod of the lock pin in the closed position, the shearing or acting on the lock pin, and thus on the lock housing shear or. Shear forces significantly reduced. If the lock pin between the drive rod and the faceplate is loaded on shearing, then the actual counterforce is applied by this shearing action. If the lock pin locks only in the drive rod, then the counterforce acts on the lock attachment. In this respect, the advantage of the penetration of both the drive rod and the faceplate, that an attachment of the lock can be correspondingly weak. Under certain circumstances, it is sufficient to insert the lock only in a mounting position in a corresponding recess of the sash profile and not essential to secure. The counterforce or necessary holding force for the push rod is determined in principle via the cross section or the material of the lock pin.

The recess of the drive rod and the recess of the faceplate are already available on the part of the hardware manufacturer in the corresponding components according to the prior art and need not be manufactured separately, whereby the variety of variants of the fitting parts is not increased.

Conveniently, the lock pin is in the closed position of a box-shaped or cylindrical housing of the castle before and immersed in the open position of the castle, in which the push rod fitting with the locking pin in the unlocked position is movable into the housing.

In order to avoid an excessively large acting on the handle blade over the associated handle torque, which can lead to damage to the entire push rod fitting, a handle is connected by means of a polygonal pin with a gear of Griffolive for actuating the push rod fitting, wherein the polygonal pin has a cross-sectional weakening in has its course between the handle and the transmission. The cross-sectional weakening, for example, a notch, represents a predetermined breaking point and allows shearing of the polygonal pin at an impermissibly large force on the handle on the gearbox and the associated push rod fitting.

By integrated into the casement lock with his engaging in the drive rod in its locked position lock pin displacement of the push rod fitting is prevented. The operation of the push rod fitting and the window or the door by means of a known handle. The handle itself is assigned no anti-fogging function, which is why any handle can be mounted and the operating function is separated from the locking function. Due to the cross-sectional weakening of the handle connecting the gear with a Griffolive polygonal pin can in a mechanical overload z. B. by an attack on the handle, overuse of the lock can be avoided.

In the recess of the drive rod, in which engages the lock pin to the locking, it may, as already explained, a manufacturer provided recess act, which is present in the broad side of the usually rectangular in cross-section drive rod to mount, for example, an adjacent fitting part. Alternatively, the recess in the drive rod can also be provided on the edge and introduced, for example, by punching. As described below in connection with the push rod fitting.

A push rod fitting includes at least one drive rod cooperating with a handle, and is for use in a sash of a window or door. The drive rod has on one longitudinal side at least one edge-open recess.

In the edge open recess on the longitudinal side of the drive rod can engage with a corresponding positioning of the lock and / or the recess a lock pin in a locked position of the lock in the locked position of the push rod fitting to lock the drive rod, thus preventing unauthorized opening to prevent. The lock pin engages in the recess of the drive rod, wherein the lock, as already explained by a fitting groove is inserted into an adapted lock opening of the sash and a recess for the key for actuating the lock on a room side of the sash profile is provided.

Thus, the drive rod is not arrested in exactly one position with the lock, preferably several rack-like recesses are embedded in the drive rod. Appropriately, the recesses are sawtooth or rectangular in shape, in a sawtooth shape, depending on the geometry, a displacement of the rack may be possible in a closed position when the lock pin rests spring loaded in the recesses, and a displacement in the opposite direction can be prevented ,

In order to provide increased resistance to forcible displacement, recesses congruent to the recesses of the drive rod are arranged in the faceplate associated with the drive rod. The lock pin protrudes in the closed position both in the recess of the drive rod and in the recess of the faceplate, so that the drive rod is locked relative to the faceplate and the lock pin is loaded on shearing.

The locking of the drive rod using their recesses requires only a minor modification of existing fittings and is thus adaptable with little effort to a variety of sizes and fitting systems. In conjunction with a spring-mounted lock pin a locking mechanism with a kind of "ratchet function" is possible. Furthermore, the optionally required longitudinal displacement of the drive rod or push rod in the context of a fitting adjustment during maintenance is ensured by the plurality of longitudinal recesses. By a large or long toothed area, the zero position of the drive rod with respect to the locking mechanism can be changed in the longitudinal direction without malfunction. This advantage is provided by commercially available locking mechanisms, such as e.g. lockable window handles not.

It goes without saying that the features mentioned above and those yet to be explained below can be used not only in the respectively specified combination but also in other combinations. The scope of the invention is defined only by the claims.

The invention will be explained in more detail below with reference to an embodiment with reference to the accompanying drawings.

• Fig. 1 eine Darstellung eines Fensters mit einem Flügelrahmen nach der Erfindung,
• Fig. 2 eine vergrößerte Darstellung eines Griffstücks des Flügelrahmens nach Fig. 1,
• Fig. 3 eine Teilschnittdarstellung gemäß der Linie III-III nach Fig. 1,
• Fig. 4 eine Schnittdarstellung der Darstellung nach Fig. 3,
• Fig. 5 eine alternative Schnittdarstellung gemäß der Linie III-III nach Fig. 1,
• Fig. 6 eine Schnittdarstellung nach Fig. 5,
• Fig. 7 eine Schnittdarstellung eines alternativen Flügelrahmens nach Fig. 4,
• Fig. 8 eine Darstellung einer Einzelheit nach Fig. 3,
• Fig. 9 eine Darstellung gemäß der Linie IX-IX nach Fig. 9,
• Fig. 10 eine Schnittdarstellung eines weiteren alternativen Flügelrahmens nach Fig. 4,
• Fig. 11 eine Darstellung einer alternativen Einzelheit nach Fig. 3,
• Fig. 12 eine Darstellung der Einzelheit nach Fig. 11,
• Fig. 13 eine Teildarstellung des Flügelrahmens nach Fig. 7 im Schnitt mit einem alternativen Schubstangenbeschlag
• Fig. 14 die Darstellung nach Fig. 13 mit einem verriegelten Schubstangenbeschlag,
• Fig. 15 eine Schnittdarstellung der Fig. 13,
• Fig. 16 eine Schnittdarstellung der Fig. 14,
• Fig. 17 eine alternative Teildarstellung der Fig. 16,
• Fig. 18 eine alternative Teildarstellung der Fig.17,
• Fig. 19 die Schnittdarstellung nach Fig. 15 mit einem alternativen Schloss und
• Fig. 20 eine Schnittdarstellung nach Fig. 16 mit einem Schloss in weiterer alternativer Ausgestaltung.

It shows:

• Fig. 1 an illustration of a window with a sash according to the invention,
• Fig. 2 an enlarged view of a handle of the sash after Fig. 1 .
• Fig. 3 a partial sectional view along the line III-III according to Fig. 1 .
• Fig. 4 a sectional view of the illustration after Fig. 3 .
• Fig. 5 an alternative sectional view along the line III-III according to Fig. 1 .
• Fig. 6 a sectional view to Fig. 5 .
• Fig. 7 a sectional view of an alternative sash after Fig. 4 .
• Fig. 8 a representation of a detail Fig. 3 .
• Fig. 9 a representation according to the line IX-IX according to Fig. 9 .
• Fig. 10 a sectional view of another alternative sash after Fig. 4 .
• Fig. 11 a representation of an alternative detail Fig. 3 .
• Fig. 12 a representation of the detail after Fig. 11 .
• Fig. 13 a partial view of the sash after Fig. 7 on average with an alternative push rod fitting
• Fig. 14 the representation after Fig. 13 with a locked push rod fitting,
• Fig. 15 a sectional view of Fig. 13 .
• Fig. 16 a sectional view of Fig. 14 .
• Fig. 17 an alternative partial representation of Fig. 16 .
• Fig. 18 an alternative partial representation of Figure 17 .
• Fig. 19 the sectional view to Fig. 15 with an alternative lock and
• Fig. 20 a sectional view to Fig. 16 with a lock in a further alternative embodiment.

The window 1 essentially comprises a frame frame 3 composed of a plurality of frame profiles 2, and a sash frame 4 which can be locked in a lockable manner on the frame 3 and is joined by a plurality of sash profiles 5. In the casement 5, a circumferential fitting groove 6 is formed for the arrangement of a push rod fitting 7, wherein a frame-fixed faceplate 12 and a drive rod 13 comprehensive push rod fitting 7 with a handle 8 a handle 9 or a transmission of the handle 9 interacts with the drive rod 13th the push rod fitting 7 firmly connected locking bolt 10, which in the present case have a mushroom head 11, to move in position and in a first position in which the sash 4 is locked relative to the frame 3, and at least in a second position in which the sash 4 is apparent. Often can be set in a corresponding configuration of the installed fitting parts and a third position in which the sash 4 is tilted relative to the frame 3.

In the embodiment according to Fig. 10 comprises in a composed of aluminum profiles sash 4 push rod fitting 7 only the drive rod 13. A faceplate 12 is not provided. The functionality corresponds to the functionality described above and below.

To Fig. 1 is the Griffolive 9 in a 6 o'clock position in which casement 4 is locked relative to the frame 3. In this locked position, the latch bolts 10 are positioned to engage unilaterally open grooves 14 of associated latch members 15 attached to the frame 3 at different circumferentially spaced positions.

By a rotation of the handle 9 by 90 ° counterclockwise in a 3 o'clock position distributed over the circumference of the locking bolts 10 are displaced out of the grooves 14 of the associated locking members 15 and the sash 4 is due to the opposite side of the handle 9 existing suspensions for opening the window 1 relative to the frame 3 pivotally.

After a further rotation of the handle 9 by 90 ° counterclockwise in a 12 o'clock position are on the underside wide side of the window 1 existing locking pin 10 in engagement with associated grooves 14 correspondingly fastened closing parts.

In order to prevent twisting it handle 8 of the handle 9, in particular in a violent intrusion from the outside, in a 3 o'clock position in which the casement 4 can be opened to prevent, a lock 23 in a correspondingly adapted and formed opening of the Sash 4 used, the lock pin 17, which is rectangular in the present embodiment, the completed position of the plug lock 23, a recess 18 of the drive rod 13 and a corresponding recess 19 of the face plate 12 in the locked position of the push rod fitting 7 protrudes.

The game used with play in the opening of the sash frame profile 5 of the casement 4 lock 23 can be actuated with a key 20 and brought from the closed position in the open position, wherein in the open position of the lock pin 17 is not engaged with the recess 18th the drive rod 13 and optionally the recess 19 of the faceplate 12, so that the push rod fitting 7 can be actuated and the firing pin 10 out of engagement with the closing parts 15 can be brought.

The Fig. 3 to 6 is made of wood profiles wing frame 4 removed, according to the 3 and 4 the push rod fitting 7 is locked by the lock pin 17, since the lock plug 23 is in the closed position, and after the FIGS. 5 and 6 the push rod fitting 7 is movable, since the plug lock 23 is in the open position.

Of the Fig. 7 a made of plastic profiles sash 4 with locked by the lock pin 17 push rod fitting 7 removed because the lock plug 23 is in the closed position.

In order to prevent damage to the entire push rod fitting 7 in the locked position 18 of the push rod fitting 7 locked by the lock pin 17 with a large force load on the handle follower 9, a polygonal pin 21 of the handle 8 has a cross-sectional weakening 22 which serves as a predetermined breaking point. The cross-sectional weakening 22 is of course in an area between the actual handle 8 and a gear that converts the rotational movement of the handle 9 in a rectilinear movement of the push rod fitting 7.

The FIGS. 11 and 12 is a lock 23 with the at least one compression spring 24 in the direction of the drive rod 13, also called push rod, loaded lock pin 17, which is also called latch or trap. Further is the mushroom-shaped locking bolt 10 can be seen. By means of the illustrated screws 26, the faceplate 12 is held on the associated sash profile 5.

To Fig. 11 the drive rod 13 is in the locked position of the push rod fitting 7 and the lock pin 17 protrudes due to the action of the compression spring 24, the recess 18 of the drive rod 13 and the recess 19 of the faceplate 12, whereby no power is transmitted to a housing 25 of the lock 23, which may be slidably mounted in the longitudinal axis direction. This position takes the lock pin 17 automatically and in particular without the action of a user, which is why a corresponding operation, so a conclusion, can not be forgotten.

To the push rod fitting 7 in its unlocked position according to Fig. 12 to relocate, a user with a key 20 moves the lock pin 17 against the direction of the compression spring 24 until the lock pin 17, the face plate 12 and the drive rod 13 has released. Subsequently, the drive rod 13 can be moved and the key 20 are deducted. The lock pin 17 rests with its free end on the drive rod 13.

In the present case, the casement 4 is pivotally mounted on the frame 3. However, it will be apparent to those skilled in the art that the sash 3 may also be slidably mounted.

In order to monitor the position of the lock pin 17 electronically, this is associated with a sensor 28 coupled to a sensor 28, the coupling of course designed wirelessly and a power source, in particular for the sensor 28 and optionally a transmitting / receiving unit be housed in the sash 4 can.

The sensor may be, for example, a light barrier or a magnetic field sensor 29, in particular a reed contact or a Hall sensor, which cooperates with a magnetic element 27 assigned to the lock pin 17.

The design of the push rod fitting 7 after the Fig. 13 to 16 It can be seen that the drive rod 13 has on a longitudinal side 31 a plurality of edge-open recesses 18 and is designed in the manner of a rack. The lock pin 17 is designed to correspond to the recesses 18 and engages due to its comb-like structure of a locked position of the lock 23 in the locked position of the push rod fitting 7 in a plurality of recesses 18 to prevent displacement of the drive rod 13.

After the FIGS. 17 and 18 the longitudinal recess 18 is designed rectangular and the lock pin 17 engages from the longitudinal side 31 or perpendicular thereto in the recess 18 a.

The castle 23 after the FIGS. 19 and 20 is formed as an electronic or digital lock 23 and includes an electric motor drive 32 which is connected to the lock pin 17 for its displacement, in particular in the locked position and / or the unlocked position. As a kind of key, a detection device 33, for example for biometric features, or an interface 34 for receiving signals of a smartphone or a home automation control is provided to identify an authorized user and the lock pin 17 by means of corresponding signals from the smartphone and / or the home automation control of the drive 32 to relocate. The power supply can be realized, for example, by means of a replaceable battery 35 or via a line 36 from an external voltage source, which may also be arranged outside the sash frame 4, for example. reference numeral 1. window 19th recess Second Frame profile 20th key Third frame 21st More spindle 4th casement 22nd Cross-sectional weakening 5th Casement profile 23rd lock 6th fitting groove 24th compression spring 7th Thrust rod fitting 25th casing 8th. grip 26th screw 9th Olive handle 27th magnetic element 10th locking pin 28th sensor 11th mushroom head 29th magnetic field sensor 12th faceplate 30th evaluation 13th driving rod 31st long side 14th groove 32nd drive 15th closing part 33rd detector 16th glazing bead 34th interface 17th lock plug 35th battery 18th recess 36th management

Claims (17)

Casement frame of a window or door having a push rod fitting (7) cooperating with a handle (9) and composed of sliding rods (13) to which at least one unlocked position is locked by rotation of the handle leaf (9) and locked. In the locked position of the locking bolt (10) in their mobility by means of a lock pin (17) of a lock are blocked, characterized in that the lock pin (17) in a Completed position of the lock (23) in the locked position of the push rod fitting (7) engages in a recess (18) of the drive rod (13), wherein the lock (23) inserted through a fitting groove in a matched lock opening of the sash (4) and after mounting the drive rod (13) is covered by this and a recess for a key (20) for actuating the lock (23) is provided on a room side of the sash profile (5). Sash according to the preamble of claim 1, characterized in that the lock pin (17) engages in a locked position of the lock (23) in the locked position of the push rod fitting (7) in a recess (18) of the drive rod (13), wherein the lock (23) is designed as an electric motor or an electromotive drive (32) and is inserted through a fitting groove in an adapted lock opening of the sash (4) and after mounting the drive rod (13) is covered by this. Sash frame according to claim 1 or 2, characterized in that with the lock (23) coupled to the lock pin (17) by means of the key (20) in which the drive rod (13) arresting or in a Drive rod (13) releasable position is displaced, wherein the lock pin (17) has a conical or pyramidal course and the lock (23) is received with play in the lock opening of the casement (4). Sash frame according to one of claims 1 to 3, characterized in that the lock pin (17) of the lock (23) is spring-loaded such that it in the unlocked position of the push rod fitting (7) spring-loaded against the drive rod (13) and in the Locked position due to the spring load in the recess (18) of the drive rod (13) is displaceable. Casement frame according to one of claims 1 to 4, characterized in that the push rod fitting (7) consists of frame-fixed cuff rails (12) and sliding rods (13) displaceable relative thereto. Casement frame according to one of claims 1 to 5, characterized in that the recess for the key (20) between a glass strip (16) and the fitting groove (6) is arranged. Sash frame according to one of claims 1 to 6, characterized in that the lock pin (17) in the drive rod (13) blocking position in the locked position of the push rod fitting (7) the recess (18) of the drive rod (13) and a thereto corresponding recess (19) of the faceplate (12) protrudes. Sash frame according to one of claims 1 to 7, characterized in that the lock pin (17) protrudes in the closed position from a box-shaped or cylindrical housing of the lock (23) and in the open position of the lock (23), in which Push rod fitting (7) with the locking pin (10) in the unlocked position is movable, immersed in the housing. Wing frame according to claim 1 or 2, characterized in that a handle (8) by means of a polygonal pin (21) with a transmission of Griffolive (9) for actuating the push rod fitting (7) is connected, wherein the polygonal pin (21) has a Querschnittsschwächung (22 ) in its course between the handle (8) and the transmission. Sash frame according to claim 1 or 2, characterized in that the position of the lock pin (17) by means of a sensor (28) can be monitored, wherein the sensor (28) is associated with the lock pin (17) and / or the sash profile (5). Sash frame according to claim 2, characterized in that the electric motor designed as a lock (23) or the electric motor drive (32) by means of an electronic key or a control signal of a home automation control is closable. Sash frame according to claim 2 or 11, characterized in that a voltage source within the sash (4) changeable or outside the sash (4) and connected via a line (36) to the electric motor or the drive (32) is connected. Push rod fitting with at least one drive rod (13) interacting with a handle (9) for use in a casement (4) of a window (1) or a door, in particular according to claim 1, characterized in that the drive rod (13) on a longitudinal side at least has a recess (18) which is open at the edge. Push rod fitting according to claim 13, characterized in that a plurality of rack-like recesses (18) in the drive rod (13) are embedded. Push rod fitting according to claim 13 or 14, characterized in that the recesses (18) are formed like a sawtooth or rectangular. Push rod fitting according to one of claims 13 to 15, characterized in that the recesses (18) of the drive rod (13) congruierende recesses (18) in the drive rod (13) associated with faceplate (12) are arranged. Push rod fitting according to one of claims 13 to 16, characterized in that the recesses (18) are dimensioned in size for receiving a lock pin (17).

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