WO2019175157A1

WO2019175157A1 - Fitting assembly for a leaf frame of a window, corresponding window, method for operating a fitting assembly, method for installing a fitting assembly, and sensor device

Info

Publication number: WO2019175157A1
Application number: PCT/EP2019/056137
Authority: WO
Inventors: Holger Beyer; Andreas Neumann; Peter Stapf; Matthias Pfeiffer
Original assignee: Roto Frank Fenster- und Türtechnologie GmbH
Priority date: 2018-03-16
Filing date: 2019-03-12
Publication date: 2019-09-19
Also published as: PL3765688T3; EP3765688A1; EP3765688C0; DE102018204100A1; EP3765688B1

Abstract

The invention relates to a fitting assembly (5) for a leaf frame (4) of a window (1), comprising a fitting part (3), which has a cover rail (11) that is secured to the leaf frame (4) and a drive rod (6) that is movably mounted relative to the cover rail (11), and a sensor device (15) with a sensor assembly (17), which is arranged in a sensor housing (16) and has at least one position sensor (18). The sensor device (15) lies against the cover rail (11) in an uncoupled manner from the drive rod (6) and is secured or can be secured directly to the cover rail (11) and/or the leaf frame (4). The invention further relates to a window (1), to a method for operating a fitting assembly (5), to a method for installing a fitting assembly (5), and to a sensor device (15).

Description

DESCRIPTION

Fitting arrangement for a sash of a window, corresponding window, method for operating a

Fitting arrangement, method for mounting a

Fitting arrangement and sensor device

The invention relates to a fitting arrangement for a sash of a window, with a fitting part, which has a attachable to the sash frame faceplate and with respect to the faceplate displaceably mounted drive rod, as well as with a sensor device arranged in a sensor housing and at least one position sensor having sensor arrangement. The invention further relates to a window, a method for operating a fitting arrangement, a method for mounting a fitting arrangement and a sens oreinrichtung.

From the prior art, for example, the document DE 10 2005 058 405 Al is known. This describes a device for magnetic position monitoring of a locking bolt of a window or a door, in which the locking bolt carries a trigger magnet, which cooperates with a stationary magnetic sensor. To compensate for mounting tolerances in terms of the Ab stand between the trigger magnet and the sensor in the closed position of the window or door, can attach a supplementary magnet on the locking bolt, which amplifies the magnetic field generated by the triggering magnet.

Furthermore, document EP 2 998 473 A1 describes a device for monitoring the closed position of a locking device. In this device supports a fixedly mounted on the wing or frame faceplate relative to a longitudinally movable drive rod. To which acts together with the drive rod movable code transmitter with switching means together men. The device comprises a support plate which can be coupled to the drive rod, which carries the code encoder, and a cuff rail assignable base plate, which carries the switching means on. It is an object of the invention to provide a fitting arrangement for a sash of a window, which has advantages over known fitting arrangements, in particular special simple and rapid installation of the sensor device, in particular as part of a retrofit, allows.

This is achieved according to the invention with a fitting arrangement with the features of claim 1. It is provided that the sensor device decoupled from the drive rod rests against the face plate and is directly attached or attachable to the faceplate and / or the sash.

The fitting arrangement is assigned or attributable to the sash of the window. The fitting arrangement is used in particular an actuation of the window, for example, a United locking or unlocking of the window. The window basically has a frame in addition to the sash. The window frame is usually arranged fixed, for example, with respect to a building. Preferably, the window frame is in a Ge building opening, which is formed in a wall of the building, arranged and fixed. The casement is displaceable relative to the frame, in particular about at least one axis of rotation, in particular about exactly one axis of rotation or about a plurality of axes of rotation, pivotally. In the case of only one axis of rotation, the window is formed for example as a rotating window or as a tilting window. If several axes of rotation are present, the window is preferably configured as a turn-tilt window.

The window frame of the window preferably surrounds a window opening, in particular fully constantly. In a closed position, the sash frame is arranged with respect to the window frame such that it blocks the window opening further than in an open position. Preferably, the sash in the closed position completely obstructs the window opening, whereas it releases it in its open position at least partially, in particular as far as possible. In the closed position, the casement is preferably on at least two opposite sides of the window frame, in particular in at least one direction durchge starting. In the open position, however, the casement is preferably struck only on one side of the window frame, namely by means of at least one pivot bearing.

The window has a fitting from which the fitting arrangement forms an integral part. The fitting is used primarily for selectively setting the sash in the closed position Ge. The fitting has this at least one locking pin and over at least one strike plate. The locking pin is mounted displaceably on the casement, in particular mounted linearly displaceable, and can be arranged in a Verriegehmgs position and in an unlocked position. The strike plate, however, is fixedly arranged on the frame. In the locking position of the locking pin cooperates with the lock plate men to set the sash in its closed position. In the unlocking Stel development of the locking pin, however, is out of engagement with the strike plate, so that the loading shock a displacement of the sash relative to the frame from the closed position in the direction of unlocking position permits. In the Verriegehmgs position, the window is locked so far, whereas it is unlocked in the unlocked position.

The fitting has at least one drive rod, via which the locking pin is verla gerbar. For example, via the drive rod an operative connection between the closing tap and a transmission of the window made. In turn, a control element of the window is coupled to the drive rod via the transmission. For example, the transmission is designed such that it converts a rotational movement of an operating handle of the window into a linear movement of the drive rod. The drive rod may for example be part of the fitting arrangement or directly or only indirectly coupled to the drive rod of the fitting arrangement.

The fitting arrangement is a part of the fitting and is intended for mounting on the casement and formed. The fitting arrangement has the fitting part and the sensor device. The fitting part in turn has the faceplate and the drive rod. The faceplate is used to cover and the Fagerung the drive rod to the sash. For example, the faceplate on the side facing away from the sash frame of the drive rod is arranged and holds them on the sash. In this case, it may be provided that the drive rod is arranged in a groove formed on the casement and at least partially or even completely closes the faceplate so that the drive rod is held in the groove.

The faceplate is rigidly connected to the sash after assembly of the fitting or the Beschlaganord tion on the sash, so represents an immovable element of the fitting assembly. The drive rod, however, is linearly displaceable relative to the sash mounted. The drive rod can be arranged in at least two of the following positions: locking position, unlocking position and at least one intermediate Stel development. The positions of the drive rod correspond to the positions of the closing tap. fens. In the Vemegelungsstellung the drive rod so far the window is locked while it is unlocked in the unlocked position. The intermediate position may for example be a tilted position, in which the window or the casement is tilted. In the case of a turn-tilt window, the window or the sash so before given to be rotatable in the unlocked position, whereas he is tiltable in the intermediate position.

The sensor device of the fitting arrangement has the sensor arrangement, which in turn has the at least one position sensor. The position sensor is used to determine a position Ermitt, for example, the drive rod and / or the sash with respect to the frame. The sensor arrangement is completely arranged in the sensor housing, which completely encloses the sensor arrangement in this respect. The sensor device is completely decoupled from the drive rod, so it is not in mechanical communication with this. This is ultimately to be understood that the sensor device is arranged spaced from the drive rod is, namely, regardless of the position of the drive rod.

However, the sensor device abuts the faceplate and is attached to the faceplate fitting. For example, in this case the sensor device is fastened or fastened directly to the faceplate. Additionally or alternatively, it may be fastened or fastened directly to the casement. In this respect, a sensor device is realized which has no mechanically displaceable elements and is correspondingly maintenance-free. In addition, the sensor device is characterized by an extremely low energy consumption. The arrangement of Sen soreinrichtung on the faceplate and its attachment to this and / or the casement allows easy replacement of the fitting assembly or a simple retrofitting of the sensor device to the fitting assembly.

The fitting part of the fitting arrangement is particularly preferably configured as a corner deflection or as a middle closure. Both have in common that they are coupled with at least one drive rod or the drive rod of the fitting, preferably immediately. By means of the corner drive two drive rods of the fitting are coupled together, wel che on different sides of the sash respectively displaced, namely linear displacement bar, are stored. By means of the corner drive, a displacement of one of the drive rods is converted into a displacement of another of the drive rods. The middle closure on the other hand serves for additional locking of the window. For this purpose, the center lock on the locking pin or another locking pin. This locking pin is rigidly coupled to the drive rod of the middle closure, preferably directly coupled. The fitting part is preferably designed such that it is arranged on the sash frame before mounting the further drive rod or the further drive rods. In the case of Eckumlenkung so first the Eckumlenkung to the sash to be sorted and fixed and only subsequently the connecting rods to be connected to the wing frame arranged, namely such that the corner joint couples the two other drive rods together. The middle closure, however, is preferably first arranged on the Flügelrah men, after there the at least one further drive rod has been stored, so that subsequently the middle closure is coupled to the further drive rod. Again, however, a reverse order can be realized.

The sensor device preferably has a wireless communication device. By means of this wireless communication device, it can be in communication with a remote device, such as a central control or the like. The central control is in the form of a smart home center, an alarm center, an alarm system or the like, for example. The wireless communication connection is established by radio, for example via an energy-efficient radio protocol. The communication connection is either unencrypted or encrypted, with the encryption method used being, for example, rolling code, CMAC (Cipher-based Message Authentication Code), AES, in particular AES-128, AES-160 or AES-192, or the like ,

In the context of a further embodiment of the invention can be provided that the Sen soreinrichtung is designed for detecting a position of a signal generator arrangement, wherein the sensor device engages over a recess in the faceplate and in the recess which is coupled to the drive rod signal transmitter assembly is displaceably mounted, the one shape has conclusively engaging on the drive rod holding part and a signal attached to the holding part Sig nalgeber. The detection of the position of the signal generator arrangement by the Sensorein direction takes place without contact. In other words, therefore, the signal generator arrangement is not in communication with the sensor device. Rather, the signal transmitter arrangement is preferably arranged at a distance from the sensor device in each position of the drive rod. For this purpose, the signal transmitter arrangement is arranged in the recess of the faceplate, which in turn is attacked by the sensor device. For example, the recess is covered by the Sensoreinrich device, in particular completely covered, namely in the abge of the drive rod direction. The signaling device has the holding part and the actual signal generator. About the holding part, the latter is reliably connected to the drive rod. Preferably, the holding part is positively and / or materially connected to the drive rod or attached thereto. Particularly preferably, the drive rod has an edge-closed recess, for example in the form of a bore, into which engages the holding part positively. In example, the holding part is formed for latching insertion into the recess of the drive rod. The signal generator is in the form of a magnet or the like, for example. The sensor arrangement accordingly has, for example, a reed switch or another sensor for detecting a magnetic field of the signal generator, that is to say a magnetic sensor.

With the aid of the sensor arrangement, particularly preferably at least two of the following positions of the signaling device arrangement can be detected: the locking position, the unlocking position and the at least one intermediate position. The positions of the Signalgeberanord voltage correspond to the positions of the drive rod and thus the lock pin. For reliable sensing of the signal generator arrangement by means of the sensor arrangement, the sensor device may have a plurality of position sensors, of which the at least one position sensor forms a component. The plurality of position sensors are preferably arranged side by side, in particular directly adjoining one another or spaced from one another, or arranged overlapping one another. It can be provided that the positions of the signal generator arrangement in the context of a Einlemvorgangs the sensor device pretend this. For this purpose, the learning process is started and the signal generator arrangement is displaced in a defined sequence into those positions which are to be detected by the sensor device. A signal from the sensor arrangement or the position sensor is detected and stored for each of the positions.

For example, exactly one position sensor is provided for each of the positions to be detected of the signal generator arrangement. However, more or less position sensors can also be realized as positions to be detected. The multiple position sensors are always adjacent to each other and overlapping each other. The arrangement next to each other can in turn be configured directly adjacent to one another or spaced from one another. Vorzugswei se the plurality of position sensors are arranged so that a reliable and - if necessary - seamless sensing of the positions to be detected can be done. With the described embodiment of the sensor arrangement and the signal generator arrangement is a Particularly reliable and also contact-free detection of the positions of the signal generator arrangement realized.

In the context of a further embodiment of the invention it is provided that the sensor housing has a guide s jump before, which is adapted to the formed in the face plate recess shape and dimension that he is guided by arrangement in the recess in this linearly displaceable. To simplify the mounting of the sensor device on the faceplate, the sensor housing over the guide s before jump. When mounting the Sen soreinrichtung the guide projection is inserted into the recess of the faceplate. Subsequently, the sensor housing can be moved linearly guided until the desired Mon day position of the sensor device is present.

A further embodiment of the invention provides that the holding part of the Signalgeberanord voltage in a pre-assembly has a mounting handle which is connected via a predetermined breaking point with a signal generator bearing the main body of the holding part, wherein the holding part is configured such that after a proper coupling of the Signalgeberano ring tion with the drive rod of the mounting handle in the direction away from the drive rod direction protrudes from the recess of the faceplate. The signal generator arrangement is usually subsequently mounted on the fitting part or its drive rod. To facilitate assembly, the holding part has in the pre-assembly on the mounting handle. The mounting handle is connected via the predetermined breaking point with the main body of the holding part, wherein the main body carries the signal generator.

In order to implement the simplified assembly, the holding part has dimensions that are measured so be that the holding part or the mounting handle on the cuff rail is about, so protrudes from the recess in the direction away from the drive rod direction. After attachment of the holding part to the drive rod, the mounting handle on the predetermined breaking point is separated from the body. The base body is dimensioned such that it has in the direction away from the drive rod smaller dimensions than the faceplate, so that it does not protrude from the recess of the faceplate, but rather is taken in this. With such a design of the holding part a particularly simple assembly is achieved on the drive rod.

A development of the invention provides that the sensor arrangement is designed for the detection of a Stel development of a signaling device, wherein the sensor device on their the Faceplate opposite side has formed by a flattening of the sensor housing signal transmitter receptacle. The signaling device may additionally or alternatively be present to the signal generator arrangement. The signaling device is, for example, arranged in a stationary manner on the window frame of the window or at least can be arranged. In order to achieve the most inconspicuous possible embodiment of the fitting arrangement or the Sensorein direction, the signal transmitter receptacle on the sensor housing is ausgebil det. The signaling device recording is preferably adapted to the signaling device shape and / or dimension.

The signaling device is further preferably arranged on the frame, that in at least one position of the sash with respect to the frame, the Signalgeberein direction at least partially, preferably completely, is arranged measure in the Signalgebereinrichtungsauf. The sensor device and / or the signaling device are configured in such a way that they are arranged in each position of the sash frame with respect to the blend frame spaced from each other, so far as the sensor arrangement determines the position of the signaling device without contact. By way of example, the signaling device has, analogously to the signal generator arrangement, a signal transmitter, which is preferably in the form of a magnet. The sensor arrangement accordingly has, for example, a reed switch or another sensor for detecting a magnetic field of the signal generator, that is to say a magnetic sensor.

By means of the sensor arrangement, particularly preferably at least two of the following settings of the signaling device are detected: closed position, tilted position, open position and at least one intermediate position. The positions of the signaling device in this case correspond to the positions of the sash with respect to the frame. In the closed Stel development, the window is closed so far, tilted in the tilted position and opened in the open position. The intermediate position may, for example, be a position lying between the closed position and the tilted position or a position lying between the closed position and the open position. Such a configuration of the fitting arrangement allows a particularly simple and flexible determination of the position of the sash with respect to the frame. It may be provided that the positions of the signaling device in the context of Einlemvorgangs the sensor device pretend this. For this purpose, the learning process is started and the signaling device in a defined order stores in those positions ver, which should be detected by the sensor device. A signal from the sensor array tion or the position sensor is detected and saved for each of the positions.

A further embodiment of the invention provides that the signaling device is designed such that it can be fastened to a window frame of the window and taken in a Geschlos senstellung of the casement with respect to the frame in the Signalgeberseinrichtungsauf acquisition. This has already been discussed above. Under the recording of the signaling device in the signaling device recording is to be understood that the signaling device engages at least partially in the signaling device recording a. Because the sensor device should be arranged in any position of the sash of the frame spaced, the attached to the frame Signalgebereinrich device course, even with the window closed from the Signalgebereinrichtungsaufnah me the sensor device in the direction of the frame out. In any case, a space-saving and inconspicuous arrangement on the window is ensured by means of the described embodiment of the signaling device and the sensor device.

A further development of the invention provides that the signaling device has a Führungsvor jump for placement in a groove of the frame, wherein the guide s before jump is dimensioned such that after arrangement of the guide s projection in the groove, the signal generator linear relative to the frame displaced is stored. The groove of the Blendrah mens is present in at least one spar of the window frame, in particular over the entire catch extension of the spar. For example, the groove is in a vertical member of the Blendrah mens before and extends between two spaced outgoing from the vertical spar Ho rizontalholmen. In this respect, the groove, in cooperation with the guide projection, allows guidance of the signaling device over the entire catch extension of the spar. The leadership s jump before so far forms an assembly aid.

The guide projection is adapted to the groove shape and / or dimension. For example, it has a width which corresponds to the width of the groove, so that it rests after the arrangement in the groove on opposite sides of the groove bounding edges of the frame. In that regard, a linear guidance of the signaling device with respect to the Blendrah mens is ensured by the engagement of the guide projection in the groove. Preferably, the guide projection is dimensioned such that it engages by clamping or non-positively in the groove, so that the signaling device is at least provisionally without further fastening movement held on the frame. This allows an adjustment of the position of the signal transducer device before a final attachment of the signaling device to the frame trim done. This is a particularly simple installation.

Additionally or alternatively, the position of the signaling device is determined by a cross member of the frame, which allows a particularly simple profile-matched assembly. For example, the signaling device is arranged adjacent to the transverse spar and fastened. In other words, the signaling device is preferably located on both a side rail and the cross member of the window frame, the transverse spar emanating from the side spar. Secured the signaling device is preferably only on the side spar, namely in particular by means of a screw. The aforementioned groove is preferably in the side rail. Under the side spar, for example, the left or right spar of the frame and under the cross member of the upper or lower spar of the frame are to be ver.

A preferred embodiment of the invention provides that the sensor device on the one hand directly attachable to the faceplate and on the other hand by means of the forend rail and the drive rod cross-bolt directly to the casement is fastened. The sensor device is so far attached to at least two spaced apart locations, namely on the one hand on the faceplate and on the other hand on the sash. The attachment of the sensor device to the faceplate can basically be configured as desired. For example, it is positive and / or cohesive. In the latter case, the fastening takes place, for example, by gluing, ie by means of adhesive. The attachment of the sensor device to the sash can be omitted in one embodiment.

For example, the sensor device has an insertion projection, which can be inserted into an insertion receptacle of the face-plate, so that subsequently the sensor device is fastened directly to the face-plate in a form-fitting manner. However, it can also be provided to screw the sensor device to the faceplate. The direct attachment of the sensor device to the sash is done by means of the screw. This passes through the faceplate and the drive rod, starting from the sensor device to the wing frame. The screw can be generally referred to as a fastener. The two-sided attachment of the sensor device enables a particularly reliable and permanent hold of the sensor device. A further embodiment of the invention provides that a Vormonta geelement is arranged on the face plate, which cooperates form-fitting manner with a mounted on the sensor housing pre-assembly counter-element for holding the sensor device on the face-plate. The pre-assembly element has, for example, a latching projection or a latching receptacle. The pre-assembly counter-element, however, has the corresponding counter-element, ie a locking receptacle or a latching projection. The pre-assembly and the Vormontagege genelement allow makeshift attaching the sensor device to the Stulpschie ne. Thus, the sensor device can only be finally fixed to the forend rail after alignment.

Finally, it can be provided within the scope of a further preferred embodiment, that the sensor arrangement comprises at least one of the following sensors: inclination sensor, He vibration sensor, manipulation sensor, in particular lift-off sensor, and presence sensor. The at least one sensor is preferably designed such that its sensitivity is adjustable. The at least one sensor is present in addition to the at least one position sensor. The tilt sensor is to be understood as a sensor which describes a geodetic direction from the sensor arrangement and thus the sensor device. By means of the inclination sensor, it can be determined, for example, whether the casement is in its closed position or tilted with respect to the frame.

The vibration sensor is used to register external forces acting on the window. The vibration sensor can be used as a burglary sensor extent. The vibration sensor is preferably adjustable so that it generates a corresponding signal only after repeated Auftre a vibration and / or when exceeding a threshold value by a strength or intensity of vibration and / or at a predetermined minimum duration by a duration of vibration, in particular dere transmitted to the central control. The vibration sensor may be so far staltet that it counts a number of occurring within a certain period of shock attenuations and only when exceeding a certain threshold value generates the signal or transmitted to the central control. In this way, it can be prevented that a simple operation of the window, the impact of a ball on the window or the like leads to a burglar alarm.

The manipulation sensor is used to detect a manipulation of the sensor device. For example, using the manipulation sensor, an opening of the sensor housing or a removal remote from the sensor device detectable by the faceplate. In the latter case, the mani pulationssensor is present as Abhebesensor which detects the removal or lifting of the sensor device of the faceplate. Finally, the presence sensor can be used to determine if a user of the window is in the vicinity. The presence sensor can operate without contact or touch. In the former case, for example, it is ausgestal tet as a noise sensor, ultrasonic sensor, infrared sensor or the like. In the latter case, it is designed to detect an attack of the user on the window, in particular on the handle of the window. By means of an optional battery standssensors also the Fadestand a battery can be determined, which preferably serves to operate the sensor device. The fadestand can be transmitted to the central control periodically or when a threshold value is undershot.

The invention further relates to a window, with a frame and a sash, wherein the sash has a fitting arrangement, in particular a Beschlaganord statement according to the statements in this description, wherein the fitting assembly via a fitting, which can be attached to the sash frame faceplate and a bezüg Lich has the face plate displaceably mounted drive rod, and has a Sensoreinrich device with a arranged in a sensor housing and at least one position sensor pointing sensor assembly has. It is envisaged that the sensor device entkop pelt rests from the drive rod to the faceplate and gelrahmen directly attached to the faceplate and / or the Wing or fastened.

On such an embodiment of the window or the fitting arrangement has already been discussed. Both the window and the fitting arrangement can be further developed according to the statements in the context of this description, so that reference is made to this extent.

The invention further relates to a method for operating a fitting arrangement for a sash of a window, in particular a fitting arrangement according to the statements in the context of this description, wherein the fitting arrangement via a fitting part which has a attachable to the sash frame faceplate and with respect to the faceplate displaceably mounted drive rod , As well as a sensor device with a housing arranged in a Sensorge and at least one position sensor having sensor arrangement ver added. It is provided that the sensor device decoupled from the drive rod rests against the faceplate and attached directly to the faceplate and / or the casement or can be fastened, wherein by means of the sensor arrangement, a position of a drive rod to ordered signal generator arrangement and / or a window frame associated with a signal generator device is detected. Again, with regard to the advantages and possible before advantageous refinements to the further statements in the context of this description ver.

Preferably, the sensor device has a wireless communication device, via which it is in wireless communication with a central control, example, a smart Flome headquarters or an alarm center. Preferably, the Sen soreinrichtung periodically sends a life telegram to communicate their functionality and their status of the central control. The central controller monitors the regular arrival of these life telegrams and prefers to give a warning when there are no life telegrams. It may also be provided to monitor the detected positions of the signal generator arrangement and / or the signaling device and in case of invalid or multiple Stel lungs or a non-determinable position an error signal is generated.

The sensor device is preferably battery-powered and has a corresponding battery for this purpose. Preferably, a long battery life of three to five years is achieved with a single battery. For this purpose, the battery is dimensioned accordingly or has a corresponding capacity. The sensor device can be designed in such a way that it transmits the position of the signal transmitter arrangement and / or signaling device with a time delay via the communication connection. In other words, the transmission via the communication connection takes place only when it is determined that the signal generator arrangement and / or the signaling device are present for a certain period of time in the determined position or templates. As a result, the transmission of Zwischenzu stands during movement of the signal generator assembly and / or the Signalgebereinrich device reliably avoided.

Furthermore, the invention relates to a method for mounting a fitting arrangement for egg nen sash of a window, in particular a fitting arrangement according to the Ausführun conditions in the context of this description, wherein the fitting assembly via a fitting part, which can be fastened to the sash frame Stulpschiene and a relative to the faceplate verla gerbar Having mounted drive rod, and has a sensor device with a arranged in a sensor housing and at least one position sensor having Sensoranord tion. It is provided that the sensor device decoupled from the drive rod arranged adjacent to the faceplate and directly attached to the faceplate and / or the casement. Again, with regard to the advantages and possibly advantageous developments on the further statements in the context of this description verwie sen.

A further development of the invention provides that the fitting part is a component which is fastened to the sash frame by means of at least one screw and has a screw hole which is passed through by the screw, the screw being removed, the sensor device being arranged on the insert member and by means of the screw or another screw is fastened using the screw hole, or that the fitting is a replacement part against which the component is replaced.

It can therefore be provided that a fitting part suitable for mounting the sensor device is already present on the window or the casement. In this case, the attachment of the fitting to the sash serving screw is released and removed ent. Subsequently, the sensor device is arranged on the fitting part and under Ver use of the screw or another screw, preferably a longer screw, in turn attached to the casement. The screw or the other screw is in this case screwed into the already existing screw hole in which the screw was arranged prior to assembly of the sensor device.

However, if the fitting part protrudes against the window or the sash frame, which is not suitable for mounting the sensor device, then it is removed from the window and the replacement part is arranged thereon. Such a procedure allows flexible handling and mounting of the sensor device to the window or the sash.

The invention finally relates to a sensor device with a sensor housing in a parent and at least one position sensor having sensor arrangement, as part of a fitting arrangement, in particular a fitting arrangement according to the statements in this description. In this case, it is provided that the sensor arrangement has a slide-mounted in the sensor housing battery holder with at least one electrical contact, wherein in a contact position of the battery holder, the contact with a arranged in the sensor housing mating contact is in electrical connection and a Batte riefach the battery holder closed by the sensor housing is and in a battery change Position of the contact spaced from the mating contact is present and the battery compartment is released from the sensor housing to replace a battery compartment can be arranged in the battery compartment, and that in a lying between the contact position and the battery change position inter mediate position, the electrical connection between the contact and the mating contact is present and at least a arranged on the battery holder and located in the contact position within the sensor housing operating and / or display element is arranged outside of the sensor housing.

The sensor device can be developed according to the further embodiments within the scope of this description. The sensor device has the sensor housing and the at least one sensor arranged in the sensor housing, which is part of the sensor arrangement. The sensor device is battery-powered and has the arrangement of the battery in the Sen soreinrichtung on the battery holder. The battery holder in turn has the battery compartment, which is preferably adapted shape and / or dimension to the battery to be used. For inserting, removing or replacing the battery, the battery holder is slide-movable mounted in the sensor housing of the sensor device. The battery holder can be arranged according to the different positions with respect to the sensor housing, that is, at least the contact position, the battery change position and the intermediate position.

In the contact position, the battery compartment is sealed by the sensor housing or surrounded by it. In other words, the battery compartment is arranged in the sensor housing such that the battery can not get out of the battery compartment. Preferably, the battery compartment is fully accommodated in the contact position in the sensor housing. In the contact Stel ment also the electrical connection between the contact and the mating contact is Herge, so that by means of the battery, the sensor device is powered. In the battery change position, however, the electrical connection is interrupted by the contact beab stood by the mating contact is arranged. In addition, the battery compartment is arranged so that the battery can be removed, inserted or replaced. For example, the battery compartment or the battery holder is arranged in the battery change position away from the sensor housing. In such an embodiment, the battery holder is thus removed from the sensor housing.

Between the contact position and the battery change position is the intermediate position. In this, the battery holder is at least partially disposed in the sensor housing, namely such that the electrical connection between the contact and the mating contact herge- is is. However, the battery holder in the intermediate position is further outside the Sensorgehäu ses arranged as in the contact position. The intermediate position is in this case selected such that the operating and / or display element is arranged outside of the sensor housing, so that a user of the sensor arrangement can readily read or actuate the operating and / or display element from the outside. In the contact position, however, the operating and / or display element is arranged within the sensor housing, so that it is protected from external influences. In particular, the user in the contact position can not attack on the loading and / or display element or read this. The control and / or display ge element is preferably electrically connected to the mating contact, so that in the Anord tion of the battery holder in the intermediate position, the control and / or display element is powered by the battery with electrical power or can be supplied.

A further embodiment of the invention provides that at least one of the following Stellun conditions is a detent position: contact position, battery change position and intermediate position. Under the detent position is to be understood a position in which the battery holder is positively fixed to the sensor housing, so that a certain detent force is overcome by a teriehalter on the Bat attacking user to the battery holder from the respective position and in the direction of another to relocate the positions. At least one of the positions is preferably in the form of such a detent position, but preferably several or even all of the positions mentioned.

The invention will be explained in more detail with reference to the Ausführungsbeispie le shown in the drawing, without any limitation of the invention. Showing:

FIG. 1 shows a schematic representation of a region of a window with a fitting arrangement fastened to a sash frame (not shown),

FIG. 2 shows a schematic exploded view of the fitting arrangement,

Figure 3 is a schematic exploded view of the fitting arrangement in a second

configuration

FIG. 4 shows a flow chart for an operation of the fitting arrangement,

FIG. 5 a schematic representation of a sensor arrangement of the fitting arrangement in a first embodiment, FIG. 6 shows a schematic illustration of the sensor arrangement in a second embodiment,

Figure 7 is a schematic representation of the sensor arrangement in a third embodiment, and

Figure 8 is a schematic representation of the sensor device.

1 shows a schematic representation of a portion of a window 1, of which a frame 2 and a fitting part 3 of an unspecified wing frame 4 are GE shows. The fitting part 3 is part of a fitting assembly 5 and is configured in the embodiment presented here as a corner drive. The fitting part 3 has at least one drive rod 6, which can be coupled by means of a connecting element 7 with a further part of the fitting arrangement 5, for example with a further drive rod. The drive rod 6 is coupled via a flexible element 8 with a drive rod 9, which analogously to the drive rod 6, a connecting element 10, via which it can be coupled with another element of the fitting assembly 5.

The drive rod 6 is on its side facing away from a spar of the sash frame 4 side facing at least partially by a faceplate 11 attacks. The faceplate 11 serves a cover and a bearing of the drive rod 6 and / or the drive rod 9 with respect to the sash 4, in particular on the spar of the sash 4. The cuff rail 11 is fixed with respect to the sash 4, in particular rigidly fastened to the spar fastened, For example, by means of at least one screw 12. The screw 12 passes through an elongated hole-like recess 13 of the drive rod 6. It can be seen that on the drive rod 9, a locking pin 14 is arranged. The locking pin 14 is rigidly fastened to the drive rod 9 and can be in a locking position with a frame, not shown here, attached to the frame 2 locking plate for locking the window 1 interaction.

The fitting assembly 5 has in addition to the fitting part 3 via a sensor device 15. This has a sensor housing 16 which rests against the faceplate 11 and / or be fastened. Here, the sensor device 15 and in particular the sensor housing 16 entkop pelt of the drive rod 6 is arranged. The sensor device has a Sensoranord tion 17, which has at least one position sensor 18 (both not shown). The Senso ranordnung 17 is provided for detecting a position of a signaling device 19 and educated. The position is to be understood as a relative position to the sensor device 15. The signaling device 19 is attached to the frame 2 or at least attachable. In this case, it has a guide projection 20 which is arranged in a groove 21 of the window frame 2 at. It can be seen that the sensor device 15 has a Signalgebereinrichtungsauf acquisition 22, which is formed by a flattening of the sensor housing 16.

2 shows a schematic exploded view of the fitting assembly 5. It is clear that the faceplate 11 by means of the same screw 12 on the frame 2 relation ship as the spar of the frame 2 is attached as the sensor device 15. In this case, the screw 12 passes through the sensor device 15, a recess 23 of the faceplate 11 and the recess 13 of the drive rod 9 and finally engages in the spar of the wing frame 4 a. Shown is also a signal generator assembly 24. The Signalgeberanord voltage 24 is fixed after its mounting on the drive rod 6, preferably rigidly fixed, and is in a recess 25 of the face plate 11 linearly displaced before. The Signalgeberanord tion 24 is so far together with the drive rod 6 displaceable on the sash 4 is arranged or stored. The sensor arrangement 17 is provided and designed to detect a position of the signal generator arrangement 24. It may be provided that either the signaling device 19 or the signaling device 24 is present or both the Sig nalgebereinrichtung 19 and the signaling device 24 are present. The sensor assembly 17 is provided according to the detection of the position signaling device 19 or the signal generator arrangement 24 or both of the signaling device 19 and the signal transmitter assembly 24 and formed.

The recess 25 is engaged by the sensor device 15 after assembly of the fitting arrangement 5, so that finally the signal transmitter arrangement 24 is present between the drive rod 6 and the sensor device 15 in the recess 25 of the face-plate 11. The Signalge beranordnung 24 has a signal generator 26, which is present for example in the form of a Mag nets. The signal generator 26 is supported by a base body 27 of a holding part 28, by means of which the signal generator 26 is attached to the drive rod 6 or at least attachable. In a pre-assembly state, the holding member 28 may have a mounting handle (not shown here), which is connected via a predetermined breaking point with the base body 27 or at least may be connected.

FIG. 3 shows a schematic exploded view of the fitting arrangement 5 in a second embodiment. This differs only in their arrangement of the 5. While the above-described loading impact assembly 5 was provided and formed to be disposed at a lower corner of the sash 4, the fitting assembly 5 now shown is provided and formed to be disposed in an upper corner of the sash 4. It is clear that the two Beschlagan regulations 5 are formed substantially identical and differ only in their arrangement.

FIG. 4 shows a schematic flow chart for an operation of the fitting arrangement 5. The method begins at a starting point 29, in which the window 1 is locked, that is, the drive rod 6 is in a locking position. As part of a query 30 is checked whether an operation of the fitting assembly 5 is present, so a displacement of the drive rod 6 takes place. If this is the case, then in a step 31 a - but optional - presence sensor is activated, by means of which the presence of a person on a In nenseite of the window can be detected. If the presence of such a person is determined by means of the presence sensor in the context of a query 32, an unlocking of the fitting arrangement 5 takes place in a step 33 or such an unlocking is permitted so that a further displacement of the drive rod 6 is permitted in a step 34. Subsequently, the method is terminated at an end point 35. Alternatively, it is possible to dispense with such an explicit unlocking, which is carried out according to the user himself or must be. The step 33 is therefore eliminated.

If it is determined in the context of the query 30 that the drive rod 6 is not displaced, it is checked in the context of a query 36, whether a movement of the sash 4 with respect to the frame 2 takes place. If this is the case, then in a step 37 alarm is triggered, for example by message to an alarm center. Otherwise, the process terminates at endpoint 35. If it is determined in the query 32 using the presence sensor that no person is in the vicinity of the window 1 on the inside, as in a step 38 again alarm is triggered, for example by the message to the alarm center. Subsequently, the process in the end point 35 is ended. Alternatively to the procedure described, it can also be provided that an explicit activation of the presence sensor is dispensed with, so that step 31 is omitted. In this case, an environment monitoring of the window 1 takes place permanently by means of the presence sensor. Alternatively, it is possible to completely dispense with the presence sensor. FIG. 5 shows a schematic representation of the sensor arrangement 17 of the fitting arrangement 5 in a first embodiment. Shown are a plurality of position sensors 18 and, by way of example, the signal transmitter arrangement 24 in different positions with respect to the sensor arrangement 17. The position sensors 18 are arranged directly adjacent to each other so that an extremely fine and complete resolution of the position of the signal generator arrangement 24 can take place. As an alternative to the signaling device 24 can of course also the Signalgebereinrich device 19 are used.

FIG. 6 shows a schematic representation of the sensor arrangement 17 in a second embodiment and again the signal generator arrangement 24 (or the signal-generating device 19) in different positions. In comparison with the first embodiment, a smaller number of position sensors 18 are provided, which are arranged for overlapping each other. With such an overlapping arrangement, despite the smaller number of posi tion sensors 18, a high resolution of the position of the signal generator assembly 24 or the Sig nalgebereinrichtung 19 done.

FIG. 7 shows a schematic representation of the sensor arrangement 17 in a third embodiment and in turn the signal generator arrangement 24 (or the signal-generating device 19) in different positions. The position sensors 18 are shown purely by way of example as reed contacts. In this embodiment, the position sensors 18 are juxtaposed, but spaced apart. However, the signal transmitter arrangement 24 or the Signalge bereinrichtung 19 has in the arrangement direction of the position sensors 18 Abmessun conditions, which correspond to at least the distance between two of the position sensors 18, namely the distance between two immediately adjacent position sensors 18. Accordingly actuates the signal generator arrangement 24 or the signaling device 19 in we at least one of their positions or positions not only one of the position sensors 18, but a plurality of position sensors 18. From this multiple actuation of the position sensors 18 can be closed again with high accuracy to the position of the signal generator assembly 24 or the signaling device 19.

The figure 8 shows a schematic representation of the sensor device 15 is shown in particular special, the sensor housing 16. In the sensor housing 16, a battery holder 39 is mounted Schiebebeweg Lich. The battery holder 39 has at least one electrical contact, not shown here, in a contact position of the battery holder 39 with respect to the sensor housing 16 in electrical connection with a arranged in the sensor housing 16 mating contact (also not shown) is. In the contact position of the battery holder 39, a battery compartment formed in the battery holder 39 for receiving a battery in the sensor housing 16 is arranged and closed. In the contact position so far arranged in the battery compartment battery can not get out of the battery compartment. Rather, it is held by the sensor housing 16 in the battery compartment or pushed into this.

In a battery change position, the battery compartment, however, is arranged such that the battery Batte can be removed from it or inserted into it. In other words, for example, replacement of the battery with a new battery is readily possible. In the battery change selstellung the contact is spaced from the mating contact arranged so that the electrical connection between them is interrupted. The arranged in the sensor housing 16 Sen soreinrichtung 15 is so far supplied in the contact position of the battery holder 39 with electrical energy from the battery. In the battery change position, the sensor device 15, however, is de-energized, ie out of service.

Between the contact position and the battery change position, an intermediate position is seen easily. This is to be understood that in a displacement of the battery holder 39 from the con tact position in the battery change position and vice versa, the battery holder 39 always passes through the inter mediate position. Preferably, the intermediate position is closer to the contact position than at the battery change position. In the intermediate position, the electrical connection between tween the contact and the mating contact is still made. Preferably, the battery compartment of the battery holder 39 is at least partially or even completely housed in the Sensorge housing 16, so that the battery in turn held by the sensor housing 16 in the batte riefach or is forced into this.

In the intermediate position, a control and / or display element 40 arranged on the battery holder 39 is also present outside the sensor housing 16, as shown here. In the contact Stel development, however, the control and / or display element 40 is completely received in the sensor housing 16. The operating and / or display element 40 has, for example, at least one operating element 41 and at least one display element 42, for example in the form of a luminaire or the like. The sensor device 15 is preferably configured such that the operating and / or display element 40 is at least in the intermediate position in electrical connec tion with the sensor assembly 17. By means of the operating and / or display element 40, a configuration of the sensor arrangement 17 can be made so far in the intermediate position. It can be provided that the operating and / or display element 40 is also electrically connected to the sensor arrangement 17 in the contact position, that is, in principle, can be operated. However, such operation is verhin changed in the contact position of the sensor housing 16. Because the control and / or display element 40 in the contact position so far anyway not accessible or visible to a user, it is provided in an alternative design from that the operating and / or display element 40 in the contact position is inoperative, for example by it is electrically isolated from the sensor assembly 17. In this way, an electrical malfunction is reliably avoided.

For example, in the intermediate position, the operating and / or display element 40 is in electrical connection with the sensor arrangement 17 via a further electrical contact and a further electrical mating contact. The further contact and the further mating contact are offset, for example, with respect to the contact and the mating contact so that the contact and the mating contact ment both in the contact position and in the intermediate Stel, but not in the battery change position, and the further contact and the other counter contact in the intermediate position, but not in the contact position and the Batteriewech selstellung, in electrical Connect with each other. Such an embodiment of the sensor device 15 enables a simple and reliable configuration by means of the loading and / or display element 40.

Claims

1. fitting arrangement (5) for a casement (4) of a window (1), with a fitting part (3), one on the casement (4) attachable faceplate (11) and with respect to the faceplate (11) displaceably mounted drive rod (6), and with a Sensoreinrich device (15) arranged in a sensor housing (16) and at least one position sensor (18) having sensor arrangement (17), characterized in that the Sensorein direction (15) decoupled from the drive rod (6) on the faceplate (11) rests and on the faceplate (11) and / or the sash (4) is directly attached or fastened.

2. fitting arrangement according to claim 1, characterized in that the sensor arrangement (17) for detecting a position of a signal transmitter arrangement (24) is formed, wherein the sensor device (15) engages over a recess (25) in the faceplate (11) and in the recess (25) coupled to the drive rod (6) switch assembly (24) is mounted displaceably, which has a form-fitting on the drive rod (6) engaging the holding part (28) and on the holding part (28) attached to the signal generator (26).

3. fitting arrangement according to one of the preceding claims, characterized in that the sensor housing (16) has a guide s before jumping, which is adapted to the in the faceplate (11) recess (25) such shape and dimension that he after An order in the recess (25) is guided in this linearly displaceable.

4. fitting arrangement according to one of the preceding claims, characterized in that the holding part (28) in a pre-assembly state has a mounting handle which is connected via a predetermined breaking point with a signal generator (26) supporting the base body (27) of the holding part (28) the holding part (28) is designed such that after a bestimmungsge MAESSEN coupling of the signal transmitter assembly (24) with the drive rod (6) of the mounting handle in the direction of the drive rod (6) facing away from the recess (25) of the faceplate (11) protrudes ,

5. fitting arrangement according to one of the preceding claims, characterized in that the sensor device (15) for detecting a position of a signaling device (19) is formed, wherein the sensor device (15) on its faceplate (11) side facing away from a flattening of the Has sensor housing (16) formed Signalgebereinrich tion recording (22).

6. Fitting arrangement according to one of the preceding claims, characterized in that the signaling device (19) is designed such that it can be fastened to a window frame (2) of the window (1) and in a closed position of the sash frame (4) with respect to the window frame (2 ) is received in the signaling device receptacle (22).

7. fitting arrangement according to one of the preceding claims, characterized in that the sensor device (15) on the one hand directly to the faceplate (11) attachable and on the other hand by means of a cuff rail (11) and the drive rod (6) cross-screw (12) directly to the sash (4) can be fastened.

8. fitting arrangement according to one of the preceding claims, characterized in that on the faceplate (11) a pre-assembly is arranged, which cooperates form-fitting with egg nem on the sensor housing (16) for holding the sensor device (15) on the faceplate (11).

9. fitting arrangement according to one of the preceding claims, characterized in that the sensor arrangement (17) has at least one of the following sensors: inclination sensor, vibration sensor, manipulation sensor, in particular lift-off sensor and presence sensor.

10. window (1), with a frame (2) and a sash (4), said Flügelrah men (4) has a fitting assembly (5), in particular a fitting assembly (5) according to one or more of the preceding claims, wherein the Fitting arrangement (5) via a fitting part (3) which has a to the sash (4) attachable faceplate (11) and a be less the faceplate (11) displaceably mounted drive rod (6), and via a sensor device (15) with a in a sensor housing (16) on ordered and at least egg NEN position sensor (18) having sensor arrangement (17), characterized in that the sensor device (15) decoupled from the drive rod (6) on the faceplate (11) is present and on the faceplate (11) and / or the sash (4) directly attached or fastened.

11. A method for operating a fitting arrangement (5) for a casement (4) of a window (1), in particular a fitting arrangement (5) according to one or more of the preceding claims, wherein the fitting arrangement (5) via a fitting part (3), the one on the casement (4) attachable faceplate (11) and with respect to the faceplate (11) verla gerbar mounted drive rod (6), and via a sensor device (15) arranged in a sensor housing (16) and at least one position sensor (18) has the sensor arrangement (17), characterized in that the sensor device (15) decoupled from the drive rod (6) on the faceplate (11) is applied and on the faceplate (11) and / or the casement (4) directly is fastened or fastened, wherein by means of Sen soranordnung (17) a position of the drive rod (6) associated with signal generator arrangement (24) and / or a window frame (2) of the window (1) ordered Signalgebereinrich device (19) is detected.

12. A method for mounting a fitting arrangement (5) for a sash (4) of a window (1), in particular a fitting arrangement (5) according to one or more of the preceding claims, wherein the fitting arrangement (5) via a fitting part (3), having on a casement (4) attachable faceplate (11) and with respect to the faceplate (11) verla gerbar mounted drive rod (6), and via a sensor device (15) arranged in a sensor housing (16) and at least one position sensor ( 18) has the sensor arrangement (17), characterized in that the sensor device (15) decoupled from the drive rod (6) arranged adjacent to the faceplate (11) and on the faceplate (11) and / or the casement (4) directly is attached.

13. The method according to claim 12, characterized in that the fitting part (3) with a means of at least one screw (12) on the casement (4) fixed component is one of the screw (12) penetrated by screw hole, wherein the screw (12) ent removed, the sensor device (15) to the fitting part (3) arranged on and by means of the screw (12) or another screw (12) is fastened using the screw hole, and / or that the fitting part (3) a Exchange part is, against which the component is exchanged.

14. Sensor device (15) arranged in a sensor housing (16) and at least one position sensor (18) having sensor arrangement (17), as part of a Beschlaga arrangement (5), in particular a fitting arrangement (5) according to one or more of the preceding Claims, characterized in that the sensor device (15) in the sensor housing (16) slidingly mounted battery holder (39) having at least one electrical contact, wherein in a contact position of the battery holder (39) of the con tact with a in the sensor housing (16 Placed counter contact is in electrical connec tion and a battery compartment of the battery holder (39) of the sensor housing (16) is verschlos sen and in a battery change position, the contact spaced from the mating contact is present and the battery compartment of the sensor housing (16) to replace a in the battery compartment arranged battery is released, and that in a between the K ontaktstellung and the battery change position lying intermediate position, the electrical connection between the contact and the mating contact is present and at least one of the battery holder (39) angeord scribed and in the contact position within the sensor housing (16) befindliches control and / or display element (40) outside of the sensor housing (16) is arranged.

15. Sensor device according to claim 14, characterized in that at least one of the following positions is a detent position: contact position, battery change position and inter mediate position.