DE102014216722A1 - Control for a fitting arrangement - Google Patents

Abstract

The invention relates to a control element (50), in particular a control block, for a fitting arrangement of a sliding and tilt-openable window, a sliding and tilt-openable door or the like. The control element (50) has an insertion part (72) in the form of a carriage and a fastening part (70) in the form of a carriage mount. The insertion part (72) has a Einführkulisse in the form of a groove to receive a control pin of the fitting assembly. In an insertion position the Einführkulisse is open at one end parallel to its groove bottom. The insertion part (72) can be pushed into a tilting position in the fastening part (70). In the tilted position the Einführkulisse is closed parallel to its groove bottom by the fastening part (70) to hold the control pin on the control element (50).

Description

The invention relates to a control for a fitting assembly, which is designed for fastening a sliding and tilting wing in a fixed frame of a window, a door or the like, wherein the control has a Einführkulisse for receiving a control pin of the fitting assembly.

The invention further relates to a fitting arrangement with such a control and a window, a door or the like with such a fitting arrangement.

It is known to provide windows, doors or the like with a sliding wing. To open the wing of this is from a closed position in which it bears against the fixed frame, placed in a pivoting movement of the fixed frame and then moved parallel to the main plane of the fixed frame. The wing is connected via at least one Ausstellschere a fitting arrangement with the fixed frame. In the parked position of the wing, the Ausstellschere is locked in a parking position. As a result, a swinging back of the wing when moving the wing is avoided. Such a movable wing is from the EP 1 959 080 A2 known.

When closing the wing proposes a control pin on a control described above. Such a control is also known by the term "Steuerklotz". The control is mounted directly or indirectly on the fixed frame. The control pin moves into the Einführkulisse of the control, whereby the locking of the Ausstellschere is canceled and the wing is pivoted back.

As described above, the wing is not turned off by the known fitting perpendicular to the main plane of the fixed frame, but arcuately from the fixed frame and retracted. The bow-shaped parking requires that the wing is in the parked position offset from the fixed frame. A tilting of the wing - in which the wing is pivoted away on one side of the frame and remains on the opposite side of the frame - is therefore not possible by the known fitting.

The invention is therefore based on the object to provide an arrangement which allows both a displacement and a tilting of a wing of a window, a door or the like.

This object is achieved by a control according to claim 1. The dependent claims indicate preferred embodiments.

The object of the invention is thus achieved by a control for a fitting arrangement, which is designed for fastening a sliding and tilting wing in a fixed frame of a window, a door or the like, wherein the control has a Einführkulisse for receiving a control pin of the fitting assembly and wherein the control element has a fastening part for fastening the control element to the fixed frame and an insertion part with the insertion guide, wherein the insertion part is arranged or designed to be movable relative to the fastening part between an insertion position and a tilted position.

The control thus allows movement of the Einführkulisse between an insertion position in which the control pin in the Einführkulisse and can extend and a tilt position in which the control pin is held on the control and the Ausstellschere holds the wing in a tilted position. Due to the "mobility" of a part of the control, the Ausstellschere thus both an arcuate parking the wing - to move the wing - as well as a rectilinear shutdown of the wing - to tilt the wing - allow. The control according to the invention offers the advantage that a simple conversion of a sliding wing into a sliding and tilting wing is made possible by replacing a conventional control element against an inventive control.

The control is preferably in the form of a Steuerklotzes, d. H. overall cuboid, formed.

The Einführkulisse is preferably formed obliquely to the longitudinal axis of the control.

The Einführkulisse is preferably formed in the form of a groove, wherein the groove has a groove bottom and two groove flanks connected to the groove bottom. The groove flanks are at one end, in particular semicircular, closed by a groove wall and the other end open in the insertion position. In the tilted position, the area opened in the insertion position is preferably closed by a surface of the fastening part, so that the control pin is held in a plane all around the control element by the groove flanks, the groove wall and the surface of the fastening part on the control element.

Fastener and insertion can be formed in one piece. For example, that can Insertion be connected via a resilient tongue with the fastening part. However, in order to facilitate the manufacture of the control, the fastening part and the insertion part are preferably designed as two separate parts.

Preferably, the insertion part is arranged or designed to be movable in the longitudinal direction of the control element, in particular exclusively in the longitudinal direction of the control element, in relation to the fastening part.

Particularly preferably, the control on a reversibly releasable locking device to lock the insertion reversibly releasably in the insertion position. In this case, the insertion remains at the opening movement of the wing after the extension of the control pin from the Einführkulisse in the insertion position. This ensures that the Einführkulisse is ready during the closing movement of the wing for receiving the control pin.

The control can have a reversibly releasable locking device to lock the insertion reversibly releasably in the tilted position. A lock in the tilted position prevents a "slamming" of the wing in the tilted position in a draft.

In a further preferred embodiment of the invention, the control on a reversibly releasable locking device which is adapted to lock the insertion reversibly releasably in the insertion and in the tilted position. In this case, a single locking device is sufficient to lock the insertion part in both the insertion and in the tilted position.

The latching device may have a latching element acted upon by a spring element of the latching device with spring force and at least one latching recess for at least partially receiving the latching element.

A structurally particularly simple solution is when the locking element is spherical.

Spring element and locking element are preferably arranged on the insertion part and the latching recess formed on the fastening part. As a result, a compact arrangement of the locking device is provided.

Particularly preferred two locking recesses are provided on the fastening part for reversibly releasable locking of the locking element in the insertion position and in the tilted position.

In a particularly preferred embodiment of the invention, the fastening part has a stop surface for the control pin, wherein the stop surface is continued by a side wall of the Einführkulisse. In other words, the stop surface preferably opens into the Einführkulisse. Such an arrangement brings two advantages. On the one hand, the gate for guiding the control pin between the insertion part (by the Einführkulisse) and the fastening part (by the stop surface) is divided, whereby the control is made particularly compact. On the other hand, the control pin fails in the closing movement of the fitting initially not on the insertion, but - by the emergence of the stop surface - on the attachment part. The force transmitted through the control pin power surge can be derived directly through the mounting part in the installed directly on the mounting part fixed frame.

In this case, an elevation, depression, curvature or the like can be formed between the abutment surface and the side wall of the insertion guide. Preferably, however, the stop surface is just continued in the side wall. As a result, the retraction and extension of the control pin can be done evenly.

The control element can furthermore have a guide slot for guiding the insertion part relative to the fastening part. As a result, tilting during the movement of the insertion part relative to the fastening part is avoided. In this case, it is preferable that a) the fastening part has the guide slot and the insertion part has a guide pin which is guided in the guide slot and / or b) the insertion part has the guide slot and the fastening part has a guide pin which is guided in the guide slot.

More preferably, the insertion part has a guide projection which is inserted into a guide receptacle of the fastening part. In other words, the insertion part is partially inserted into the fastening part in this embodiment, wherein the insertion part is designed such that it is further introduced in a movement from the insertion position into the tilted position in the fastening part. The insertion part is thereby particularly well defined relative to the fastening part movable.

The object of the invention is further achieved by a fitting arrangement with a previously described control and a Ausstellschere for connecting a sliding and tilting wing with a fixed frame of a window, a door or the like, wherein the Ausstellschere has a control pin which in the Einführkulisse of the insertion is insertable.

The object of the invention is finally achieved by a window, a door or the like with a sliding and tilting wings and a previously described fitting arrangement.

The control is preferably indirectly or directly attached either above or below the fixed frame of the window, the door or the like. In a top-level installation of the control, the wing can be tilted. In an installation on the underside of the wing can be transferred to a folding position.

Further features and advantages of the invention will become apparent from the following detailed description of an embodiment of the invention, with reference to the figures of the drawing, which shows details essential to the invention and from the claims.

The features illustrated in the drawing are not necessarily to scale and illustrated in such a way that the features of the invention can be made clearly visible. The various features may be implemented individually for themselves or for a plurality of combinations in variants of the invention.

Show it:

1 a schematic view of a window with a sliding and tilting wing;

2 a perspective view of a section of the window 1 wherein a part of a fitting arrangement of the window is visible with a control;

3a a bottom view of the fitting assembly according to 2 in the closed position, wherein the control is in an insertion position;

3b a bottom view of the fitting assembly according to 3a in a parking position, ie in the position for a parked wing, wherein the control is in an insertion position;

4a a further partially dashed bottom view of the fitting assembly according to 3a in the closed position, wherein the control is in the insertion position;

4b a bottom view of the fitting assembly according to 4a in the tilted position, ie in the position for a tilted wing, wherein the control is in a tilted position;

5 an exploded view of the control;

6 a perspective bottom view of the control;

7a a perspective view of the control, wherein the control is in the insertion position;

7b a perspective view of the control, wherein the control is in the tilted position;

8a a sectional view of the control according to 7a in which the control is in the insertion position; and

8b a sectional view of the control according to 7b in which the control is in the tilted position.

1 shows a window 10 with a sliding and tilting wing 12 , The wing 12 is about a fitting part arrangement 14 on a fixed frame 16 of the window 10 arranged. From the fitting part arrangement 14 are in 1 only carriages 18 . 20 shown. The wing 12 is lower end in the range of points 22 . 24 via extension arms (not shown) with the carriage 18 . 20 connected. At the top is the wing 12 in the range of points 26 . 28 about Ausstellscheren (not shown) with the fixed frame 16 connected.

The wing 12 can from the illustrated closed position of the fixed frame 16 turned off and in the direction of an arrow 30 ie parallel to the main plane of the fixed frame 16 to be moved. Shut down and move the sash 12 is possible if there is a handle 32 of the grand piano 12 in the middle position shown. Will the handle 32 turned to the lower position, the in 1 with a dash-dotted line 34 implied is the wing 12 at the fixed frame 16 locked. Will the handle 32 In contrast, turned to the upper position, the in 1 with a dash-dotted line 36 implied is the wing 12 tiltable, ie in the present case only on its upper side from the fixed frame 16 Abstellbar, while the lower end of the fixed frame 16 remains. The wing 12 is thus in an intuitive way by the commonly used positions of the handle 32 for a user of the closing in the sliding or tilting position brought.

2 shows a part of the window 10 in the area of the point 28 (please refer 1 ). The fitting part arrangement 14 includes scissors in this area 38 , The scissors 38 has a stay 40 and a control arm 42 on. The extension arm 40 is with a glider 44 connected. Of the skid 44 is in a rail 46 guided on the fixed frame 16 is mounted. The control arm 42 has a control pin 48 on, while sliding the wing 12 (please refer 1 ) on a control 50 strikes and of this in a Einführkulisse 52 is steered. The control 50 is stuck in the rail 46 screwed.

3a shows a view from below of the control 50 in an insertion position and the Ausstellschere 38 in a closed position. The control pin 48 is in this closed position in the Einführkulisse 52 (please refer 2 and 7a ).

3b shows the control 50 in the insertion position and the Ausstellschere 38 in a parking position. As with the extension and retraction curve 54 the end of the extension arm 40 it can be seen represents the Ausstellschere 38 the at the scissors 38 mounted wings 12 (please refer 1 ) arcuate from the solid frame 16 (please refer 1 ).

At the skid 44 is a bolt 56 attached, in a backdrop 58 of the control arm 42 is guided. In the in 3b shown parking position is the control pin 48 outside the introductory scenery 52 and the bolt 56 is in a rest section 60 hooked, so the wing 12 (please refer 1 ) parallel to the main plane of the fixed frame 16 (please refer 1 ), ie in the direction of an arrow 62 , can be moved without "folding in".

4a shows a view of the Ausstellschere 38 after sliding the wing 12 (please refer 1 ). 4a corresponds to it 3a , From the partially dashed representation according to 4a it can be seen that the control pin 48 when driving into the Einführkulisse 52 through the Einführkulisse 52 in the direction of an arrow 64 ie obliquely to the main plane of the fixed frame 16 (please refer 1 ), to be led. This will cause the bolt 56 from the resting section 60 led out, so the scissors 38 according to the extension and retraction curve 54 (please refer 3b ) in the in 4a can swivel position shown.

4b shows the cut-out scissors 38 in the tilted position. Because the wing 12 (please refer 1 ) when dumping the lower end stationary on the fixed frame 16 (please refer 1 ) remains, that must be the slider 44 opposite end of the scissors 38 just extend to tilt the wing 12 (please refer 1 ). In 4b is the straight extension and retraction curve 66 the scissors 38 shown. The straight extension and retraction curve 66 done by a movement of the slider 44 and the control pin 48 parallel to the main plane of the fixed frame 16 (please refer 1 ), ie in the direction of an arrow 68 , The movement of the control pin 48 is thereby by a shift of Einführkulisse 52 in the direction of the arrow 68 allows. This displacement of Einführkulisse 52 is due to a particular embodiment of the control 50 which will be explained in more detail below.

5 shows an exploded view of the control 50 , The control 50 is composed of several parts. It has a fastening part 70 and an insertion part 72 on. For mounting the control 50 becomes a spherical locking element 74 against the pressure of a spring 76 partly in the insertion part 72 pressed. Subsequently, the insertion part 72 partly in the fastening part 70 inserted. By pressing in a guide pin 78 in the insertion part 72 then becomes the insertion part 72 captive on the fastening part 70 held.

6 shows a bottom perspective view of the control 50 , Out 6 it will be seen that the guide pin 78 in a guidance setting 80 is guided. The section of the guide 80 in which is the guide pin 78 can move, is straight and in the longitudinal direction of the control 50 educated. The insertion part 72 is characterized in the longitudinal direction of the control 50 relative to the fastening part 70 movable.

To save material, has the fastener 70 at least one, in the present case several recesses 82 . 84 . 86 . 88 on. The control 50 is also at the same time particularly stable and inexpensive manufacturable, if - as in the present case - the fastening part 70 and / or the insertion part 72 made of diecast zinc is / are.

7a shows the control 50 in the insertion position. In this insertion position is the control pin 48 (please refer 4a ) in the Einführkulisse 52 one and executable. The control 50 thus serves in the insertion position to release the control pin 48 (please refer 4a ), so the wing 12 (please refer 1 ) can be moved. Furthermore, the Einführkulisse 52 for receiving the control pin 48 (please refer 4a ) ready when the wing 12 (please refer 1 ) is pushed. When pushing the control pin abuts 48 (please refer 4a ) initially not on a side wall 90 the introductory backdrop 52 but on a stop surface 92 of the fastening part 70 at. The upon impact of the spigot 48 (please refer 4a ) on the control 50 transmitted shock can thereby directly on the fastening part 70 in the fixed frame 16 (please refer 1 ) be derived.

7b shows the control 50 in the tilted position. From a comparison of 7a (Insertion position) with 7b (Tilt position) will be apparent that the insertion part 72 a first advantage 94 which, in the tilted position at a first stop 96 of the fastening part 70 strikes. A second advantage 98 strikes in the tilted position a second stop 100 of the fastening part 70 at.

In the tilted position shown is the control pin 48 in a direction perpendicular to the main plane of the fixed frame 16 (please refer 1 ) running (dash-dotted lines) level 102 in the introductory scenery 52 captured.

8a shows a longitudinal section through the control 50 along the plane 102 (please refer 7b ), where the control 50 - as in 7a shown - in the insertion position. Out 8a it will be apparent that the fastening part 70 a guide shot 104 in which a guide projection 106 of the introduction part 72 is introduced. The insertion part 72 This is especially defined on the fastening part 70 guided.

The control 50 also has a locking device 108 on. The locking device 108 has the locking element 74 , the feather 76 , a first recess 110 and a second recess 112 on. In the in 8a shown insertion position is the locking element 74 partly from the first recess 110 added to the insertion part 72 defined to hold in the insertion position.

8b shows a longitudinal section of the control 50 in the tilted position (cf. 7b ). In the tilted position, the locking element 74 partially from the second recess 112 added to the insertion part 72 , the locking pin 48 (please refer 4a ) and thus ultimately the wing 12 (please refer 1 ) in the tilted position. The wing 12 (please refer 1 ) can not be slammed by a draft from the tilted position.

In summary, the invention relates to a control, in particular a control block, for a fitting arrangement of a sliding and tiltable openable window, a sliding and tilt openable door or the like. The control element has an insertion part in the form of a carriage and a fastening part in the form of a carriage mount. The insertion part has a Einführkulisse in the form of a groove to receive a control pin of the fitting assembly. In an insertion position the Einführkulisse is open at one end parallel to its groove bottom. The insertion part can be pushed into a tilting position in the fastening part. In the tilted position the Einführkulisse is closed parallel to its groove bottom by the fastening part to hold the control pin on the control.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• EP 1959080 A2 [0003]

Claims (10)

Control ( 50 ) for a fitting arrangement ( 14 ) used to attach a sliding and tilting wing ( 12 ) in a fixed framework ( 16 ) of a window ( 10 ), a door or the like is formed, wherein the control ( 50 ) an introductory scenery ( 52 ) for receiving a control pin ( 48 ) of the fitting arrangement ( 14 ), characterized in that the control ( 50 ) a fastening part ( 70 ) for attaching the control ( 50 ) on the fixed frame ( 16 ) and an insertion part ( 72 ) with the Einführkulisse ( 52 ), wherein the insertion part ( 72 ) relative to the fastening part ( 70 ) is arranged or designed to be movable between an insertion position and a tilted position. Control element according to Claim 1, in which the insertion part ( 72 ) in the longitudinal direction of the control ( 50 ) movable to the fastening part ( 70 ) is arranged or formed. Control according to Claim 1 or 2, in which the control element ( 50 ) a reversibly releasable locking device ( 108 ) to the insertion part ( 72 ) to be reversibly releasably locked in the insertion position. Control according to one of the preceding claims, in which the control element ( 50 ) a reversibly releasable locking device ( 108 ) to the insertion part ( 72 ) to be reversibly releasably locked in the tilted position. Control according to one of the preceding claims, in which the insertion part ( 72 ) a reversibly releasable locking device ( 108 ) to the insertion part ( 72 ) reversibly releasably lock in the insertion position when the insertion part ( 72 ) is in the insertion position and to lock reversibly releasable in the tilted position when the insertion part ( 72 ) is in the tilted position. Control element according to one of Claims 3 to 5, in which the latching device ( 108 ) by a spring element ( 76 ) of the locking device ( 108 ) acted upon by spring force locking element ( 74 ) and at least one latching recess ( 110 . 112 ) for at least partially receiving the locking element ( 74 ) having. Control element according to one of the preceding claims, in which the fastening part ( 70 ) a stop surface ( 92 ) for the control pin ( 48 ), wherein the stop surface ( 92 ) through a side wall ( 90 ) the introductory scenery ( 52 ) is continued. Control according to one of the preceding claims, in which the control element ( 50 ) a guide ( 80 ) for guiding the insertion part ( 72 ) relative to the fastening part ( 70 ) having. Fitting arrangement ( 14 ) with a control ( 50 ) according to one of the preceding claims and a scissors ( 38 ) for connecting a sliding and tilting wing ( 12 ) with a fixed frame ( 16 ) of a window ( 10 ), a door or the like, wherein the Ausstellschere ( 38 ) a control pin ( 48 ), which in the Einführkulisse ( 52 ) of the insertion part ( 72 ) is insertable. Window ( 10 ), Door or the like with a sliding and tilting wing ( 12 ) and a fitting arrangement ( 14 ) according to claim 9.

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