DE2340052A1 - Guide- and sealing unit for sliding doors, windows - sealing element has grooves to accommodate guides - Google Patents

Abstract

The sliding door, etc. is displaced at right angles to its plane, towards the room interior, and then parallel to it, by guide rollers, which are actuated by a lever arrangement. The guide- and sealing unit consists of a guide element, with a sealing element located in it. The sealing element has guide grooves for corresponding guides on the lever arrangement. The grooves are inclined towards the window plane, and the guide element has one or more guide rollers. Preferably the sealing element contains a traperzium shaped recess in which corresponding shoulders of the guide element are accommodated.

Description

KLÖCKHER-WERKE IKiDIEHGESELLSCHAi ¹ T, 41 Duisburg Mülheimer Strasse 50

Guide and sealing element for sliding doors, sliding windows or the like

The invention relates to a device for guiding and sealing sliding doors, sliding windows or the like, wherein the sliding door, the sliding window or the like initially transversely to the plane in the direction of the Inside the room and then parallel by means of guide rollers is displaceable, which is operated by a lever device will.

Such constructions are already known. So is a known device above the door leaf continuous support rail arranged on which the door leaf is pivotably suspended and opened by means of a roller carriage the guide rails arranged on the fixed frame can be displaced, through which the door leaf at Opening is first lifted out of the door opening and then slidable parallel to its plane. These The device has the disadvantage that pivot levers must be attached to lift out the door, which is labor during production, during honing and additional material consumption. In addition, the Closing the door creates friction on the sealing surfaces.

Furthermore, a device for a horizontally sliding sash of windows, doors or the like from the DT-AS 1 909 260 known, the wing in the closed position in a plane with an adjacent wing

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and to open initially perpendicular to its plane and can then be pushed horizontally behind the other wing. This device has the disadvantage of large manufacturing and operating costs, since a Role is necessary, which is mounted immovably on the wing with the axis parallel to the plane of the wing, and there is one Another role is mounted on the wing so that it can pivot about an axis directed parallel to the plane of the wing and after the parallel displacement of the sash from its inclined position to an upright position by running onto the lower guide rail is pivotable.

The invention is based on the object of a simple and inexpensive device for guiding and sealing To create sliding doors, sliding windows or the like, in which the transverse movement to the plane Closing and sealing, and the movement parallel to the surrounding frame to open the window, Doors or the like, can be carried out with a combined guide-sealing element, so that a safe Sealing is ensured without friction occurring on the seal.

This object is achieved according to the invention in that the device mentioned at the beginning consists of a guide element and a sealing element, the sealing element having one or more guide grooves for corresponding Having pins on the lever means, the guide grooves in run substantially obliquely to the window plane and the guide element has one or more guide rollers.

Preferably, two guide grooves are provided on the sealing unit, in each of which a guide pin

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intervenes. In this case, the guide groove can be made up of two hats at the end from the "order" that oppose each other are displaced in parallel and connected to one another by an inclined further groove section. All guide pins are connected to a lever device forming linkage and can over a central lock can be used. The guide pins are always in one end the groove; if the central lock is actuated, all guide pins slide into the other end of the guide grooves, wherein the sealing element executes a transverse movement to the window plane.

Furthermore, a rectangular opening can be attached to the guide element, in the area of which a Guide role is arranged.

The guide roller can be mounted in the guide element by means of an axis that is movable in the axial direction be, wherein the axis extends into the sealing element and the guide roller on the axis through two Retaining rings is fixed.

A trapezoidal recess can be provided on the sealing element, into which a likewise trapezoidal recess Approach of the guide element engages.

A major advantage of the invention lies in the simplification of assembly, since both elements (sealing and guiding element) are united in one element. In addition, by moving across the plane, it is possible to create a to attach circumferential seal, which when opening or closing the doors, windows or the like no friction learns. It is also possible to have all of them at one

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To operate windows or the like attached devices together with a central lock. It It goes without saying that in the case of large-area doors, windows or the like, any number of devices can be attached.

The invention is described below with the aid of a preferred exemplary embodiment shown in the figures explained in more detail.

They show: FIG. 6 a front view of a device according to the invention,

FIG. 2 is a top view of FIG. 1.

The device 1 for guiding and sealing sliding doors, "sliding windows or the like" consists of a guide element 2, a sealing element 3? one Guide roller 9 and an axle 10.

In a longitudinal groove 4- of the guide element 2 is Sealing element 3 arranged transversely to the window plane and relatively movable to it.

The sealing element 3 has guide _{grooves 7 5} which consist of two end cap sections 7 'which are displaced parallel to one another and are connected to one another by a further IT groove section 7 ″ running essentially at an angle to the window plane. A guide ^{pin (not shown) engages in each of the guide grooves ″ 7} , all of the guide pins being connected to a linkage which forms the lever device. If a central lock (not shown) is operated, all linkages or guide pins in

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Can be brought into use, all guide pins slide from one end of the guide groove 7 to the other, wherein the sealing element 3 executes a transverse movement to the window plane.

The movement of the sealing element 3 in the longitudinal direction is prevented by the mounting of the axle 10 in the guide element 2. The trapezoidal formations, a shoulder 6 and a recess 5 - are used to save space.

In a rectangular opening 8 attached to the guide element 2, the guide roller 9 is on the axis 10 mounted, the guide roller 9 being fixed on the axle by two locking rings 11. The axis 10 is mounted in the bores 12 of the guide element 2, the axis 10 extending into the bore 13 of the sealing element 3 extends. The leadership role on the guide element 2 is used to move the windows, doors or the like in parallel to the surrounding area Frame, with an imprecise alignment due to the fact that the axis 10 can move in the axial direction the rails is compensated. '

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Claims (5)

( .1) ί Device for guiding and sealing sliding doors, sliding windows or the like, whereby the sliding door, sliding window or the like can initially be moved transversely to the plane in the direction of the interior of the room and then parallel by means of guide rollers that are actuated by a lever device , characterized in that " the device (1) consists of a guide element (2) and a sealing element (3) arranged therein ^ the sealing element (3) having one or more guide grooves (73. -for has corresponding pins on the lever device, the guide grooves (7) substantially run obliquely to the window level and the guide element (2) has one or more guide rollers (9) ^ owns. 2) Yorrichtung according to claim 1, characterized in that the guide grooves (7) in the sealing element (3) consist of two end-side iTut sections (7 ') which are shifted parallel to each other and are connected to one another by an inclined further groove section (7 ¹ '). 3) Device according to claim 1 or 2, characterized by a rectangular opening (8) in the guide element (2) in which a guide roller (9) is mounted. 4) Device according to one of claims 1 to 3? characterized in that the guide roller (9) of an axially movable shaft (10) is fixed. - 2 - 50981 2/041 2 5) Device according to one of claims 1 Ms 4-, characterized in that the sealing element (3) has a trapezoidal recess (5) "into which a corresponding projection (6) of the guide element (2) engages. 509812/0412 lee rs e i t e