Julius Blum Gesellschaft M.b.h.

Julius Blum Gmbh

Helmut Fitz

Erich Rock

Klaus Brustle

Harald Sutterlütti

Klaus Brüstle

Edgar Huber

A drawer includes comprising two drawer frame members, a rear wall, a drawer bottom and a front facing panel. The front facing panel is angled inwardly and fixed adjustably to the drawer.

Drawer

A drive mechanism for a furniture portion, in particular a drawer or a door which is mounted movably in or to a furniture item, includes a drive device which is guided movably with respect to a base and which is acted upon by a force storage means, a damping device, and a retraction device. The drive device has an ejection element for moving the furniture portion from a closed end position into an open position, and a locking element which is guided by a preferably heart-shaped guide track which is formed on the base. The damping device, the force storage means which acts on the drive device, and the refraction device are connected in series.

Drive mechanism for a furniture part which is mounted movably in or on an item of furniture

A damping arrangement, in particular for displaceable furniture parts, includes a damper () which is provided with a tappet () which can be impinged upon, and which can be supported by a support element (). The support element () can be positioned and/or displaced in relation to the tappet ().

Damper arrangement

The invention relates to a hinge, particularly for movable furniture parts (), comprising: at least seven rotational pins; at least two stop parts () for fastening to furniture parts () or the like, and; a linear damping device for damping an opening and/or closing movement of the hinge. This hinge is designed in such a manner that all components () of the linear damping device () execute a motion relative to both stop parts () during the opening and/or closing movement of the hinge.

Hinge with damper

A drawer () for a corner cabinet includes a front panel () angled inwards, two drawer side walls (), a rear wall (), and a drawer base (). The front panel () has at least two plates (&#x2033;) which, when the drawer () is extended from within the corner cabinet, move relative to the drawer side walls () at the beginning of the opening process and at the end of the closing process.

A piece of furniture with a furniture body and a first and at least one second drawer, displaceable relative to the furniture body, the front panel of the first drawer essentially completely covering the front panel or front wall of the second drawer in the closed position for both drawers, characterized in that the first and the at least one second drawer comprise an opening device for displacing the drawers from a closed position to an open position and a switch element is provided between both opening devices which couples both opening devices in a first switch position and uncouples the same in a second switch position.

Article of furniture

An extension guide fitting for drawers includes an extension rail at the drawer side, a carrier rail at the furniture body side, and a middle rail which runs between the extension and carrier rails at both sides of the drawer. The load between the rails is transmitted by running rollers which are mounted in separate carriages. Mounted in the front region of the carrier rail are at least two stationary support rollers on which the extension rail runs via a running limb so as to support the extended rail at least in the closed condition of the drawer.

Extension guide fitting for drawers

A hinge is provided for connecting two flap portions of a folding flap, and there is a gap between the flap portions. The hinge includes two hinge portions, each of which can be fixed to a flap portion. At least one of the hinge portions which is mounted displaceably with respect to a mounting plate is held in a first position by a force-exerting holding device and is movable into a second position after the force is overcome and the holding device is released or unlatched, with the gap between the flap portions being increased.

Hinge, in particular for connecting two flap portions of a folding flap

A braking and damping device for movable pieces of furniture has a fluid-cylinder () in which two pistons () are arranged in a linearly displaceable manner. One of the pistons () is displaceable by a piston rod (). Arranged between the two pistons () is an elastically deformable sealing member, which, when damping occurs, is deformed by being squeezed between the two pistons () and pressed against a cylinder wall ().

Braking- and damping device, in particular for movable pieces of furniture

A metal pull-out rail is to be connected to a drawer bottom plate and to a drawer side wall having a cover strip to cover a lateral edge of the bottom plate. The pull-out rail includes a lower horizontal flange on which is to be positioned the bottom plate. A plurality of flaps integral with the flange are punched from the material thereof. A portion of each flap is inclined to the flange in a direction to be away from the bottom plate. Each flap has a free end and a portion having therethrough a hole for receipt of a screw for attaching the flap to the bottom plate. Each flap has an abutting portion for, when the flap is attached to the bottom plate by the respective screw fitting through the hole and being screwed into the bottom plate to thereby move the portion toward the bottom plate, abutting the bottom plate and causing the bottom plate to be urged toward the cover strip.

A hinge for mounting a door on a frame of an article of furniture includes a mounting plate mountable to the frame, a hinge arm mounted on the mounting plate, and a hinge case mountable to the door end connected to the hinge arm by at least one hinge axle. The mounting plate is fastenable to the frame by at least one fastening screw. The mounting plate is provided with a key hole or a T-shaped hole having a broad first part and a narrow second part. An adjustment screw is mounted in a female thread of the hinge arm and has a head part and a neck part, the neck part being of smaller diameter than a threaded part of the screw. The width of the broad first part of the hole is broader than the diameter of the head part of the adjustment screw and the width of the narrow second part of the hole is less than the diameter of the head part and of the threaded part. The neck part of the adjustment screw is held in the narrow second part of the hole, and the head part abuts a rear side of the mounting plate.

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Lustenau, Austria

Helmut Fitz