Mepla-werke Lautenschlager Gmbh & Co. Kg

Karl Lautenschlager Gmbh & Co. Kg.

Alfit Aktiengesellschaft

Karl Lautenschlager Gmbh & Co. Kg Mobelbeschlagfabrik

Alfil Ag

Klaus Kalwar

Hagenhenrich Gmbh & Co. Kg

Grass Gmbh

Horst Berger

Horst Lautenschlager

Gerhard W Lautenschlager

Günter Grabher

Otto Berger

Fritz Gumpert

A flush-mounted guiding arrangement adjustably mounts furniture parts that are extractably and insertably mounted inside a furniture carcass by means of a pair of extensible guides encompassing one respective guide rail. The sliding rail is longitudinally guided on the guide rail and can be placed in the lateral edge region on the bottom face of the extractable furniture part. An adjusting fixture grips the bottom of the furniture part that is to be mounted and in the forward end area of the sliding rail. The adjusting fixture has a mechanism for adjusting the position of a sliding rail relative to the extractable furniture part in the direction of at least one axis of a Cartesian coordinate system formed by three coordinate axes that run substantially perpendicular to each other.

Flush-mounted guiding arrangement for furniture components, in particular drawers in the body of furniture pieces

Device for adjustable mounting of the rear end of runners () of pull-out guides on the inner end region, facing away from the front panel, of drawers () or other furniture components withdrawably mounted in the carcass of a piece of furniture, with a mounting element () which is disposed so as to be adjustable in height on the rear end of the runner () and which can be brought into sliding engagement with a receiving arrangement provided on the rear of the drawer () by relative displacement of the drawer on the runner in the longitudinal direction of the runner. The mounting element () is disposed on a lever arm which is mounted on the runner so as to be pivotable in a vertical plane about an axis (A) extending horizontally at right angles to the longitudinal direction of the runner (), and a height adjusting mechanism is provided which acts on the one hand on the lever arm and on the other hand on the runner.

Device for adjustable mounting of the runner of pull-out guides on drawers

Closing and opening device for drawer pull-out guides () with a guide rail () to be fixed on a carcass wall of a piece of furniture and a running rail () which is mounted so as to be displaceable relative to the guide rail&#x2014;optionally with a central rail () interposed&#x2014;and is to be fixed on the drawer. On a latch housing () disposed on one of the two aforementioned outer rails there is provided a movable catch component () which is pretensioned by a spring arrangement in a bistable manner into two end positions spaced from one another in the direction of movement of the drawer, and the catch component has a seat () for a dog () which is provided on the other rail and which moves into the seat during the relative displacement of the rails as the closed position is approached and pivots the pretensioned movable catch component () and thereby unlocks it from the associated end position. The catch component is moved under the action of the spring tension into the other end position and by way of the dog () held in the seat () it entrains the rail associated therewith in the direction of retraction of the drawer. An opening and closing device () which acts on the catch component () on the one hand and on or in the catch housing () on the other hand and which, when a pushing in movement in the direction of closing the drawer is exerted on the drawer which is retained in the closing position by the closing and opening device, displaces the catch component () and by way of the dog () engaging in the seat () of the catch component it displaces the running rail () and thus a drawer held on the running rail by a predetermined amount in the direction of opening the drawer.

Closing and opening device for drawers

A self-closing drawer guide includes a spring assembly with a piston disposed in an elongated cylindrical housing, with a piston rod attached to the piston and protruding from one end of the cylindrical housing. The spring assembly applies a force, when the drawer is being closed and when the drawer approaches the closed position, and holds the drawer in the closed position under pretension. The spring of the spring assembly that pretensions a ratchet element of the self-closing mechanism via the piston rod is arranged between the piston and one of the end walls that at least partially closes the end face of the cylindrical housing, whereby the housing of the spring assembly is fixedly arranged on the rail of the guide that supports the movable ratchet element.

Self-closing drawer guides with integrated damping

The present invention is a fitting for the adjustable-height mounting of drawers on the runner rails of drawer slides, which support them on the bottom. On the runner rail of each drawer slide a slider is provided with a bearing surface facing the drawer bottom, and can be shifted parallel to the runner rails by a given amount. The slides are inclined, however, such that the bearing surface of the slider will be substantially flush with the drawer bottom or even below the drawer bottom when the drawer is supported on the runner rail in the properly installed position. But in the other end position the slider is shifted upward by the amount desired for the adjustment.

Fitting for the adjustable-height mounting of drawers

Arrangement for fastening a hollow railing (10) to the front (24) of a drawer. A blind bore (26) is created on the back of the drawer front. The threaded shaft (20) of a fastener having a fastening head (22) of larger diameter, which can be inserted into the bore, is screwed into the front end of the railing. The fastening head tapers from its end at the railing towards its free end such that its upper generatrix is parallel over most of its length with the railing, and its lower generatrix slopes downwardly from the free end of the fastening head over most of its length. Near the free end of the fastening head at least one knife-edged projection reaching radially upwardly is provided and its cutting edge runs more or less circumferentially.

Fastening device for drawer railings

Hardware device for the vertically adjustable mounting of drawers extractably held in the carcase of furniture pieces by means of drawer slides. Each of the drawer slides has a guide rail for fastening in the carcase interior and a runner rail for attachment to the drawer on which races are provided for roller bodies or at least a roller journaled on one of the rails. In the vicinity of the carcase-front end of the drawer slide there is mounted a sector-shaped, thin adjuster for rotation about a vertical axis, the thickness of which measured in the vertical direction increases wedge-like in the direction of rotation from a radially disposed edge. The axis of rotation of the adjuster is so disposed with respect to the drawer slide that the portion that thickens wedge-like can be set between one of the rails of the drawer guide and a vertically opposite steady surface of the furniture piece.

Hardware device for the vertical adjustment of drawers

The present invention relates to a drawer side made of metal. The drawer side includes a double-walled upper profile section bent from sheet metal and open at the bottom, into whose open bottom a bottom profile section (14) which is separately made and joined to the upper profile section is inserted, so that the drawer side is formed by a closed hollow profile. The bottom profile section (14) is inserted into the open bottom of the double-walled upper profile section (12) bent from sheet metal. The bottom profile section is made of plastic, preferably by an injection molding process from a thermoplastic.

Drawer side wall formed of an upper double-walled profile section and a

A mounting system for the carcase-interior end of the guide rail (10) of a drawer guide for drawers and the like in the carcase of a cabinet at a distance from the inside surface of the associated carcase side wall. The guide rail (10) is formed as a channel which is fitted from underneath into a corresponding runner rail which can be fastened to the drawer and is formed by an inverted channel inside of which tracks are formed for rolling bodies. In the portion of the guide rail (10) engaged in the runner rail, tracks are also formed for the rolling bodies, so that the runner rail is displaceable relative to the guide rail. The section of the guide rail (10) engaged in the runner rail is bent from the horizontally disposed web of the rail. In the carcase-interior end portion of the guide rail (10) a tab (16) stands up from its horizontal web and is aligned transversely of the length of the guide rail, and is provided with detent teeth (18) on its edge pointing away from the web. A mounting piece (12) which can be fastened in the interior of the carcase serves to accommodate the guide rail; it has a supporting surface (24) extending under the back end of the horizontal web of the guide rail (10), and has a resilient tongue (26) which is provided above the supporting surface (24) at the level of the tab (16) on the guide rail, and bears parallel grooves (28) on its bottom running in the direction of the length of the guide rail, and it is forced against the detent teeth (18) of the tab (16).

System for fastening the back end of the guide rail of a drawer slide

Automatic pull-in mechanism for drawer guides

The invention relates to a preferably hollow metal stock for drawer sides, especially drawer sides, and to a method for the production of such hollow stock. The hollow material has a hollow space which is foam-filled, to improve the properties of the action of a drawer made from the stock by reducing the noise that occurs when a drawer is opened and closed. The strength of the stock is also improved and as is a drawer made from the stock.

Hollow stock filled with foam for making drawer sides and a method of

The present invention relates to a metal panel for drawer walls. The invention provides for a single thickness wall plate stamped and shaped from sheet metal and a separately manufactured drawer-bottom holding shaped structure formed of metal. The wall plate has a lower marginal area which the drawer bottom holding shaped structure is fastened to.

Metal panel for drawer walls

Mounting bracket (10) for the rearward end of the runner (18) of a drawer guide (20), in which the guide rail (22) to be fastened to the cabinet wall reaches from underneath into the corresponding runner (18) which is formed of a hollow structural shape open at the bottom and is to be fastened removably underneath the drawer bottom (16); a front mounting piece which can be mounted under the drawer bottom (16) in the area of the drawer front is associated with the front end of the runner (18), on which the outer end of the runner is releasably held. The mounting bracket (10) to be fastened in the rear corner area of the drawer has two clip arms (36) projecting downward below the underside of the drawer bottom (16), at least one of which clasps the runner (18), and between which the runner can be passed.

Mounting bracket for drawer guides

The invention relates to a fastening hardware set for the adjustable fastening of a drawer front to the sides of a drawer. The invention has a hook which can be affixed to the front mark. A stud unit which can be releasably held by the hook is provided on the corresponding side.

Fastening hardware set for drawer fronts

A corona treatment of web-shaped materials or shaped bodies is performed by at least one corona electrode which has an operating region, wherein a gas and/or waste heat produced during the corona treatment is aspirated and at least partially returned to the operating region of the corona electrode. 2

Growing community of inventors

Bielefeld, Germany

Horst Berger