Abstract: An one-piece corner connector for connecting two frame bars at right angles to one another includes a right-angle bracket having two angle legs, an intermediate plate, and two U-profile connecting pieces at right angles, having a middle leg and two side legs for insertion into the plug-in openings in the frame bars which are open at one end. The middle legs of the U-profile connecting pieces are formed on and run with their outer side parallel to the intermediate plate. The one outer side legs of the U-profile connecting pieces are each formed on one of the angle legs and run with their outer side parallel to the outer side of the angle leg. The other inner side legs of the U-profile connecting pieces are connected to one another by means of a wall element which is angled from the intermediate plate.

Abstract: An one-piece corner connector for connecting two frame bars at right angles to one another includes a right-angle bracket having two angle legs, an intermediate plate, and two U-profile connecting pieces at right angles, having a middle leg and two side legs for insertion into the plug-in openings in the frame bars which are open at one end. The middle legs of the U-profile connecting pieces are formed on and run with their outer side parallel to the intermediate plate. The one outer side legs of the U-profile connecting pieces are each formed on one of the angle legs and run with their outer side parallel to the outer side of the angle leg. The other inner side legs of the U-profile connecting pieces are connected to one another by means of a wall element which is angled from the intermediate plate.

Abstract: A frame construction, in particular for a rack system, includes two vertical columns each in the form of a rectangular hollow profiled column element having a longitudinal groove, the two groove legs of which lying opposite each other each have on the inside two longitudinal ribs, between which a hole pattern strip is inserted into the hollow profiled column element. A plurality of horizontal crossbeams, which are fastened to the two columns, each are in the form of a rectangular hollow profiled crossbeam element. Crossbeam connectors are fastened to the end faces of the hollow profiled crossbeam element. The crossbeam connectors each engage, with at least one pin, in one of the holes of the hole pattern strips.

Abstract: A pull-out guide for drawers or the like, includes a body rail, a drawer rail, and an automatic retraction for retracting the drawer rail into its closed final position. The automatic retraction is fixed to the body rail or drawer rail and has a pivotable coupling element that is guided in a longitudinally displaceable manner and interacts with a catch which is provided on the respective other rail. The automatic retraction and the catch are arranged in a vertical intermediate space, which is formed between a horizontal web of the body rail and a horizontal web of the drawer rail. The automatic retraction housing abuts the horizontal web of that rail to which the automatic retraction is fixed, and the coupling element can be pivoted about a horizontal axis into a locked position.

Abstract: A pull-out guide for drawers, including a body rail, a drawer rail, and a center rail which runs differentially between these two and is guided in two rolling body carriages. The center rail has a toothed wheel and the two rolling body carriages each have one toothed rack that meshes with the toothed wheel. When the pull-out guide is completely pulled out, the drawer rail is pulled out beyond the body rail. Each toothed rack includes a toothed rack end section which projects past the rolling body carriage and meshes with the toothed wheel when the pull-out guide is completely pulled out. The body rail and/or the drawer rail each have a support on which a side of the toothed rack end section facing away from the tooth profile is supported when the pull-out guide is completely pulled out.

Abstract: A pull-out guide for drawers, including a body rail, a drawer rail, and a center rail which runs differentially between these two and is guided in two rolling body carriages. The center rail has a toothed wheel and the two rolling body carriages each have one toothed rack that meshes with the toothed wheel. When the pull-out guide is completely pulled out, the drawer rail is pulled out beyond the body rail. Each toothed rack includes a toothed rack end section which projects past the rolling body carriage and meshes with the toothed wheel when the pull-out guide is completely pulled out. The body rail and/or the drawer rail each have a support on which a side of the toothed rack end section facing away from the tooth profile is supported when the pull-out guide is completely pulled out.

Abstract: A pull-out guide for drawers or the like, includes a body rail, a drawer rail, and an automatic retraction for retracting the drawer rail into its closed final position. The automatic retraction is fixed to the body rail or drawer rail and has a pivotable coupling element that is guided in a longitudinally displaceable manner and interacts with a catch which is provided on the respective other rail. The automatic retraction and the catch are arranged in a vertical intermediate space, which is formed between a horizontal web of the body rail and a horizontal web of the drawer rail. The automatic retraction housing abuts the horizontal web of that rail to which the automatic retraction is fixed, and the coupling element can be pivoted about a horizontal axis into a locked position.

Abstract: A fastening device for furniture parts includes a two-arm lever having a front lever arm and a rear lever arm mounted on a first furniture part so as to be pivotable about an axis of rotation. The front lever arm has for engagement in a holder of a second furniture part comprised of a transverse plate supported by a spacer member, wherein the transverse plate is approximately hook-shaped and is provided with an inclined contact surface located in front of the transverse plate. The spring-biased lever is mounted so as to be longitudinally displaceable to a limited extent and the front lever arm has an additional indentation for resting the lever arm on a fixed transverse axis.

Abstract: A device for mounting of drawer front panels, which are adjustable laterally and vertically by bolts 7, 8 equipped with a thread 11 and with an eccentric, respectively, wherein the bolts 7, 8 are guided in the device 5 approximately perpendicularly to the drawer bottom and are accessible from above, wherein the threaded bolt 7 reaches through a tap hole 12 and the eccentric bolt 8 reaches through an oblong hole 16 of the device, and are supported on an undersurface 17 of the edge frame 1.