Abstract:
A method of driving a moveable part and, in particular, a drawer by a drive unit and, in particular, an electric drive unit. At least over a partial length of track (S2), forming part of the total track traversed by the moveable part, the force exerted on the moveable part by the drive unit is controlled at a predetermined level.
Abstract:
Piece of furniture with a movable furniture component, in particular a drawer or door, a drive unit and a device for the mechanical transmission of force from the drive unit to the movable furniture component or the body of the furniture, in particular a pin arranged on a lever that can be powered by the drive unit, for the ejection and/or insertion of the movable furniture component, the device for the mechanical transmission of force (4) being arranged in a guide track (8) for the transmission of tensile and thrust forces.
Abstract:
A fitting to be removably fastened to a furniture part includes a body, at least one expanding plug anchored in the body, and a pin-shaped expansion part. The body has a projecting supporting throat to protrude into a cavity in the furniture part. The supporting throat has at least one recess into which a projection on the expanding plug extends.
Abstract:
A drawer includes a front panel and two drawer sides which are joined to the front panel by fixing devices and which have lateral U-shaped profiles with upper and lower horizontal flanges for accommodating a drawer base. The under side of the drawer base is provided, in regions of the U-shaped profiles with grooves into which fit projections of the lower horizontal flanges. The drawer has a rear wall. Each lower horizontal flange has only a single projection projecting into the respective groove thereabove. Such projection is at or close to a front end of the horizontal flange. During assembly of the drawer, the drawer sides are pushed laterally onto the drawer base, so that the projections of the lower horizontal flanges of the drawer sides project into the grooves thereabove in the drawer base. Rear ends of the drawer sides are diverged. The rear wall is then inserted between the drawer sides, and thereafter the drawer sides are pushed towards one another until the rear ends thereof snap into the rear wall. The projections serve as axes of rotation during these movements. The front panel is then anchored to the drawer sides by the fixing devices.
Abstract:
A drawer includes drawer side walls and metal pull-out rails attached to the drawer side walls. Each metal pull-out rail has a vertical web, an upper horizontal running flange and a lower horizontal flange supporting a drawer bottom plate. The bottom plate has parallel lateral edges and a pair of longitudinal grooves extending parallel to such lateral edges. A number of flaps are punched out of each lower horizontal flange and extend into a respective groove to fix the bottom plate to the flange. Cover strips are arranged on the drawer side walls and cover the lateral edges of the bottom plate. A further number of flaps is stamped out of each lower horizontal flange. Such further flaps abut the bottom plate at the sides of the respective groove, thus thrusting the bottom plate to the respective cover strip.