Abstract: A drawer guide fitting with a pull-out track (2) on the drawer and a support track (4) on the body, at each side of the drawer (6). The weight of the drawer (6) is transmitted by the pull-out tracks (2) by means of runners (1, 3) to the support tracks (4). A retraction device for the drawer is provided, which comprises a linear motor (5).

Abstract: A closing device for a drawer includes a holding part in the form of a hook, a latch part and a spring tensioning such two parts to an engaged position. The holding part is, for example, fastened to a furniture body and the latch part to the drawer. The latch part has at least two different guide tracks for guiding the holding part, the holding part being guided along different guide tracks during opening and closing of the drawer. The holding part is bendable laterally as well as in the plane of the hook. When a tensioning force acts on a closed drawer, the holding part evades the latch part by bending in the plane of the hook.

Abstract: On each side of a drawer is provided a pull-out rail fastened to the drawer and a supporting rail fastened to a furniture body side wall. A closing device pulls the drawer inwardly during a rearward portion of a push-in movement of the drawer into the body of the piece of furniture. The closing device includes a roller mounted on a pivotable lever which is acted upon by a spring. The roller is guided under pressure along a guide path that partly includes double tracks, the roller being guided in one track during an extracting motion and in the other track during the push-in motion.

Abstract: A closing device is provided for a drawer having a pull-out rail fastened to the drawer and a supporting rail fastened to the body of an article of furniture. An energy storing member is arranged between the drawer and the furniture body, preferably between the pull-out rail and the supporting rail. Such energy storing member stores part of kinematic energy imported thereto during opening of the drawer and releases such energy to the drawer during an end portion of movement of the drawer during closing thereof. The energy storing member includes a holding member which is pivotally mounted at a body side wall and includes a zone of contact having the shape of a circular arc for engagement with a tension pinion that is stationarily mounted with respect to the body side wall. The tension pinion has a frictional connection with the pull-out rail.