Abstract: A drawer includes a bottom, a rear wall, a front plate and two side walls. Each side wall includes separates a lower and upper parts which are anchored to each other by means of a downwardly extending flange of the upper part. The lower part is made of an organic material, for example plastics material or chip board. The upper part is formed by a metal profile having a substantially U-shaped configuration including upper and lower running flanges defining a running groove for a runner roller at the side of a furniture body. A roller carrier is connected to the upper part and is mounted on to the rear wall of the drawer.

Abstract: An extension pull-out guide assembly for each side of a drawer includes a pull-out rail fastened to the drawer, a supporting rail on each side of a furniture body and a center rail arranged between the pull-out rail and the supporting rail. A runner roller is mounted on the center rail. The supporting rail has stop members for the runner roller of the center rail to limit the extracting movement of the center rail. The stop members hold the runner roller of the center rail in clamping arrangement between a first passable stop member that can be overrun and a second unpassable stop member. Thus, unintentional displacement of the center rail in the extracted position towards the front as well as towards the rear is prevented.

Abstract: A drawer is subdivided by means of rod-like or frame-like separating members. The separating members extend from side wall to side wall of the drawer. Slide members, each having an arm projecting from the separating member, are arranged on the separating members. Two slide members together form a cruciform part or shape. The separating members are slideable in the drawer and have releaseable clamps.

Abstract: An extension pull-out guide assembly for a drawer includes a supporting rail on the side of the furniture body, a center rail and a pull-out rail on each side of the drawer. The supporting rail has one or two resilient stops of resilient material and a rigid stop which cannot be overrun by a roller of the center rail. A lower horizontal flange of the supporting rail is provided at the outer edge thereof with a vertical flange. An opening is provided in the vertical flange in front of rigid stop. When the center rail is extracted from the supporting rail, the roller is first held by the resilient stop. When the roller is moved past the resilient stop, it comes to rest against the rigid stop. Thus, the center rail cannot be extracted unintentionally from the supporting rail. The roller may, however, be laterally moved through the opening, such that the center rail can be released from the supporting rail.