Abstract: A fastening arrangement for fastening a drawer or a sliding bottom on a pull-out slide has a first fastening element which can be connected with the sliding bottom, and a second fastening element which can be connected with a rail of the pull-out slide. The first fastening element is pivotally connected to the second fastening element. The fastening arrangement has at least two connection parts which can be mounted separately of one another on a rail of the pull-out slide and which are each provided with at least a first and second fastening element. The first fastening element is preferably each constructed of a pin made of a plastic material which is molded to the connection part.

Abstract: A fastening arrangement used for fastening a rear-side wall element of a drawer to a sliding drawer bottom. The arrangement includes a connection element and a wall element which is fixed on the sliding bottom, and a connection element which can be mounted on the sliding bottom and connected with a pull-out slide. The wall element is pivotally connected on the sliding bottom. A catch device formed on the connection element holds the wall element in a mounting position. Preferably, an attachment on the connection element has a recess and a stop for the wall element. This construction simplifies the mounting of a drawer and reduces the manufacturing, costs because only a small number of components are required.

Abstract: A mounting unit used for fastening a drawer to a pull-out slide formed of several rails which are displaceably disposed with respect to one another. The mounting unit has several connection elements, each having horizontally extending upper supporting edge which can be connected, at least partially, with an upper edge of an upper rail of the pull-out slide. Each connecting element also includes a downward extending center section and a horizontally extending bottom section on which the sliding bottom is at least partially held. This approximately Z-shaped construction distributes stress well, and reduces costs of manufacture because the connection elements are identical and can be used for the right and left side of a drawer.

Abstract: A fastening arrangement, particularly for front panels of drawers, has a fastening element which can be fastened on a rail of a pull-out slide, and a holding part which can be connected with a front panel. The holding part is prefixed relative to the fastening element such that an adjustment of the holding part with respect to the fastening element can be made into a first horizontal or vertical direction. The holding part is held on the fastening element by the prefixing in an original or adjusted position and can also be locked in a desired position. In addition, the holding part is held relative to the fastening element to be prefixed and adjustable into a second direction perpendicular to the first direction. For the prefixing, the fastening arrangement has a snap-type device, a catch device and an eccentric device.

Abstract: A pull-out slide is used for fastening a drawer sliding bottom on a side wall of a stationary furniture body. The set has a carrying rail which can be connected with a holding part. The holding part can be fixedly connected with a furniture body. In addition, the set includes at least one slide rail which can slide with respect to the carrying rail, and which can be connected with the drawer sliding bottom. The carrying rail can be locked by a releasable locking mechanism on the holding part, in order to restrict movement in the direction of the carrying rail. The locking mechanism can lock the carrying rail onto the holding part, either in a first direction and/or a second direction, each direction being perpendicular to the carrying rail. Unlocking of the locking mechanism permits removal of the carrying rail and drawer sliding bottom as a unit from the holding part. The pull-out slide set with the sliding bottom is easily and rapidly mounted and demounted.

Abstract: A fastening arrangement for side walls of drawers, including several fastening elements connectable with a rail of a pull-out slide. Each fastening element provided with a holding part which extends essentially parallel to a side wall of the drawer. At least two receiving devices provided on each holding part for fastening side walls elements of the drawer to the fastening elements on the rail. The receiving devices are situated on opposite sides of the holding device. This construction permits varied configurations and designs, and allows one to adapt to the respective size and mechanical load of the drawer. The receiving devices are preferably formed between a project and an arm on the holding part, so that the side wall elements of the drawer can be clamped into the receiving devices.

Abstract: A partitioning system, particularly for drawers (1), comprises two lateral side wall elements (5, 6, 8, 12) arranged on a drawer bottom, between which a space is provided; a positionable separating wall (10) extending between the wall elements (5, 6, 8, 12); and devices for fixing the separating wall (10) between the wall elements (5, 6, 8, 12) at a desired position. The separating wall (10) is held in a first lifted position displaceable between the wall elements (5, 6, 8, 12) in order to be able to align it inside the drawer (1) into the desired position. When the positionable separating wall (10) is moved into a second lowered position between the wall elements (5, 6, 8, 12), the positionable separating wall is held in a fixed manner and is no longer displaceable.

Abstract: A pull-out slide for drawers, working leaves and other pull-out furniture parts has at least two guide rails which are displaceable in the longitudinal direction by bearing units. One guide rail is fastenable to a stationary part such as a furniture body, and another guide rail is fastenable to the pull-out furniture part. A bearing unit held between two guide rails may comprise several cylindrical roller bodies with axes of rotation perpendicular to the displacement direction. At least one roller body of a bearing unit, in the installed condition, is essentially horizontal between two guide rails, and two roller bodies are arranged so that the three axes of the three respective roller bodies form a triangle orthogonal to the displacement direction. One guide rail has a supporting web formed thereon.