Abstract: In a drawer guide having a shaped guide rail which can be fastened to the wall of a cabinet and which is engaged from below into a corresponding runner rail in the form of an inverted channel which can be fastened to the drawer, tracks for rolling bearings are formed in the interior of the runner rail. Upon a longitudinal displacement of the runner rail relative to the guide rail, these rolling bearings roll on these runner rail tracks and in tracks formed in the portion of the guide rail which is engaged in the runner rail. The portion of the guide rail that is engaged in the runner rail is bent from the substantially horizontal part of the guide rail. On the latter part of the guide rail a resiliently deformable brake element is provided and on a lateral ear of the runner rail there is provided a projection which will run against the resilient brake element in the desired braking position.

Abstract: A slider slidably mounted on a guide rail has a recess formed in the lower surface of the slider, and a pressure vessel made of elastic material is accommodated in the recess. A friction plate is attached to the lower surface of the pressure vessel to abut against the upper surface of the guide rail. Hydraulic pressure is exerted on the upper surface of the guide rail through the friction plate by the pressure vessel and is adjustable by a pressure control valve so as to vary the frictional resistance between the slider and the guide rail.

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.

Abstract: An adjustment fitting for a height-adjustable mounting of a furniture part on a furniture main body includes a guiding sleeve and a carrier post partially received and slidably guided in the guiding sleeve. An arresting arrangement operative for arresting the carrier post in a multitude of positions relative to the guiding sleeve is concealed in at least one of the guiding sleeve and carrier post. The arresting arragement may include two cooperating parts one of which is secured to the guiding sleeve and the other to the carrier post, or it may be constituted by a clamping roller which is received in a downwardly tapering pocket of the guiding sleeve and is clamped between the inclined surface bounding such a pocket and the external surface of the carrier post. The furniture part may also be mounted on the carrier post for pivoting about an axis extending transversely to the longitudinal axis of the carrier post.