Abstract: A damping device for furniture doors includes a damping cylinder longitudinally displaceably mounted in a recess of a damper housing including a cylinder housing and a piston rod and forming a stop for the furniture door. The cylinder housing is longitudinally displaceably mounted in the recess of the damper housing, the recess being formed as a hole, the end thereof protruding out of the damper housing forming a stop for the furniture door. The adjusting screw forms an axial counterbearing for the piston rod. The inner diameter of an internal thread receiving the adjusting screw is at least equal to the inner diameter of the hole receiving the cylinder housing. The end of the piston rod is received in a centric hole of the adjusting screw.

Abstract: A damping device furniture door leaves includes a damper housing with a base plate whose base area rests against and is fastened to an effective bearing area of the door opening of the furniture door leaf. The base plate includes a screw bore through which a fastening screw can be screwed into the effective bearing area. A spring projection extending from the base area of the base plate can be pushed behind the base area against spring resistance.

Abstract: A furniture hinge has a door stop part, which includes an insertion cup and is attached on a furniture door, at least one pivoting arm that is connected to a furniture body being supported on the door stop part. A damping device including at least one damping cylinder engages in the door stop part. Each damping cylinder is disposed at least partially in a bore of the furniture door. The cylinder axis of the damping cylinder extends substantially perpendicularly to the door plane. The damping cylinder is moved during the pivoting thereof into the locking position of the furniture door by the pivoting arm.

Abstract: A damping device for furniture doors includes a damping cylinder longitudinally displaceably mounted in a recess of a damper housing including a cylinder housing and a piston rod and forming a stop for the furniture door. The cylinder housing is longitudinally displaceably mounted in the recess of the damper housing, the recess being formed as a hole, the end thereof protruding out of the damper housing forming a stop for the furniture door. The adjusting screw forms an axial counterbearing for the piston rod. The inner diameter of an internal thread receiving the adjusting screw is at least equal to the inner diameter of the hole receiving the cylinder housing.

Abstract: An example furniture hinge includes a damping device having a linearly movable damping cylinder, which is hingably connected to a door stop element and a damping guidance element. When closing the furniture hinge, the damping guide element can be pivoted against a pivot stop on the body fastening element.

Abstract: An example furniture hinge includes a saddle supporting the damping cylinder that engages a first mounting edge of the supporting arm from behind. A locking element supported movably on the saddle has a laterally protruding mounting lug, which in a locking position engages a second mounting edge of the supporting arm from behind. The second mounting edge is oriented counter to the first mounting edge.

Abstract: A damping device furniture door leaves includes a damper housing with a base plate whose base area rests against and is fastened to an effective bearing area of the door opening of the furniture door leaf. The base plate includes a screw bore through which a fastening screw can be screwed into the effective bearing area. A spring projection extending from the base area of the base plate can be pushed behind the base area against spring resistance.

Abstract: Furniture hardware device (20) which can be fastened to the wall of a piece of furniture because it has fastening means projecting from its surface facing the furniture wall, which can be introduced into bores in the wall of the furniture and can be secured against withdrawal from the bores. At least one of the fastening means is configured as a fastening stud which has at least one knife-edged projection (60) running substantially circumferentially. The fastening stud or studs can be shifted between a mounting position in which the at least one knife-edged projection is withdrawn into the interior of the associated bore, and a fastening position in which they cut into the wall of the fastening bore.