Abstract: In an arrangement for vibration damping in a vehicle, including a vehicle body with an auxiliary frame and support bearings for supporting a component on the auxiliary frame, wheels supported on the auxiliary frame by links and a spring-and-damper strut or a spring and damper supporting the vehicle body, a connecting device is provided in such a manner that a force flux circuit is formed wherein forces which are introduced into the vehicle by vibratory movements caused by the upward motions and the rebounding of the wheels are substantially absorbed in the force flux circuit.

Abstract: A device for damping vibrations in a motor vehicle is proposed, having a structure (3) and a wheel carrier (1) which supports a wheel (2) and is connected to the structure (3) in an articulated fashion by means of links (4, 5). According to the invention, it is provided in the device for damping vibrations according to the invention that a coupling element (13) is arranged between one of the links (4, 5) and the assembly (8). Use in motor vehicles, in particular passenger vehicles.

Abstract: In an arrangement for vibration damping in a vehicle, including a vehicle body with an auxiliary frame and support bearings for supporting a component on the auxiliary frame, wheels supported on the auxiliary frame by links and a spring-and-damper strut or a springs and dampers supporting the vehils body, a connecting device is provided in such a manner that a force flux circuit is formed wherein forces which are introduced into the vehicle by vibratory movements caused by the upward motions and the rebounding of the wheels are substantially absorbed in the force flux circuit.

Abstract: A leaf spring assembly comprised of at least three leaf springs, at least one of the leaf springs having a rolled over portion for the spring eyes and wherein the leaf springs are prevented from lateral shifting or splaying by rib guides and grooves formed in intermediate and supporting springs and lying in the end area of a main spring.