Abstract: The invention relates to a damping arrangement comprising a wire or steel cable element (2), passing helically around a longitudinal axis of the damping arrangement (1) in several coils, and a counter-element (3), wherein the counter-element (3) is designed as a bar, wherein a section of the counter-element (3) is arranged non-positively coupled and/or frictionally coupled inside the wire or steel cable element (2) such that the coils of the wire or steel cable element (2) in the section pass around the bar, or wherein the counter-element (3) is designed as a sleeve in which a section of the wire or steel cable element (2) is arranged non-positively coupled and/or frictionally coupled such that the coils of the wire or steel cable element (2) extend inside the section of the sleeve, and wherein the wire or steel cable element (2) and the counter-element (3) are movable relative to one another in the direction of the longitudinal axis (I) such that frictional forces result.

Abstract: A damping arrangement or isolator has two terminal members which are connected with each other by a single closed-loop cable band arrangement serving as a damping member. The terminal members each possess at least two eyes to receive the cable strap in the open position of the eyes and means for clamping the cable strap by closing the eyes, said cable strap extending in an alternating fashion from one eye of the one terminal member to an eye in the other terminal member. Accordingly an extremely rapid and simple assembly of the damping arrangement is possible and very even resilient and damping properties are ensured.

Abstract: A damping arrangement is proposed with at least two holding devices (10, 11) that are connected to one another via at least one damping element (12) in the form of a plane element made of a wire mesh or wire fabric, said holding devices (10, 11) being secured to at least two different regions of the damping element (12), and said damping element (12) having at least two curvatures in opposite directions between the holding devices (10, 11). A damping arrangement of this type may be produced cost-effectively in an automated process in such a way that the damping element is constructed to have substantially the same elastic stiffnesses in three mutuallyorthogonal directions.

Abstract: A damping arrangement or isolator has two terminal members which are connected with each other by a single closed-loop cable band arrangement serving as a damping member. The terminal members each possess at least two eyes to receive the cable strap in the open position of the eyes and means for clamping the cable strap by closing the eyes, said cable strap extending in an alternating fashion from one eye of the one terminal member to an eye in the other terminal member. Accordingly an extremely rapid and simple assembly of the damping arrangement is possible and very even resilient and damping properties are ensured.

Abstract: A damping arrangement is proposed with at least two holding devices (10, 11) that are connected to one another via at least one damping element (12) in the form of a plane element made of a wire mesh or wire fabric, said holding devices (10, 11) being secured to at least two different regions of the damping element (12), and said damping element (12) having at least two curvatures in opposite directions between the holding devices (10, 11). A damping arrangement of this type may be produced cost-effectively in an automated process in such a way that elastic stiffnesses and damping characteristics can be adjusted in all spatial directions.

Abstract: A damping arrangement is proposed with at least two holding devices (10, 11) that are connected to one another via at least one damping element (12) in the form of a plane element made of a wire mesh or wire fabric, said holding devices (10, 11) being secured to at least two different regions of the damping element (12), and said damping element (12) having at least two curvatures in opposite directions between the holding devices (10, 11). A damping arrangement of this type may be produced cost-effectively in an automated process in such a way that elastic stiffnesses and damping characteristics can be adjusted in all spatial directions.

Abstract: Proposed is a piece of audio electrical or audio electronic equipment or component thereof, having at least one combined spring-damper element (14) for supporting the equipment (13) or its component on a surface (15) in such a way that the resonance frequency of the spring-damper element (14) is below 20 Hz. The defined natural frequency of the support outside of self-starting vibrations along with the damping results in a significantly improved sound quality while protecting against external influences, such as structure-borne noise and airborne noise, as well as against self-starting vibrations of the piece of equipment, by damping them.