Abstract: An antivibration link for isolating two parts, the link comprising a rigid body extending in a longitudinal direction between a first end provided with a sleeve and a second end, a first antivibration joint arranged in the sleeve and presenting a central axis perpendicular to the longitudinal direction of the body, and a second antivibration joint arranged on the second end and presenting a central axis perpendicular both to the central axis of the first joint and to the longitudinal direction. The second end of the body has two branches extending from an intermediate base portion of the body away from the sleeve along the longitudinal direction and interconnected by a bridge extending along the central axis of the second joint, the second joint being arranged around the bridge.

Abstract: Antivibration device comprising an external tubular armature and an internal armature, placed in the external armature, two elastomer bodies placed either side of the internal armature, in the external armature, the elastomer bodies being secured to a first armature. The elastomer body is also secured to an intermediate armature which is adjacent to the second armature and which is suitable for bearing against the said second armature when the first and second armatures move one against the other in an alignment corresponding to a compression of the said elastomer body, each intermediate armature being free relative to the second armature.

Abstract: An antivibration link for isolating two parts, the link comprising a rigid body extending in a longitudinal direction between a first end provided with a sleeve and a second end, a first antivibration joint arranged in the sleeve and presenting a central axis perpendicular to the longitudinal direction of the body, and a second antivibration joint arranged on the second end and presenting a central axis perpendicular both to the central axis of the first joint and to the longitudinal direction. The second end of the body has two branches extending from an intermediate base portion of the body away from the sleeve along the longitudinal direction and interconnected by a bridge extending along the central axis of the second joint, the second joint being arranged around the bridge.

Abstract: A hydraulic damper (10) for damping vibrations in the fluid flow path between a hydraulic pressure source and an associated hydraulic consumer comprises a cylinder (11) having a bore (19). A piston (12) is sidably received in the bore and has a sealing means (30) in contact with the bore to define on one side of the sealing means a first chamber (13) for connection with the hydraulic pressure source and on the other side of the sealing means a second chamber (14) for connection with the associated hydraulic consumer. The cylinder has a sealing zone (20) which in a first operative state of the damper is contacted by the sealing means. The piston (12) is capable in response to an increase in hydraulic pressure in the first chamber (13) of moving in the bore to reduce the volume of the second chamber (14) such that eventually the sealing means (30) moves out of the sealing zone to open fluid flow means (22) through which hydraulic fluid can flow from the first chamber to the second chamber.