Abstract: Antivibration device comprising two frames and an elastomer body interconnecting said frames and delimiting a first hydraulic chamber linked to a second deformable hydraulic chamber via a throttle passage. A microturbine is rotatably mounted in the throttle passage and is coupled to a generator. The microturbine is configured to be always driven in the same rotational direction by the fluid when the fluid reciprocates along opposing first and second paths within the throttle passage.

Abstract: Vibration damping device comprising two armatures and an elastomer body that connects armatures together and which delimits a first hydraulic chamber that communicates with a second hydraulic chamber that can be deformed by a constricted passage. A sealed box, integral with the second armature, contains a control device and an actuator. The box is sealed and comprises at least one flexible wall separating from the atmosphere, the interior space of the box.

Abstract: Vibration damping device comprising two frames and an elastomer body that connects frames together and which delimits a first hydraulic chamber that communicates with a second hydraulic chamber that can be deformed by a constricted passage. An electromagnetic actuator, that controls the vibration damping behavior of the device, comprises a a permanent magnet holding machanism.

Abstract: Vibration damping device comprising two frames and an elastomer body that connects armatures together and which delimits a first hydraulic chamber that communicates with a second hydraulic chamber that can be deformed by a constricted passage. A sealed box, integral with the second frame, contains a control device and an actuator. The box is sealed and comprises at least one flexible wall separating from the atmosphere, the interior space of the box.

Abstract: Vibration damping device comprising two frames and an elastomer body that connects frames together and which delimits a first hydraulic chamber that communicates with a second hydraulic chamber that can be deformed by a constricted passage. An electromagnetic actuator, that controls the vibration damping behaviour of the device, comprises a suction cup with a permanent magnet.

Abstract: Antivibration device comprising two frames and an elastomer body interconnecting said frames and delimiting a first hydraulic chamber linked to a second deformable hydraulic chamber via a throttle passage. A microturbine is rotatably mounted in the throttle passage and is coupled to a generator. The microturbine is configured to be always driven in the same rotational direction by the fluid when said fluid reciprocates along opposing first and second paths within the throttle passage.

Abstract: Controllable hydraulic vibration-damping support comprising a main hydraulic circuit comprising a working chamber, a compensation chamber, and a first constricted passageway, and an auxiliary hydraulic chamber separated from the working chamber by a decoupling valve and communicating with the main hydraulic circuit by means of a second constricted passageway having a resonance frequency of less than 5 Hz. The auxiliary chamber is separated from a pneumatic chamber by a movable wall, and a control device is provided for selectively either connecting the pneumatic chamber to the open air, or bleeding air from the pneumatic chamber.

Abstract: Controllable hydraulic vibration-damping support comprising a main hydraulic circuit comprising a working chamber, a compensation chamber, and a first constricted passageway, and an auxiliary hydraulic chamber separated from the working chamber by a decoupling valve and communicating with the main hydraulic circuit by means of a second constricted passageway having a resonance frequency of less than 5 Hz. The auxiliary chamber is separated from a pneumatic chamber by a movable wall, and a control device is provided for selectively either connecting the pneumatic chamber to the open air, or bleeding air from the pneumatic chamber.

Abstract: A method of manufacturing an antivibration device that comprises a hydraulic element, the method including at least one overmolding step during which a plastics material connection piece is overmolded over the hydraulic element after said hydraulic element has been closed.

Abstract: A method of manufacturing an antivibration device that comprises a hydraulic element, the method including at least one overmolding step during which a plastics material connection piece is overmolded over the hydraulic element after said hydraulic element has been closed.

Abstract: A hydraulic antivibration support comprises a strength member connected to a plate by an elastomer body whose base is pressed against the plate to define two hydraulic chambers and a narrow channel, all filled with liquid. A perforated insert is embedded in the base of the elastomer body and is crimped to the plate via two fixing edges that are interconnected by two free edges of the base. A rigid cover covers the elastomer body and has flanges which are fixed directly against the plate, the flanges extending towards the elastomer body in the form of bearing zones which press against the free edges of the base of the elastomer body.

Abstract: A hydraulic antivibration support has a strength member connected to a plate by an elastomer body whose base is pressed against the plate to define two hydraulic chambers and a narrow channel, all filled with liquid. The base of the elastomer body has two opposite sides that are crimped onto the plate and two free sides that are not crimped, each of the free sides having a projecting peripheral sealing lip which is compressed against the plate and which is of asymmetrical profile that is not perpendicular to the support face of the plate, being inclined throughout in the same direction relative to the support face.

Abstract: A hydraulic antivibration support comprises a strength member connected to a plate by an elastomer body whose base is pressed against the plate to define two hydraulic chambers and a narrow channel, all filled with liquid. A perforated insert embedded in the base of the elastomer body has tabs crimped over two opposite reception edges of the plate, which edges form rims projecting away from the perforated insert. Each tab has a free end folded behind the corresponding rim to anchor the tab onto the rim.

Abstract: An antivibration support has two rigid strength members interconnected by an elastomer body having both a bell-shaped side wall and a central leg extending inside the side wall from the top of the elastomer body to a baseplate secured to one of the two strength members. The side wall has an aspect ratio lying in the range 2 to 8, while the central leg has an aspect ratio of less than 2, such that when a predetermined static axial load is applied to the support, the side wall is subjected to buckling and then presents substantially zero stiffness while the central leg is not subject to buckling.

Abstract: A motor vehicle has its power unit connected to its vehicle structure via a suspension provided with at least one mount which comprises a rigid support arm secured to the power unit, an antivibration support including an elastomer body which supports the power unit while allowing displacements of the power unit at least parallel to a vertical first axis and parallel to a horizontal second axis, and a displacement limiter acting parallel to the second axis. The displacement limiter comprises three rigid fingers perpendicular to the second axis, together with two limiter rings of elastomer reinforced with strong thread, each ring surrounding two of the three fingers, specifically a finger secured to the support arm and a finger secured to the vehicle structure.

Abstract: The hydraulic antivibration support has two rigid strength members interconnected by an elastomer body that has a thick bell-shaped wall, said wall defining a liquid-filled working chamber communicating with a compensation chamber via a narrow channel. The thick wall is of rectangular section and the elastomer body further includes a projection extending in the center of said wall and presenting four side faces each facing one of the sides of said thick wall. Two opposite side faces of the projection are concave in shape so that the projection has a narrow central portion between two thicker end portions.

Abstract: A hydraulic antivibration support comprising first and second rigid strength members (1, 2) in the form of a plate, and a bell-shaped elastomer body (3, 4) interconnecting the two rigid strength members and forming a working chamber (A) therebetween, and a compensation chamber (B) connected to the working chamber via a narrow channel (C) filled with liquid like the chambers. A hole (13) pierced in the plate is sealed by a flexible decoupling membrane (14) whose periphery is bonded to the rim of the hole by vulcanization.

Abstract: A hydraulic antivibration support comprises first and second rigid strength members, an elastomer body which has a thick wall interconnecting the two rigid strength members and which defines a portion of a working chamber, and a thin wall of elastomer which defines a portion of a compensation chamber that is connected to the working chamber via a narrow channel, the two chambers and the narrow channel being filled with a liquid. The support includes an abutment having no portion that projects into the working chamber from the inside surface of the thick wall of the elastomer body.

Abstract: The invention relates to a hydraulic vibration-damping mount including a first rigid reinforcing member (1) and a second rigid reinforcing member (2), an elastomeric body (3) which includes, on the one hand, a thick wall (4) joining the two rigid reinforcing members to one another and partially delimiting a working chamber (A), and, on the other hand, a thin wall (5) which partially delimits a compensation chamber (B) connected to the working chamber by a narrow duct (C), the two chambers and the narrow duct being filled with a liquid, the second reinforcing member being a plate one face of which is secured in leaktight fashion to the elastomeric body in order to delimit, together with the latter, the two chambers and the narrow duct, the thin wall substantially exhibiting the shape of a bell only the edge (5.sub.1) of which is secured to the second reinforcing member.

Abstract: A hydraulic antivibration support comprises first and second rigid strength members, an elastomer body having a thick wall interconnecting the two rigid strength members and defining a hydraulic working chamber, and a thin wall defining a hydraulic compensation chamber which is connected to the working chamber via a narrow channel. The elastomer body is extended by a flexible elastomer tongue which is received in a slot-shaped housing of the second strength member, said housing including a face in communication with the working chamber and a face in communication with the compensation chamber, both faces being closable in alternation by the flexible tongue.