Abstract:
The invention relates to a damping device for parts of furniture which are joined together by means of hinges and which can be pivoted in relation to each other. The housing contains a damping fluid in the cavity thereof and a resistance element which can be displaced relative to the damping fluid and connected to an actuating element protruding from the housing. During at least one part of the pivoting movement of both pieces of furniture, said actuating element is drivingly connected to the second piece of furniture and transfers the movement distributed to the second piece of furniture to the resistance element. The damping device is arranged in the region of at least one of the hinges which pivotally couples both pieces of furniture, and whereby either the damping housing and/or the actuating element engages with one of the stop element of the corresponding hinges, at least during the damping process.
Abstract:
A rack includes a closed position teeth portion meshed with a teeth portion of an output gear when the rack is disposed at a closed position corresponding to a closed position of an opening and closing member and an opened position teeth portion meshed with the teeth portion of the output gear when the rack is disposed at an opened position corresponding to an opened position of the opening and closing member and a clearance between faces of teeth of the closed position teeth portion and the teeth portion of the output gear is made larger than a clearance between faces of teeth of the opened position teeth portion and the teeth portion of the output gear.
Abstract:
The invention concerns a braking and damping device for movable massesnullin particular, for movable cabinet components, with a casing, a first adjustable braking element that is located partially in the casing and is coupled with the movable cabinet component and a second adjustable braking element that is located in the casing; whereby, the braking elements form operating surfaces that are inter-related, so that a shifting of the braking elements relative to one another produce a braking force. The invention shows that the braking elements that are coupled together by a transferring element that provides and removes force in such a manner that in a first movement phase, the braking elements implement a synchronous movement with which the relative velocity between the operating surfaces is smaller or less than the speed of the first braking element that is coupled with the cabinet component. In the second movement phase the braking elements implement opposite movement with which the relative velocity between the operating surfaces is greater than the speed of the first, with the braking element coupled with the cabinet component and in the third movement phase, the first two movement phases are opposite movement phases, the second braking element essentially stands still. The relative velocity between the operating surfaces corresponds essentially to the speed of the first braking element (7) coupled to the cabinet component.
Abstract:
A drive system for a hinged gate of a vehicle, which includes: a motor unit, a rack and pinion mechanism, a link member connected to a point of the hinged gate, and a shaft member fixed to the rack, to which the link member is rotatably connected. The motor unit includes a motor, gears, and a casing accomodating the gears. The rack and pinion mechanism includes a pinion driven by the motor unit and the rack movably supported on the casing of the motor unit. The casing has a guide casing, which extends in a longitudinal direction of the rack. The guide casing is formed to have a closed section surrounding the shaft member and is provided therein with a guide member configured for guiding the rack.
Abstract:
A rear gate is constructed to be opened and closed by a driving unit installed on a vehicle body side, and the driving unit is constructed to have a motor which can rotate both in normal and reverse directions, a gearbox to which a pinion is pivotally attached for reducing the rotating speed of the motor for output, and a rack adapted to reciprocate in directions normal to an axial direction of a hinge shaft by virtue of the rotation of the pinion and connected to the rear gate at one end thereof. An electromagnetic clutch for connecting and disconnecting a power transmission path between an output shaft of the motor and the pinion is provided in the interior of the gearbox, so that the rack is disposed above or below the gearbox at a position directly above or below the clutch.
Abstract:
An electronic position sensor for use with a power operated vehicle accessory, such as a power liftgate. The position sensor includes an elongated resistive circuit that is mounted such that it is stationary and extends along the path of a track portion of the power operated accessory. The position sensor further includes a contact nub mounted to a link member that moves within the track portion such that the contact nub is slidingly biased against the elongated circuit. As the link member moves under the force of a motor-driven output gear, the contact nub slides along the surface of the resistive circuit, thereby affecting the overall resistance of the circuit. The position sensor uses the overall resistance to provide an electronic position signal to an ECU, wherein the signal is indicative of the absolute position of the power operated accessory. Accordingly, the electronic position sensor of the present invention is capable of providing an electronic signal that enables an ECU to track the absolute position of the power liftgate or any other power operated accessory.
Abstract:
A hinge for pieces of furniture comprising a hinge arm (2) and a hinge casing (1) which are connected to each other by means of at least one hinge axle. The hinge arm (2) is provided with a fluid damper (20). The fluid damper is mounted on the side of the hinge arm without the use of a tool.
Abstract:
The pinion pivotally mounted on a vehicle body by the axis parallel to a hinge axis is linked by the motor provided on the vehicle body so as to be rotated in forward and reverse directions, the rack engaging the pinion is provided on the edge of the rack rod having one end portion pivotally secured by a transversely directed axis on the portion spaced from the hinge axis of the opening and closing member, and the guide member which slidably engages the longitudinal guide groove provided on the rack rod and rotatably supports the rack rod around the axis parallel to the axis of the pinion is provided on the partial portion of the vehicle body slightly spaced from the pinion.
Abstract:
Apparatus for opening and closing a deck lid of a vehicle body. An elongated rack is mounted in a housing for longitudinal movement. A rotatable pinion meshes with the rack to move the rack longitudinally in one direction or the other depending on the direction of rotation of the pinion. A reversible motor rotates the pinion in opposite directions. The deck lid is attached to a pair of arms pivoted to the vehicle body. A link has one end pivoted to the rack and the opposite end pivoted to one of the arms. The deck lid is moved to open position in response to longitudinal movement of the rack in one direction or to closed position in response to longitudinal movement of the rack in the other direction.
Abstract:
A drive assembly for a toothed rack and channel track type of power liftgate attaches the liftgate lift rod to the toothed rack indirectly, through a shoe-yoke assembly that transfers axial loads, but isolates the rack from non axial reactive loads transferred through the lift rod. A rigid yoke fits closely within axially spaced ends of a notch in the rack, but has a clearance elsewhere from the outside of the rack. The outside of the yoke is closely surrounded by a shoe, which provides a close fitting, slidable bearing layer with the inside of the channel track, maintaining the yoke to rack clearance. The maintenance of the yoke-rack clearance prevents the transmission of undesired reactive loads back to the rack through the yoke.