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JP2013501200A |
A device for use in the control of mechanical forces is provided. The device includes first and second terminals for connection to components in a system for controlling mechanical forces and independently moveable. The device further co...
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JP5112993B2 |
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JP5115624B2 |
A change of performance of an electromagnetic suspension unit is detected. When an integral £| Vs'-Vs* | of an absolute value of a difference between an actual value Vs* and an estimated value Vs' of an expansion/contraction velocity of...
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JP5115785B2 |
To provide a suspension device capable of further saving a space for a steer-by-wire system and making an operation for assembling the steer-by-wire system to a vehicle body efficient. A steering shaft 12 is rotated around an axial line ...
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JP5111874B2 |
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JP5107575B2 |
Actuator arrangement with an actuator (8), a reference mass (22), a spring (24) and a first sensor (26; 42, 43; 32, 36). The actuator (8) applies a force between a first object (2) relative to a second object (16; 54). The reference mass...
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JP5106293B2 |
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JP2012236582A |
To solve the problem of heat radiation from a vibration mitigation device and the problem of oil leakage resulting from prolonged use thereof when a device for converting vibration generated by vertical movement of wheels of a land trave...
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JP5085442B2 |
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JP2012210835A |
To provide a vibration isolator for a vehicle of which the reduction effect of road noise is high.The vibration isolator 10 for a vehicle includes a movable part 52 which does not contact with a suspension device 3 of a vehicle and is ap...
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JP2012207690A |
To effectively generate power by using telescopic operation of a buffer, which includes a power generating set.The power generating sets 20A and 20B include a fixing member 40 which is fixed to the buffer 100, a movable member 41 which v...
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JP2012201196A |
To provide a suspension device with a single cylinder type shock absorber, having improved mountability and responsiveness for preventing the leakage of operating fluid into a gas chamber and the occurrence of abnormal noises.The suspens...
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JP2012202529A |
To efficiently generate power by using stroke of a shock absorber in regard to a shock absorber including a power generator.Power generators 20A, 20B, 20C include electret materials 21 stored with an electric charge moving along with one...
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JP5049022B2 |
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JP5050708B2 |
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JP2012187980A |
To improve the load supporting performance in the front-rear direction of a vehicle, in a suspension device for the vehicle.The suspension device for the vehicle includes: a wheel-side member for rotatably supporting a wheel; a lower lin...
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JP5027326B1 |
To provide a dynamic damper capable of easily adjusting a resonance frequency in a short period of time. A dynamic damper is provided with a mounting member 10, a mass member 20, a rubber member 30, and a mass bracket 40. The rubber memb...
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JP5029058B2 |
A thrust sliding bearing 1 includes a synthetic resin-made bearing body 4 having an annular upper surface 2 and an annular outer peripheral surface 3; a synthetic resin-made bearing body 6 which is superposed on the bearing body 4 so as ...
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JP5022295B2 |
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JP2012167771A |
To provide a spherical slide bearing capable of smoothly and efficiently absorbing and reducing vibrations of equipment such as a vehicle, undergoing the vibrations, and a shock absorber mounting structure utilizing the spherical slide b...
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JP4996935B2 |
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JP2012145137A |
To provide a damper that is reduced in an input to a vehicle body at a large bump, and effectively suppressed in a change of an attitude while employing a simple constitution.A bump diaphragm 31 is firmly adhered into an upper space 12a ...
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JP4979031B2 |
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JP4977813B2 |
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JP2012131340A |
To provide a vehicle suspension system that not only suppresses vibration transmitted to a vehicle body from a ball joint but also prevents the ball joint from being slipped out of a socket.A connecting member 7 includes: a cylindrical s...
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JP4966138B2 |
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JP2012116268A |
To improve the responsiveness so as to immediately control an attitude of a vehicle in response to acceleration and deceleration change of the vehicle.A hydraulic buffer 10 which is provided with a back pressure applying means 93 for app...
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JP4950115B2 |
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JP4954455B2 |
A system in a vehicle suspension having an actuator includes a clamp circuit powered by movement of the actuator to generate a passive damping characteristic of the actuator.
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JP2012106610A |
To provide a suspension system capable of preventing, with higher reliability, dust or muddy water adhering to the periphery of a bush under a vehicle body panel at a mounting section of a shock absorber, from invading into a cabin.A pis...
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JP4948328B2 |
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JP4948335B2 |
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JP4942447B2 |
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JP4944017B2 |
A damper apparatus ( 10 ) comprising a housing ( 12 ), an inner member ( 14 ) and a damper material ( 16 ) interposed there between, the damper material ( 16 ) being bonded to both the housing ( 12 ) and inner member ( 14 ), whereby at l...
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JP4940855B2 |
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JP4943794B2 |
A motorcycle 1 (vehicle) comprises a piston portion 30 provided between a rear wheel 15 and a vehicle body to damp a telescopic force generated when the rear wheel 15 and the vehicle body move relative to each other, a rear suspension 16...
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JP2012097853A |
To provide a colloidal damper which has two kinds of damping characteristics and has high practicality.The colloidal damper is configured such that relative movement between a vehicle body 32 and a wheel retention member 26 is damped by ...
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JP4923302B2 |
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JP4909570B2 |
A single cylinder type hydraulic shock absorber for a vehicle (100) includes a cylinder (1), a free piston (2) that is inserted slidably into the cylinder (1) and delimits a fluid chamber (7) and a gas chamber (8) in the cylinder (1), a ...
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JP4907547B2 |
Disclosed is a gas spring/damper unit (1) having at least one movably mounted displacement piston (2) and two displacement chambers (3, 4) whose volume increases or diminishes according to the direction of travel of the displacement pist...
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JP2012057798A |
To provide a pneumatic shock absorber capable of enhancing riding comfort in a vehicle.In the pneumatic shock absorber which is provided with a cylinder 1, a piston 3 which partitions the inside of the cylinder 1 into a rod side chamber ...
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JP4894564B2 |
To provide power cable wiring structure which effectively uses a space in the periphery of an in-wheel motor. Power cable wiring structure 52 and 66 comprises: a shock absorber 32 for absorbing a shock input from wheels 21 and 61 to a ve...
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JP4894405B2 |
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JP2012047251A |
To provide a device for damping external force that is made compact in size by integrating a variable mass element, a spring element and a damper element.The device is constituted of a cylinder 1 filled with an operation fluid 3, a rotat...
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JP2012031880A |
To improve a fixing structure which fixes an inner tube and a cylinder to a bottom member coaxially with regard to the fixing structure of a fluid pressure shock absorber and the like.The fixing structure includes the inner tube 2, the c...
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JP2012503159A |
A vibration isolation system is provided. The vibration isolation system includes a negative stiffness device which is additionally installed in the vibration isolation system which includes a main spring which is connected between a fir...
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JP4866131B2 |
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JP4865761B2 |
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JP4868929B2 |
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JP2012017044A |
To provide a compact inexpensive air suspension device in which power consumption as an entire device is suppressed as far as possible.The device includes: an air spring means AS mounted on each wheel, and which includes an air room AR; ...
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