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Document Title |
JPH11736A |
To provide the manufacturing method of the bracket of the buffer in which the bracket of sufficient rigidity and strength against the input from a vehicle body side and an axle side can be easily manufactured. A cylindrical stock 21 with...
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JPH111110A |
To keep camber rigidity, lateral rigidity and caster rigidity high so as to prevent lowering of maneuvering stability by arranging a connecting member in such a way that the rotation axis of a fitting part of the connecting member and a ...
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JP2588311Y2 |
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JPH10339347A |
To provide a bracket for a shock absorber having sufficient rigidity and strength against an input from a car body side and an axle side. A bracket 8, as a total unit, is formed into cylindrical shape of almost rectangular cross section ...
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JP2587307Y2 |
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JP2836698B2 |
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JP2587068Y2 |
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JP2586604Y2 |
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JPH10324127A |
To make the position of a beam parallel to a car body frame to improve the durability of an air spring by mounting the beam to an axle case through a mounting-assembly body having caster plate. An axle case 13 is connected to a car body ...
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JP2586359Y2 |
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JP2830187B2 |
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JP2831657B2 |
The shock absorber comprises a cylinder (2) containing a hydraulic fluid, a piston (1) actuated by a rod (3) defining, in the cylinder, a first chamber (2a) and a second chamber (2b), the said second chamber containing the rod. A fluid r...
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JP2824120B2 |
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JP2820743B2 |
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JPH10292841A |
To prevent the generation of a rusting phenomenon of a suspension spring, and a damage or an abrasion phenomenon in the seals at the rising and setting end of a cylinder body resulting from that the upper end of a hydraulic shock absorbe...
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JP2817046B2 |
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JPH10281208A |
To provide a hydraulic buffer to maintain quality of hydraulic oil by removing a detecting spring always operated in an oil chamber to prevent mixture of a foreign matter in hydraulic oil in a hydraulic buffer through a detecting spring ...
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JP2812954B2 |
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JPH10278527A |
To provide a strut type suspension structure that can make a strut and a knuckle common even for four wheel vehicles whose specifications are different from those of each vehicle and can improve the rigidity of the strut and the knuckle ...
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JPH10274280A |
To provide a vibration damping device which can increase a generated voltage, improve the regeneration efficiency, and improve the damping effect. In a vibration system and a vibration insulation device which have mass 1 and a spring 2 a...
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JPH10272910A |
To efficiently reduce noise such as road noise and vibration inside a cabin in all corners of it through a simplified structure. Noticing not the vibration and noise inside a cabin that may give rise to public discussion but the vibratio...
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JPH10274281A |
To provide a vibration damping device which can perform active control efficiently while performing energy regeneration of vibration. A vibration damping device according to this invention consists of a spring 5 (A), an actuator 4 (B), a...
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JP2582412Y2 |
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JP2582791Y2 |
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JPH10267014A |
To increase rigidity and strength in a peripheral region of a bolt connecting part, facilitate inserting of a member into between both interposition fixed pieces. In almost the central part of a plate-shaped member, almost C-shaped clamp...
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JP2806236B2 |
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JP2581707Y2 |
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JP2581705Y2 |
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JP2581204Y2 |
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JP2580741Y2 |
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JP2795514B2 |
According to the present invention, a sensor arrangement of a vibration isolation apparatus has a generally annular sensor plate with a plurality of strain sensing elements mounted on a radially extending portion which is elastically def...
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JP2580174Y2 |
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JP2580170Y2 |
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JPH10231883A |
To prevent looseness and chatter of an adjusting bolt also so that the mounting position of an upper bracket in a shock absorber upper part can be adjusted smoothly without ricketiness. In the upper part fixed structure of a shock absorb...
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JP2579754Y2 |
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JP2788686B2 |
PURPOSE: To prevent effectively a driver from dosing at the wheel by providing a flow switch-over means for switching over the amount of flow passing through upper and lower clearances in a cylinder of a shock absorber, operating an inst...
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JP2789766B2 |
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JP2778289B2 |
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JP2576579Y2 |
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JPH10184765A |
To mount a vehicle without being limited to a vehicle model called RV4WD, and extend a shock absorber at a small cost. This bracket is provided with a shock absorber outer tube tightening part 2 which can be mounted on a shock absorber o...
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JPH10181321A |
To improve comfortableness and turning stability in a double wishbone type front suspention device supporting a wheel supporting member at a part upper than a tire. Two upper links 7, 8 disposed upper than a tire are positioned at a posi...
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JP2575760Y2 |
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JPH10164865A |
To provide a small piezoelectric conversion power supply having a long service life in which energy loss and breakdown of a piezoelectric element can be prevented by contriving an arrangement for converting mechanical oscillation energy ...
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JP2574237Y2 |
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JPH10141421A |
To reduce friction force generated between a piston assembly body and a cylinder in a shock absorber when a wheel rebounds by utilizing a rebound spring. A rebound spring 50 is arranged between a piston assembly body and a rod guide 42 o...
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JPH10138727A |
To restrain generation of booming noise by changing a characteristic value of vibration of a suspension system by providing a dynamic damper on an outer periphery of upper and lower intermediate parts of a suspension strut of a rear driv...
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JPH10132011A |
To make it possible to easily assemble an inverted type strut damper. The structure of an inverted type strut damper 1 is such that an upper oil seal 39 is mounted on the upper end of the inner surface of an erected outer cylinder 3, an ...
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JP2572026Y2 |
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JPH10129233A |
To improve the working efficiency and the working responsiveness by providing a hydraulic buffer to receive the working fluid from an accumulator in which the working fluid is accumulated as the hydraulic pressure and regulate the car he...
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JP2571350Y2 |
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