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    • 72. 发明专利
    • VIBRATION CONTROL DAMPER
    • JPH11325163A
    • 1999-11-26
    • JP14514698
    • 1998-05-12
    • NIKKO KOGYO KK
    • KATSUURA NOBUOKAGA HIROMITSUMATSUMOTO NORIO
    • F16F13/08F16F15/16F16F15/167
    • PROBLEM TO BE SOLVED: To provide a plurality of damping characteristics and to cancel resonance points with each other by sealing the liquids of different materials in each chamber. SOLUTION: A vibration control damper 1 is provided with a cylindrical container main body 2 having a flexible part 7, upper and lower cap parts 3 and 4 fixed thereto and viscous liquids 19 and 20 each having high viscosity sealed in the container composed of the container main body 2 and the cap parts 3 and 4, and the damper 1 absorbs vibration by the flow resistances of the viscous fluids 19 and 20. The container main body 2 is made of plastic having proper elasticity, and thick annular edge parts 5 and 6 disposed in upper and lower sides and thin flexible part 7 made out of thermoplastic elastomer provided between the annular edge parts 5 and 6 are joined to be integral by insert-forming or the like. Then, in the vicinity of the center of the flexible part 7, a film 16 is formed and the liquids 19 and 20 of different materials are sealed in respective chambers 17 and 18 inside the container composed of the cap parts 3 and 4 and the container main body 2. Thus, a plurality of damping characteristics are provided, and resonance points are canceled with each other.
    • 76. 发明专利
    • ROTARY DAMPER
    • JPH11108117A
    • 1999-04-20
    • JP28763997
    • 1997-10-06
    • RICOH KK
    • YOHIRA TETSUYAYOSHIKAWA HIROSHI
    • F16F15/16F16F15/18
    • PROBLEM TO BE SOLVED: To facilitate the control, and to prolong the lifetime of product by sealing an electroviscous fluid in a housing of a rotary system shaft, and controlling the intensity of the electric field to be applied to the electroviscous fluid so as to control the viscosity of the electroviscous fluid. SOLUTION: A rotary damper 52 is provided with a tapered rotary system shaft 521 and a housing 522, and magnetic field is applied to a magnetic reactive fluid 525 by circular magnets 523a-524b so as to seal the electroviscous fluid 523 in the housing 522. Plural electrodes, for example, four electrodes are assembled inside of the housing 522, and a different voltage is applied in the vertical direction and the right and left direction. Sedimentation of the rotary system shaft 521 is prevented and centering and change of the viscosity are optimized by applying a different voltage per each electrode. In the case where a different voltage is applied in the vertical direction and the right and left direction, particle chain of the electroviscous fluid 523 is formed, and change of the damping of viscosity due to the rotation of the rotary system shaft 521 can be controlled.
    • 78. 发明专利
    • DAMPER GEAR AND BEARING LOCKING METHOD
    • JPH1130291A
    • 1999-02-02
    • JP18218497
    • 1997-07-08
    • EXEDY CORP
    • MIZOBUCHI NAOKITSUE HIROSHITAMURA TOSHIAKI
    • F16F15/12F16C35/063F16F15/131F16F15/134F16F15/16F16F15/30F16F15/123
    • PROBLEM TO BE SOLVED: To reduce the number of part items by making the tip of a tubular part of a first rotating member come close to or contact with a second side end of a first race being fitted in an outer boundary of the tubular part of the first rotating member while a first side end is supported on the supporting part. SOLUTION: A bearing 6 is mainly composed of an inner race 13 (first race), an outer race (second race) and plural pieces of rolling elements 15. This inner race 13 is provided with a first side end 13a at the engine side, a second side end 13b at the transmission side and an inner circumferential surface 13c. The first side end 13a is supported on a supporting part 11 formed in a first flywheel 1. The inner circumferential surface 13c comes into contact with an outer circumferential surface 12b of a tubular part 12 of the first flywheel 1. With this adherence between this inner circumferential surface 13c and the tubular part 12, the inner race 13 is made so as to be relatively unrotatable to the first flywheel 1. In addition to these operations, a tip of the tubular part 12 is bent and tip of this bent part 12a is made to come close to or to contact with the second side end 13b of the inner race 13.
    • 80. 发明专利
    • TORQUE TRANSMISSION DEVICE
    • JPH10311374A
    • 1998-11-24
    • JP34761797
    • 1997-12-17
    • LUK LAMELLEN & KUPPLUNGSBAU
    • REIK WOLFGANG
    • F16D3/12F16D13/60F16D25/0635F16D25/08F16F15/16F16F15/30
    • PROBLEM TO BE SOLVED: To increase a wear resistance and also improve a buffing operation and in particular vary a buffing characteristic relating to a specific parameter by connecting two elastic mass bodies with each other through a hydraulic device for transmitting a power by a pressurized oil pressure medium. SOLUTION: A hydraulic buffer 13 and mechanical muffer 14 arranged in series thereto are provided between elastic mass bodies 3, 4. They can turn both elastic mass bodies 3, 4 relatively. The elastic mass body 3 has a ring shape axial direction addition part 28 on the outside of a radius direction. The room 29 stored the mechanical buffer 14 is restricted thereby and formed by a ring shape room 30 substantively. Viscous buffing and lubrication agent is provided in the room 29. The outer range or entire range of the radius direction of the coil spring as the force accumulator 34 of the mechanical buffer 14 is immersed in the vicous buffing and lubrication agent of the room 29. Gears 35 are arranged in a planet shape equally across the entire periphery of the axial direction addition part 28 in the hydraulic buffer 13.