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    • 1. 发明授权
    • Self-expanding mount
    • 自扩口
    • US5344128A
    • 1994-09-06
    • US958232
    • 1992-10-08
    • Toshiaki KobayashiKoji OkazakiMasaki UeyamaSusumu Toki
    • Toshiaki KobayashiKoji OkazakiMasaki UeyamaSusumu Toki
    • F16F13/22F16F13/26B60K5/12
    • F16F13/264F16F13/22
    • A self-expanding mount controls transmission of vibration of a vibration source to a base. A main liquid chamber is defined between a resilient member fixed to the vibration source or the base and a casing fixed to the base or the vibration source. A metallic bellows is driven in response to a control signal corresponding to vibration of the vibration source, cause a variation in the pressure of liquid within the main liquid chamber. This variation in the liquid pressure causes contraction and expansion of the resilient member to thereby control the transmission of vibration of the vibration source to the base. A cylinder is formed in the casing and defines part of the main liquid chamber. A driven member is received in the cylinder for axial displacement therein in response to the above control signal. The driven member may be a bellows or a piston.
    • 自扩张式安装件将振动源的振动传递到基座。 主液室限定在固定到振动源或基座的弹性构件和固定到基座或振动源的壳体之间。 响应于与振动源的振动相对应的控制信号驱动金属波纹管,导致主液室内液体的压力变化。 液体压力的这种变化导致弹性部件的收缩和膨胀,从而控制振动源向基部的振动的传递。 气缸形成在壳体中并限定主液室的一部分。 被驱动构件被接收在气缸中以响应于上述控制信号而在其中轴向位移。 从动构件可以是波纹管或活塞。
    • 2. 发明授权
    • Supporting structure for rocker arms for engine valves
    • 发动机气门摇臂支撑结构
    • US4658770A
    • 1987-04-21
    • US781120
    • 1985-09-27
    • Takahiro OkuyamaSusumu TokiKeiji Tanabe
    • Takahiro OkuyamaSusumu TokiKeiji Tanabe
    • F01L1/18F01L1/16F01M9/10
    • F01L1/16F01M9/107
    • A supporting structure for rocker arms for engine valves includes an engine having a cylinder head, a valve provided on the cylinder head and adapted for either of intake and exhaust purposes, a valve-operating mechanism for operating the valve, the valve-operating mechanism including a rocker arm abutting on the top of the valve, to thereby operate the valve, and a pivotal structure for pivotably supporting one end of the rocker arm. The pivotal structure comprises a ball-like portion, a spherical concave portion shaped in a form substantially correspondent to the ball-like portion and engaged with the ball-like portion, and an elastic member disposed at an aperture end of the spherical concave portion and adapted to hold the ball-like portion in the spherical concave portion.
    • 用于发动机气门的摇臂的支撑结构包括具有气缸盖的发动机,设置在气缸盖上的适于进气和排气目的的阀,用于操作阀的阀操作机构,所述阀操作机构包括 靠在阀顶部的摇臂,从而操作阀,以及用于可枢转地支撑摇臂的一端的枢转结构。 所述枢转结构包括:球状部分,与所述球状部分基本对应并与所述球状部分接合的形状的球形凹部;以及设置在所述球形凹部的孔端部处的弹性部件, 适于将球状部分保持在球形凹部中。
    • 6. 发明授权
    • Valve operating device for an internal combustion engine
    • 内燃机用阀门操作装置
    • US5515820A
    • 1996-05-14
    • US343214
    • 1994-11-22
    • Chihaya SugimotoMasakazu KinoshitaIzumi SugiyamaHideki SaitoShigemasa KajiwaraSusumu Toki
    • Chihaya SugimotoMasakazu KinoshitaIzumi SugiyamaHideki SaitoShigemasa KajiwaraSusumu Toki
    • F01L1/26F01L13/00
    • F01L1/267F02B2275/18
    • A valve operating mechanism for an internal combustion engine for varying the operation of the valve dependent on engine operating conditions. A first rocker arm movable to follow a first cam and a second rocker arm movable to follow a second cam corresponding to a higher speed operating condition than that of the first cam are pivotally supported on a rocker arm shaft. A first connection switching device capable of switching the connection and disconnection between the third and first rocker arms and a second switching device capable of switching the connection and disconnection between at least one of the first and third rocker arms and the second rocker arm independently from the first connection switching device, are disposed at locations displaced circumferentially relative to the rocker arm shaft. Thus, it is possible to dispose a trigger mechanism and to dispose3 roller followers coaxially with the connection switching device, while avoiding the increase in width of the three rocker arms along their swinging axes.
    • 用于内燃机的阀操作机构,用于根据发动机工作条件改变阀的操作。 可移动以跟随第一凸轮的第一摇臂和可移动以跟随对应于比第一凸轮的更高速度操作状态的第二凸轮的第二摇臂枢转地支撑在摇臂轴上。 一种能够切换第三和第一摇臂之间的连接和断开的第一连接切换装置和能够切换第一和第三摇臂和第二摇臂中的至少一个之间的连接和断开的第二开关装置, 第一连接切换装置设置在相对于摇臂轴沿周向偏移的位置处。 因此,可以设置触发机构并配置与连接切换装置同轴的3个滚子从动装置,同时避免三个摇臂沿其摆动轴线的宽度增加。
    • 7. 发明授权
    • Valve operating device for an internal combustion engine
    • 内燃机用阀门操作装置
    • US5388552A
    • 1995-02-14
    • US121992
    • 1993-09-15
    • Chihaya SugimotoMasakazu KinoshitaIzumi SugiyamaHideki SaitoShigemasa KajiwaraSusumu Toki
    • Chihaya SugimotoMasakazu KinoshitaIzumi SugiyamaHideki SaitoShigemasa KajiwaraSusumu Toki
    • F01L1/26F01L1/34
    • F01L1/267F02B2275/18
    • A valve operating mechanism for an internal combustion engine for varying the operation of the valve dependent on engine operating conditions. A first rocker arm movable to follow a first cam and a second rocker arm movable to follow a second cam corresponding to a higher speed operating condition than that of the first cam are pivotally supported on a rocker arm shaft. A first connection switching device capable of switching the connection and disconnection between the third and first rocker arms and a second switching device capable of switching the connection and disconnection between at least one of the first and third rocker arms and the second rocker arm independently from the first connection switching device, are disposed at locations displaced circumferentially relative to the rocker arm shaft. Thus, it is possible to dispose a trigger mechanism and to dispose roller followers coaxially with the connection switching device, while avoiding the increase in width of the three rocker arms along their swinging axes.
    • 用于内燃机的阀操作机构,用于根据发动机工作条件改变阀的操作。 可移动以跟随第一凸轮的第一摇臂和可移动以跟随对应于比第一凸轮的更高速度操作状态的第二凸轮的第二摇臂枢转地支撑在摇臂轴上。 一种能够切换第三和第一摇臂之间的连接和断开的第一连接切换装置和能够切换第一和第三摇臂和第二摇臂中的至少一个之间的连接和断开的第二开关装置, 第一连接切换装置设置在相对于摇臂轴沿周向偏移的位置处。 因此,可以避免触发机构和与连接切换装置同轴地配置滚子从动装置,同时避免三个摇臂沿其摆动轴线的宽度增加。