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    • 1. 发明授权
    • Device for transmitting rotational power
    • 用于传送旋转动力的装置
    • US5683299A
    • 1997-11-04
    • US527821
    • 1995-09-13
    • Akira KishibuchiKiyomi OkudaJunichi ToyamaYasuo TakaharaKazuo Oyobe
    • Akira KishibuchiKiyomi OkudaJunichi ToyamaYasuo TakaharaKazuo Oyobe
    • F04B27/08F16D7/00F16D7/10F16D27/112F16H35/10
    • F16H35/10F04B27/0895F16D27/112F16D7/002F16D7/10
    • A device for transmitting rotational power from a rotational power source to a rotational driven member is provided with a first rotating member provided for rotation in a rotational direction about an axis, and a second rotating member provided for rotation about the same axis. The first rotating member is connected to the rotational power source and the second rotating member is connected to the rotational driven member. An mechanism for rotationally connecting the first and second rotating member is provided. The connecting mechanism is provided with at least one elastic member made of a rubber material; a first holder member for holding the elastic member from the radially outside of the elastic member; and a second holder member for holding the elastic member from the radially inside of the elastic member. The first and second holder members are mounted to one of the first and second rotating members. The first and second holder members radially cooperate with each other to circumferentially hold the at least one elastic member during normal operation to transmit the rotation. The first and second holder members are disconnected by the deformation of the at least one elastic member when a relative rotation between the first and second rotating members occurs.
    • 用于将旋转动力从旋转动力源传递到旋转从动构件的装置设置有设置成围绕轴线旋转的旋转方向的第一旋转构件和围绕同一轴线旋转的第二旋转构件。 第一旋转构件连接到旋转动力源,第二旋转构件连接到旋转从动构件。 提供了一种用于旋转地连接第一和第二旋转构件的机构。 连接机构设置有至少一个由橡胶材料制成的弹性构件; 第一保持器构件,用于从弹性构件的径向外侧保持弹性构件; 以及用于从弹性构件的径向内侧保持弹性构件的第二保持构件。 第一和第二保持器构件安装到第一和第二旋转构件中的一个。 第一和第二保持器构件在正常操作期间彼此径向协作以周向地保持至少一个弹性构件以传递旋转。 当第一和第二旋转构件之间的相对旋转发生时,第一和第二保持器构件由于至少一个弹性构件的变形而断开。
    • 5. 发明授权
    • Purifying apparatus of a particulate trap-type for collecting
particulates in exhaust gas from an engine
    • 用于从发动机收集废气中的微粒的微粒捕获型净化装置
    • US4723973A
    • 1988-02-09
    • US912061
    • 1986-09-26
    • Kazuo OyobeHiroki HoshizakiTerutaka KageyamaHirofumi SuzukiYoshihiko ImamuraKiyoshi KobashiKenichiro TakamaShinichi Takeshima
    • Kazuo OyobeHiroki HoshizakiTerutaka KageyamaHirofumi SuzukiYoshihiko ImamuraKiyoshi KobashiKenichiro TakamaShinichi Takeshima
    • F01N3/027B01D46/00
    • F01N3/027Y10S55/30
    • An exhaust-gas purifying apparatus according to the present invention comprises an exhaust-gas filter for trapping particulates in exhaust gas from an engine, and a heating device located on the upper-course side of the filter, with respect to the flowing direction of the exhaust gas, the heating device including one or more conductive-ceramic heater elements, capable of heating and burning the particulates caught by the filter, and a heater case for holding the heater elements in position, so that the caught particulates are heated and burned by the heater elements when the flow resistance of the exhaust gas, flowing through the filter, is increased by the caught particulates, whereby the flow resistance is reduced. The heater element includes a fixed electrode portion, immovably fixed to the heater case, and a slidable electrode portion held slidably. An electrode member, fixed to the heater case, is brazed to the fixed electrode portion, and the heater element is bonded to the electrode member, so as to be clamped from both sides by solidified molten solder. The slidable electrode portion is supported by the heater case, for sliding motion in the direction of thermal deformation, so that the working life of the heater element is prolonged.
    • 根据本发明的废气净化装置包括用于捕获来自发动机的废气中的微粒的废气过滤器和位于过滤器的上游侧的加热装置,相对于 废气,加热装置包括一个或多个导电陶瓷加热器元件,其能够加热和燃烧由过滤器捕获的微粒,以及用于将加热器元件保持在适当位置的加热器壳体,使得捕获的微粒被加热并被 当流过过滤器的废气的流动阻力被捕获的颗粒增加时,加热器元件增加,从而流动阻力减小。 加热器元件包括不可移动地固定到加热器壳体的固定电极部分和可滑动地保持的可滑动电极部分。 固定在加热器壳体上的电极构件钎焊到固定电极部分,并且加热器元件被接合到电极部件上,以便通过凝固的熔融焊料从两侧夹紧。 可滑动电极部分由加热器壳体支撑,用于沿热变形方向滑动,从而延长加热器元件的使用寿命。