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    • 11. 发明申请
    • RELEASE MECHANISM
    • 发布机制
    • WO2015019168A2
    • 2015-02-12
    • PCT/IB2014/001493
    • 2014-08-08
    • TOYOTA JIDOSHA KABUSHIKI KAISHA
    • HATA, KenseiIWASE, YujiSUZUKI, YosukeKATO, KoichiNOBUYASU, SeitaroMOTEKI, Taro
    • F16D25/08
    • F16D25/087F16D13/40F16D13/583F16D23/14F16D25/083
    • A release mechanism includes a clutch, a bearing, a hydraulic actuator, and a return spring. The clutch is configured to transmit a torque between an input-side rotational member rotating integrally with a pressure plate and an output-side rotational member by pressing the pressure plate against a clutch disc connected to the output-side rotational member by an elastic force of a diaphragm spring. The bearing is placed so as to make contact with the diaphragm spring. The bearing transmits a load in a direction in which the pressure plate is separated from the clutch disc. The bearing is placed on an outer peripheral side of the hydraulic actuator in a radial direction of the output-side rotational member. The hydraulic actuator is configured to transmit, to the bearing, a load to separate the pressure plate from the clutch disc. The hydraulic actuator is configured to cause the load according to a hydraulic pressure to be supplied thereto. The return spring is configured to apply, to the bearing, a spring force in the same direction as the load. The return spring, the hydraulic actuator, and the bearing are placed so as to overlap with each other in an axis direction of the output-side rotational member. The return spring is placed on an outer peripheral side of the bearing.
    • 释放机构包括离合器,轴承,液压致动器和复位弹簧。 离合器构造成通过将压力板压靠在与输出侧旋转构件连接的离合器盘上,通过弹性力将压力传递到在与压力板一体旋转的输入侧旋转构件与输出侧旋转构件之间传递扭矩 隔膜弹簧。 轴承被放置成与膜片弹簧接触。 轴承沿着压板与离合器盘分离的方向传递负载。 该轴承沿着输出侧旋转部件的径向位于液压致动器的外周侧。 液压致动器构造成将负载传递到轴承以将压板与离合器盘分离。 液压致动器构造成使得根据液压的负载被供给到液压致动器。 复位弹簧构造成向轴承施加与负载相同方向的弹簧力。 复位弹簧,液压致动器和轴承被放置成在输出侧旋转部件的轴线方向上彼此重叠。 复位弹簧放置在轴承的外周侧。