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    • 2. 发明申请
    • CLUTCH OPERATION MECHANISM
    • 离合器操作机构
    • US20090266671A1
    • 2009-10-29
    • US12109033
    • 2008-04-24
    • Koshi HayakawaKanau IwashitaYoshihisa IedaAkihiko TomodaKatsumi Sahoda
    • Koshi HayakawaKanau IwashitaYoshihisa IedaAkihiko TomodaKatsumi Sahoda
    • F16D25/00
    • F16D48/02F16D23/12F16D25/086F16D2048/0254
    • A clutch operation mechanism wherein when a clutch is disengaged and engaged by manual operation or by operation of an actuator the one operation does not affect the other operation. The clutch operation mechanism includes a lever side lost mechanism which is disposed between a clutch lever and a turn-operating force transmitting member for interrupting, from the clutch lever side, an operated-force applied from the turn-operating force transmitting member by driving the electric motor when the clutch lever is not operated. A motor side lost mechanism is disposed between the electric motor and the turn-operating force transmitting member and interrupts, from the side of the electric motor, the operated-force applied from the turn-operating force transmitting member by operating the clutch lever when the electric motor is not operated.
    • 一种离合器操作机构,其中当离合器通过手动操作或通过操作致动器而脱离接合时,一个操作不影响其他操作。 离合器操作机构包括杠杆侧损失机构,其设置在离合器杆和转动力传递部件之间,用于从离合器杆侧中断从转动力传递部件施加的操作力, 离合器杆不动时电动机。 在电动机和转向力传递部件之间设置有电动机侧的机构,并且从电动机的侧面通过操作离合器杆而从转动操作力传递部件施加的操作力中断 电动机不工作。
    • 6. 发明授权
    • Motorcycle braking system and method
    • 摩托车制动系统及方法
    • US5544946A
    • 1996-08-13
    • US473578
    • 1995-06-07
    • Hidetoshi ToyodaTetsuo TsuchidaKanau Iwashita
    • Hidetoshi ToyodaTetsuo TsuchidaKanau Iwashita
    • B62L3/00B60T8/26B62L3/08B60T13/00
    • B60T8/261B62L3/08
    • A motorcycle braking system distributing liquid pressure to a first front brake, a second front brake and a rear brake includes a first master cylinder actuated by a front brake lever and a second master cylinder actuated by a back brake pedal. The first master cylinder is connected directly to the first front brake and the second front brake. The brake system also employs a pressure controller that distributes liquid pressure from the first and second master cylinders to the second front brake according to the liquid pressure from the second master cylinder. A secondary master cylinder supplies a secondary liquid pressure to the rear brake in response to actuation of the first front brake. The secondary liquid pressure supplied to the back brake is transformed by a pressure-transformer. Using these components, the braking system implements a braking control method that provides improved control of the motorcycle while braking.
    • 将液压分配到第一前制动器,第二前制动器和后制动器的摩托车制动系统包括由前制动杆致动的第一主缸和由后制动踏板致动的第二主缸。 第一主缸直接连接到第一前制动器和第二前制动器。 制动系统还采用压力控制器,该压力控制器根据来自第二主缸的液体压力将液压从第一和第二主缸分配到第二前制动器。 次级主缸响应于第一前制动器的致动而向后制动器提供二次液压。 提供给后制动器的二次液压由压力变压器变换。 使用这些部件,制动系统实现制动控制方法,其在制动时提供对摩托车的改进的控制。