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    • 62. 发明申请
    • Driving device
    • 驱动装置
    • US20090082153A1
    • 2009-03-26
    • US11794813
    • 2006-10-16
    • Masato FujikawaMasatoshi AdachiJun Ichiyanagi
    • Masato FujikawaMasatoshi AdachiJun Ichiyanagi
    • F16D48/02F16D25/12
    • F04C2/102F04C11/001F04C2270/701F16H61/0031F16H2061/004F16H2312/14
    • In a driving device that includes a mechanical oil pump operated by power of an engine and a motor oil pump EOP operated by power of a motor, provided in parallel with each other, and check valves on discharge sides of the pumps, and pumps oil from any of the pumps and supplies the oil to a clutch included in a transmission, a through hole 68a for releasing air that communicates with a discharge port 68 is formed in a case 61 of the mechanical oil pump MOP. This allows air trapped in when driving of the mechanical oil pump MOP is started along with a start of the engine to be quickly discharged to quickly increase internal pressure to pressure required for opening the check valve, and thus oil can be supplied to the clutch of the transmission via the check valve to quickly operate the clutch.
    • 在包括由发动机动力运转的机械油泵和由彼此并联设置的马达的动力运行的马达油泵EOP的驱动装置中,以及在泵的排​​出侧的止回阀,并将油从 任何泵并将油供给到包括在变速器中的离合器,在机械油泵MOP的壳体61中形成有用于释放与排出口68连通的空气的通孔68a。 这使得当机械油泵MOP的驱动开始时被捕获的空气与发动机的启动一起被快速排出,以快速地将内部压力提高到打开止回阀所需的压力,并且因此可以将油提供给 通过止回阀进行传动,快速操作离合器。
    • 68. 发明授权
    • Torque fluctuation absorbing apparatus having structure for reducing misalignment of torque limiter during assembling thereof, and method for assembling the same
    • 具有用于减少组装时扭矩限制器的不对中结构的扭矩波动吸收装置及其组装方法
    • US07169054B2
    • 2007-01-30
    • US11257080
    • 2005-10-25
    • Haruhisa SuzukiMasahiro KojimaHiroshi HataMasatoshi AdachiTomohiro SaekiMototaka Nakane
    • Haruhisa SuzukiMasahiro KojimaHiroshi HataMasatoshi AdachiTomohiro SaekiMototaka Nakane
    • F16D7/02
    • F16F15/13164F16D7/025F16F15/1203F16F15/1207F16F15/1297F16F15/13142F16F15/1397
    • A torque fluctuation absorbing apparatus provided between a crankshaft of an engine and a driven-side input shaft includes a flywheel coupled to the crankshaft and a damper assembly disposed in a torque transmission path between the flywheel and the driven-side input shaft. The damper assembly includes a pair of drive plates, a driven plate and a spring damper. A torque limiter is disposed in a torque transmission path between the flywheel and the damper assembly. The torque limiter includes a pair of linings which generates relative rotational slip between the flywheel and the damper assembly when a torque larger than a predetermined amount is transmitted and are adapted to slip when receiving at least a predetermined amount of torque. The linings of the torque limiter are fixed to one of the drive plates and are interposed between a flywheel main body and a damper cover that forms a part of the torque limiter. The drive plates, the linings and the damper cover are centered with respect to the flywheel main body, and are assembled together to provide an assembly of the flywheel main body, the damper assembly and the torque limiter. After the engine is assembled with the driven-side input shaft, the assembly of the flywheel main body, the damper assembly and the torque limiter is fastened to the flywheel plate that is fixed to the crankshaft.
    • 设置在发动机的曲轴和从动侧输入轴之间的扭矩波动吸收装置包括联接到曲轴的飞轮和设置在飞轮与从动侧输入轴之间的转矩传递路径中的阻尼器组件。 阻尼器组件包括一对驱动板,从动板和弹簧阻尼器。 扭矩限制器设置在飞轮和阻尼器组件之间的扭矩传递路径中。 扭矩限制器包括一对内衬,其当大于预定量的扭矩传递时,在飞轮和阻尼器组件之间产生相对旋转滑动,并且当接收到至少预定量的扭矩时适于滑动。 扭矩限制器的内衬被固定到驱动板中的一个上,并且设置在形成扭矩限制器的一部分的飞轮主体和阻尼器盖之间。 驱动板,衬片和阻尼器盖相对于飞轮主体居中,并且组装在一起以提供飞轮主体,阻尼器组件和扭矩限制器的组件。 在发动机与从动侧输入轴组装之后,飞轮主体,阻尼器组件和扭矩限制器的组件被紧固到固定到曲轴的飞轮板。