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    • 1. 发明申请
    • HYDRAULIC COUPLING FOR VEHICLE DRIVETRAIN
    • 液压联动车辆驾驶员
    • WO1995023931A1
    • 1995-09-08
    • PCT/US1995002477
    • 1995-02-28
    • ASHA CORPORATIONSHAFFER, Theodore, E.OKCUOGLU, Murat, N.
    • ASHA CORPORATION
    • F16H48/22
    • F04C15/068B60K17/20B60K23/04B60K23/0808F04C2/102F16D35/005F16D43/284F16D55/40F16D57/06F16D59/00F16D59/02F16D2055/0058F16D2121/12F16H48/08F16H48/22F16H48/27F16H48/40
    • A hydraulic coupling (32) includes a control valve (80) that controls pumping from a casing inlet port (58) by a hydraulic pump (48) through a casing outlet port (78) to control operation of a clutch (68) for coupling between two rotary members. The casing (34) is connected to one of the rotary members while a pumping component embodied by an impeller (50) is connected to the other rotary member and meshed with an internal ring gear (54) having one more tooth than the number of impeller teeth to provide sufficient pumping capacity so that the pump can act as a brake while still having relatively constant pumping pressure. The control valve (80) includes a valve element (82) mounted within a recess (98) to provide accurate control of its closure when the pumped hydraulic fluid reaches a predetermined pressure corresponding to a predetermined extent of relative rotation between the two drivetrain members. The outlet port (78) is disclosed as extending through an actuating piston (72) of the clutch in certain embodiment and also through the casing back to the hydraulic pump in another embodiement to provide a supercharged circuit.
    • 液压联轴器(32)包括控制阀(80),其通过液压泵(48)通过壳体出口(78)控制来自壳体入口(58)的泵送,以控制用于联接的离合器(68)的操作 两个旋转构件之间。 壳体(34)连接到旋转构件中的一个,而由叶轮(50)实现的泵送部件连接到另一个旋转构件并与具有比叶轮数多一个齿的内齿圈(54)啮合 以提供足够的泵送能力,使得泵可以用作制动器,同时仍具有相对恒定的泵送压力。 控制阀(80)包括安装在凹部(98)内的阀元件(82),以便当泵送的液压流体达到对应于两个传动系构件之间的预定相对旋转程度的预定压力时,提供对其关闭的精确控制。 出口(78)在某些实施例中被公开为延伸通过离合器的致动活塞(72),并且在另一实施例中也通过壳体回到液压泵,以提供增压电路。
    • 2. 发明申请
    • VEHICLE DRIVETRAIN HYDRAULIC COUPLING
    • 车辆驱动液压联轴器
    • WO1993019310A1
    • 1993-09-30
    • PCT/US1993002098
    • 1993-03-08
    • ASHA CORPORATIONOKCUOGLU, Murat, N.SHAFFER, Theodore, E.
    • ASHA CORPORATION
    • F16H47/00
    • F04C15/068B60K17/20B60K23/04B60K23/0808F04C2/102F16D35/005F16D43/284F16D57/06F16D2055/0058F16D2121/12F16H48/08F16H48/22F16H48/27F16H48/40
    • A hydraulic coupling (32) includes a control valve (80) that controls pumping from a casing inlet port (58) by a hydraulic pump (48) through a casing outlet port (78) to control coupling between two rotary members. The casing (34) is connected to one of the rotary members while an impeller (50) having between five and seven external teeth is connected to the other rotary member and meshed with an internal ring gear (54) having one more tooth than the number of impeller teeth to provide sufficient pumping capacity so that the pump can act as a brake while still having relatively constant pumping pressure. The control valve (80) includes a bimetallic valve element (82) that compensates for temperature changes and may also include a speed sensitive valve closure (104) for providing immediate coupling without delay above certain speeds of operation. Mounting of the bimetallic valve element (82) of control valve (80) within a recess (98) provides accurate control of the temperature compensation.
    • 液压联轴器(32)包括控制阀(80),其通过液压泵(48)通过壳体出口(78)控制来自壳体入口(58)的泵送,以控制两个旋转构件之间的联接。 壳体(34)连接到一个旋转构件,而具有五个和七个外齿之间的叶轮(50)连接到另一个旋转构件并且与具有多于齿数的多个齿的内齿圈(54)啮合 的叶轮齿以提供足够的泵送能力,使得泵可以用作制动器,同时仍然具有相对恒定的泵送压力。 控制阀(80)包括补偿温度变化的双金属阀元件(82),并且还可以包括速度敏感阀门关闭(104),用于在一定速度的操作之后立即提供连接。 将控制阀(80)的双金属阀元件(82)安装在凹槽(98)内可以精确地控制温度补偿。