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    • 1. 发明授权
    • Stepless belt transmission
    • 无级传动带
    • US4717368A
    • 1988-01-05
    • US824383
    • 1986-01-23
    • Kozo YamaguchiMasahiro Hasebe
    • Kozo YamaguchiMasahiro Hasebe
    • F16H61/662F16H55/52
    • F16H61/662
    • A stepless belt transmission includes a working fluid control unit having a supply port for supplying working fluid to a hydraulic actuator, a discharge port for discharging the working fluid from the hydraulic actuator, a lead mechanism for changing the working fluid pressure internally of the hydraulic actuator by varying the opening degree of the supply port or discharge port in dependence upon vehicle running conditions, and a follow-up mechanism operatively associated with a movable flange displaced by the changed working fluid pressure to restore the port opening degree varied by the lead mechanism. It is possible to achieve highly sophisticated control of transmission ratio in dependence upon vehicle running conditions through a comparatively simple construction and on the basis of a simple control method in which the stroke of the lead mechanism is suitably regulated.
    • 无级带传动装置包括工作流体控制单元,其具有用于向液压致动器供应工作流体的供给口,用于从液压致动器排出工作流体的排出口,用于改变液压致动器内部的工作流体压力的引导机构 通过根据车辆行驶条件改变供给口或排出口的开度,以及与通过改变的工作流体压力移动的可移动凸缘可操作地相关联的后续机构,以恢复由引导机构改变的端口开度。 可以通过相对简单的结构,并且基于适当地调节引导机构的行程的简单控制方法,根据车辆行驶条件实现高度复杂的传动比控制。
    • 4. 发明申请
    • Drive device
    • 驱动装置
    • US20050006963A1
    • 2005-01-13
    • US10501073
    • 2003-05-08
    • Masayuki TakenakaNaruhiko KutsunaKozo Yamaguchi
    • Masayuki TakenakaNaruhiko KutsunaKozo Yamaguchi
    • B60K1/00B60K6/26H02K5/20H02K9/19H02K11/04H05K7/14H05K7/20H02K9/00
    • H05K7/20927B60K1/00B60K6/26B60K2001/003H02K5/20H02K9/19H02K11/33
    • A drive unit comprises an electric motor, a drive unit casing 2 accommodating therein the electric motor, an inverter 3 that controls the electric motor, and a flow passage of a refrigerant that cools the inverter. The inverter defines a space R between it and a heat sink 5 integral with a substrate of the inverter, and is mounted to the drive unit casing, the space is compartmented by separation means 8 into a first chamber R1 facing the heat sink and a second chamber R2 facing the drive unit casing, and is communicated to the flow passage of the refrigerant, and the heat sink comprises heat-sink-side fins 56 extending into the first chamber and apart from the separation means. Thereby, temperature gradient can be provided between the both chambers, and effective cooling of the heat sink and the drive unit casing can be made possible with less flow rate of the refrigerant as compared with the case where the entire space comprising a single layer is cooled by the refrigerant according to the heat-resistant temperature of the inverter.
    • 驱动单元包括电动机,容纳电动机的驱动单元壳体2,控制电动机的逆变器3和冷却逆变器的制冷剂的流路。 逆变器在其与与逆变器的基板一体化的散热器5之间限定空间R,并且安装到驱动单元壳体,空间被分离装置8分隔成面对散热器的第一室R1和第二室 腔室R2面向驱动单元壳体,并且连通到制冷剂的流动通道,并且散热器包括延伸到第一室中并与分离装置分离的散热侧翅片56。 因此,可以在两个室之间设置温度梯度,与冷却单一层的整个空间相比,能够以较少的制冷剂流量实现散热器和驱动单元壳体的有效冷却 通过制冷剂根据变频器的耐热温度。