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    • 62. 发明授权
    • Clutch unit
    • 离合器单元
    • US07156771B2
    • 2007-01-02
    • US10918052
    • 2004-08-13
    • Masao Teraoka
    • Masao Teraoka
    • B60K1/00B60K6/02B60K17/16B60K17/356F16D28/00
    • F16D23/06B60K6/52B60K17/356Y02T10/6265Y10T477/26Y10T477/79
    • In a clutch unit, an engagement of a dog clutch can be restricted until a revolution of an input shaft and the revolution of an output shaft correspond to each other so as to be suitable for the engagement. The engagement can be effected when the revolution of the input shaft and the revolution of the output shaft have corresponded so as to be suitable for the engagement. Accordingly, the revolution of the input shaft and the revolution of the output shaft are speedily synchronized, and engagement shocks of the dog clutch can be accurately suppressed. Hence, it is possible to reliably transmit the torque to be transmitted from the driving source to the wheel side through the reduction mechanism.
    • 在离合器单元中,可以限制爪式离合器的接合,直到输入轴的旋转和输出轴的旋转彼此对应以适合于接合。 当输入轴的旋转和输出轴的旋转对应以适于接合时,可以实现接合。 因此,输入轴的旋转和输出轴的旋转快速同步,可以精确地抑制卡合离合器的接合冲击。 因此,可以通过减速机构将从驱动源传递的转矩可靠地传递到车轮侧。
    • 67. 发明授权
    • Fluid machine
    • 流体机
    • US06206668B1
    • 2001-03-27
    • US09017580
    • 1998-02-03
    • Masao TeraokaKenji Hiraishi
    • Masao TeraokaKenji Hiraishi
    • F03C200
    • F01C1/126F01C21/106
    • A fluid machine comprises a rotor (7, 9) meshed with each other in concave and convex portions (23, 26) and (25, 24), and a casing (3) enveloping these elements within cylindrical portions (43, 45) of a rotor chamber (5) and having a flow inlet port (31) and a flow outlet port (33). The cylindrical portions (43, 45) are moved to moved centers (47, 49) from standard centers (35, 37) at a predetermined distance L toward the flow inlet port (31), so that the rotor chambers (5) is expanded to cylindrical portions (55, 57) from the cylindrical portions (43, 45).
    • 流体机械包括在凹凸部分(23,26)和(25,24)中彼此啮合的转子(7,9),以及将这些元件包围在圆柱形部分(43,44)内的壳体(3) 转子室(5)并具有流入口(31)和流出口(33)。 圆柱形部分(43,45)从标准中心(35,37)以预定距离L朝向流入口(31)移动到移动中心(47,49),使得转子室(5)膨胀 到圆筒部(43,45)的圆筒部(55,57)。
    • 68. 发明授权
    • Fluid machine
    • 流体机
    • US6116879A
    • 2000-09-12
    • US251126
    • 1999-02-16
    • Masao Teraoka
    • Masao Teraoka
    • F04C18/18F04C18/08F04C18/12F04C27/00F04C2/00
    • F04C18/084F04C18/126F04C27/004
    • A pair of rotors (1,3) includes tooth parts (7,9) with a cycloid tooth profile curve and tooth bottom pans (11,13), and are engaged with each other. A housing (2) includes rotor chambers (2a) for rotatably accommodating the rotors (1,3), a suction port and a delivery port. Tips of the tooth parts (7,9) of the rotors (1,3) respectively have top parts (15,17) with a predetermined arc length (W.sub.1) which are cut to have a diameter (D.sub.2) smaller than a diameter (D.sub.1) of the tips of the predetermined cycloid tooth profile curve, and a diameter of the rotor chambers (2a) is made small.
    • 一对转子(1,3)包括具有摆线齿形曲线的齿部(7,9)和齿底盘(11,13),并且彼此接合。 壳体(2)包括用于可旋转地容纳转子(1,3),抽吸口和输送口的转子室(2a)。 转子(1,3)的齿部(7,9)的尖端分别具有预定的弧长(W1)的顶部(15,17),其被切割成具有小于直径(D2)的直径(D2) D1),并且使转子室(2a)的直径变小。