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    • 32. 发明申请
    • DYNAMIC DAMPER DEVICE
    • 动态阻尼器装置
    • US20120196714A1
    • 2012-08-02
    • US13381672
    • 2010-11-04
    • Kiyohito Murata
    • Kiyohito Murata
    • F16H35/12F16H57/08
    • F16F15/1206F16F15/31
    • A dynamic damper device includes a planetary gear mechanism including plural differentially rotatable rotating elements, an elastic member that couples a rotating shaft rotated by being transmitted with a power with a first rotating element of the planetary gear mechanism, and a rotation control device that is coupled with a rotating element different from the first rotating element of the planetary gear mechanism and controls a rotation of the planetary gear mechanism by adjusting torque acting on the first rotating element. Accordingly, the dynamic damper device achieves an effect that vibration can be appropriately reduced.
    • 一种动态阻尼器装置包括行星齿轮机构,该行星齿轮机构包括多个可旋转的旋转元件,将通过传动而旋转的旋转轴与行星齿轮机构的第一旋转元件相耦合的弹性部件,以及旋转控制装置, 具有与行星齿轮机构的第一旋转元件不同的旋转元件,并且通过调节作用在第一旋转元件上的扭矩来控制行星齿轮机构的旋转。 因此,动态阻尼装置达到能够适当降低振动的效果。
    • 34. 发明授权
    • Clutch device
    • 离合器装置
    • US5860501A
    • 1999-01-19
    • US824729
    • 1997-03-26
    • Kiyohito Murata
    • Kiyohito Murata
    • B60K17/02B60K17/04F16D31/06F16D31/08F16H39/00
    • F16D31/08F16D31/06
    • A clutch device separates a non-changing component and a changing component of power generated by a driving source, and transmits the non-changing component and the changing component of power so separated to separate driven bodies, respectively. Power generated by a driving source is preferably subjected to form conversion by a power form converter and is then separated into a non-changing component and a changing component by a power separator. The non-changing component of power so separated is transmitted to a first driven body by a non-changing component transmitter while the changing component of power so separated is transmitted to a second driven body by a changing component transmitter. A fluid pump can be used as the power form transmitter, and an outlet flow rate regulating valve of the fluid pump can be used as the power separator. Control of the second driven body can be made easily by smoothing the changing component of power separated by using a smoother.
    • 离合器装置分离由驱动源产生的不变分量和变化的功率分量,并且将分离的功率的不变分量和变化分量分别发送到分离的驱动体。 由驱动源产生的功率优选地通过功率形式转换器进行形式转换,然后由功率分配器分离成不变组件和改变组件。 如此分离的功率的不变分量通过不变元件发送器发送到第一驱动体,而如此分离的功率的变化分量通过变化的分量发射器发送到第二驱动体。 可以使用流体泵作为动力式变送器,并且可以使用流体泵的出口流量调节阀作为动力分离器。 通过平滑通过使用平滑器分离的功率的变化分量,可以容易地进行第二从动体的控制。
    • 36. 发明授权
    • One-way clutch mechanism of torque converter
    • 变矩器单向离合器机构
    • US5729976A
    • 1998-03-24
    • US660593
    • 1996-06-11
    • Kiyohito MurataHiroyuki ShioiriShogo Matsumoto
    • Kiyohito MurataHiroyuki ShioiriShogo Matsumoto
    • F16D41/04F16D41/22F16H41/24F16D33/00
    • F16H41/24F16D41/22F16H2041/246
    • A one-way clutch mechanism suited to shorten its axial dimension and to prevent the production of a shock noise, in which a side clutch member (20 in FIG. 3) is interposed between a stator side member (18) disposed unitarily with a stator and a stationary-shaft side member (22) disposed unitarily with a stationary shaft, and in which the surfaces of the stator side member (18) and the side clutch member (20) confronting each other are respectively formed with oblique planes (18a, 20a), wherein only when the stator has received a turning force of specified direction from a fluid stream, the stator side member (18) and the side clutch member (20) are brought away from each other into the operational connection of the stator side member (18) and the stationary-shaft side member (22) by the cooperation of the oblique planes (18a, 20a).
    • 一种单向离合器机构,其适于缩短其轴向尺寸并防止产生冲击噪声,其中侧离合器构件(图3中的20)插入在与定子一体设置的定子侧构件(18)之间 以及与固定轴一体地设置的固定轴侧部件(22),其中定子侧部件(18)和侧面离合器部件(20)的彼此面对的表面分别形成有倾斜平面(18a, 20a),其中只有当定子已经从流体流接收到指定方向的转动力时,定子侧构件(18)和侧离合器构件(20)彼此远离定子侧的操作连接 构件(18)和固定轴侧构件(22)通过倾斜平面(18a,20a)的配合。
    • 37. 发明授权
    • Clutch device
    • 离合器装置
    • US5638933A
    • 1997-06-17
    • US618894
    • 1996-03-20
    • Shogo MatsumotoKiyohito Murata
    • Shogo MatsumotoKiyohito Murata
    • F16D25/0638F16D23/12F16D25/02F16D43/26F16D55/48F16D65/14F16H57/08F16D25/063
    • F16D25/02F16D55/48F16H57/08F16D2125/36F16D2127/10
    • This clutch device has a first cam mechanism and a second cam mechanism disposed on a relatively rotatable a pair of members. When the first cam mechanism is pushed by a piston to one of the pair of members rotating in a direction, the first cam mechanism generates a thrust force corresponding to an input torque and thereby the relatively rotating members are engaged. When the second cam mechanism is pushed by a piston to one of the pair of members rotating in a reverse direction, the second cam mechanism generates a thrust force corresponding to the pushing force of the piston, and thereby the relatively rotating members are engaged. A return spring giving a biasing force to separate the second cam member from the one of relatively rotating member is designed not to reduce the thrust force generated by the first cam member during the action of the first cam mechanism.
    • 该离合器装置具有设置在相对旋转的一对构件上的第一凸轮机构和第二凸轮机构。 当第一凸轮机构被活塞推压到沿一个方向旋转的一对构件中的一个时,第一凸轮机构产生对应于输入扭矩的推力,从而相对旋转的构件接合。 当第二凸轮机构被活塞推压到沿相反方向旋转的一对构件中的一个时,第二凸轮机构产生与活塞的推力对应的推力,由此相对旋转的构件接合。 使第二凸轮部件和第二凸轮部件与相对转动部件分离的复位弹簧被设计成不会在第一凸轮机构的动作期间减小由第一凸轮部件产生的推力。
    • 39. 发明授权
    • Viscous clutch assembly for torque transmission in motor vehicle
    • VISCOUS离合器组件用于电动车辆中的扭矩变速器
    • US5070975A
    • 1991-12-10
    • US553416
    • 1990-07-17
    • Koichi TanakaKiyohito Murata
    • Koichi TanakaKiyohito Murata
    • F16D35/00F16D43/284F16D47/06
    • F16D35/00F16D47/06
    • A viscous clutch assembly includes a viscous coupling arranged for generating a viscous resistance force in response to relative rotation between a pair of coaxially arranged rotary members, a cam mechanism cooperable with the viscous coupling for converting the viscous resistance force into a thrust force, a friction clutch mechanism cooperable with the cam mechanism to be brought into engagement when applied with the thrust force from the cam mechanism for establishing the drive connection between the rotary members. One of the rotary member is in the form of a cylindrical outer casing and the other rotary member is in the form of an internal rotary member coaxially surrounded by the outer casing. The viscous coupling includes a first rotary fin member fixedly mounted on the internal rotary member for rotation therewith and a second rotary fin member rotatably and axially slidably coupled within the outer casing in a fluid-tight manner for relative rotation with the first rotary fin member and being arranged to form a viscous fluid chamber containing therein the first rotary fin member. The viscous fluid chamber is filled with viscous fluid and air in such a manner as to permit movement of the second rotary fin member toward the first rotary fin member.
    • 40. 发明授权
    • Hydraulic control device for hydraulically operated friction clutch
having drag preventive means
    • 一种液压操作摩擦离合器的液压控制装置,具有防止牵引装置
    • US4795011A
    • 1989-01-03
    • US61657
    • 1987-06-15
    • Fumihiro UshijimaKiyohito Murata
    • Fumihiro UshijimaKiyohito Murata
    • B60W10/02B60W10/04B60W10/10F16D48/02F16D48/06F16D25/11B60K41/02
    • F16D48/066F16D2500/10412F16D2500/1045F16D2500/3067F16D2500/3102F16D2500/3144F16D2500/31466F16D2500/5029F16D2500/7041F16D2500/70454F16D2500/70605Y10T477/69377Y10T477/69383Y10T477/69387
    • A control device for a hyudraulic friction clutch for a motor vehicle, wherein a piston is moved by a pressurized fluid supplied to a pressure chamber, to effect frictional engagement between driving and driven rotary members, and a proximity shut-off valve is disposed in the piston, for permitting the fluid to be discharged from the pressure chamber through a discharge passage when the piston has reached a ready-to-operate position from which the piston is moved to start the frictional engagement. The control device includes a hydraulic pressure source generating a predetermined line pressure, a pressure adjusting device for adjusting the line pressure to a controlled clutch pressure, a clutch control valve for applying the controlled clutch pressure to the pressure chamber to advance the piston for effecting the frictional engagement of the rotary members, and a controller for commanding the pressure adjusting device to adjust the line pressure to a predetermined lower level, when the controller commands the clutch control valve to supply the pressurized fluid to the pressure chamber for moving the piston to the ready-to-operate position. Thus, drag due to partial engagement of the clutch with the piston at the ready-to-operate position is minimized or eliminated.
    • 一种用于机动车辆的液压摩擦离合器的控制装置,其中活塞通过供应到压力室的加压流体移动,以实现驱动和从动旋转构件之间的摩擦接合,并且接近截止阀设置在 活塞,用于当活塞已经到达就绪操作位置时允许流体通过排放通道从压力室排出,活塞从该位置开始移动以开始摩擦接合。 控制装置包括产生预定管路压力的液压源,用于将管路压力调节到受控制的离合器压力的压力调节装置,用于将控制的离合器压力施加到压力室的离合器控制阀,以使活塞前进, 旋转构件的摩擦接合,以及控制器,用于指示压力调节装置将管路压力调节到预定的较低水平,当控制器命令离合器控制阀将加压流体供应到压力室以将活塞移动到 准备就绪的位置。 因此,由于离合器与就绪操作位置处的活塞的部分接合而导致的阻力被最小化或消除。