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    • 2. 发明授权
    • Fluid coupling
    • 流体联轴器
    • US06336538B1
    • 2002-01-08
    • US09598761
    • 2000-06-22
    • Hirofumi KatohKenji OhharaYasuo Fujita
    • Hirofumi KatohKenji OhharaYasuo Fujita
    • F16D3502
    • F16D35/02
    • A fluid coupling includes an operation plate for defining storage and working chambers in a housing and having a communicating hole for fluid communication between the two, a driven wheel arranged adjacent to the operation plate, a torque-transfer part for transmitting torque of a rotor to the housing, and a valve mechanism for opening and closing the communicating hole. An auxiliary chamber, which is arranged in the driven wheel, brings working fluid out of the communicating hole to the torque-transfer part. A positioning mechanism ensures circumferential positioning of the operation plate and the driven wheel.
    • 流体联接器包括操作板,用于在壳体中限定存储和工作室,并具有用于两者之间流体连通的连通孔,邻近操作板布置的从动轮,用于将转子的扭矩传递到 壳体和用于打开和关闭连通孔的阀机构。 布置在从动轮中的辅助室将工作流体从连通孔流出到转矩传递部。 定位机构确保操作板和从动轮的周向定位。
    • 3. 发明授权
    • Temperature sensing fan drive with fluid coupling
    • 带流体联轴器的温度传感风扇驱动
    • US06220416B1
    • 2001-04-24
    • US09430129
    • 1999-10-29
    • Hirofumi KatohTatsuyuki Matsuya
    • Hirofumi KatohTatsuyuki Matsuya
    • F16D3500
    • F16D35/026
    • A temperature-sensing, variable-speed fan drive with a fluid coupling filled with working fluid, for cooling two stacked heat exchangers, namely an engine cooling-system radiator and an air-conditioner condenser located in front of the radiator, comprises a partition plate dividing the internal space of a fan housing into a reservoir chamber and a working chamber, and two different communication ports, each formed in the partition plate to communicate the reservoir chamber with the working chamber. In addition to a first valve mechanism which adjusts the opening of one of the two communication ports in response to atmospheric temperature in the circumference of the housing, a second valve mechanism is provided to adjust the opening of the other of the two communication ports in response to a refrigerant pressure in the air-conditioner condenser. The second valve mechanism includes a valve portion which opens and closes the other communication port, a push rod associated with the valve portion, and an actuator which shifts the push rod from inactive to active in response to a control signal. Also provided is a fan-drive controller which outputs the control signal to the actuator when the refrigerant pressure in the air-conditioner condenser exceeds the predetermined threshold value.
    • 具有填充有工作流体的流体耦合器的温度感测变速风扇驱动器,用于冷却位于散热器前方的两个堆叠式热交换器,即发动机冷却系统散热器和空调冷凝器,包括隔板 将风扇壳体的内部空间分成储存室和工作室,以及两个不同的连通口,每个形成在隔板中,以将储存室与工作室连通。 除了响应于壳体周围的大气温度调节两个连通端口中的一个的开口的第一阀机构之外,还提供了第二阀机构,以响应于调整两个通信端口中的另一个的开口 达到空调冷凝器中的制冷剂压力。 第二阀机构包括打开和关闭另一连通端口的阀部分,与阀部分相关联的推杆,以及响应于控制信号将推杆从非活动状态转移到活动状态的致动器。 还提供了一种风扇驱动控制器,其在空调冷凝器中的制冷剂压力超过预定阈值时将控制信号输出到致动器。
    • 4. 发明授权
    • Viscous fluid coupling
    • 粘性流体耦合
    • US06474458B2
    • 2002-11-05
    • US09864214
    • 2001-05-25
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • F16D380
    • F16D35/023
    • A viscous fluid coupling includes a housing rotatably supported to a drive shaft of an engine. An operation plate set in the housing divides a space of the housing into a reservoir and an operation chamber. The operation plate has a communication hole communicating the reservoir and the operation chamber. A rotor fixed to the drive shaft is disposed in the operation chamber. A valve mechanism installed to the operation plate to close and open the communication hole according to ambient temperature of the housing. A driven wheel fixed to the housing is located between the operation plate and the rotor. A torque transmitting section includes a first annular projection concentrically formed on the driven wheel and a plurality of second annular projections concentrically formed on the rotor. The first annular projections are overlappedly adjacent to the second annular projections so as to establish fluid coupling therebetween through the viscous fluid.
    • 粘性流体联轴器包括可旋转地支撑在发动机的驱动轴上的壳体。 设置在壳体中的操作板将壳体的空间划分为储存器和操作室。 操作板具有连通储存器和操作室的连通孔。 固定在驱动轴上的转子设置在操作室中。 安装在操作板上的阀机构,根据外壳的环境温度关闭和打开连通孔。 固定到壳体的从动轮位于操作板和转子之间。 扭矩传递部分包括同心地形成在从动轮上的第一环形突起和同心地形成在转子上的多个第二环形突起。 第一环形突起与第二环形突起重叠地邻接,以便通过粘性流体在其间建立流体耦合。
    • 5. 发明授权
    • Viscous fluid clutch
    • 粘性流体离合器
    • US5803221A
    • 1998-09-08
    • US739834
    • 1996-10-30
    • Shinichi KawadaKenji OhharaHirofumi KatohYasuo Fujita
    • Shinichi KawadaKenji OhharaHirofumi KatohYasuo Fujita
    • F16D35/02
    • F16D35/023
    • A viscous fluid clutch includes a housing rotatably mounted to a drive shaft and a clutch plate attached to the drive shaft. These relatively rotatable members have a fluid shear space therebetween and cooperable with a fluid medium in the shear space to provide a shear-type fluid drive therebetween. The housing includes a reservoir, an operating chamber and a pump outlet opening communicating between the operating chamber and the reservoir. An annular wall is secured at its inner and outer peripheral edges to the clutch plate and includes an annular bend between the outer and inner peripheral edges to define an annular auxiliary reservoir in cooperation with the clutch plate. The housing has an annular recess accommodating the annular bend. The annular recess is defined by a cylindrical inner surface. This cylindrical inner surface and the opposed surface of the annular bend define therebetween an annular passage communicating with the operating chamber. A plurality of blades are arranged in this passage for urging viscous fluid to move toward the operating chamber out of the annular passage.
    • 粘性流体离合器包括可旋转地安装到驱动轴的壳体和附接到驱动轴的离合器片。 这些相对可旋转的构件在其间具有流体剪切空间,并与剪切空间中的流体介质配合,以在它们之间提供剪切型流体驱动。 壳体包括储存器,操作室和在操作室和储存器之间连通的泵出口。 环形壁在其内周边缘和外周边缘处固定到离合器板,并且在外周边缘和内周边缘之间包括环形弯曲部,以与离合器板协作地限定环形辅助储存器。 壳体具有容纳环形弯曲部的环形凹部。 环形凹部由圆柱形内表面限定。 该圆柱形内表面和环形弯曲件的相对表面在其间限定有与操作室连通的环形通道。 在该通道中布置有多个叶片,用于促使粘性流体朝向操作室移出环形通道。
    • 6. 发明授权
    • Viscous Fluid Coupling
    • 粘性流体耦合
    • US06679365B2
    • 2004-01-20
    • US10205450
    • 2002-07-26
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • F16D3100
    • F16D35/023
    • A viscous fluid coupling includes a housing rotatably supported to a drive shaft of an engine. An operation plate set in the housing divides a space of the housing into a reservoir and an operation chamber. The operation plate has a communication hole communicating the reservoir and the operation chamber. A rotor fixed to the drive shaft is disposed in the operation chamber. A valve mechanism installed to the operation plate to close and open the communication hole according to ambient temperature of the housing. A driven wheel fixed to the housing is located between the operation plate and the rotor. A torque transmitting section includes a first annular projection concentrically formed on the driven wheel and a plurality of second annular projections concentrically formed on the rotor. The first annular projections are overlappedly adjacent to the second annular projections so as to establish fluid coupling therebetween through the viscous fluid.
    • 粘性流体联轴器包括可旋转地支撑在发动机的驱动轴上的壳体。 设置在壳体中的操作板将壳体的空间划分为储存器和操作室。 操作板具有连通储存器和操作室的连通孔。 固定在驱动轴上的转子设置在操作室中。 安装在操作板上的阀机构,根据外壳的环境温度关闭和打开连通孔。 固定到壳体的从动轮位于操作板和转子之间。 扭矩传递部分包括同心地形成在从动轮上的第一环形突起和同心地形成在转子上的多个第二环形突起。 第一环形突起与第二环形突起重叠地邻接,以便通过粘性流体在其间建立流体耦合。
    • 7. 发明授权
    • Viscous fluid coupling
    • 粘性流体耦合
    • US06305519B1
    • 2001-10-23
    • US09288716
    • 1999-04-09
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • Hirofumi KatohShinichi KawadaKenzi OhharaYasuo Fujita
    • F16D3100
    • F16D35/023
    • A viscous fluid coupling includes a housing rotatably supported to a drive shaft of an engine. An operation plate set in the housing divides a space of the housing into a reservoir and an operation chamber. The operation plate has a communication hole communicating the reservoir and the operation chamber. A rotor fixed to the drive shaft is disposed in the operation chamber. A valve mechanism installed to the operation plate to close and open the communication hole according to ambient temperature of the housing. A driven wheel fixed to the housing is located between the operation plate and the rotor. A torque transmitting section includes a first annular projection concentrically formed on the driven wheel and a plurality of second annular projections concentrically formed on the rotor. The first annular projections are overlappedly adjacent to the second annular projections so as to establish fluid coupling therebetween through the viscous fluid.
    • 粘性流体联轴器包括可旋转地支撑在发动机的驱动轴上的壳体。 设置在壳体中的操作板将壳体的空间划分为储存器和操作室。 操作板具有连通储存器和操作室的连通孔。 固定在驱动轴上的转子设置在操作室中。 安装在操作板上的阀机构,根据外壳的环境温度关闭和打开连通孔。 固定到壳体的从动轮位于操作板和转子之间。 扭矩传递部分包括同心地形成在从动轮上的第一环形突起和同心地形成在转子上的多个第二环形突起。 第一环形突起与第二环形突起重叠地邻接,以便通过粘性流体在其间建立流体耦合。