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    • 1. 发明公开
    • Equivelocity universal joint and axial piston pump. motor device using the joint
    • Homokinetisches Universalgelenk und Axialkolbenpumpe sowie Motorvorrichtung mit diesem Gelenk。
    • EP0458208A2
    • 1991-11-27
    • EP91108029.9
    • 1991-05-17
    • HITACHI, LTD.
    • Kanamaru, Hisanobu
    • F04B1/20F16D3/48
    • F16D3/08F04B1/2092F05C2253/12F16D3/48Y10S464/904
    • The present invention relates to an equivelocity universal joint suitable for coupling shafts, and for an axial piston pump.
      One ends of the driving pins (5) of the equivelocity universal joint rotate along a predetermined locus on a concentric circle while rotating and sliding by themselves in the cylinder bores (6, 8) of the driving (1) or driven (2) shaft. Spherical head portions (7) of the other ends perform rotating motion in cylinder bores or ball receiving bores of the driving or driven shaft. Accordingly, the respective driving pins continue linear sliding motion in response to the rotation of the driving or driven shaft and thereby the spherical head portions of the other ends are held at the concentric circle on the driving or driven shaft so as to keep the driving center in floating state.
      As a result, the respective pistons are driven on a concentric circle, thereby an equivelocity universal joint is realized and the mechanical vibration thereof is substantially eliminated.
    • 本发明涉及适用于连接轴的等速万向接头和用于轴向柱塞泵的等速万向接头。 等速万向接头的驱动销(5)的一端沿同心圆的预定轨迹旋转,同时在驱动(1)或驱动(2)轴的气缸孔(6,8)中自身旋转和滑动 。 另一端的球形头部(7)在驱动轴或从动轴的气缸孔或球接收孔中进行旋转运动。 因此,相应的驱动销响应于驱动轴或从动轴的旋转而继续线性滑动运动,从而另一端的球形头部保持在驱动轴或从动轴上的同心圆上,以保持驱动中心 处于浮动状态。 结果,各活塞以同心圆驱动,实现等速万向接头,其机械振动基本上消除。
    • 5. 发明公开
    • Homokinetic coupling
    • 同动力学耦合
    • EP0031188A1
    • 1981-07-01
    • EP80201221.1
    • 1980-12-19
    • SKF Industrial Trading & Development Co, B.V.
    • Kumpar, Zvonimir Zvonko
    • F16D3/22
    • F16D3/224F16D2003/22303Y10S464/904
    • The improvement concerns the retaining of the "flattened" balls as applied in this type of homokinetic joints wherein this type of balls are applied. Instead of applying a retaining member for every ball a specific cage (20) provided with pockets (24) for fixing the balls (3) is applied. Its performance however is completely different from the existing (Rzeppa)-CV joint cage according to which this cage forms a steering member. Due to the "self-positioning" feature of the "flattened" balls (3) the improved cage (20) therefore is resilient e.g. can be made of a plastic, but preferable of plasto-lub or the like oil exuding compositions.
    • 这种改进涉及在应用这种类型的球的这种类型的均匀运动接头中应用的“扁平”球的保持。 不是为每个球施加保持构件,而是应用设置有用于固定球(3)的袋(24)的特定笼(20)。 然而其性能与现有的(Rzeppa)-CV接头笼完全不同,根据该笼,该笼形成转向构件。 由于“扁平”球(3)的“自定位”特征,改进的保持架(20)因此具有弹性,例如弹性。 可以由塑料制成,但优选为塑料 - 润滑油或类似的渗油组合物。
    • 6. 发明公开
    • ARTICULATING TORSIONAL COUPLING
    • 扭转扭转耦合
    • EP3156678A1
    • 2017-04-19
    • EP16201657.0
    • 2015-10-09
    • Harris Dynamics
    • HARRIS, Trevor L
    • F16D3/40
    • F16D3/30Y10S464/904
    • A constant velocity coupling comprising:
      a driving central shaft having a plurality of pivot arm mounting bores that are each offset along an axial axis;
      a plurality of driving pivot arms, each having a pivot mount and an interconnecting end, the pivot mount of each pivot arm is pivotally connected to the driving central shaft at the plurality of pivot arm mounting bores such that the plurality of interconnecting ends are aligned in a homokinetic plane;
      a driven central shaft having a plurality of pivot arm mounting bores that are each offset along an axial axis;
      a plurality of driven pivot arms, each having a pivot mount and an interconnecting end, the pivot mount of each pivot arm is pivotally connected to the driven central shaft at the plurality of pivot arm mounting bores such that the plurality of link receivers are aligned in the homokinetic plane; and
      an interconnecting bearing element coupling each of the driving and driven pivot arms together such that torque and rotary motion are transmitted through a joint angle.
    • 1。一种恒速联轴器,包括:驱动中心轴,所述驱动中心轴具有多个枢轴臂安装孔,所述多个枢轴臂安装孔各自沿轴向轴线偏置; 多个驱动枢转臂,每个驱动枢转臂具有枢转安装件和互连端,每个枢转臂的枢转安装件在多个枢转臂安装孔处枢转地连接到驱动中心轴,使得多个互连端对准 同动平面; 从动中心轴,其具有多个枢转臂安装孔,每个枢转臂安装孔均沿轴向轴线偏置; 多个从动枢转臂,每个从动枢转臂具有枢转安装件和互连端,每个枢转臂的枢转安装件在多个枢转臂安装孔处枢转地连接到从动中央轴,使得多个连杆接收件对准 同动平面; 以及互连支承元件,所述互连支承元件将每个驱动枢转臂和从动枢转臂联接在一起,使得扭矩和旋转运动通过关节角传递。
    • 7. 发明公开
    • ARTICULATING TORSIONAL COUPLING
    • GELENKIGE TORSIONSKUPPLUNG
    • EP3123040A2
    • 2017-02-01
    • EP15785005.8
    • 2015-10-09
    • Harris Dynamics
    • HARRIS, Trevor L.
    • F16D3/40
    • F16D3/30Y10S464/904
    • A constant velocity coupling comprising: a driving central shaft having a plurality of pivot arm mounting bores that are each offset along an axial axis; a plurality of driving pivot arms, each having a pivot mount and an interconnecting end, the pivot mount of each pivot arm is pivotally connected to the driving central shaft at the plurality of pivot arm mounting bores such that the plurality of interconnecting ends are aligned in a homokinetic plane; a driven central shaft having a plurality of pivot arm mounting bores that are each offset along an axial axis; a plurality of driven pivot arms, each having a pivot mount and an interconnecting end, the pivot mount of each pivot arm is pivotally connected to the driven central shaft at the plurality of pivot arm mounting bores such that the plurality of link receivers are aligned in the homokinetic plane; and an interconnecting bearing element coupling each of the driving and driven pivot arms together such that torque and rotary motion are transmitted through a joint angle.
    • 一种恒速联轴器,包括:驱动中心轴,其具有多个枢转臂安装孔,所述多个枢转臂安装孔各自沿轴向偏移; 多个驱动枢转臂,每个具有枢转安装件和互连端,每个枢转臂的枢转安装件在多个枢转臂安装孔处枢转地连接到驱动中心轴,使得多个互连端部对准 一个同动机; 驱动中心轴具有多个枢转臂安装孔,每个枢轴臂安装孔各自沿轴向偏移; 多个从动枢转臂,每个都具有枢转安装件和互连端,每个枢转臂的枢转安装件在多个枢转臂安装孔处枢转地连接到从动中心轴,使得多个连杆接收器对准 同动机; 以及将每个驱动枢转臂和从动枢转臂联接在一起的互连轴承元件,使得扭矩和旋转运动通过关节角度传递。
    • 9. 发明授权
    • ACCOUPLEMENT DE TRANSMISSION
    • 提高互动
    • EP0927311B1
    • 2002-06-05
    • EP97918853.9
    • 1997-09-19
    • ESCO TRANSMISSIONS
    • BOUCQUEY, Paul, Egide
    • F16D3/18
    • F16D3/185Y10S464/904
    • The invention concerns a device for coupling the torque transmission between a primary shaft and a receiving shaft to enable an angular and/or radial misalignment and/or an axial displacement between the two shafts, comprising two hubs (2) each provided with an external toothing (3) normally symmetrically convex with respect to a symmetrical plane (4) and a sleeve tube (7) having an internal toothing (8) co-operating with each external toothing (3) and capable of sliding longitudinally on them, limit stop means (9) being arranged in a ring-shaped space (10) between a wall (11) bearing the external toothing (3) and part (12) of at least of one of the hubs (2) and comprising a ring-shaped stop (15) fixed to the hub (2) in the symmetrical plane (4) and, at least on one side of the stop (15), a stop pin (16, 17) associated with the stop (15), arranged in the shape of a ring of the same diameter as that of the stop (15), perpendicular to the axis (18) of the sleeve tube (7), and fixed to it.
    • 10. 发明公开
    • Prop rotor hub
    • 螺旋桨毂
    • EP1088755A3
    • 2001-12-19
    • EP00203353.8
    • 2000-09-27
    • Bell Helicopter Textron Inc.
    • Schellhase, Ernest C.Broekhuizen, Willem
    • B64C27/32
    • B64C27/32Y10S464/904
    • A prop rotor hub (10) includes a constant velocity joint (50) in the same plane as a prop blade yoke. Torque is transmitted from a shaft to the blades through the CV joint (50), hub plates (14, 16) attached to the CV joint (50), and the yoke (12), which is attached to the hub plates (14, 16). Providing all elements in a substantially planar arrangement results in a hub assembly (10) which has significantly less height than a traditional design. The hub itself is in-plane with the yoke (12), resulting in a more efficient torque transmission from the mast to the rotor.
    • 旋翼桨毂(10)包括与桨叶桨轭相同平面内的等速万向节(50)。 扭矩通过CV接头(50),附接到CV接头(50)的毂板(14,16)以及附接到毂板(14,14)的轭(12)从轴传递到叶片。 16)。 提供大致平面布置的所有元件导致轮毂组件(10),其比传统设计具有显着更小的高度。 轮毂本身与叉架(12)处于同一平面内,从而导致从桅杆到转子的更有效的扭矩传递。