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    • 5. 发明公开
    • A differential mechanism
    • Differentialvorrichtung。
    • EP0326289A1
    • 1989-08-02
    • EP89300504.1
    • 1989-01-19
    • AUTOMOTIVE PRODUCTS PLC
    • Parsons, DavidYoung, Alastair JohnBainbridge, Wilfred NicholasTemperley, Harry Davison
    • F16H35/04
    • F16H48/147F16H48/12Y10T74/19005Y10T74/19056Y10T74/1906Y10T74/19065
    • The differential comprises a drive input element 40 two outputs cam members 16, 17 rotatable about an axis A, each said member having a single annular cam surfaces 22, 23 thereon of undulating form arranged such that the cam surfaces on the cam members converge towards each other, and a plurality of cam followers 28. The followers have cam engaging end surfaces 29, 30, 32, 33 for imparting drive from the input element 40 to said output cam members. Relative contra rotation of said output cam members causes the cam followers to slide axially. The cam followers 28 are elongate in the direction of axis A and are slidably supported throughout virtually their entire length by the drive input element 40. The followers 28 may be arranged closely adjacent each other to provide a degree of mutual support.
    • 差速器包括驱动输入元件40,两个输出凸轮构件16,17围绕轴线A可旋转,每个所述构件具有波浪形式的单个环形凸轮表面22,23,其布置成使得凸轮构件上的凸轮表面朝向每个 其它和多个凸轮从动件28.从动件具有凸轮接合端面29,30,32,33,用于将驱动从输入元件40传递到所述输出凸轮构件。 所述输出凸轮构件的相对的反转使凸轮从动件轴向滑动。 凸轮从动件28在轴线A的方向上是细长的,并且通过驱动输入元件40几乎可以全部地被滑动支撑。从动件28可以彼此靠近地布置以提供一定程度的相互支撑。
    • 10. 发明公开
    • Differential gear
    • 差速器
    • EP0625655A1
    • 1994-11-23
    • EP94106243.2
    • 1994-04-21
    • Mimura, Kenji
    • Mimura, Kenji
    • F16H35/04F16H1/44
    • F16H48/22F16H48/05F16H48/08F16H48/10F16H48/12F16H48/14F16H48/19F16H48/40F16H2048/382Y10T74/19005
    • This invention provides a differential gear that, when a rotational difference occurs on a pair of output-side rotary bodies (17) arranged in opposite form to each other on the shaft center of an input-side rotary body (1), a differential rotation of each output-side rotary body is achieved by interconnecting the rotary motion of each output-side rotary body by means of numerous grooves (10a) and numerous balls (6) fitted to these grooves. At this time, when the force necessary to cause a rotational difference is given to each output-side rotary body only from one output-side rotary body, the balls or grooves of the driven side at differential rotation cause the grooves or balls of the driving side to follow their own motion on the other output-side rotary body. Consequently, the reaction force caused at this time acts as a resistance to limit the differential rotation of each output-side rotary body. Accordingly, this invention permits a very stable differential limitation effect of torque sensitizing type to be obtained without requiring any special mechanism for this purpose.
    • 本发明提供一种差动齿轮,其在输入侧旋转体(1)的轴心上相互对置地配置的一对输出侧旋转体(17)产生旋转差时, 每个输出侧旋转体的输出侧旋转体的旋转运动是通过多个凹槽(10a)和安装在这些凹槽上的许多滚珠(6)互连每个输出侧旋转体的旋转运动来实现的。 此时,若仅从一个输出侧旋转体向各输出侧旋转体施加产生旋转差所需的力,则差动旋转的从动侧的滚珠或槽产生驱动的槽或球 侧在另一个输出侧旋转体上遵循它们自己的运动。 因此,此时产生的反作用力成为限制各输出侧旋转体的差动旋转的阻力。 因此,本发明允许获得转矩敏化类型的非常稳定的差分限制效果,而不需要用于此目的的任何特殊机构。