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    • 1. 发明授权
    • Control couplings and gearing combined therewith
    • 控制联轴器和齿轮组合
    • US4096712A
    • 1978-06-27
    • US660075
    • 1976-02-23
    • Oswald Webb
    • Oswald Webb
    • B60K17/346B60K23/04F16D35/00F16H45/00F16H48/08F16H48/22F16H48/26F16D3/80F16D19/00F16D31/00F16H1/44
    • F16H48/08F16D35/005F16H48/26F16H2048/382F16H2048/423
    • A control coupling, particularly for use with a differential gearing, the coupling including an enclosure containing a viscous liquid and first and second mutually interleaved sets of annular plates arranged for rotation about a common axis within the enclosure. The first set of plates are arranged to be connected with a first rotatable member and the second set of plates being arranged to be connected with a second rotatable member, and the plates of at least one set are free to move in directions parallel to the common axis. One of the sets of plates are mounted on a hollow hub which projects within the enclosure and which has a bore which is open to, and forms part of, the enclosure volume. A piston is slidable in this bore to vary the volume of the enclosure and springs are located in the bore to urge the piston towards a limit position in which the volume of the bore in communication with the remainder of the enclosure is at a minimum. The piston is displaceable against the spring, in response to increases in liquid pressure in the enclosure, to increase the volume of the enclosure.
    • 一种控制联轴器,特别是用于差速齿轮传动装置,该联接器包括一个包含粘性液体的外壳,以及第一和第二相互交错的环形板组,其布置成绕外壳内的公共轴线旋转。 第一组板被布置成与第一可旋转构件连接,并且第二组板布置成与第二可旋转构件连接,并且至少一组的板可以平行于公共部件的方向自由移动 轴。 这些板组中的一个安装在中空的轮毂上,该中空的轮毂突出在外壳内,并且具有一个孔,该孔对于外壳体积是敞开的并形成其一部分。 活塞可在该孔中滑动以改变外壳的体积,并且弹簧位于孔中以将活塞推向极限位置,在极限位置,与外壳的其余部分连通的孔的体积最小。 响应于外壳中的液体压力的增加,活塞可以相对于弹簧移动,以增加外壳的体积。
    • 3. 发明授权
    • Control couplings
    • 控制联轴器
    • US4058027A
    • 1977-11-15
    • US704023
    • 1976-07-09
    • Oswald Webb
    • Oswald Webb
    • B60K17/346F16D35/00F16H48/22F16H1/44F16D43/25
    • F16H48/22B60K17/3465F16D35/005F16H48/08F16H48/26F16H48/40
    • A coupling for controlling or limiting the angular velocity or angular acceleration between first and second rotatable members. The coupling has an enclosure containing viscous liquid in which first and second sets of interleaved elements and third and fourth sets of interleaved elements are arranged for rotation about a common axis. The first and third sets of elements have driving connections with the first rotatable member and the second and fourth sets of elements have driving connections with the second rotatable member. Spacing means are provided to space apart the facing surfaces of adjacent elements of at least one of said first and second sets and also at least one of said third and fourth sets so that the facing surfaces of adjacent elements of each spaced set are spaced apart by distances greater than the thicknesses of the portions of the elements of the other set interleaved between said facing surfaces. The spacing means provided for one or both of the third and fourth sets are resilient. A differential piston is provided which is subject to the pressure in the enclosure and a first spring means urges the piston to a first position in which the facing surfaces of adjacent elements of the or each spaced set of the third and fourth sets are spaced apart by distances greater than the thicknesses of the portions of the elements of the other set interleaved between the facing surfaces. The coupling is arranged so that as the pressure of the liquid in the enclosure increases the piston moves against the first spring means to cause an abutment carried by the piston to compress the resilient spacing means and bring the elements of the third and fourth sets into mutual clutching engagement.
    • 用于控制或限制第一和第二可旋转构件之间的角速度或角加速度的联接器。 联接器具有包含粘性液体的外壳,其中第一和第二组交错元件和第三组和第四组交错元件布置成围绕公共轴线旋转。 第一和第三组元件具有与第一可旋转构件的驱动连接,并且第二和第四组元件具有与第二可旋转构件的驱动连接。 间隔装置被设置成将所述第一和第二组中的至少一个的相邻元件的相对表面隔开,并且还包括所述第三和第四组中的至少一个,使得每个间隔开的组的相邻元件的相对表面被间隔开 距离大于在所述相对表面之间交错的另一组的元件的部分的厚度。 为第三组和第四组中的一个或两个设置的间隔装置是弹性的。 提供了一种差压活塞,其受到外壳中的压力,并且第一弹簧装置将活塞推动到第一位置,在第一位置中,第三组和第四组的每个间隔开的组的相邻元件的相对表面间隔开 距离大于在相对表面之间交错的另一组的元件的部分的厚度。 联接器被布置成使得当外壳中的液体的压力增加时,活塞抵靠第一弹簧装置移动,以使活塞承受的邻接部压缩弹性间隔装置,并使第三和第四组件的元件相互 紧抓合作