Tripot universal joint of the end motion type
    4.
    发明授权
    Tripot universal joint of the end motion type 失效
    三通万向节端运动型

    公开(公告)号:US4674993A

    公开(公告)日:1987-06-23

    申请号:US815536

    申请日:1986-01-02

    IPC分类号: F16D3/205 F16D3/20

    摘要: A tripot universal joint of the end motion type is provided. The joint includes a first shaft with a cup-shaped member at one end having three axially-extending, parallel grooves in its inner periphery. Another shaft has a spider at one end with three trunnions extending radially outwardly. A roller is mounted on each trunnion for slidable, rotatable, and pivotal movements with respect to the trunnion. The roller is maintained with its axis perpendicular to the associated groove, even when the spider shaft is positioned at a substantial angle to the axis of the first shaft and the cup-shaped member. The roller mounting includes a guide ring slidably mounted on the trunnion for axial movement with respect thereto, the guide ring having an outer segmental spherical surface. Bearings having surfaces formed by a curved generatrix with a radius extending away from the longitudinal axis of the bearings and being substantially equal to the radius of the spherical surface of the guide ring are located around the guide ring which forms an inner race. The roller is positioned around the bearings and forms an outer race. The annular surface of the roller adjacent the bearings can be curved in transverse cross section to fully support the bearings. The surface can also be flat in transverse cross section to support end portions of the bearings. In that instance, the bearings having generally cylindrical end portions engaged by the flat surface of the roller for support.

    摘要翻译: 提供端部类型的三通万向节。 该接头包括一端具有杯状构件的第一轴,其一端具有在其内周中的三个轴向延伸的平行凹槽。 另一轴在一端具有一个蜘蛛,三个耳轴径向向外延伸。 每个耳轴上都安装有一个滚轮,用于相对于耳轴可滑动,可旋转和枢转运动。 即使当蜘蛛轴与第一轴和杯状构件的轴线成大体角度定位时,滚子保持其轴垂直于相关联的凹槽。 辊安装件包括可滑动地安装在耳轴上的用于相对于其轴向移动的导向环,该导向环具有外部节段球形表面。 具有由弯曲母线形成的表面的轴承位于形成内圈的导向环周围,该弯曲母线的半径从轴承的纵向轴线延伸并且基本上等于导向环的球形表面的半径。 辊子定位在轴承周围并形成外圈。 邻近轴承的辊的环形表面可以在横截面上弯曲以完全支撑轴承。 该表面也可以在横截面上平坦以支撑轴承的端部。 在这种情况下,具有大致圆柱形端部的轴承由辊的平坦表面接合以用于支撑。

    Tripot universal joint of the end motion type
    5.
    发明授权
    Tripot universal joint of the end motion type 失效
    三通万向节端运动型

    公开(公告)号:US4589856A

    公开(公告)日:1986-05-20

    申请号:US706670

    申请日:1985-02-28

    IPC分类号: F16D3/20 F16D3/205

    摘要: A tripot universal joint of the end motion type is provided. The joint includes a first shaft with a cup-shaped member at one end having three axially-extending, parallel grooves in its inner periphery. Another shaft has a spider at one end with three trunnions extending radially outwardly. A roller is mounted on each trunnion for slidable, rotatable, and pivotal movements with respect to the trunnion. The roller is maintained with its axis perpendicular to the associated groove, even when the spider shaft is positioned at a substantial angle to the axis of the first shaft and the cup-shaped member. The roller mounting includes a guide ring slidably mounted on the trunnion for axial movement with respect thereto, the guide ring having an outer segmental spherical surface. Bearings having surfaces formed by a curved generatrix with a radius extending away from the longitudinal axis of the bearings and being substantially equal to the radius of the spherical surface of the guide ring are located around the guide ring which forms an inner race. The roller is positioned around the bearings and forms an outer race. The annular surface of the roller adjacent the bearings can be curved in transverse cross section to fully support the bearings. The surface can also be flat in transverse cross section to support end portions of the bearings. In that instance, the bearings have generally cylindrical end portions engaged by the flat surface of the roller for support.

    摘要翻译: 提供端部类型的三通万向节。 该接头包括一端具有杯状构件的第一轴,其一端具有在其内周中的三个轴向延伸的平行凹槽。 另一轴在一端具有一个蜘蛛,三个耳轴径向向外延伸。 每个耳轴上都安装有一个滚轮,用于相对于耳轴可滑动,可旋转和枢转运动。 即使当蜘蛛轴与第一轴和杯状构件的轴线成大体角度定位时,滚子保持其轴垂直于相关联的凹槽。 辊安装件包括可滑动地安装在耳轴上的用于相对于其轴向移动的导向环,该导向环具有外部节段球形表面。 具有由弯曲母线形成的表面的轴承位于形成内圈的导向环周围,该弯曲母线的半径从轴承的纵向轴线延伸并且基本上等于导向环的球形表面的半径。 辊子定位在轴承周围并形成外圈。 邻近轴承的辊的环形表面可以在横截面上弯曲以完全支撑轴承。 该表面也可以在横截面上平坦以支撑轴承的端部。 在这种情况下,轴承具有大致圆柱形的端部,由辊的平坦表面接合以用于支撑。