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    • 2. 发明授权
    • Self-aligning tripod joint tulip cover and constant velocity joint
incorporating same
    • 自调心三脚架接头郁金香盖和等速万向节结合
    • US4605384A
    • 1986-08-12
    • US589994
    • 1984-03-14
    • Patrick L. KurzejaNoel W. SuttonSteven C. Hahn
    • Patrick L. KurzejaNoel W. SuttonSteven C. Hahn
    • F16D3/20F16D3/205F16D3/227F16D3/84F16D3/30
    • F16D3/845F16D3/2055Y10S464/905
    • A self-aligning tripod joint tulip cover for interconnecting an irregularly shaped non-circular tulip body and a shaft mounted spider assembly, as well as a closed tripod constant velocity joint incorporating the self-aligning tripod joint tulip cover, the tulip body, and the shaft mounted spider assembly. The self-aligning tripod joint tulip cover is provided with a first flange engageable with the outer surface of the irregularly shaped non-circular tulip body and a second flange engageable with a boot, the second flange being generally concentric with the first flange but having a substantially smaller maximum diameter. An inwardly oriented flange extends from the self-aligning tulip cover between the first and second flanges, the inwardly oriented flange being engageable with a flat front surface of the irregularly shaped non-circular tulip body to form a seal therebetween. The first flange is crimped for interconnection with the irregularly shaped non-circular tulip body.
    • 用于将不规则形状的非圆形郁金香体和轴安装的蜘蛛组件相互连接的自对准三脚架接头郁金香盖,以及包括自对准三脚架接头郁金香盖,郁金香体和 轴安装的蜘蛛组件。 自对准三脚架接头郁金香盖设置有可与不规则形状的非圆形郁金香体的外表面接合的第一凸缘和可与靴子接合的第二凸缘,第二凸缘与第一凸缘大致同心但具有 实际上较小的最大直径。 向内定向的凸缘从第一和第二凸缘之间的自对准郁金香盖延伸,向内定向的凸缘可与不规则形状的非圆形郁金香体的平坦前表面接合以在其间形成密封。 第一凸缘被压接以与不规则形状的非圆形郁金香体相互连接。
    • 4. 发明授权
    • Constant velocity universal joint
    • 恒速万向节
    • US4573947A
    • 1986-03-04
    • US646494
    • 1984-09-04
    • Daniel W. HazebrookGlenn F. GehrkeMichael J. Schmidt
    • Daniel W. HazebrookGlenn F. GehrkeMichael J. Schmidt
    • B60K17/24F16D3/227F16D3/02
    • F16D3/227B60K17/24F16D2003/22303Y10S464/906
    • A constant velocity torque transmitting universal joint, utilizing spherical ball members arranged in a longitudinal groove of an inner joint member, is adapted to connect to a shaft and a longitudinal groove of an outer joint member. The outer joint member is connected to a second shaft so that the outer joint member may be displaced in an axial direction relative to the inner joint member. Therefore, the inner joint member may be displaced in an axial direction relative to the cage restraining member holding the spherical ball members in their mutually opposed grooves of their respective joint members. The cage restraining member permits the spherical ball members to roll in their respective grooves for a short distance prior to skidding to reduce the overall resistance to axial movement effort prior to skidding as a result of the friction torque relationship of the joint. This is accomplished by providing a relatively flat or cylindrical surface on the outer periphery of the inner body member for a relatively short axial portion and blending appropriate spherical radii with the surface in order to provide sufficient clearance between the inner joint member and the inner surface of the cage. By providing this relatively flat portion to the outer surface of the inner body member, the start of the displacement of the spherical ball members with respect to the outer joint member is considerably facilitated since the spherical ball members can roll in their respective longitudinal grooves prior to skidding.
    • 使用配置在内侧接头构件的纵向槽内的球形球构件的恒速扭矩传递万向节适于连接到外侧接头构件的轴和纵向槽。 外接头构件连接到第二轴,使得外接头构件可以相对于内接头构件在轴向方向上移位。 因此,内侧接头构件可相对于将球形球构件保持在各自的接合构件的相互相对的槽中的保持架限制构件在轴向方向上移位。 笼限制构件允许球形球构件在打滑之前在它们各自的槽中滚动一段很短的距离,以减少由于接头的摩擦转矩关系而在滑动之前的轴向移动力的整体阻力。 这是通过在相对短的轴向部分的内部本体构件的外周上提供相对平坦或圆柱形的表面并且将适当的球形半径与表面共混以便在内部接头构件和内部表面之间提供足够的间隙 笼。 通过将该相对平坦的部分设置在内部本体构件的外表面上,球形球件相对于外侧接头构件的位移开始是非常容易的,这是因为球形球构件可以在它们各自的纵向凹槽之前滚动 集材。
    • 5. 发明授权
    • Constant velocity joint cage and method for making same
    • 恒速接头笼及其制作方法
    • US4846764A
    • 1989-07-11
    • US95840
    • 1987-09-14
    • Daniel W. HazebrookJurgen Wagner
    • Daniel W. HazebrookJurgen Wagner
    • F16D3/20B21D53/12B23P15/00B23P21/00F16D3/223
    • F16D3/223B21D53/12B23P15/003B23P2700/11F16C33/425F16D2003/22303F16D2250/00Y10S464/906
    • A method for making constant velocity joint cages involving a minimalization of offal, scrap, rework, production time and production costs. A sheet of flat metal stock is die-cut stamped or cut by laser into a circularly shaped multi-limbed member having a central circular aperture therein and truncated limb radials extending therefrom that end in a predetermined angle. The multi-limbed member is then pressed into a spherical shape, forming a half-cage member. This process is repeated to make a second half-cage member. The two half-cage members are then placed together with their radials aligned. The aligned radials form legs which thereby define windows on the cage. The half-cage members are then rotated relative to each other with the angle on each radial acting as a ramp that causes the window width to lengthen or shorten in response to rotation in a particular direction. In this way, the window width may be precisely set to specification. When the window width is set, the radials are welded together forming a constant velocity joint cage needing only heat treating, and minimal polishing and grinding. No further processing of the windows is necessary.
    • 制造等速关节笼的方法,其包括内脏,废料,返工,生产时间和生产成本的最小化。 将一片扁平金属坯料冲切或者通过激光切割成具有中心圆形孔的圆形多边形构件,并且从其延伸的截断的肢体径向以预定角度结束。 然后将多边缘构件压成球形,形成半笼构件。 重复该过程以制造第二半笼构件。 然后将两个半笼构件放置在一起,其径向对齐。 对准的径向形成腿,由此在笼上限定窗。 然后半笼构件相对于彼此旋转,每个径向上的角度用作斜坡,其使得窗口宽度响应于沿特定方向的旋转而延长或缩短。 这样,可以将窗口宽度精确地设定为规格。 当窗口宽度设置时,径向焊接在一起,形成仅需要热处理的等速接头笼,并且进行最少的抛光和研磨。 不需要进一步处理窗户。
    • 7. 发明授权
    • Constant velocity universal joint
    • US4511346A
    • 1985-04-16
    • US455783
    • 1983-01-05
    • Daniel W. HazebrookGlenn F. GehrkeMichael J. Schmidt
    • Daniel W. HazebrookGlenn F. GehrkeMichael J. Schmidt
    • B60K17/24F16D3/227F16D3/02
    • F16D3/227B60K17/24F16D2003/22303Y10S464/906
    • A constant velocity torque transmitting universal joint, utilizing spherical ball members arranged in a longitudinal groove of an inner joint member, is adapted to connect to a shaft and a longitudinal groove of an outer joint member. The outer joint member is connected to a second shaft so that the outer joint member may be displaced in an axial direction relative to the inner joint member. Therefore, the inner joint member may be displaced in an axial direction relative to the cage restraining member holding the spherical ball members in their mutually opposed grooves of their respective joint members. The cage restraining member permits the spherical ball members to roll in their respective grooves for a short distance prior to skidding to reduce the overall resistance to axial movement effort prior to skidding as a result of the friction torque relationship of the joint. This is accomplished by providing a relatively flat or cylindrical surface on the outer periphery of the inner body member for a relatively short axial portion and blending appropriate spherical radii with the surface in order to provide sufficient clearance between the inner joint member and the inner surface of the cage. By providing this relatively flat portion to the outer surface of the inner body member, the start of the displacement of the spherical ball members with respect to the outer joint member is considerably facilitated since the spherical ball members can roll in their respective longitudinal grooves prior to skidding.