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    • 2. 发明申请
    • Constant velocity stroking joint
    • 恒速冲击接头
    • US20010049309A1
    • 2001-12-06
    • US09785569
    • 2001-02-16
    • Scott Jay Perrow
    • F16D003/16F16D003/34F16D003/36F16D003/44F16D003/50
    • F16D3/227F16D2003/22303Y10S464/906
    • A constant velocity stroking joint includes a housing having an inner cylindrical surface formed with axial guide channels aligned with guide channels of an inner race to provide axial ball tracks for a set of spherical balls. A double offset outer cage has a part-spherical outer diameter surface and a spherical inner diameter surface with centers of curvature axially offset from a center plane of the balls on opposite side thereof to provide constant velocity. An intermediate cage is provided between the inner race and outer cage having a spherical outer diameter surface with a radius of curvature matching that of the mating surface of the outer cage for maintaining constant velocity. The intermediate cage has a cylindrical inner diameter surface mating with a cylindrical outer diameter surface of the inner race, enabling the inner race to stroke axially of the outer cage with low friction, low load rolling action of the balls along the ball tracks while maintaining a constant velocity characteristic for all axial stroke conditions.
    • 恒速冲程接头包括具有内圆柱形表面的壳体,该内圆柱形表面形成有与内座圈的引导通道对准的轴向引导通道,以为一组球形球提供轴向滚珠轨道。 双偏移外保持架具有部分球形外径表面和球形内径表面,其曲率中心在与其相对侧的球的中心平面轴向偏移以提供恒定的速度。 在内座圈和外保持架之间设置有一个中间笼,该外座圈具有球形外径表面,其曲率半径与外笼的配合表面的曲率半径保持恒定。 中间笼具有与内圈的圆柱形外径表面配合的圆柱形内径表面,使得内座圈能够沿着球轨道的低摩擦,低负荷滚动动作沿着球轨轴向冲击外笼,同时保持 所有轴向行程条件的恒定速度特性。
    • 3. 发明申请
    • Constant velocity fixed joint
    • 恒速固定接头
    • US20010006910A1
    • 2001-07-05
    • US09750898
    • 2000-12-28
    • Werner KrudePeter Harz
    • F16D003/16F16D003/34F16D003/36F16D003/44F16D003/50
    • F16D3/2237F16D3/2245F16D2003/22303F16D2003/22306F16D2300/12Y10S464/906
    • The invention relates to a constant velocity fixed joint and to the introduction of the cage into the outer joint part of a constant velocity fixed joint. The joint comprises an outer joint part, an inner joint part, a ball cage and balls. The outer joint part forms a bell-shaped member comprising a first longitudinal axis, a base, an aperture and circumferentially alternating first and second outer ball tracks. The inner joint part forms a hub comprising a second longitudinal axis and circumferentially alternating first and second inner ball tracks. The first outer and first inner ball tracks, together form first track pairs and the second outer and second inner ball tracks, together, form second track pairs. Each track pair accommodates a torque transmitting ball, with the tangents at the balls in the points of contact with the track pairs forming control angles. The first track pairs form control angles which open towards the aperture in the outer joint part and the second track pairs form control angles which open towards the base of the outer joint part. The outer joint part comprises a substantially internally spherical guiding face which is widened by two recesses which start from the joint aperture and extend into the joint interior.
    • 本发明涉及恒速固定接头和将笼子引入恒速固定接头的外接头部分。 接头包括外接合部,内接头部,球保持架和球。 外接头部分形成一个钟形件,它包括一个第一纵向轴线,一个基座,一个孔和圆周交替的第一和第二外球轨道。 内接头部分形成包括第二纵向轴线和周向交替的第一和第二内球轨道的轮毂。 第一外部和第一内部球轨道一起形成第一轨道对,并且第二外部和第二内部球轨道一起形成第二轨道对。 每个轨道对容纳扭矩传递球,其中在与接合轨迹对的点处的球的切线形成控制角。 第一轨道对形成向外接头部分中的孔开放的控制角,并且第二轨道对形成朝向外接头部分的基部开口的控制角。 外部接合部分包括基本上在内部的球形引导面,该引导面被从接合孔开始并延伸到接头内部的两个凹部加宽。
    • 8. 发明申请
    • Shaft assembly for ball-type constant velocity joints
    • 球形等速万向节轴组件
    • US20010018368A1
    • 2001-08-30
    • US09776442
    • 2001-02-02
    • Francois Moulinet
    • F16D003/16F16D003/34F16D003/36F16D003/44F16D003/50
    • F16D3/223F16D1/072F16D3/224F16D2003/22313Y10S464/906Y10T403/7033
    • An assembly comprising a shaft (14) and a female part (6) fixed in terms of rotation on the shaft by rotational-fixing means which cooperate through complementary shapes (16), the female part also being fixed axially on the shaft, and the female part (6; 160; 360) comprising axial first stops (52; 54; 152) which cooperate with associated second stops (44; 46; 144) belonging to the shaft. The first and second stops (44; 46; 52; 54; 144; 152) act in the direction of mounting. The female part (6) further comprises first axial-retention surfaces (60; 160; 360) cooperating with associated second axial-retention surfaces (50; 150; 350) belonging to the shaft. The first and second retention surfaces (50; 60; 150; 160; 350; 360) act in the opposite direction to mounting. The invention applies in particular to ball-type constant-velocity joints for motor vehicles.
    • 一种组件,包括通过旋转固定装置在轴上以旋转方式固定的轴(14)和阴部分(6),所述旋转固定装置通过互补形状(16)协作,所述阴部分也轴向地固定在所述轴上, (6; 160; 360),其包括与属于所述轴的相关联的第二止动件(44; 46; 144)配合的轴向第一止动件(52; 54; 152)。 第一和第二止动件(44; 46; 52; 54; 144; 152)沿安装方向作用。 阴部分(6)还包括与属于轴的相关联的第二轴向保持表面(50; 150; 350)配合的第一轴向保持表面(60; 160; 360)。 第一和第二保持表面(50; 60; 150; 160; 350; 360)沿与安装相反的方向起作用。 本发明特别适用于机动车辆的球型等速接头。
    • 9. 发明申请
    • Rotatable connector
    • 可旋转连接器
    • US20040214646A1
    • 2004-10-28
    • US10425374
    • 2003-04-28
    • Li Jiun Chiou
    • F16D003/18F16D003/44
    • F16D1/116F16D3/16Y10S464/901
    • A rotatable connector includes a mounting rod, and a rotatable mounting sleeve. The mounting rod has a plug, a shoulder and a concave neck portion. The plug is provided with a retractable positioning ball. The mounting sleeve has an inner wall formed with a receiving recess for rotatably receiving the plug. The receiving recess has a wall formed with a plurality of positioning grooves for locking and positioning the positioning ball. Thus, the rotatable connector can be operated linearly to have a torque output along its linear direction, and can be operated in an angular manner to have an angular torque output and to change its direction of operation.
    • 可旋转连接器包括安装杆和可旋转的安装套筒。 安装杆具有塞子,肩部和凹入的颈部。 插头设有可伸缩定位球。 安装套筒具有形成有用于可旋转地接收插头的容纳凹部的内壁。 接收凹部具有形成有用于锁定和定位定位球的多个定位槽的壁。 因此,可旋转连接器可以线性地操作以沿其线性方向输出扭矩,并且可以以角度方式操作以具有角扭矩输出并改变其操作方向。
    • 10. 发明申请
    • Constant velocity universal joint
    • 恒速万向节
    • US20020169025A1
    • 2002-11-14
    • US10108988
    • 2002-03-29
    • Masazumi Kobayashi
    • F16D003/16F16D003/44
    • F16D3/223F16D2003/22309Y10S464/906
    • It is made easy to design so that the sliding resistance, when subjected to an impact in the axial direction, is kept within a prescribed value. A constant velocity universal joint is provided, which has track grooves extending in the axial direction on the outer circumference surface of the inner ring, and formed in an intersecting arrangement, and which also embeds balls in these track grooves. In this constant velocity universal joint, the cross-sectional shape of the track groove of the inner ring is constituted by a Gothic arch portion which is a Gothic arch shape up to a location that exceeds a contact point where the groove angular contacts with the ball, and a straight-line portion which is formed continuously with the Gothic arch portion, between the location exceeding the contact point and a shoulder portion of the track groove, and which extends in the direction of the tangent line at the location that exceeds the contact point.
    • 易于设计,使得当在轴向受到冲击时的滑动阻力保持在规定值内。 提供了一种等速万向接头,其具有在内圈的外周面上沿轴向延伸的轨道槽,并且以交叉布置形成,并且还将球嵌入这些轨道槽中。 在该等速万向接头中,内圈的轨道槽的横截面形状由哥特式拱形部分构成,该哥特式拱形部分是直到超过与球体角度接触的接触点的哥特式拱形 以及与哥特式拱形部分连续形成的直线部分,超过接触点的位置和轨道槽的肩部之间,并且在超过接触点的位置处沿切线方向延伸的直线部分 点。