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    • 1. 发明申请
    • Retainer ring for tripod constant velocity joints
    • 三脚架恒速接头保持环
    • US20050079916A1
    • 2005-04-14
    • US10680923
    • 2003-10-08
    • Peter BongartzBradley DonerMichael HopsonRobert Sams
    • Peter BongartzBradley DonerMichael HopsonRobert Sams
    • F16D3/205F16D3/26
    • F16D3/2055F16D2003/2026
    • The present invention relates to constant velocity (CV) joints and, more particularly, to a retaining ring for CV joints and a method of assembling a retaining ring on a CV joint. The tripod constant velocity joint may be assembled by placing a retaining ring in alignment with a trunnion head, applying a force to the aligned retaining ring to expand the diameter of said retaining ring so that a fracture area on the retaining ring fractures. After the fracture area fractures, the retaining ring is displaced into a retaining groove on the trunnion. The retaining ring includes an outer surface, an inner surface, a first notch extending from one of the inner and outer surfaces to the other of the inner and outer surfaces, and a fracture area extending from the first notch to the other of the inner and outer surfaces.
    • 本发明涉及恒速(CV)接头,更具体地说,涉及用于CV接头的保持环和在CV接头上组装保持环的方法。 三脚架等速万向节可以通过将保持环放置在与耳轴头对准的方式组装,向对准的保持环施加力以扩大所述保持环的直径,使得保持环上的断裂区域发生断裂。 在断裂区域断裂之后,保持环位移到耳轴上的保持槽中。 保持环包括外表面,内表面,从内表面和外表面中的一个延伸到内表面和外表面中的另一个的第一凹口以及从第一凹口延伸到内部和外部表面中的另一个的断裂区域,以及 外表面。
    • 2. 发明申请
    • Rotary homokinetic joint
    • 旋转同态动力学关节
    • US20090305793A1
    • 2009-12-10
    • US11659474
    • 2004-08-06
    • Peter Bongartz
    • Peter Bongartz
    • F16D3/205
    • F16D3/2055F16D2003/2026
    • The invention relates to a rotary homokinetic joint (1) which comprises an outer joint part (2) having an outer surface (3) and an inner surface (4), said outer joint part (2) comprising at least three guide tracks (6), evenly distributed across the periphery of the inner surface (4) and extending in the axial direction, an inner joint part (8) comprising at least three pivots (10), evenly distributed across the periphery and extending in the radial direction, and antifriction bearings (12), arranged between the outer joint part (2) and the inner joint part (8) and borne on the pivots (10). Every antifriction bearing (12) comprises antifriction bearing outer surfaces (14) which are adapted to the guide tracks (6) of the outer joint part (2) for the purpose of linear displacement of the inner joint part (14) in the axial direction. Said guide tracks (6) comprise two opposite lateral guide surfaces (16) each for guiding the antifriction bearing (12) in the axial direction. The rotary homokinetic joint is characterized in that every lateral guide surface (16) is made up of at least two linear surfaces (18a, 18b) running at a defined angle (α) in relation to each other in such a manner that an antifriction bearing (12) inserted into a guide track (6) is supported in at least two contact areas (20) on a lateral guide surface (16) of the guide track (6) corresponding to the direction of loading.
    • 本发明涉及一种包括具有外表面(3)和内表面(4)的外接头部分(2)的旋转同态动力接头(1),所述外接头部分(2)包括至少三个引导轨道 ),均匀地分布在所述内表面(4)的周边上并在轴向方向上延伸;内接头部分(8),包括均匀分布在所述周边上并沿径向方向延伸的至少三个枢轴(10),以及 减速轴承(12),布置在外接头部分(2)和内接头部分(8)之间并承载在枢轴(10)上。 每个减摩轴承(12)包括适于外接头部分(2)的导轨(6)的减摩轴承外表面(14),用于内接头部件(14)在轴向上的线性位移 。 所述引导轨道(6)包括两个相对的横向引导表面(16),每个引导表面用于沿轴向引导减摩轴承(12)。 旋转同轴动力学关节的特征在于,每个侧向引导表面(16)由相对于彼此以确定的角度(α)延伸的至少两个线性表面(18a,18b)构成,使得减摩轴承 插入导轨(6)中的插入件(12)被支撑在对应于装载方向的导轨(6)的侧向引导表面(16)上的至少两个接触区域(20)中。
    • 3. 发明授权
    • Synchronizing revolute joint
    • 同步旋转接头
    • US07083522B2
    • 2006-08-01
    • US10857428
    • 2004-05-28
    • Peter Bongartz
    • Peter Bongartz
    • F16D3/202
    • F16D3/2055F16D2003/2023Y10S464/905
    • The present invention discloses a synchronizing revolute joint with an external joint member, an internal joint member and rolling bearings arranged between the external joint member and the internal joint member. Each rolling bearing includes an inner race with a rolling bearing inner surface and an outer race with a rolling bearing outer surface. Between the inner race and the outer race there is arranged a plurality of rollers enabling the outer race to roll on the inner race. One of the inner race and the outer race includes an axial guide that determines the position of the rollers in relation to that race in the axial direction. The inner race and outer race are also axially displaceable against each other.
    • 本发明公开了一种具有外接头构件,内接头构件和布置在外接头构件和内接头构件之间的滚动轴承的同步旋转接头。 每个滚动轴承包括具有滚动轴承内表面的内圈和具有滚动轴承外表面的外圈。 在内圈和外圈之间设置有多个滚子,能够使外圈在内圈上滚动。 内圈和外圈中的一个包括轴向引导件,该轴向引导件确定辊子在轴向上相对于该座圈的位置。 内圈和外圈也可以彼此轴向移位。
    • 4. 发明授权
    • Retainer ring for tripod constant velocity joints
    • 三脚架恒速接头保持环
    • US07008325B2
    • 2006-03-07
    • US10680923
    • 2003-10-08
    • Peter BongartzBradley W. DonerMichael W. HopsonRobert W. Sams
    • Peter BongartzBradley W. DonerMichael W. HopsonRobert W. Sams
    • F16D3/205
    • F16D3/2055F16D2003/2026
    • A constant velocity (CV) joint and, more particularly, a retaining ring for a CV joint and a method of assembling a retaining ring on a CV joint. The tripod constant velocity joint may be assembled by placing a retaining ring in alignment with a trunnion head, applying a force to the aligned retaining ring to expand the diameter of said retaining ring so that a fracture area on the retaining ring fractures. After the fracture area fractures, the retaining ring is displaced into a retaining groove on the trunnion. The retaining ring includes an outer surface, an inner surface, a first notch extending from one of the inner and outer surfaces to the other of the inner and outer surfaces, and a fracture area extending from the first notch to the other of the inner and outer surfaces.
    • 恒定速度(CV)接头,更具体地说,用于CV接头的保持环和在CV接头上组装保持环的方法。 三脚架等速万向节可以通过将保持环放置在与耳轴头对准的方式组装,向对准的保持环施加力以扩大所述保持环的直径,使得保持环上的断裂区域发生断裂。 在断裂区域断裂之后,保持环位移到耳轴上的保持槽中。 保持环包括外表面,内表面,从内表面和外表面中的一个延伸到内表面和外表面中的另一个的第一凹口以及从第一凹口延伸到内部和外部表面中的另一个的断裂区域,以及 外表面。
    • 5. 发明申请
    • Synchronizing revolute joint
    • 同步旋转接头
    • US20050164796A1
    • 2005-07-28
    • US10857428
    • 2004-05-28
    • Peter Bongartz
    • Peter Bongartz
    • F16D3/205F16D3/26
    • F16D3/2055F16D2003/2023Y10S464/905
    • The present invention discloses a synchronizing revolute joint with an external joint member, an internal joint member and rolling bearings arranged between the external joint member and the internal joint member. Each rolling bearing includes an inner race with a rolling bearing inner surface and an outer race with a rolling bearing outer surface. Between the inner race and the outer race there is arranged a plurality of rollers enabling the outer race to roll on the inner race. One of the inner race and the outer race includes an axial guide that determines the position of the rollers in relation to that race in the axial direction. The inner race and outer race are also axially displaceable against each other.
    • 本发明公开了一种具有外接头构件,内接头构件和布置在外接头构件和内接头构件之间的滚动轴承的同步旋转接头。 每个滚动轴承包括具有滚动轴承内表面的内圈和具有滚动轴承外表面的外圈。 在内圈和外圈之间设置有多个滚子,能够使外圈在内圈上滚动。 内圈和外圈中的一个包括轴向引导件,该轴向引导件确定辊子在轴向上相对于该座圈的位置。 内圈和外圈也可以彼此轴向移位。