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    • 5. 发明授权
    • Universal joint
    • 万向节
    • US4482337A
    • 1984-11-13
    • US331792
    • 1981-12-17
    • Miloslav Petrzelka
    • Miloslav Petrzelka
    • F16D3/38F16C21/00F16C23/08F16D3/41F16D3/26
    • F16C21/005F16C23/08F16D3/41F16C2361/41
    • A universal joint having a first and a second yoke connected with a trunnion cross including bearing pins supported in bores of the yokes joining the yokes together includes a bearing bush, roller bearings and a bearing ring between the bearing pin and the inner wall of the bore in the yoke. The universal joint is provided with radial play between the yoke and the bearing pin of the trunnion cross over a limited portion of the length of the bearing pin, with the radial play increasing in a direction radially outwardly of the trunnion cross. The radial play is provided by structuring at least one of the bearing pins, the bearing ring and the bearing bush with a conical configuration. Alternatively, the bearing bush and the bearing ring may be formed as one part with play relative to each other in order to provide the radial play of the joint.
    • 一种具有与耳轴十字连接的第一和第二轭的万向接头,包括支撑在连接轭的轭的孔中的支承销一起包括一个轴承衬套,滚子轴承和一个在轴承销和孔内壁之间的轴承环 在轭。 万向节在轭架和轴颈销的轴承销之间在轴承销的长度的有限部分上设置有径向游隙,径向游隙在耳轴十字形的径向向外的方向上增加。 通过以锥形构造构造至少一个轴承销,轴承环和轴承衬套来提供径向游隙。 或者,轴承衬套和轴承环可以相对于彼此形成为一部分,以提供接头的径向游隙。
    • 9. 发明授权
    • Universal joint
    • 万向节
    • US4412827A
    • 1983-11-01
    • US172362
    • 1980-07-18
    • Miloslav PetrzelkaHerbert Taureg
    • Miloslav PetrzelkaHerbert Taureg
    • F16C27/04F16C35/06F16D3/38F16D3/40F16D3/26
    • F16D3/40
    • In a universal joint having a trunnion cross including trunnions defining a centerline extending centrally therethrough and trunnion cross support members which include a yoke defining a yoke bore and a bearing bush received within the bore and receiving therein the trunnions, an improvement is provided in that the trunnion cross support members are formed with at least one conical surface configured to taper away from a plane containing the centerline of the trunnion in a direction outwardly from the center of the universal joint. Conical surfaces may be formed on opposite sides of the trunnion centerline to extend an angular distance circumferentially which is greater than twice the bending angle of the joint. The conical surfaces may be formed either on the walls of the yoke bore or on the bearing bush.
    • 在具有耳轴十字路口的万向接头中,包括限定了中心延伸的中心线的耳轴和耳轴横向支撑构件,耳轴支撑构件包括限定了轭孔的轭和容纳在孔内的轴承衬套并且在其中容纳耳轴,提供了一种改进, 耳轴十字支撑构件形成有至少一个锥形表面,该锥形表面构造成在从万向接头的中心向外的方向上从包含耳轴的中心线的平面逐渐变细。 圆锥形表面可以形成在耳轴中心线的相对侧上,以沿周向延伸大于接头弯曲角度的两倍的角距离。 锥形表面可以形成在轭孔的壁上或轴承衬套上。
    • 10. 发明授权
    • Universal joint
    • 万向节
    • US4371357A
    • 1983-02-01
    • US162741
    • 1980-06-25
    • Miloslav PetrzelkaWerner Krude
    • Miloslav PetrzelkaWerner Krude
    • F16C27/04F16D3/26F16D3/41
    • F16D3/41F16C21/005Y10T403/32041Y10T403/32181
    • A universal joint is formed with trunnions extending into the bores of yokes with bearing bushes being interposed between the trunnions and the yokes. Each of the trunnions is formed with a bore extending internally into the trunnion generally coaxially with the central axis of the trunnion. The trunnion is formed with a wall thickness surrounding the bore and the bearing bush has a wall thickness surrounding the trunnion with the wall thickness of the trunnion being between one and three times the size of the wall thickness of the bearing bush. The trunnion bore may extend with a depth which is at least equivalent to the depth of a generally cylindrical bore within the bearing bush within which the trunnion is received and the central bore in the trunnion may be formed with a conical portion immediately contiguous with a cylindrical portion located inwardly from the conical portion. The conical portion may be formed to widen outwardly with an angle of between 0.5.degree. and 5.degree. relative to the central axis of the trunnion.
    • 万向接头形成有耳轴延伸到轭的孔中,轴承衬套插入在耳轴和轭之间。 每个耳轴形成有一个孔,内孔延伸到与耳轴的中心轴线大致同轴的耳轴中。 耳轴形成为围绕孔的壁厚,并且轴承衬套具有围绕耳轴的壁厚,耳轴的壁厚度是轴承衬套壁厚的一至三倍。 耳轴孔可以以至少等于轴承衬套内的大致圆柱形孔的深度的深度延伸,轴颈衬套内的耳轴被容纳在其中,并且耳轴中的中心孔可以形成有与圆柱体紧邻的锥形部分 部分从锥形部分向内设置。 锥形部分可以形成为相对于耳轴的中心轴线在0.5度和5度之间的角度向外加宽。