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    • 52. 发明授权
    • Elastic universal joint
    • 弹性万向节
    • US5916026A
    • 1999-06-29
    • US978574
    • 1997-11-26
    • Kiyoshi Sadakata
    • Kiyoshi Sadakata
    • B62D1/19F16D3/00F16D3/40F16D3/41F16D3/76B62D1/16
    • F16D3/76B62D1/192F16D3/00F16D3/40F16D3/41
    • An elastic universal joint is constructed to prevent an interference between a front end surface of a shaft and a front edge of a second arm of a second yoke irrespective of an intersecting angle between two first and second yokes without increasing a size of the first yoke. For this purpose, a concave portion is formed in the front end surface of the shaft, and, in a state where the intersecting angle between the first and second yokes increases and a front edge of the second arm approaches closest to the front end surface thereof, this front edge enters the concave portion. A distance between a cross shaft and the front end surface is reduced corresponding to a depth of the concave portion, and the first yoke is downsized with a smaller weight, correspondingly.
    • 构造弹性万向接头,以防止轴的前端表面与第二轭的第二臂的前边缘之间的干涉,而不会增大第一轭的尺寸,而与第一和第二轭之间的交叉角无关。 为此,在轴的前端面上形成有凹部,在第一和第二轭之间的交叉角度增加,而第二臂的前缘接近最接近其前端面的状态下 ,该前边缘进入凹部。 相应地,根据凹部的深度,横轴和前端面之间的距离减小,并且第一轭被相应地以较小的重量小型化。
    • 53. 发明授权
    • Method of manufacturing a shock absorbing type steering shaft
    • 制造减震型转向轴的方法
    • US5623756A
    • 1997-04-29
    • US503413
    • 1995-07-17
    • Teruomi YanagidateKiyoshi Sadakata
    • Teruomi YanagidateKiyoshi Sadakata
    • B21K1/10B23P11/02B62D1/19F16F7/12B23P19/02
    • B21K1/10B23P11/02B62D1/192F16F7/125Y10T29/49945
    • In a method of manufacturing a shock absorbing type steering shaft, the fore end portion of a tubular outer shaft having a female serration formed on the inner peripheral surface thereof and the fore end portion of an inner shaft having a male serration formed on the outer peripheral surface thereof are brought into engagement with each other, and then the fore end portions of the two shafts are plastically deformed in the diametral direction thereof. Thereafter, the outer shaft and the inner shaft are displaced relative to each other toward each other in the axial direction thereof. The fore end portion of the small-diametered portion of the outer shaft is then pressure-fitted into the base end portion of the large-diametered portion of the inner shaft. At the same time, the fore end portion of the large-diametered portion is pressure-fitted into the base end portion of the small-diametered portion. Also, the intermediate portion of the small-diametered portion and the intermediate portion of the large-diametered portion are brought into loose engagement with each other.
    • 在制造减震型转向轴的方法中,具有形成在其内周面上的阴齿形的管状外轴的前端部和在外周上形成有雄齿的内轴的前端部 其表面彼此接合,然后两个轴的前端部沿其直径方向塑性变形。 此后,外轴和内轴在其轴向上彼此相对移位。 然后将外轴的小直径部分的前端部压配合到内轴的大直径部分的基端部。 同时,将大直径部的前端部压配合到小直径部的基端部。 此外,小直径部分的中间部分和大直径部分的中间部分彼此松动接合。
    • 54. 发明授权
    • Shaft for collapsible steering apparatus
    • 用于可折叠转向装置的轴
    • US5575501A
    • 1996-11-19
    • US389807
    • 1995-02-16
    • Seiichi MoriyamaYasuo MatsuiKiyoshi Sadakata
    • Seiichi MoriyamaYasuo MatsuiKiyoshi Sadakata
    • B62D1/185B62D1/19F16F7/12
    • B62D1/192F16F7/126F16C3/03
    • In a collapsible steering shaft a collapse load is decreased while assuring the heat resistance of a coupling portion between an outer shaft and an inner shaft. In addition, a time during which a great collapse load is needed is also decreased. Female serration grooves on an inner surface of the outer shaft are engaged with male serration grooves on an outer surface of the inner shaft. A recess is formed on the outer surface of the inner shaft and is aligned with a root in the male serration grooves, and a steel ball is set in the recess. A part of this steel ball intrudes into a top part of a thread in the female serration grooves. A flat portion is formed by removing a part of the male serration grooves, whereby the top part crushed by the steel ball can be prevented from frictionally engaging with the male serration grooves.
    • 在可折叠的转向轴中,在确保外轴和内轴之间的联接部的耐热性的同时减小了塌陷负载。 此外,还需要大塌陷负载的时间。 在外轴的内表面上的母齿槽与内轴的外表面上的公齿槽啮合。 在内轴的外表面上形成凹部,并且与雄齿锯齿槽中的根部对准,并且将钢球设置在凹部中。 该钢球的一部分侵入到母齿槽中的螺纹的顶部。 通过去除一部分雄性锯齿沟形成平坦部分,由此可以防止由钢球破碎的顶部与雄性锯齿槽摩擦接合。