Stroke absorbing type intermediate shaft for vehicular steering column
and method for assembling the same
    11.
    发明授权
    Stroke absorbing type intermediate shaft for vehicular steering column and method for assembling the same 失效
    用于车辆转向柱的行程吸收型中间轴及其组装方法

    公开(公告)号:US5259818A

    公开(公告)日:1993-11-09

    申请号:US507574

    申请日:1990-04-11

    CPC classification number: B62D1/192 F16D3/76 F16C3/03 Y10T464/50

    Abstract: An intermediate shaft comprising a shaft body including an axle portion and a portion having an approximately elliptic shape of cross section, both major and minor axes of the elliptical cross-section portion being longer than a diameter of the axle portion, and a ring-shaped member with a cross-sectional shape analogous to the elliptic cross-section portion. A method for assembling this shaft provides for a vibration damping member intervened between the housing member and elliptic cross-section portion for damping vibrations transmitted from the steering gear box. This method also ensures that the housing and the vibration damping members and the elliptic cross-section portion are fitted into an outer tubular envelope, and the ring-shaped member normally has a gap against the outer tubular envelope and transmits rotational torque from the outer tubular envelope to the elliptic cross-section portion when the ring-shaped member is contacted with the outer tubular envelope. A universal joint yoke portion is linked to the outer tubular envelope so as to face opposing ends of the housing and vibration damping members and is contactable against the ends of the housing and vibration damping members. A stopper member is extended from the end edge of the outer tubular envelope so as to prevent the ring-shaped member from coming out of the elliptic cross-section portion.

    Abstract translation: 介于连接到转向齿轮箱的第一万向接头和与转向轴连接的第二万向接头轭(2)之间的中间轴包括与转向齿轮箱连接的车轴部分(5)和具有 近似椭圆形的横截面,椭圆截面的两个轴长于轴部的直径,具有类似于椭圆形横截面部分(6)的横截面形状的环形构件(14)。 振动阻尼构件(10)介于壳体(11)与椭圆截面部分(6)之间。 壳体(11),减震构件(10)和椭圆形横截面部分(6)装配到外管状外壳(3)中。 环形构件(14)通常具有与外部管状外壳(3)的间隙,并且将扭矩从外部管状外壳(3)传递到与外部管状外壳接触的椭圆形横截面部分(6)。 万向节轭(2)与外筒管(3)连接,以便与壳体(11)和减震件(10)相对的端部相接触,并与这两端接触。 止动构件(15)从外部管状外壳(3)的端部边缘延伸,以防止环形构件(14)从椭圆形横截面部分(6)中脱出。

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