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    • 1. 发明申请
    • SUSPENSION BUSHING
    • 悬挂式布置
    • WO2014055084A2
    • 2014-04-10
    • PCT/US2012/058975
    • 2012-10-05
    • YUSA CORPORATION
    • GRIM, Wendell, Thomas
    • B60G13/02
    • B60G13/02B60G7/02B60G2204/143B60G2204/1431B60G2204/1432B60G2204/41B60G2204/4104B60G2206/122F16F1/393
    • In a suspension bushing of a vertical type, a spring in the axial direction is increased and a spring in a twisting direction is decreased thereby reducing a stress strain. [Means for solving the object] A suspension bushing is comprised of an inner cylinder 22, an intermediate plate 26, an outer cylinder 24 and an elastic member 28 for elastically connecting these components. An axis C of the inner cylinder 22 is arranged vertically in an up and down direction (a Z direction). The inner cylinder 22 is provided with an expanded portion 30 in an axially central region. The expanded portion 30 is enclosed by a curved surface section 40 formed in an axially central region of the intermediate plate 26. An axially outward expanded end section 44 is provided on either side of the curved surface section 40 of the intermediate plate 26 via a most approaching portion 42. An inside annular recess 54 and an outside annular recess 56 are provided on an axially outward end of the elastic member 28. When the twist is inputted, the outer cylinder 24 and the intermediate plate 26 are changed relative to the inner cylinder 22. However, due to the provision of the expanded end section 44, a twist angle Θ is increased so that the intermediate plate 26 is hard to interfere with an end portion 34 of the inner cylinder 22 and a spring in a twisting direction is decreased. In addition, since a volume increasing portion 58 is provided in a concave of the most approaching portion 42, a spring in the axial direction is increased.
    • 在垂直型的悬挂衬套中,轴向上的弹簧增加,并且扭转方向的弹簧减小,从而减小了应力应变。 解决对象的手段悬架衬套包括用于弹性地连接这些部件的内筒22,中间板26,外筒24和弹性构件28。 内筒22的轴线C在上下方向(Z方向)上垂直地配置。 内筒22在轴向中心区域设置有膨胀部30。 膨胀部分30由形成在中间板26的轴向中心区域中的曲面部分40包围。轴向向外扩展的端部部分44经由大多数中间板26设置在中间板26的弯曲表面部分40的两侧 在弹性部件28的轴向向外端部设置有内侧环状凹部54和外部环状凹部56。当输入扭曲时,外筒24和中间板26相对于内筒 然而,由于设置扩展端部44,扭转角θ增加,使得中间板26难以与内筒22的端部34干涉,并且扭转方向的弹簧减小 。 此外,由于体积增加部分58设置在最靠近部分42的凹部中,因此沿轴向方向的弹簧增加。