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    • 1. 发明授权
    • Automotive rear suspension system
    • 汽车后悬挂系统
    • US06938908B2
    • 2005-09-06
    • US10438332
    • 2003-05-15
    • Masashi OdaToshihide KoyamaFumitaka AndouMasahito Watanabe
    • Masashi OdaToshihide KoyamaFumitaka AndouMasahito Watanabe
    • B60G3/18B60G3/20B60G3/24B60G3/26B60G7/00B60G7/02B60G7/04
    • B60G3/20B60G3/24B60G3/26B60G2200/156B60G2200/184B60G2200/422B60G2200/46B60G2200/462B60G2202/312B60G2204/128B60G2204/129B60G2204/143B60G2204/148B60G2204/15B60G2206/0114
    • In a multi-link rear suspension (A) in which a wheel support (11) is connected to a vehicle body through five links (6-10) and vehicle body side ends of the links are provided with rubber bushes (26), respectively, the lower end of a damping device (14) formed by coaxially arranging a coil spring (12) and a damper (13) is pivoted to a portion of the wheel support (11) located toward the inside of the vehicle body so that the vertical reaction force of the damping device (14) produces a moment Mn toward negative camber on a rear wheel (2). The moment Mn is set to be always larger than a moment Mp toward positive camber produced by a side force on the outside rear wheel (2) during vehicle cornering until limit maneuvering conditions of the outside rear wheel due to the side force are reached. The damping device (14) is disposed with respect to a suppositive king pin axle K so that the vertical reaction force thereof produces a moment toward toe-in on the rear wheel (2). In this manner, the multi-link suspension provides a sharp driving feeling applicable even for a sports car while maintaining a good ride through the involvement of the rubber bushes (26).
    • 在其中车轮支撑件(11)通过五个连杆(6-10)连接到车身并且连杆的车体侧端部分别设置有橡胶衬套(26)的多连杆后悬架(A)中, 通过同轴布置螺旋弹簧(12)和阻尼器(13)形成的阻尼装置(14)的下端枢转到位于车身内侧的车轮支撑件(11)的一部分,使得 阻尼装置(14)的垂直反作用力在后轮(2)上产生朝向负弯矩的力矩Mn。 在车辆转弯期间,Mn被设定为总是大于由外侧后轮(2)上的侧力产生的正外倾的力矩Mp,直到达到由于侧向力引起的外侧后轮的限制机动状态。 阻尼装置(14)相对于栓状的主销轴K设置,使得其垂直的反作用力在后轮(2)上产生朝向脚趾的力矩。 以这种方式,多连杆悬架提供了甚至对于跑车而言也可以很好地驾驶,同时通过橡胶衬套(26)的参与保持良好的行驶。
    • 7. 发明授权
    • Automobile sub-frame structure
    • 汽车子框架结构
    • US4826203A
    • 1989-05-02
    • US181423
    • 1988-04-14
    • Takao KijimaFumitaka AndoToshihide Koyama
    • Takao KijimaFumitaka AndoToshihide Koyama
    • B60G3/20B60G7/00B60G99/00B62D21/00B62D21/11B60G7/02
    • B60G99/00B60G3/20B62D21/11B60G2200/10B60G2204/15B60G2206/0114B60G2206/60B60G2206/604
    • An automobile sub-frame structure for supporting two double wishbone type rear suspensions on its respective sides includes a pair of juxtaposed first members extending in a direction widthwise of a vehicle body, a pair of opposed second members extending substantially vertically and each rigidly secured at an upper portion thereof to one end of each first member, and a pair of third members rigidly secured to lower portions of the second members and to a lower surface of a central portion of each first member. In the sub-frame structure, a plurality of truss structures are formed by the first, second and third members so that the sub-frame structure will be sufficiently rigid. Each double wishbone type rear suspension includes upper and lower control arms for pivotably supporting a rear wheel, which control arms are pivotably connected at their inner ends to the second members in the vicinity of portions connecting the first and second members and in the vicinity of portions connecting the second and third members, respectively.
    • 用于在其相应侧面上支撑两个双叉骨式后悬架的汽车子框架结构包括沿车辆宽度方向延伸的一对并置的第一构件,一对相对的第二构件,其基本垂直延伸并且每个刚性地固定在 每个第一构件的一个端部的上部以及刚性地固定到第二构件的下部和每个第一构件的中心部的下表面的一对第三构件。 在子框架结构中,多个桁架结构由第一,第二和第三构件形成,使得子框架结构将足够刚性。 每个双叉骨型后悬架包括用于可枢转地支撑后轮的上下控制臂,该控制臂在其内端处在连接第一和第二构件的部分附近和部分附近的第二构件处可枢转地连接 分别连接第二和第三成员。
    • 10. 发明授权
    • Automobile rear suspension structure
    • 汽车后悬挂结构
    • US4875705A
    • 1989-10-24
    • US181422
    • 1988-04-14
    • Toshihide Koyama
    • Toshihide Koyama
    • B60G3/20B60G3/26B60G7/02B60G13/06
    • B60G3/26B60G2200/462
    • An automotive vehicle is provided with two rear suspension units for pivotably supporting respective rear wheels. Each rear suspension unit includes a wheel support for pivotably supporting one the rear wheels, an H-shaped lower control arm pivotably connected to the wheel support, an A-shaped upper control arm pivotably connected to the wheel support, and a damper unit pivotably connected at its lower end portion with either the wheel support or the lower control arm. The damper unit is disposed behind the upper control arm in a extending longitudinally of the vehicle body. The connecting portion at which the upper control arm and the wheel support are connected is located in front of the center of the rear wheel. Accordingly, an imaginary king pin axis is relatively largely inclined, which axis connects an outer rear end portion of the lower control arm and the connecting portion at which the upper control arm and the wheel support are connected. Such being the structure making up the rear suspension unit, the rear wheels are readily movable in a direction of toe-in, when a lateral force acts upon the rear wheels.