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    • 93. 发明授权
    • Torsion suspension system
    • 扭转悬挂系统
    • US06523842B2
    • 2003-02-25
    • US09907070
    • 2001-07-16
    • Ralph Andrews
    • Ralph Andrews
    • B60G1123
    • B60G11/183B60G11/18B60G11/181B60G2200/30B60G2206/42B60G2206/427B60G2300/02B60G2300/38
    • An improved torsion suspension system designed to limit excessive side sway conditions with a popular torsion suspension system. The improved system uses a torsion shackle bracket that bolts to the second flanged shell half used on the existing torsion suspension system. The system also includes an anti-sway rod that connects at one end to an axle mounted on the torsion shackle bracket. The opposite end of the anti-sway rod is connected to the motor vehicle frame or to a selectively attached bracket attached to the frame located across from the torsion shackle bracket. In the preferred embodiment, the anti-sway rod extends to an opposite side of the motor vehicle. During use, the ends of the anti-sway rod are able to rotate around the axles so that the shackle is able to move vertically and provide a softened ride. The rod is sufficiently rigid to limit the lateral movement of the second flanged shell half, thereby limiting side sway.
    • 一种改进的扭转悬架系统,旨在通过流行的扭转悬架系统来限制过多的侧摆条件。 改进的系统使用扭转钩环支架,螺栓连接到现有扭转悬架系统上使用的第二个法兰壳半部。 该系统还包括防摇杆,其一端连接到安装在扭转钩环上的轴上。 防摇杆的相对端连接到机动车辆车架或连接到位于扭转钩环支架对面的框架上的选择性附接的支架。 在优选实施例中,防摇杆延伸到机动车辆的相对侧。 在使用期间,防摇杆的端部能够围绕轴旋转,使得钩环能够垂直移动并提供软化的行驶。 杆足够刚性以限制第二凸缘壳半部的横向运动,从而限制侧摆。
    • 95. 发明授权
    • Leaf spring assembly having full-leaf leaf spring component and half-leaf leaf spring component
    • 叶片弹簧组件,具有全叶片弹簧部件和半叶片弹簧部件
    • US06406007B1
    • 2002-06-18
    • US09522585
    • 2000-03-10
    • William Wilson
    • William Wilson
    • B60G1146
    • B60G11/02B60G2200/464B60G2202/11B60G2206/42F16F1/18
    • A leaf spring assembly for use as an active component in vehicle suspension systems includes a full-leaf leaf spring component and a half-leaf leaf spring component connected thereto. The full-leaf leaf spring extends substantially the entire length of the leaf spring assembly and the half-leaf leaf spring extends substantially the entire length of one of the cantilevers. In a preferred form, when the leaf spring assembly has front and rear cantilevers of substantially unequal length, the leaf spring assembly provides for a constant caster angle for its associated axle during deflection of the assembly due to jounce and rebound. In another preferred form, when the leaf spring assembly has front and rear cantilevers of substantially equal length, the leaf spring assembly provides for a varying caster angle for its associated axle during deflection of the assembly due to jounce and rebound. In yet another preferred form, the axle seat portion of the full-leaf leaf spring is designed such that it biases the position of the axle associated with the leaf spring assembly to a predetermined caster angle.
    • 用作车辆悬架系统中的有源部件的板簧组件包括全叶片弹簧部件和与其连接的半叶片弹簧部件。 全叶片弹簧基本上延伸板簧组件的整个长度,并且半叶片弹簧基本上延伸一个悬臂的整个长度。 在优选形式中,当板簧组件具有基本上不等长度的前悬臂和后悬臂时,由于弯曲和回弹,板簧组件在组件偏转期间为其相关联的轴提供恒定的脚轮角度。 在另一个优选形式中,当板簧组件具有基本上相等长度的前悬臂和后悬臂时,由于弯曲和回弹,板簧组件在组件偏转期间为其相关联的轴提供变化的脚轮角度。 在又一个优选形式中,全叶片弹簧的轴座部分被设计成使得其将与板簧组件相关联的轴的位置偏压到预定的脚轮角度。
    • 97. 发明申请
    • Curved helical compression spring
    • 弯曲螺旋压缩弹簧
    • US20010011791A1
    • 2001-08-09
    • US09767267
    • 2001-01-23
    • Keiji HasegawaToshiyuki Imaizumi
    • F16F001/06
    • F16F1/04B21F3/06B60G11/14B60G15/07B60G2202/12B60G2202/312B60G2206/42B60G2206/426
    • The present invention is directed to a curved helical compression spring having a plurality of coils along a curved coil axis. Each coil constituting the helical compression spring is increased and decreased in diameter, and the order of the increased diameter and the decreased diameter of each coil is reversed at a predetermined position on the longitudinal axis of the helical compression spring, so as to provide the curved coil axis, such as the coil axis curved in C-shape. For example, one section of each coil having approximately a half of the circumference of each coil, which is divided by a plane including the coil axis, is increased in diameter, whereas the other one section of approximately a half of the circumference of each coil is decreased in diameter. The curved helical compression spring may be mounted on a vehicle suspension.
    • 本发明涉及一种弯曲的螺旋压缩弹簧,其具有沿弯曲的线圈轴线的多个线圈。 构成螺旋压缩弹簧的每个线圈的直径增加和减小,并且每个线圈的增加的直径和减小的直径的顺序在螺旋压缩弹簧的纵向轴线上的预定位置处反转,以便提供弯曲 线圈轴线,如线圈轴线弯曲成C形。 例如,每个线圈的大约一半的每个线圈的一部分被包括线圈轴的平面所分隔的每个线圈的圆周的大约一半的直径增加,而每个线圈的圆周的大约一半的另一个部分 直径减小。 弯曲的螺旋压缩弹簧可以安装在车辆悬架上。
    • 98. 发明授权
    • Motion stabilizer
    • 运动稳定器
    • US06237904B1
    • 2001-05-29
    • US09311826
    • 1999-05-13
    • John D. Shepherd
    • John D. Shepherd
    • F16F100
    • F16F1/12B60G11/14B60G11/27B60G2202/12B60G2202/152B60G2204/44B60G2206/42B60G2500/20B60G2500/30B60G2800/80F16F9/0209F16F15/0232F16F15/04
    • A motion stabilizer for yieldingly urging a relatively movable load member toward a normal or centered position relative to another load member includes a telescoping body that shortens (retracts) as the load members move toward one another and lengthens (extends) as the load members move apart. A reaction unit is mounted within an axially extending internal chamber defined within the body. The reaction unit has a normal length and a displaced length. The reaction unit may include a spring such as a gas spring or coil spring, and the spring may operate in compression or in expansion. The reaction unit may provide damping. Depending of the characteristics of the reaction unit, the displaced length may be either longer or shorter than the normal length. The telescoping members of the body are constructed and arranged to displace the reaction unit away from the normal length and in the same direction toward the displaced length in response to both lengthening and shortening of the body, providing a stroke doubling effect.
    • 一种运动稳定器,用于相对于另一个负载构件朝相对移动的负载构件朝向正常或居中位置有力地推动一个运动稳定器,包括当负载构件相互朝向彼此移动时缩短(缩回)的伸缩体,并随着负载构件的移动而延长(延伸) 。 反应单元安装在限定在体内的轴向延伸的内部室中。 反应单元具有正常长度和位移长度。 反应单元可以包括诸如气弹簧或螺旋弹簧的弹簧,并且弹簧可以在压缩或膨胀中操作。 反应单元可以提供阻尼。 取决于反应单元的特性,位移长度可以比​​正常长度更长或更短。 主体的伸缩构件被构造和布置成响应于身体的延长和缩短而使反作用单元远离正常长度和沿相同方向朝向位移长度移动,从而提供行程倍增效果。