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    • 3. 发明授权
    • Frictionally damped suspension strut
    • 摩擦悬挂支柱
    • US4738437A
    • 1988-04-19
    • US27749
    • 1987-02-26
    • H. Neil PatonFrank F. Smith
    • H. Neil PatonFrank F. Smith
    • B60G5/04B60G13/04B60G15/04B60G15/10F16F7/08F16F7/09F16F3/08
    • B60G15/04B60G15/10F16F7/09B60G2202/312B60G2204/1242B60G2204/418
    • The strut includes a telescoping load bearing assembly that extends through a composite spring and a frictional damping assembly. The damping assembly includes one, two three or more movable damper wedges that are urged by two wedge rings against a sleeve bearing that normally provides for low friction extension and contraction of the load bearing assembly. In response to application of an axial load on the load bearing assembly, however, the damper wedges press or squeeze the sleeve bearing into gripping engagement with the load bearing assembly, which causes the sleeve bearing to apply a frictional damping force to the load bearing assembly. Elastomer layers interposed between the interactive faces of the damper wedges and the wedge rings are placed in visco-elastic shear in response to movement of the damper wedges and, hence, provide essentially frictionless movement of the damper wedges under such conditions. This enhances the sensitivity of the strut to certain road conditions. In a second presently preferred embodiment, the damper wedges are replaced by a single split wedge ring.
    • 支柱包括延伸穿过复合弹簧和摩擦阻尼组件的伸缩式承载组件。 阻尼组件包括一个,两个三个或更多个可移动的阻尼楔,其被两个楔形环推压到套筒轴承上,套筒轴承通常提供承载组件的低摩擦力的伸缩。 然而,响应于在负载轴承组件上施加轴向载荷,阻尼器楔入或挤压套筒轴承与承载组件夹紧接合,这使得套筒轴承向承​​载组件施加摩擦阻尼力 。 插入在阻尼楔的交互面和楔形环之间的弹性体层响应于阻尼楔的移动而被置于粘弹性剪切中,因此在这种条件下提供阻尼楔的基本上无摩擦的运动。 这增强了支柱对某些道路状况的敏感性。 在第二个目前优选的实施例中,阻尼楔被单个分开的楔形环代替。
    • 4. 发明授权
    • Tapered end composite spring
    • 锥形端复合弹簧
    • US4793597A
    • 1988-12-27
    • US936433
    • 1986-12-01
    • Frank F. Smith
    • Frank F. Smith
    • B60G11/52F16F1/12F16D1/00F16M13/00
    • F16F1/122B60G11/52Y10T403/45Y10T403/456
    • Two support assemblies for respectively supporting the tapered end and the cylindrical end of an elongated tubular elastomeric spring between two opposed spring seats are disclosed. The support assembly for the tapered end is made up of an elongated retaining member which is positionable generally transverse to and entirely inside the tapered end. This retaining member includes two inclined portions which bear down upon the inside of the tapered end when pulled in an outward direction by a bolt thredably secured to a convetional spring seat. The support assembly for the cylindrical end is made up of a second retaining member which is positionable generally transverse to and entirely inside the cylindrical end. The second retaining member includes a plurality of expandable flange portions which engage the inside of the cylindrical portion as the retaining member is pulled in an outward direction by a second bolt threadably secured to the second spring seat. The spring is reinforced to resist bulging in response to the outwardly directed forces applied by the support assemblies.
    • 公开了用于分别支撑两个相对的弹簧座之间的细长管状弹性体弹簧的锥形端和圆柱端的两个支撑组件。 用于锥形端的支撑组件由细长的保持构件构成,该保持构件可大致横向于并且完全在锥形端的内部。 该保持构件包括两个倾斜部分,当倾斜地固定到安置弹簧座的螺栓沿向外方向拉动时,锥形端部的内侧承受倾斜部分。 用于圆柱形端部的支撑组件由第二保持构件构成,该第二保持构件可大致横向于并且完全位于圆柱形端部的内部。 第二保持构件包括多个可膨胀凸缘部分,当通过可螺纹地固定到第二弹簧座的第二螺栓沿着向外的方向拉动保持构件时,该凸缘部分接合圆柱形部分的内部。 响应于由支撑组件施加的向外的力,弹簧被加强以抵抗膨胀。
    • 6. 发明授权
    • Apparatus for mounting tubular composite springs
    • 用于安装管状复合弹簧的装置
    • US4771989A
    • 1988-09-20
    • US936432
    • 1986-12-01
    • Frank F. Smith
    • Frank F. Smith
    • B60G11/24B60G11/52F16B19/00F16D1/00F16M13/00
    • B60G11/52B60G11/24Y10T403/45Y10T403/456
    • Two support assemblies for respectively supporting the tapered end and the cylindrical end of an elongated tubular elastomeric spring between two opposed spring seats are disclosed. The support assembly for the tapered end is made up of an elongated retaining member which is positionable generally transverse to and entirely inside the tapered end. This retaining member includes two inclined portions which bear down upon the inside of the tapered end when pulled in an outward direction by a bolt threadably secured to a conventional spring seat. The support assembly for the cylindrical end is made up of a second retaining member which is positionable generally transverse to and entirely inside the cylindrical end. The second retaining member includes a plurality of expandable flange portions which engage the inside of the cylindrical portion as the retaining member is pulled in an outward direction by a bolt threadably secured to the second spring seat. The spring is reinforced to resist bulging in response to the outwardly directed forces applied by the support assemblies.
    • 公开了用于分别支撑两个相对的弹簧座之间的细长管状弹性体弹簧的锥形端和圆柱端的两个支撑组件。 用于锥形端的支撑组件由细长的保持构件构成,该保持构件可大致横向于并且完全在锥形端的内部。 该保持构件包括两个倾斜部分,该倾斜部分通过螺纹地固定到常规弹簧座的螺栓沿向外的方向被拉向锥形端部的内侧。 用于圆柱形端部的支撑组件由第二保持构件构成,该第二保持构件可大致横向于并且完全位于圆柱形端部的内部。 第二保持构件包括多个可膨胀凸缘部分,当通过可螺纹地固定到第二弹簧座的螺栓沿着向外方向拉动保持构件时,该凸缘部分接合圆柱形部分的内部。 响应于由支撑组件施加的向外的力,弹簧被加强以抵抗膨胀。