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    • 1. 发明授权
    • Universal axle pad and clamp assemblies for vehicle suspensions
    • 用于车辆悬架的通用轴瓦和夹具组件
    • US3913937A
    • 1975-10-21
    • US48544674
    • 1974-07-03
    • DURA CORP
    • LONGWORTH WILLIAM FTAMAS ATTILA J
    • B60G5/047B60G7/04B60G9/00B60G11/113
    • B60G11/113B60G5/047B60G7/04B60G9/003B60G2200/31B60G2204/4306B60G2204/45B60G2204/4502
    • A universal axle pad and clamp assembly for connecting leaf spring means with an axle housing in a vehicle suspension, includes spring cap means, spring seat and axle pad means including a spring seat member and an axle pad adapter relatively adjustably engagedly related, axle clamp means including an axle clamp member and an axle clamp adapter relatively adjustably engagedly related, and U-bolt means for securing the spring cap, the spring seat and axle pad means and the axle clamp means in fixed clamped relation to spring means received between the cap and spring seat member and an axle housing received between the axle pad adapter and the axle clamp adapter. The arrangement provides for adjustments to attain required pinion angle and the adapters can be readily provided to receive various axle housing sizes and assembled with the other parts of the assembly which may be of a standard size.
    • 用于将板簧装置与车辆悬架中的车轴壳体连接的通用轴瓦和夹紧组件包括弹簧盖装置,弹簧座和轴瓦装置,其包括弹簧座构件和相对可调节地相关的轴夹适配器, 包括相对可调节地相关联的轴夹紧构件和轴夹紧适配器,以及用于将弹簧盖,弹簧座和轴衬垫装置和轴夹装置固定夹紧的U形螺栓装置, 弹簧座构件和容纳在轴衬适配器和轴夹适配器之间的轴壳体。 该装置提供调节以获得所需的小齿轮角度,并且适配器可以容易地设置成接收各种轴壳体尺寸并与组件的其它部件组装,该组件的其它部件可以是标准尺寸。
    • 2. 发明授权
    • Low cost headlight tester and method
    • 低成本测试仪和方法
    • US3791740A
    • 1974-02-12
    • US3791740D
    • 1972-06-14
    • DURA CORP
    • PROEFROCK P
    • G01M11/06G01J1/00
    • G01M11/06
    • Three photoelectric devices are arranged cooperatively to enable reading on a single milliammeter both horizontal and vertical adjustments of an automotive vehicle headlight. One of the photoelectric devices is located in the high intensity zone of the testing area adjacent to a second of the photoelectric devices located in spaced relation above a predetermined desired position for the upper edge of the high intensity zone while the third photoelectric device is located in spaced relation relative to a predetermined desirable position for a vertical edge of the high intensity zone. Adjustments are effected sequentially, first either vertically or horizontally and then in the remaining mode with the milliammeter being read in each mode, and proper adjustment being determined by maximum reading attained on the milliammeter.
    • 协调配置三个光电装置,使得能够在单个毫安表上读取汽车前灯的水平和垂直调整。 其中一个光电器件位于测试区域的高强度区域,与第二个光电器件相邻,第二个光电器件位于与高强度区域的上边缘相对的预定期望位置之上的间隔关系上,而第三光电器件位于 相对于高强度区域的垂直边缘的预定期望位置的间隔关系。 调整顺序进行,首先垂直或水平,然后在剩余模式下,在每个模式下读取毫安表,并通过毫米表达到的最大读数来确定适当的调整。