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    • 1. 发明授权
    • Automated inter-axle differential lock actuation sensing method
    • 自动车桥差速锁定动作感应方式
    • US07152720B2
    • 2006-12-26
    • US11031809
    • 2005-01-08
    • Stephen P. ClaussenJames A. BeverlyLeo J. Wenstrup
    • Stephen P. ClaussenJames A. BeverlyLeo J. Wenstrup
    • B60K17/36F16D11/14
    • B60K23/08B60K17/36Y10T477/753
    • The present invention relates to an automatic inter-axle differential lock actuation sensing method for a vehicle having a tandem drive axle. The inter-axle differential lock actuation sensing method comprises providing a clutch locking mechanism of an inter-axle differential for a vehicle, the clutch locking mechanism having a first set of teeth in a fixed position and a second set of teeth on a sliding clutch, locating a speed sensor such that when the clutch mechanism is disengaged the sensor measures a speed of the sliding clutch, and when the clutch mechanism is fully engaged the sensor measures zero speed even though the sliding clutch continues to rotate, providing a speed of the vehicle from a vehicle data link, and using the speed sensor-speed and the vehicle speed to determine status of clutch mechanism engagement.
    • 本发明涉及一种具有串联驱动轴的车辆的自动轴间差速锁定致动感测方法。 所述车轴间差速锁定致动感测方法包括提供用于车辆的车轴间差速器的离合器锁定机构,所述离合器锁定机构具有处于固定位置的第一组齿和在滑动离合器上的第二组齿, 设置速度传感器,使得当离合器机构脱离时,传感器测量滑动离合器的速度,并且当离合器机构完全接合时,即使滑动离合器继续旋转,传感器也测量零速度,从而提供车辆的速度 并且使用速度传感器速度和车速来确定离合器机构接合的状态。
    • 4. 发明授权
    • Anti-lock brake sensor holder
    • 防抱死制动传感器支架
    • US06238015B1
    • 2001-05-29
    • US09224842
    • 1998-12-31
    • Francisco J. GarciaLeo J. Wenstrup
    • Francisco J. GarciaLeo J. Wenstrup
    • B60T832
    • B60T8/171B60T8/329G01P3/443
    • A two-piece anti-lock brake sensor bracket has a first bracket member or mounting bracket which is welded to an axle housing adjacent a wheel hub. A second bracket member which is a sensor holder is snap-fit onto the first bracket member. An anti-lock brake sensor is mounted in the second bracket member. A snap-fit design for attaching the two bracket members also provides a quick-release, allowing the second bracket member to be detached from the first bracket member. The sensor holder has protrusions which engage with apertures in the mounting bracket. This two piece design can accommodate variations in tone wheel diameter and position with only minor modifications. Additionally, this design is “universal” in that the same type of two-piece bracket assembly works with reduced envelope brakes. Therefore, manufacturing and assembly costs are reduced.
    • 两件式防抱死制动传感器支架具有第一支架构件或安装支架,该支架构件或安装支架与轮毂相邻地焊接到轴壳体。 作为传感器保持器的第二支架构件卡扣配合到第一支架构件上。 防抱死制动传感器安装在第二支架构件中。 用于安装两个支架构件的卡扣配合设计还提供快速释放,允许第二支架构件与第一支架构件分离。 传感器保持器具有与安装支架中的孔接合的突起。 这种两件式设计可以适应不同的色轮直径和位置,只需进行微小的修改即可。 此外,这种设计是“通用的”,因为相同类型的两件式支架组件采用减小的信封制动器。 因此,制造和组装成本降低。