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    • 6. 发明授权
    • Braking system with independent antilock control channels
    • 具有独立防锁控制通道的制动系统
    • US5967625A
    • 1999-10-19
    • US990425
    • 1997-12-15
    • David Fredrick ReuterEarl Wayne Lloyd
    • David Fredrick ReuterEarl Wayne Lloyd
    • B60T8/34B60T8/36B60T8/40B60T8/42
    • B60T8/4031B60T8/348B60T8/368B60T8/4059B60T8/4208Y10S303/10
    • A braking system includes a master cylinder that is operational to introduce a manually effected braking pressure in the braking system and includes a wheel brake that is responsive to the manually effected braking pressure. A modulator is interconnected in the braking system between the master cylinder and the wheel brake and includes a pump that has an inlet and an outlet wherein the inlet is in continuous open fluid communication with the wheel brake through a first fluid passageway. The first fluid passageway is free of any flow restrictive orifices and the first fluid passageway is not in fluid communication with an accumulator. The modulator also includes a normally open valve that is positioned in a second fluid passageway and the second fluid passageway extends between the wheel brake and both the pump outlet and the master cylinder. During base brake operation of the braking system, the pump and the valve remain unoperated so that the manually effected pressure is freely transmitted to the wheel brake. During ABS release operation, the pump is turned on and the valve is energized to close, blocking the second fluid passageway so that a reduced wheel brake fluid pressure is effected at the wheel brake and a rate of reduction of the wheel brake pressure is established that is directly proportional to, and from a mechanical effect standpoint, is a result solely of pump flow rate.
    • 制动系统包括主缸,其可操作以在制动系统中引入手动制动的制动压力,并且包括响应于手动制动的制动压力的车轮制动器。 调制器在主缸和车轮制动器之间的制动系统中相互连接,并且包括具有入口和出口的泵,其中入口通过第一流体通道与车轮制动器连续打开流体连通。 第一流体通道没有任何流动限制孔,并且第一流体通道不与蓄能器流体连通。 调节器还包括一个常开阀,其定位在第二流体通道中,第二流体通道在车轮制动器与泵出口和主缸之间延伸。 在制动系统的基础制动操作期间,泵和阀保持未操作,使得手动施加的压力自由地传递到车轮制动器。 在ABS释放操作期间,泵被打开并且阀被通电以关闭,阻塞第二流体通道,使得在车轮制动器处实现减小的车轮制动液压力,并且确定车轮制动器压力的降低率, 与机械效果的观点直接成正比,仅仅是泵流量的结果。
    • 7. 发明授权
    • Direct power booster response system
    • 直接加电响应系统
    • US5669673A
    • 1997-09-23
    • US636485
    • 1996-04-23
    • David Fredrick Reuter
    • David Fredrick Reuter
    • B60T8/40B60T8/44B60T8/48B60T13/68B60T15/04
    • B60T13/686B60T8/4013B60T8/441B60T8/4881
    • An integral power booster and master cylinder assembly interactively operates with a braking system to effect conventional braking operation, anti-lock brake operation, traction control operation and stability enhancement system functions in a cost effective manner. The incorporation of a low pressure hydraulic booster provides a manner of enhancing first cycle response times of the traction control and stability enhancement system functions. Fluid separation is maintained between the stability enhancement system and the braking channels through the use of a pump priming accumulator to provide a pre-charge to the wheel brake pressure effecting pump assembly, in direct response to the power booster.
    • 整体式增压器和主缸组件与制动系统交互地操作,以成本有效的方式实现常规制动操作,防抱死制动操作,牵引力控制操作和稳定性增强系统功能。 低压液压助力器的结合提供了增强牵引力控制和稳定性增强系统功能的第一循环响应时间的方式。 通过使用泵起动蓄能器,在稳定性增强系统和制动通道之间保持流体分离,以直接响应于动力助力器向轮式制动器压力影响泵组件提供预充电。