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    • 4. 发明授权
    • Modulator noise reduction via motor control
    • 通过电机控制调制器降噪
    • US07413263B2
    • 2008-08-19
    • US10761257
    • 2004-01-21
    • Kevin Austin O'DeaBryan T. FulmerE. Wayne Lloyd
    • Kevin Austin O'DeaBryan T. FulmerE. Wayne Lloyd
    • B60T13/18
    • B60T8/4054B60T8/4872B60T13/18
    • The invention provides a method for controlling a vehicle with a braking system including a modulator pump. A first fluid line can communicate brake fluid from the master cylinder to a brake caliper. An isolation valve including a pressure bypass can be disposed along the fluid line between the master cylinder and the brake caliper. A second fluid line can extend from a first position along the first fluid line between the master cylinder and the isolation valve to a second position along the first fluid line between the isolation valve and the brake caliper. A modulating pump is disposed along the second fluid line to pump fluid to the brake caliper during a controlled brake event. The modulator pump is engaged to pump fluid to the brake caliper until the pressure in the first fluid line reached slightly below the predetermined pressure to prevent the isolation valve from opening in response to excessive pressure.
    • 本发明提供了一种利用具有调制器泵的制动系统来控制车辆的方法。 第一流体管线可将制动液从主缸传递到制动钳。 包括压力旁路的隔离阀可以沿主缸和制动钳之间的流体管线设置。 第二流体管线可以沿着主缸和隔离阀之间的第一流体管线的第一位置延伸到沿着隔离阀和制动钳之间的第一流体管线的第二位置。 调节泵沿着第二流体管线布置以在受控的制动事件期间将流体泵送到制动钳。 调制器泵接合以将流体泵送到制动钳,直到第一流体管线中的压力略微低于预定压力,以防止隔离阀响应于过大的压力而打开。
    • 5. 发明授权
    • Failsafe operation of a hybrid brake system for a vehicle
    • 用于车辆的混合制动系统的故障安全操作
    • US07976109B2
    • 2011-07-12
    • US10681638
    • 2003-10-08
    • David F. ReuterE. Wayne LloydDeron C. Littlejohn
    • David F. ReuterE. Wayne LloydDeron C. Littlejohn
    • B60T8/42
    • B60T8/409B60T7/042B60T8/267B60T8/368B60T8/4081B60T8/4872B60T13/581B60T13/66
    • A hybrid brake apparatus for a vehicle includes a front hydraulically actuated brake circuit, a rear electrically actuated brake circuit, and a controller. The front hydraulically actuated brake circuit includes a master cylinder for providing pressurized fluid to the front brake circuit in response to an input applied to the master cylinder for applying a frictional front braking force. The rear electrically actuated brake circuit is controllable in response to the input for providing a frictional rear braking force. The rear brake circuit is controlled in accordance with a first predetermined relationship between the input and rear braking force during normal operation of the front brake circuit. If the controller detects a degradation of front braking force, the rear brake circuit is controlled in accordance with a second predetermined relationship between the input and the rear braking force, to thereby compensate for the degradation of front braking force.
    • 一种用于车辆的混合制动装置包括前部液压致动制动电路,后部电动制动电路和控制器。 前液压致动制动回路包括主缸,用于响应于施加到主缸的输入而施加摩擦前制动力,将加压流体提供给前制动回路。 后电动制动回路可响应于用于提供摩擦后制动力的输入而可控。 后制动回路根据前制动回路正常运转时的输入与制动力之间的第一预定关系进行控制。 如果控制器检测到前制动力的劣化,则根据输入和后制动力之间的第二预定关系来控制后制动回路,从而补偿前制动力的劣化。
    • 6. 发明授权
    • Reverse-ported pump
    • 反向泵
    • US07021911B2
    • 2006-04-04
    • US10397728
    • 2003-03-26
    • Jamshid MoradmandDavid F. ReuterE. Wayne LloydDarrell M. Bybee
    • Jamshid MoradmandDavid F. ReuterE. Wayne LloydDarrell M. Bybee
    • F04B19/00
    • F04B53/1002F04B1/0404F04B51/00F04B53/109F04B53/22
    • A pump used in vehicle controlled braking systems provides a reverse direction of flow through a cylinder bore of the pump and utilizes an inlet check valve located outside of the piston at the end of the cylinder bore opposite the piston, in conjunction with an outlet check valve located in an outlet extending through a sidewall of the cylinder bore of the pump. The inlet check valve is assembled and tested as a module prior to being installed in the pump. A fluid reservoir, having a movable wall, is connected to the inlet to facilitate priming the pump module. The piston is driven by a self-supporting drive apparatus with an eccentric element affixed to a stub shaft, or by other forms of a drive apparatus having an eccentric element fixed to a motor drive shaft.
    • 用于车辆控制的制动系统中的泵提供通过泵的气缸孔的相反方向的流动,并且利用位于活塞外侧的活塞的入口止回阀,该活塞位于与活塞相对的气缸孔的端部处,与出口止回阀 位于延伸穿过泵的气缸孔的侧壁的出口中。 入口止回阀在安装在泵内之前被组装和测试为一个模块。 具有可移动壁的流体储存器连接到入口以便于启动泵模块。 活塞由自支撑驱动装置驱动,偏心元件固定在短轴上,或通过其它形式的驱动装置驱动,该驱动装置具有固定在马达驱动轴上的偏心元件。
    • 7. 发明授权
    • Integrated pre-charge for controlled brake systems
    • 控制制动系统的集成预充电
    • US06957872B2
    • 2005-10-25
    • US10766050
    • 2004-01-28
    • Jamshid K. MoradmandE. Wayne Lloyd
    • Jamshid K. MoradmandE. Wayne Lloyd
    • B60T8/40B60T8/48
    • B60T8/4031B60T8/4881
    • First and second pumps are integral in that the pumps are driven by a common motor. The first pump is driven in pumping motion by an eccentric disposed on the motor shaft and the second pump is driven in pumping motion by an end of the motor shaft. The first pump can be an ABS pump and the second pump can be a pre-charge pump. The first and second pumps can be disposed in a common block housing and the common block housing can define a fluid path extending from the outlet of the second pump to the inlet of the first pump. A third pump can be susbtantially similar to the first pump and be disposed on an opposite side of the shaft as the first pump. The third pump can be driven in pumping motion by the eccentric. A separate feed line can be directed from the reservoir of the brake system to the second pump to improve performance.
    • 第一和第二个泵是一体的,泵由普通电机驱动。 第一泵由设置在电动机轴上的偏心件泵送运动驱动,第二泵由电动机轴的端部泵送运动。 第一个泵可以是ABS泵,第二个泵可以是预充电泵。 第一和第二泵可以设置在公共块壳体中,并且公共块壳体可以限定从第二泵的出口延伸到第一泵的入口的流体路径。 第三泵可以与第一泵相似,并且设置在作为第一泵的轴的相对侧上。 第三个泵可以通过偏心泵送运动。 可以将单独的进料管线从制动系统的储存器引导到第二泵,以提高性能。