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    • 4. 发明授权
    • Adaptive retarder control method and apparatus
    • 自适应延迟器控制方法和装置
    • US07739021B2
    • 2010-06-15
    • US11622590
    • 2007-01-12
    • William J. WegengRandall S. ConnMark A. RushingRicke D. Katko
    • William J. WegengRandall S. ConnMark A. RushingRicke D. Katko
    • G06F17/00
    • B60T10/02B60W10/02B60W10/196B60W30/18018B60W30/18136B60W2030/18081Y10T477/633Y10T477/653
    • A vehicle transmission retarder control apparatus is provided including an engine, a throttle, a brake, a transmission having an output member with an actual transmission output speed, a speed sensor operable for measuring the actual transmission output speed, a plurality of user-commandable input devices for selecting a desired transmission output speed, and a controller having an algorithm for controlling the amount of retarder request to provide a zero or constant rate of deceleration independently of weight and axle ratio. Additionally, a method is provided for controlling a transmission retarder, including measuring the actual transmission output speed, sensing a desired transmission output speed using a plurality of user-commandable input devices, communicating the actual and desired speeds to a controller, and commanding the retarder to apply a continuously variable opposing torque to the transmission based on the actual and desired output speeds to achieve a constant rate of deceleration.
    • 本发明提供一种车辆用减速器控制装置,包括发动机,节气门,制动器,具有实际变速器输出速度的输出构件的变速器,可实际测量实际变速器输出速度的速度传感器,多个用户指令输入 用于选择期望的传输输出速度的装置,以及控制器,具有用于控制减速器请求量以独立于重量和轴比率提供零或恒定速度的减速度的算法。 另外,提供了一种用于控制传输延迟器的方法,包括测量实际的传输输出速度,使用多个用户可命令的输入设备感测期望的传输输出速度,将实际和期望速度传达给控制器,以及命令延迟器 基于实际和期望的输出速度向变速器施加连续可变的相对转矩以实现恒定的减速率。
    • 5. 发明申请
    • Adaptive Retarder Control Method and Apparatus
    • 自适应减速器控制方法和装置
    • US20080172162A1
    • 2008-07-17
    • US11622590
    • 2007-01-12
    • William J. WegengRandall S. ConnMark A. RushingRicke D. Katko
    • William J. WegengRandall S. ConnMark A. RushingRicke D. Katko
    • G06F17/00
    • B60T10/02B60W10/02B60W10/196B60W30/18018B60W30/18136B60W2030/18081Y10T477/633Y10T477/653
    • A vehicle transmission retarder control apparatus is provided including an engine, a throttle, a brake, a transmission having an output member with an actual transmission output speed, a speed sensor operable for measuring the actual transmission output speed, a plurality of user-commandable input devices for selecting a desired transmission output speed, and a controller having an algorithm for controlling the amount of retarder request to provide a zero or constant rate of deceleration independently of weight and axle ratio. Additionally, a method is provided for controlling a transmission retarder, including measuring the actual transmission output speed, sensing a desired transmission output speed using a plurality of user-commandable input devices, communicating the actual and desired speeds to a controller, and commanding the retarder to apply a continuously variable opposing torque to the transmission based on the actual and desired output speeds to achieve a constant rate of deceleration.
    • 本发明提供一种车辆用减速器控制装置,包括发动机,节气门,制动器,具有实际变速器输出速度的输出构件的变速器,可实际测量实际变速器输出速度的速度传感器,多个用户指令输入 用于选择期望的传输输出速度的装置,以及控制器,具有用于控制减速器请求量以独立于重量和轴比率提供零或恒定速度的减速度的算法。 另外,提供了一种用于控制传输延迟器的方法,包括测量实际的传输输出速度,使用多个用户可命令的输入设备感测期望的传输输出速度,将实际和期望速度传达给控制器,以及命令延迟器 基于实际和期望的输出速度向变速器施加连续可变的相对转矩以实现恒定的减速率。
    • 6. 发明授权
    • Method and apparatus for synchronized PTO control in a motor vehicle powertrain
    • 在汽车动力总成中同步PTO控制的方法和装置
    • US07128686B2
    • 2006-10-31
    • US10877937
    • 2004-06-25
    • Ronald P. HitchWilliam J. Wegeng
    • Ronald P. HitchWilliam J. Wegeng
    • B60W10/30
    • B60K25/06B60K17/28F16H3/66F16H61/0403Y10T477/633Y10T477/693
    • One or more friction devices of a transmission coupled to an engine through a fluid coupling are used during engine neutral idle operation to control the state of the fluid coupling for synchronous engagement and disengagement of a PTO input gear with a transmission-driven gear. The fluid coupling includes an input member connected to the engine and an output member connected to the input shaft of the transmission, and the transmission friction devices temporarily ground the output member without mechanically coupling the transmission input and output shafts under specified enable conditions. This maintains the transmission input shaft in a stationary condition while an actuator engages or disengages the PTO input gear with the transmission-driven gear. Following engagement or disengagement of the PTO input gear, the friction devices are released to resume normal operation of the fluid coupling.
    • 在发动机空载怠速运转期间,使用通过流体联轴器联接到发动机的变速器的一个或多个摩擦装置来控制流体联轴器的状态,以便PTO输入齿轮与变速器从动齿轮的同步接合和分离。 流体联轴器包括连接到发动机的输入构件和连接到变速器的输入轴的输出构件,并且变速器摩擦装置暂时将输出构件接地而不在特定使能条件下机械地联接变速器输入和输出轴。 这将传动输入轴保持在静止状态,同时致动器将PTO输入齿轮与传动从动齿轮接合或脱离。 在PTO输入齿轮的接合或分离之后,释放摩擦装置以恢复流体联轴器的正常操作。