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    • 82. 发明申请
    • Fuel injection control system
    • 燃油喷射控制系统
    • US20030120418A1
    • 2003-06-26
    • US10025942
    • 2001-12-26
    • Deere & Company, a Delaware corporation
    • Gary John Treichel
    • G05D001/00
    • F02D41/20F02D41/345F02D2041/2017F02D2041/2055F02D2041/2058F02D2041/389F02D2200/063Y02T10/44
    • An engine has cylinders, a fuel injection unit with a valve operable in response to a valve control signal to cause fuel to be injected into the cylinders, and a control unit which generates the valve control signal. A method of controlling the valve includes sensing a time associated with movement of the valve corresponding to start of a fuel injection event, and modifying the valve control signal as a function of the sensed time. The method further includes determining a rise time of the valve control signal, determining a valve operation delay time as a function of the rise time, determining a difference time representing a difference between a desired valve operation time and the sensed time, comparing the valve operation delay time to the difference time, and adjusting timing of the valve control signal as a function of the comparison. The method, also, as a function of the comparison, varies individual valve control signal parameter values, each associated with a particular cylinder of the engine, generates a sum value SUM representing a sum of the individual parameter values for all the cylinders, generates an average parameter AVE by dividing the SUM value by the number of cylinders, generates updated individual parameter values by subtracting the AVE value from previous individual parameter values, and modifies the valve control signal as a function of the updated individual parameter values.
    • 发动机具有气缸,燃料喷射单元,其具有响应于阀控制信号而可操作以使燃料喷射到气缸中的阀,以及产生阀控制信号的控制单元。 控制阀的方法包括感测与对应于燃料喷射事件开始的阀的运动相关联的时间,以及根据检测到的时间修改阀控制信号。 该方法还包括确定阀控制信号的上升时间,确定作为上升时间的函数的阀操作延迟时间,确定表示所需阀操作时间与检测时间之差的差时间,比较阀操作 延迟到差时间的时间,以及调整作为比较的函数的阀控制信号的定时。 该方法也作为比较的功能,改变每个与发动机的特定气缸相关联的阀控制信号参数值,生成表示所有气缸的各个参数值​​之和的总和值SUM,产生一个 通过将SUM值除以气缸数量的平均参数AVE,通过从先前的各个参数值​​中减去AVE值来生成更新的各个参数值​​,并根据更新的各个参数值​​修改阀门控制信号。
    • 83. 发明授权
    • Manual control apparatus and method
    • 手动控制装置及方法
    • US06580352B1
    • 2003-06-17
    • US09443956
    • 1999-11-19
    • Tomas J. PinoDaniel U. Johnston
    • Tomas J. PinoDaniel U. Johnston
    • H01L1032
    • G05G1/38F02D11/106F02D2011/103F02D2041/2055F02D2200/602F02D2250/16G05G5/03
    • The invention relates to a manual control apparatus, such as a control pedal for a drive-by-wire control systems, and similar applications. According to an aspect of the invention, the manual control apparatus comprises a hysteresis mechanism that provides more precise and controllable hysteresis than previous mechanism. According to a further aspect of the invention, the manual control apparatus comprises an angular position sensor, and the angular position sensor may comprise abutments that reduce variation in the sensor. According to a still further aspect of the invention, the manual control apparatus comprises a stop pin that regulates the position of a rotatable member relative to the position sensor with less variation. The stop pin may also be used as a single fastener the holds the manual control apparatus together.
    • 本发明涉及手动控制装置,例如用于线控驱动控制系统的控制踏板,以及类似的应用。 根据本发明的一个方面,手动控制装置包括滞后机构,其提供比先前机构更加精确和可控的滞后。 根据本发明的另一方面,手动控制装置包括角位置传感器,并且角位置传感器可以包括减小传感器变化的基台。 根据本发明的另一方面,手动控制装置包括止动销,该止动销相对于具有较小变化的位置传感器来调节可旋转构件的位置。 止动销也可以用作将手动控制装置保持在一起的单个紧固件。