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    • 7. 发明授权
    • Engine control system with user-commanded engine speed adjustments in varying increments
    • 发动机控制系统以用户命令的发动机速度调整为不同的增量
    • US07343897B2
    • 2008-03-18
    • US11387017
    • 2006-03-22
    • Kerfegar K. KatrakDonald A. EvelethBarbara A. Shuler
    • Kerfegar K. KatrakDonald A. EvelethBarbara A. Shuler
    • F02D41/00F02D31/00
    • F02D31/001B60K25/00B60K26/02F02D2200/604
    • An engine control system includes an engine with an output shaft. A power take-off device interfaces with the output shaft and provides rotational power to an auxiliary device. A user input device includes a first engine speed control that commands an increase in engine speed by a first amount to increase the rotational power to the auxiliary device when a user selects the first engine speed control. A second engine speed control commands an increase in engine speed by a second amount that is greater than the first amount to increase the rotational power to the auxiliary device when the user selects the second engine speed control. The user input device includes a speed cancellation control that commands a reversal of a net increase in the speed of the engine that is commanded via the user input device when the user selects the speed cancellation control.
    • 发动机控制系统包括具有输出轴的发动机。 动力输出装置与输出轴接口并向辅助装置提供旋转动力。 用户输入装置包括第一发动机速度控制,当用户选择第一发动机转速控制时,第一发动机速度控制命令增加发动机转速第一量以增加辅助装置的旋转动力。 第二发动机速度控制指令当用户选择第二发动机转速控制时,发动机转速增加大于第一量的第二量,以增加对辅助装置的旋转动力。 用户输入装置包括速度消除控制,当用户选择速度消除控制时,该速度消除控制命令反转通过用户输入装置命令的发动机的速度的净增加。
    • 8. 发明授权
    • Power take-off state and engine speed request
    • 动力起飞状态和发动机转速要求
    • US07089105B2
    • 2006-08-08
    • US10874107
    • 2004-06-22
    • Kerfegar K. KatrakDonald A. EvelethBarbara A. Shuler
    • Kerfegar K. KatrakDonald A. EvelethBarbara A. Shuler
    • G06G7/70F02D45/00
    • F02D41/083B60W10/06B60W10/30B60W50/0098B60W50/0205B60W50/029F02D41/222
    • Apparatus are provided for PTO related engine control having improved failure modes and communication with PCM or ECM independent of input architecture. The apparatus includes a control module for a vehicle powertrain having an input circuit receiving signals corresponding to a four-bit code, and a processor connected to the input circuit and outputting a control signal corresponding to one of a plurality of four-bit coded engine control states. The engine control states are coded such that potential errors in communication between the control module and powertrain, and their resulting effects on powertrain operation, are minimized. For example, a single bit change during communication does not result in a transition from one engine control state to another engine control state.
    • 提供了用于PTO相关引擎控制的设备,其具有改进的故障模式并且与输入架构独立的PCM或ECM通信。 该装置包括用于车辆动力系的控制模块,其具有接收与四位代码相对应的信号的输入电路,以及连接到输入电路的处理器,并输出与多个四位编码引擎控制中的一个对应的控制信号 状态。 发动机控制状态被编码,使得控制模块和动力系之间的通信中的潜在错误及其对动力系运行的影响最小化。 例如,通信期间的单个位改变不会导致从一个发动机控制状态转换到另一个发动机控制状态。