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Active Steering Nibble Control Algorithm for Electric Steering Systems

机译:电动转向系统的主动转向半字节控制算法

摘要

A system and method for actively cancelling steering nibble and/or brake judder in an electric power steering system using a controller and an electric motor by converting a selected wheel speed to a frequency, selecting a nibble order, determine nibble enable frequencies for cancellation, selecting a damping factor based on changes in vehicle velocity, calculating filter coefficients based on the selected damping factor, the selected nibble order and the wheel frequency, applying a gain scheduler to a steering column torque signal for the nibble enable frequencies, applying a tuned resonator filter to an output of the gain scheduler and using the filter coefficients to produce a nibble signal, calculating an active nibble cancelling torque signal from the nibble signal and applying the active nibble cancelling torque signal to the electric motor to cancel steering wheel nibble vibration.
机译:一种系统和方法,用于通过将选定的车轮速度转换为频率,选择半字节顺序,确定要取消的半字节启用频率,选择,使用控制器和电动机主动消除电动转向系统中的转向半字节和/或制动颤动基于车速变化的阻尼系数,基于选定的阻尼系数,选定的半字节阶数和车轮频率计算滤波器系数,将增益调度器应用于针对半字节启用频率的转向柱扭矩信号,应用调谐的谐振器滤波器增益增益调度器的输出,并使用滤波器系数产生一个半字节信号,从半字节信号中计算出一个有效的半字节消除扭矩信号,并将该有效的半字节消除扭矩信号施加到电动机上以消除方向盘半字节振动。

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