首页> 外国专利> Active anti-rolling system control method for vehicle, involves determining yaw estimated speed from non linear model with two wheels to determine anti-rolling torque set point based on difference between estimated and desired yaw speed

Active anti-rolling system control method for vehicle, involves determining yaw estimated speed from non linear model with two wheels to determine anti-rolling torque set point based on difference between estimated and desired yaw speed

机译:用于车辆的主动防侧倾系统控制方法,涉及从具有两个车轮的非线性模型确定偏航估计速度,以基于估计的偏航速度和期望的偏航速度之间的差确定侧倾扭矩设定点。

摘要

The method involves estimating yaw speed, and determining an anti-rolling torque according to difference between the estimated yaw speed and desired yaw speed. The estimated speed is determined from a non linear model with two wheels to determine an anti-rolling torque set point to be applied by actuators based on the difference. A control system is used to estimate difference between the desired yaw speed and the estimated yaw speed and determine a correction coefficient of load deferment according to input information. An independent claim is also included for a system for controlling active anti-rolling unit for a vehicle.
机译:该方法包括估计偏航速度,并根据估计的偏航速度和期望的偏航速度之间的差来确定防侧倾扭矩。根据具有两个轮子的非线性模型确定估算速度,以基于该差值确定执行器要施加的防侧倾扭矩设定点。使用控制系统来估计期望的横摆速度与估计的横摆速度之间的差,并根据输入信息来确定负载延迟的校正系数。还包括用于控制车辆的主动防侧倾单元的系统的独立权利要求。

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