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    • 21. 发明授权
    • High bandwidth control of magnetic ride control system
    • 磁力控制系统的高带宽控制
    • US08055408B2
    • 2011-11-08
    • US12047093
    • 2008-03-12
    • Suresh GopalakrishnanChandra S. Namuduri
    • Suresh GopalakrishnanChandra S. Namuduri
    • B60G17/00B60G17/048F16F15/03F16F9/53
    • B60G17/06B60G2202/154F16F9/535
    • A semi-active suspension system that employs magnetically controlled dampers. The semi-active suspension system includes a plurality of sensors that measure vehicle parameters in response to disturbances on the vehicle and provide sensor signals to a central controller. The central controller converts the sensor signals to a flux command signal that is representative of the force on the dampers at each wheel of the vehicle. The flux command signal is sent to a local controller that generates a coil voltage that is applied to a coil within the damper. A flux feedback signal generated by the coil is estimated or measured and is compared to the flux command signal in the local controller to adjust the coil voltage to minimize the difference between the flux command signal and the flux feedback signal to provide a response to the force without a flux delay.
    • 采用磁力控制阻尼器的半主动悬架系统。 半主动悬架系统包括多个传感器,其响应于车辆上的干扰而测量车辆参数,并向中央控制器提供传感器信号。 中央控制器将传感器信号转换成代表车辆每个车轮上的阻尼器上的力的通量指令信号。 通量指令信号被发送到本地控制器,其产生施加到阻尼器内的线圈的线圈电压。 由线圈产生的磁通反馈信号被估计或测量,并且与局部控制器中的通量指令信号进行比较,以调整线圈电压,以使通量指令信号和通量反馈信号之间的差异最小化,以提供对力的响应 没有磁通延迟。
    • 24. 发明申请
    • HIGH BANDWIDTH CONTROL OF MAGNETIC RIDE CONTROL SYSTEM
    • 磁控制控制系统的高带宽控制
    • US20090234536A1
    • 2009-09-17
    • US12047093
    • 2008-03-12
    • Suresh GopalakrishnanChandra S. Namuduri
    • Suresh GopalakrishnanChandra S. Namuduri
    • B60G17/00
    • B60G17/06B60G2202/154F16F9/535
    • A semi-active suspension system that employs magnetically controlled dampers. The semi-active suspension system includes a plurality of sensors that measure vehicle parameters in response to disturbances on the vehicle and provide sensor signals to a central controller. The central controller converts the sensor signals to a flux command signal that is representative of the force on the dampers at each wheel of the vehicle. The flux command signal is sent to a local controller that generates a coil voltage that is applied to a coil within the damper. A flux feedback signal generated by the coil is estimated or measured and is compared to the flux command signal in the local controller to adjust the coil voltage to minimize the difference between the flux command signal and the flux feedback signal to provide a response to the force without a flux delay.
    • 采用磁力控制阻尼器的半主动悬架系统。 半主动悬架系统包括多个传感器,其响应于车辆上的干扰而测量车辆参数,并向中央控制器提供传感器信号。 中央控制器将传感器信号转换成代表车辆每个车轮上的阻尼器上的力的通量指令信号。 通量指令信号被发送到本地控制器,其产生施加到阻尼器内的线圈的线圈电压。 由线圈产生的磁通反馈信号被估计或测量,并且与局部控制器中的通量指令信号进行比较,以调整线圈电压,以使通量指令信号和通量反馈信号之间的差最小化,以提供对力的响应 没有磁通延迟。