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    • 1. 发明授权
    • Piston-type actuator and static fluid damper and vehicles including same
    • 活塞式致动器和静态流体阻尼器及包括其的车辆
    • US08434771B2
    • 2013-05-07
    • US13159778
    • 2011-06-14
    • Jinghong YuHiroyuki Tokunaga
    • Jinghong YuHiroyuki Tokunaga
    • B60G13/06B60G15/06B60G11/56B60G17/08F16F9/32
    • F16F9/19B60G17/0162B60G17/08B60G2500/10F16F9/46
    • A vehicular fluid damper system comprises a piston-type actuator, a static fluid damper, first and second flow passages, a first flow control valve, and a controller. The piston-type actuator comprises a cylinder and a piston that cooperate with one another to define first and second chambers. The static fluid damper defines first, second, and third dampening chambers. The first and second dampening chambers are in fluid communication with one another. The second and third dampening chambers are in fluid communication with each other. The first flow passage is in fluid communication with the first dampening chamber and the first chamber. The second flow passage is in fluid communication with the second dampening chamber and the second chamber. The controller is configured to facilitate operation of the first flow control valve to change a flow rate of fluid through the first flow passage.
    • 车辆流体阻尼器系统包括活塞式致动器,静态流体阻尼器,第一和第二流动通道,第一流量控制阀和控制器。 活塞式致动器包括气缸和活塞,其彼此配合以限定第一和第二腔室。 静态流体阻尼器限定第一,第二和第三阻尼室。 第一和第二阻尼室彼此流体连通。 第二和第三阻尼室彼此流体连通。 第一流动通道与第一阻尼室和第一室流体连通。 第二流动通道与第二阻尼室和第二室流体连通。 控制器构造成便于第一流量控制阀的操作以改变通过第一流动通道的流体的流量。
    • 2. 发明申请
    • Piston-Type Actuator and Static Fluid Damper and Vehicles Including Same
    • 活塞式致动器和静态流体阻尼器及包括其的车辆
    • US20120319376A1
    • 2012-12-20
    • US13159778
    • 2011-06-14
    • Jinghong YuHiroyuki Tokunaga
    • Jinghong YuHiroyuki Tokunaga
    • F16F9/50F16F9/19
    • F16F9/19B60G17/0162B60G17/08B60G2500/10F16F9/46
    • A vehicular fluid damper system comprises a piston-type actuator, a static fluid damper, first and second flow passages, a first flow control valve, and a controller. The piston-type actuator comprises a cylinder and a piston that cooperate with one another to define first and second chambers. The static fluid damper defines first, second, and third dampening chambers. The first and second dampening chambers are in fluid communication with one another. The second and third dampening chambers are in fluid communication with each other. The first flow passage is in fluid communication with the first dampening chamber and the first chamber. The second flow passage is in fluid communication with the second dampening chamber and the second chamber. The controller is configured to facilitate operation of the first flow control valve to change a flow rate of fluid through the first flow passage.
    • 车辆流体阻尼器系统包括活塞式致动器,静态流体阻尼器,第一和第二流动通道,第一流量控制阀和控制器。 活塞式致动器包括气缸和活塞,其彼此配合以限定第一和第二腔室。 静态流体阻尼器限定第一,第二和第三阻尼室。 第一和第二阻尼室彼此流体连通。 第二和第三阻尼室彼此流体连通。 第一流动通道与第一阻尼室和第一室流体连通。 第二流动通道与第二阻尼室和第二室流体连通。 控制器构造成便于第一流量控制阀的操作以改变通过第一流动通道的流体的流量。
    • 7. 发明申请
    • NARROW-FREQUENCY-BAND FEEDBACK CONTROL OF STEERING PINION TORQUE IN AN ELECTRIC POWER STEERING SYSTEM
    • 电力转向系统中转向扭矩扭矩的窄频带反馈控制
    • US20100324784A1
    • 2010-12-23
    • US12486085
    • 2009-06-17
    • Jinghong Yu
    • Jinghong Yu
    • G06F19/00B62D6/08
    • B62D5/0472
    • A narrow band feedback control system is provided to mitigate a disturbance within a predetermined bandwidth that is received by an electric power steering (EPS) system within a vehicle. A torque sensor calculates a torque value associated with the disturbance applied to the EPS system, the torque sensor outputs a torque signal related to the torque value. A filter receives the torque signal, filters the torque signal to the bandwidth associated with the external disturbance, and outputs a filtered torque signal. An amplifier receives the filtered torque signal, adjusts the gain of the filtered torque signal, and outputs a filtered, amplified torque signal. A logic module receives the filtered, amplified torque signal, generates a counter torque signal that is an inverse of the filtered, amplified torque signal and outputs the counter torque signal to the EPS system to mitigate the torque received from the external source.
    • 提供窄带反馈控制系统以减轻由车辆内的电动助力转向(EPS)系统接收的预定带宽内的干扰。 转矩传感器计算与施加到EPS系统的干扰相关联的转矩值,转矩传感器输出与转矩值相关的转矩信号。 滤波器接收转矩信号,将转矩信号滤波成与外部干扰相关联的带宽,并输出滤波后的转矩信号。 放大器接收滤波后的转矩信号,调整滤波后的转矩信号的增益,并输出滤波后的放大转矩信号。 逻辑模块接收滤波后的放大转矩信号,产生与滤波的放大转矩信号相反的反转矩信号,并将反转矩信号输出到EPS系统,以减轻从外部源接收到的转矩。