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    • 112. 发明申请
    • Stabilizer control apparatus
    • 稳定器控制装置
    • US20070114733A1
    • 2007-05-24
    • US10587715
    • 2005-02-10
    • Yoshiyuki Yasui
    • Yoshiyuki Yasui
    • B60G21/067B60G17/016
    • B60G21/0555B60G17/0162B60G21/0558B60G2800/012
    • To provide a small-sized stabilizer control apparatus for actively restraining a roll of a vehicle body within an output range of an electric motor, and certainly providing a torsion spring characteristic inherently owned by a stabilizer bar, if the output exceeds the range. A stabilizer actuator having an electric motor and a speed reducing mechanism is disposed between a pair of stabilizer bars disposed between a right wheel and a left wheel. The inverse of the product of a normal efficiency and a reverse efficiency of the speed reducing mechanism {1/(ηP·ηN)} is equal to or greater than 1.17 and equal to or smaller than 3.75, and the output of the electric motor is controlled to be held or reduced, when the turning state has come to be out of such a range that the rolling motion of the vehicle body can be actively controlled.
    • 为了提供一种用于在电动机的输出范围内主动地限制车体的小型稳定器控制装置,并且当输出超出该范围时肯定地提供由稳定杆固有地拥有的扭转弹簧特性。 具有电动机和减速机构的稳定器致动器设置在设置在右轮和左轮之间的一对稳定杆之间。 减速机构{1 /(etaP.etaN)}的正常效率和反向效率的乘积的倒数等于或大于1.17且等于或小于3.75,电动机的输出为 当转动状态已经达到能够主动地控制车体的滚动运动的范围时,被控制为保持或减小。
    • 113. 发明授权
    • Stabilizer apparatus for vehicle
    • 车辆稳定装置
    • US07129659B2
    • 2006-10-31
    • US11116264
    • 2005-04-28
    • Shuuichi BumaJaesung ChoYoshiyuki Yasui
    • Shuuichi BumaJaesung ChoYoshiyuki Yasui
    • H02P7/00
    • B60G21/0555B60G17/0157B60G17/0162B60G2202/135B60G2202/42B60G2204/4191B60G2400/204B60G2400/41B60G2400/62
    • In a stabilizer apparatus for a vehicle, an electronic control unit calculates a target current of an electric motor from vehicle speed, steering angle, and lateral acceleration, and increases and decreases actual current such that the calculated target current flows through the motor. The control unit decreases the actual current by a predetermined amount when the difference between the target current and the actual current becomes smaller than a predetermined value during control of increasing the actual current. The predetermined amount is equal to the difference between the determined target current at the time of the detection of the difference and current which is necessary to obtain, during control of decreasing the actual current, an output torque equal to the output torque of the speed reduction mechanism obtained as a result of the target current flowing through the electric motor.
    • 在车辆的稳定装置中,电子控制单元根据车速,转向角和横向加速度来计算电动机的目标电流,并且使实际电流增加和减少,使得计算出的目标电流流过电动机。 当增加实际电流的控制期间,当目标电流和实际电流之间的差变得小于预定值时,控制单元将实际电流减小预定量。 预定量等于在检测到差异时确定的目标电流与在减少实际电流的控制期间获得与减速的输出转矩相等的输出转矩所需的电流之间的差异 作为目标电流流过电动机的结果而获得的机构。
    • 118. 发明授权
    • Hydrostatic antilock brake system
    • 静液压防抱死制动系统
    • US5529388A
    • 1996-06-25
    • US475819
    • 1995-06-07
    • Yoshiyuki Yasui
    • Yoshiyuki Yasui
    • B60T8/173B60T8/40B60T8/42B60T8/44
    • B60T8/4275B60T8/173B60T8/4063B60T8/42B60T8/445
    • The present invention relates to an antilock brake system having an electrically controlled hydrostatic motor and pump system. The inventive ABS improves stability and maneuverability during braking by reducing or eliminating vibration and noise problems due to conventional on/off solenoid valve control. In accordance with exemplary embodiments, a two position solenoid is actuated (i.e., energized) in response to initiation of an ABS control mode. Once activated, the solenoid remains energized for the duration of the ABS control mode. Because the solenoid remains continuously activated during the ABS control mode, the vibration and noise associated with repeatedly activating and deactivating a solenoid is reduced or eliminated. To effect pressure increases and decreases in a braking channel during the ABS control mode, a reversible (i.e., bi-directional) pump is provided in each braking channel. To further enhance the smoothness of the braking, the reversible pump is controlled with an analog command signal that is, for example, proportional to a difference between wheel deceleration/acceleration detected for the channel and a vehicle's deceleration/acceleration.
    • 本发明涉及一种具有电控液压马达和泵系统的防抱死制动系统。 本发明的ABS通过减少或消除由于常规的开/关电磁阀控制引起的振动和噪声问题而改善了制动期间的稳定性和机动性。 根据示例性实施例,响应于ABS控制模式的启动,两位置螺线管被致动(即,通电)。 一旦激活,电磁阀在ABS控制模式的持续时间内保持通电。 因为在ABS控制模式期间螺线管保持连续的激活,所以减少或消除与反复激活和停用螺线管相关联的振动和噪音。 为了在ABS控制模式期间实现制动通道中的压力增加和减小,在每个制动通道中提供可逆(即,双向)泵。 为了进一步提高制动的平滑度,可逆泵由模拟命令信号控制,该模拟指令信号例如与通道检测到的车轮减速度/加速度差与车辆的减速/加速度成比例。
    • 120. 发明授权
    • Vehicle stability augmentation system
    • 车辆稳定性增强系统
    • US5267627A
    • 1993-12-07
    • US858719
    • 1992-03-27
    • Andrew A. FrankYoshiyuki Yasui
    • Andrew A. FrankYoshiyuki Yasui
    • B62D6/02B62D5/00B62D5/04B62D5/06B62D5/065B62D5/09B62D6/00
    • B62D5/008B62D5/065B62D5/09B62D6/003
    • A stability augmentation system and hydrostatic power steering system including an electric motor is provided for a automotive vehicle. The hydrostatic power steering system utilizes a power steering piston responsive to movement of the rack element of the rack and pinion steering connection. A torque sensor is connected to the steering shaft for providing an output torque signal to a power steering controller. The electric motor of the system is responsive to a command signal generated by the power steering controller. An electrically operated valve is connected to the hydraulic lines and is adapted to receive a signal from the power steering controller for controlling flow of hydraulic fluid to the power steering chamber. The electrically operated valve arrangement is rendered inoperative within a predetermined zone defined by the command signal and the output torque signal. The stability augmentation system includes a hydraulic system having a separate oil pump and electric motor. The motor is controlled by a stability augmentation system controller through inputs from a steering wheel angle sensor, vehicle speed sensor, yaw rate sensor and a position sensor.
    • 提供了一种用于机动车辆的稳定性增强系统和包括电动机的静液压动力转向系统。 液压动力转向系统利用响应于齿条和小齿轮转向连接的齿条元件运动的动力转向活塞。 扭矩传感器连接到转向轴,用于向动力转向控制器提供输出转矩信号。 该系统的电动机响应于由动力转向控制器产生的指令信号。 电动阀连接到液压管路,并且适于接收来自动力转向控制器的信号,用于控制液压流体到动力转向室的流动。 电动阀装置在由指令信号和输出转矩信号限定的预定区域内不起作用。 稳定性增强系统包括具有单独的油泵和电动机的液压系统。 通过来自方向盘角度传感器,车速传感器,偏航率传感器和位置传感器的输入,电动机由稳定性增强系统控制器控制。