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    • 25. 发明授权
    • Steering angle detecting system for automotive vehicles
    • 汽车转向角检测系统
    • US4996657A
    • 1991-02-26
    • US324234
    • 1989-03-15
    • Shuji ShiraishiTakashi NishiharaHironobu KiryuNaoki Omomo
    • Shuji ShiraishiTakashi NishiharaHironobu KiryuNaoki Omomo
    • B62D15/02H03M1/30
    • B62D15/02H03M1/308
    • A steering angle detecting system for a vehicle includes a sensor responsive to rotation of a steering wheel for generating angular pulses corresponding in number to the steering angle of the steering wheel. Another sensor generates a reference pulse at a predetermined angle of the steering wheel. The angular pulses are counted by a counter. The steering angle detecting system is determined to be abnormal if the counted value of the counter is not within a predetermined value range when the reference pulse is generated. Further, the rate of change of the counted value by the counter is detected, and the steering angle detecting system is determined to be abnormal if the detected rate of change of the counted value is greater than a predetermined value. Further, the steering angle detecting system is determined to be abnormal if the detected rate of change of the counted value has continued to be smaller than a predetermined value for a predetermined time period or longer.
    • 用于车辆的转向角检测系统包括响应于方向盘的旋转的传感器,用于产生数量对应于方向盘的转向角的角度脉冲。 另一传感器以方向盘的预定角度产生参考脉冲。 角脉冲由计数器计数。 如果产生基准脉冲,计数器的计数值不在预定值范围内,则转向角检测系统被确定为异常。 此外,检测计数器的计数值的变化率,并且如果检测到的计数值的变化率大于预定值,则转向角检测系统被确定为异常。 此外,如果所检测的计数值的变化量在预定时间段或更长时间内继续小于预定值,则转向角检测系统被确定为异常。
    • 26. 发明授权
    • Vehicle traction control device
    • 车辆牵引力控制装置
    • US4860847A
    • 1989-08-29
    • US181954
    • 1988-04-15
    • Shuji ShiraishiMasakazu SakaguchiTakashi Nishihara
    • Shuji ShiraishiMasakazu SakaguchiTakashi Nishihara
    • B60K28/16
    • B60K28/16
    • A vehicle traction control device includes an engine output controller for deactivating the combustion stroke of an engine in order to control the vehicle traction, a vehicle speed judgment circuit for judging whether or not a speed detected by a vehicle speed detector is lower than a preset speed, and an engine revolution-number judgment circuit for judging whether or not a value detected by an engine revolution-number detector exceeds a preset value, wherein the vehicle speed judgment circuit and the engine revolution-number judgment circuit are connected to the engine output controller so as to deactivate the engine combustion stroke when the vehicle speed is lower than the preset speed and the number of revolution of the engine exceeds the preset value. The vehicle traction control device further includes an excessive slip detector for detecting an excessive slip in a driving wheel which is driven by the engine, a vehicle speed index output circuit for outputting an index representative of the vehicle speed, and a combustion stroke deactivating period setting circuit for reducing the rate of a period of deactivating the engine combusion stroke per revolution of the engine, caused by the engine output controller, in accordance with the index, wherein the engine output controller operates also in response to detection of an excessive slip by the excessive slip detector. Thereby excessive slip in the vehicle driving wheels is controlled so that the traction for the vehicle is prevented from deteriorating.
    • 车辆牵引力控制装置包括用于停止发动机的燃烧冲程以便控制车辆牵引的发动机输出控制器,用于判断由车速检测器检测到的速度是否低于预设速度的车速判断电路 以及用于判断由发动机转数检测器检测到的值是否超过预设值的发动机转速判定电路,其中车速判断电路和发动机转数判断电路连接到发动机输出控制器 以便当车速低于预设速度并且发动机的转数超过预设值时停用发动机燃烧冲程。 车辆牵引力控制装置还包括用于检测由发动机驱动的驱动轮中的过度滑动的过度滑移检测器,用于输出表示车速的指标的车辆速度指标输出电路和燃烧冲程停止期间设定 电路,用于根据指标降低由发动机输出控制器引起的每转发动机的发动机组合冲程周期的速率,其中发动机输出控制器还响应于由于发动机输出控制器的过度滑动的检测而操作 过度滑移检测器 从而控制车辆驱动轮中的过度滑动,从而防止车辆的牵引力恶化。
    • 28. 发明授权
    • Wheel speed correcting system
    • 车轮速度校正系统
    • US5725067A
    • 1998-03-10
    • US611782
    • 1996-03-08
    • Toru IkedaRyoji MoriFumiaki HonjyoHironobu KiryuShuji Shiraishi
    • Toru IkedaRyoji MoriFumiaki HonjyoHironobu KiryuShuji Shiraishi
    • G01P3/56B60K28/16B60T8/172B60T8/176B60T8/1761B60T8/58B60W10/00B60W10/04B60W10/06B60W10/18F02D29/02F02D45/00B60K31/00
    • B60K28/16B60T8/172B60T2240/08B60W2530/20
    • When a steady straight advancing state presuming device presumes that the vehicle is in a steady straight advancing state, and a slip rate calculating device calculates a small slip rate, based on an output from a driving-state detecting device, or when the steady straight advancing state presuming device presumes that the vehicle is in the steady straight advancing state, and a driven wheel torque calculating device calculates a small driven wheel torque, based on the output from the driving-state detecting device, a correction execution determining device determines that the vehicle is in a stable state suitable for correcting the wheel speed. By a command from the correction execution determining device, a correcting device corrects the driven wheel speed or the follower wheel speed based on a speed ratio of the driven wheel speed to the follower wheel speed calculated by a speed ratio calculating device. Thus, when a different-diameter tire has been mounted on a wheel, it is possible to precisely correct the wheel speed without being influenced by the slipping of the driven wheels or by the turning of the vehicle.
    • 当稳定的直进状态推定装置假设车辆处于稳定的直线进给状态时,滑移率计算装置基于来自驾驶状态检测装置的输出,或者当稳定的直行进 状态推定装置假设车辆处于稳定的直线行进状态,并且从动轮转矩计算装置基于来自驾驶状态检测装置的输出来计算小的从动轮转矩,校正执行确定装置确定车辆 处于适合于修正车轮速度的稳定状态。 通过来自校正执行判定装置的命令,校正装置基于由速比计算装置计算的从动轮速度与从动轮速度的速比来校正从动轮速度或从动轮速度。 因此,当将不同直径的轮胎安装在车轮上时,可以精确地校正车轮速度,而不受驱动轮的滑动或车辆的转动的影响。
    • 30. 发明授权
    • System for correctively controlling turning movement of vehicle
    • 适用于车辆转向运动的系统
    • US5136507A
    • 1992-08-04
    • US531725
    • 1990-06-01
    • Shuji ShiraishiOsamu YamamotoMitsuya SerizawaMakoto SatoKeiyu KinHiromi InagakiWataru SaitoYoshimitsu Akuta
    • Shuji ShiraishiOsamu YamamotoMitsuya SerizawaMakoto SatoKeiyu KinHiromi InagakiWataru SaitoYoshimitsu Akuta
    • B60T8/1755B62D6/04
    • B62D6/04B60T8/1755
    • A system for correctively controlling the turning movement of a vehicle, including a device for correcting the turning movement of the vehicle, a sensor for detecting the steering angle of a steering wheel of the vehicle, a steering angle hysteresis storage device for storing the hysteresis of the steering angle, and a reference value arithmetic device for determining a reference value of a physical quantity generated during a turning movement of the vehicle, on the basis of the hysteresis of the steering angle. The system also includes a detector for detecting an actual value of the physical quantity during the turning movement, a calculator for determining a deviation between the reference value and actual value of the physical quantity and a polarity of the deviation, and a control-quantity determining device for determining a control-quantity for the turning movement correcting device on the basis of the deviation obtained in the calculator. A device is included for determining a control-direction of correction of the turning movement on the basis of the polarity of the deviation. This system permits the turning movement of the vehicle to be automatically corrected.
    • 一种用于校正车辆的转动运动的系统,包括用于校正车辆的转动运动的装置,用于检测车辆的方向盘的转向角的传感器,用于存储车辆的方向盘的转向角的转向角滞后存储装置, 转向角以及用于根据转向角的滞后来确定在车辆转弯运动期间产生的物理量的基准值的基准值运算装置。 该系统还包括用于检测转弯运动期间物理量的实际值的检测器,用于确定参考值与物理量的实际值和偏差的极性之间的偏差的计算器,以及控制量确定 根据在计算器中得到的偏差确定转动运动校正装置的控制量的装置。 包括用于基于偏差的极性确定转动运动的校正的控制方向的装置。 该系统允许车辆的转动运动被自动校正。