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    • 2. 发明授权
    • Automatic adjuster for automobile driver equipment
    • 汽车司机设备自动调节器
    • US4707788A
    • 1987-11-17
    • US753553
    • 1985-07-10
    • Syuzaburo TashiroToshikazu InaMasahiro TaguchiSadahisa OnimaruOsamu NakanoAkira Kuno
    • Syuzaburo TashiroToshikazu InaMasahiro TaguchiSadahisa OnimaruOsamu NakanoAkira Kuno
    • B60R16/02B60N2/02B60N2/06B60N2/14B60N2/18B60N2/22B60N2/90B60R1/06B60R1/07B60N1/02G06F15/20
    • B60R1/07B60N2/0232B60N2/0248B60N2002/0268
    • An automatic adjuster for automobile driver equipment, such as a seat and mirrors, which sets the equipment at target positions for specific drivers in accordance with preset data. The automatic adjuster includes a plurality of keys having a different number of holes therein representing information indicative of individual drivers and carried by drivers for automobile access, a key sensor mounted in a key cylinder of the automobile for reading information on the keys when used for access to the automobile; a door sensor mounted in a door of the automobile for sensing the opening and closing of the door of the automobile; a computer connected with the key sensor and the door sensor for providing control outputs in response to outputs of the key sensor and the door sensor, the control outputs being responsive to the output of the door sensor indicative of the opening and closing of the door, and to the output of the key sensor indicative of the information read by the door sensor, and an actuator connected with the computer for adjusting the driver equipment based on the control outputs from the computer in such a manner that a moving speed of the driver equipment is switched in accordance with the state of use of the driver equipment.
    • 一种用于汽车驾驶设备的自动调节器,例如座椅和镜子,其根据预设数据将设备设置在特定驾驶员的目标位置。 自动调节器包括具有不同数目的孔的多个键,其表示指示各个驱动器并由用于汽车接入的驾驶员携带的信息,安装在汽车的钥匙筒中的钥匙传感器,用于在用于访问时读取钥匙上的信息 到汽车 安装在汽车门上的门传感器,用于感测汽车门的打开和关闭; 与钥匙传感器和门传感器连接的计算机,用于响应于钥匙传感器和门传感器的输出而提供控制输出,所述控制输出响应于门传感器的输出,指示门的打开和关闭, 以及指示由门传感器读取的信息的键传感器的输出,以及与计算机连接的致动器,用于基于来自计算机的控制输出来调节驱动器设备,使得驾驶员设备的移动速度 根据驾驶员设备的使用状况进行切换。
    • 4. 发明授权
    • Road surface detecting device for vehicle
    • 车辆路面检测装置
    • US4837727A
    • 1989-06-06
    • US835883
    • 1986-03-03
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • B60G17/019B60T8/172G01B7/28
    • B60T8/172B60G17/019G01B7/28B60G2500/10B60G2600/02B60T2210/14F02D2200/702
    • A road surface detecting device has a rotary sensor for detecting the passage of teeth formed in an outer surface of a circular plate at regular intervals, which is connected to an axle of a vehicle and rotates thereabout, and generates an output signal pulsing every time when said teeth pass the rotary sensor. The output signal is inputted to a microcomputer. The microcomputer calculates period variations of the pulsing output signal and an average value of a predetermined number of the period variations. When the average value is not less than a predetermined value, the road surface is determined as being in a bad condition and when the average value is less than the predetermined value, the road surface is determined as being in a good condition; when the average value is less than the predetermined value and the most recently calculating period variation is not less than a predetermined period variation, the road surface is determined as being a rough area on a good road.
    • 路面检测装置具有旋转传感器,用于检测形成在圆板的外表面中的齿的规则间隔的通道,该齿轮连接到车辆的轴并在其周围旋转,并且每次当产生脉冲时产生输出信号 所述齿通过旋转传感器。 输出信号输入到微型计算机。 微计算机计算脉冲输出信号的周期变化和预定数量的周期变化的平均值。 当平均值不小于预定值时,将路面确定为不良状况,并且当平均值小于预定值时,将路面确定为良好状态; 当平均值小于预定值并且最近的计算周期变化不小于预定周期变化时,路面被确定为在良好道路上的粗糙区域。
    • 5. 发明授权
    • Apparatus for detecting abnormal variations of wheels of vehicle
    • 用于检测车辆车轮异常变化的装置
    • US4777611A
    • 1988-10-11
    • US840082
    • 1986-03-17
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • B60C23/00B60C23/06G01P1/10G08B21/00G01P3/04
    • G01P1/106B60C23/061
    • In an apparatus for detecting abnormal variation of wheels of a vehicle, a plurality of rotation sensors detect variations in rotation speeds of a plurality of wheels during running of the vehicle. Detection signals produced from the plurality of rotation sensors are converted into arithmetic operation signals by means of a signal converter. An arithmetic operation processor is responsive to the arithmetic operation signals from the signal converter to compute rates of variations in the rotation speeds. The arithmetic operation processor also compares the computed rates of variations with each other to decide whether wheels exist which have a rate of variation abnormally deviating from rates of variations of the other wheels. An alarm unit is responsive to decision signals from the arithmetic operation processor to alert abnormality of the wheels having the abnormally deviating variation rate.
    • 在用于检测车辆的车轮的异常变化的装置中,多个旋转传感器检测车辆行驶期间的多个车轮的转速变化。 由多个旋转传感器产生的检测信号通过信号转换器转换成算术运算信号。 算术运算处理器响应于来自信号转换器的算术运算信号来计算转速变化的速率。 算术运算处理器还将所计算的变化率彼此进行比较,以确定是否存在具有与其它车轮的变化速率异常偏差的变化率的车轮。 报警单元响应于来自算术运算处理器的判定信号,以警报具有异常偏差变化率的车轮的异常。
    • 6. 发明授权
    • Road surface detecting device
    • 路面检测装置
    • US4809197A
    • 1989-02-28
    • US945953
    • 1986-12-24
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • Syuzaburou TashiroToshikazu InaHisasi Kawai
    • B60G23/00B60G17/015B60G17/0165G01B7/34G01P3/44G01P11/00G01B5/28
    • B60G17/0165B60G2400/208B60G2400/82B60G2500/10B60G2600/02B60G2600/12B60G2600/16
    • A road surface detecting device has a circular plate connected with an axle of a vehicle so as to be rotated with said axle, and has a large number of teeth at regular intervals in its outer periphery. A rotary sensor detecting the passage of the teeth of the circular plate, and generates a pulse signal, and a microcomputer receive the pulse signal. The microcomputer calculates instantaneous speeds of a wheel from the period of the pulse signal and calculates an average value of a plurality of instantaneous speeds obtained in the predetermined rotations of a wheel another average value of a plurality of instantaneous speeds obtained in the next predetermined rotations of a wheel is also calculated as a presumed speed of a vehicle based on one and another average values. The microcomputer then calculates an absolute value of a difference between the instantaneous speeds in the predetermined rotations after next of a wheel and the presumed speed of vehicle, cancels an absolute value of an oldest difference every time when an absolute value of a newest difference is obtained, and calculates a successive integrated value by adding absolute values of a predetermined number of differences to one another. The microcomputer determines the road surface condition to be a bad condition when the successive integrated value is not less than a predetermined value or as a good condition when the successive integrated value is not more than the predetermined value.
    • 路面检测装置具有与车辆的轴连接的圆板,以便与所述车轴一起旋转,并且在其外周中以规则的间隔具有大量的齿。 检测圆板的齿通过的旋转传感器,产生脉冲信号,微型计算机接收脉冲信号。 微型计算机从脉冲信号的周期计算轮的瞬时速度,并计算在轮的预定转速中获得的多个瞬时速度的平均值,在下一个预定旋转中获得的多个瞬时速度的另一个平均值 还基于一个和另一个平均值,将车轮计算为车辆的推测速度。 然后,微型计算机计算下一轮之后的预定旋转中的瞬时速度与车辆推测速度之间的差值的绝对值,每当获得最新差异的绝对值时,每次抵消最大差异的绝对值 ,并且通过将预定数量的差异的绝对值相加来计算连续积分值。 当连续积分值不小于预定值时,微型计算机将路面状况判断为不良状况,或者当连续积分值不大于预定值时,将其作为良好状态。