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    • 32. 发明授权
    • Vehicle operating system
    • 车辆操作系统
    • US06525510B1
    • 2003-02-25
    • US10101311
    • 2002-03-20
    • Hideki AyanoHiromi InabaIkuo YamatoKouki Yamamoto
    • Hideki AyanoHiromi InabaIkuo YamatoKouki Yamamoto
    • H02J700
    • B60L11/1829B60L3/00B60L11/182B60L11/1825B60L11/1833B60L11/1838B60L2200/22B60L2200/34H02J7/0027Y02T10/7005Y02T10/7072Y02T90/121Y02T90/122Y02T90/125Y02T90/128Y02T90/14Y02T90/163
    • There is provided a vehicle operating system constituted of a vehicle and at least a charging apparatus, the system comprising means for enabling high-precision unmanned positioning, despite primarily vertical displacements of the vehicle due to changes in tire pressure or weight of a passenger or passengers, and hence enabling efficient, stable power feeding. The charging apparatus includes a power feeding unit, and a vehicle includes a power receiving unit for feeding power in a noncontact manner, which makes possible recharging without manual assistance. A C-shaped transformer and an I-shaped transformer are used for the power feeding unit and the power receiving unit, respectively, so that a magnetic flux induced therebetween can develop substantially in the horizontal direction, thereby feeding power stably despite changes in tire pressure and the like. Tire guides for guiding the vehicle to a power feeding position and a car stop are so used that when the vehicle 1 comes in contact with the car stop, the power feeding unit and the power receiving unit will face each other in a correct position, thus enabling high-precision positioning at power feeding time.
    • 提供了一种由车辆和至少一个充电装置构成的车辆操作系统,该系统包括用于实现高精度无人定位的装置,尽管主要由于轮胎压力的变化或乘客或乘客的重量的垂直位移 ,因此能够实现高效,稳定的供电。 充电装置包括供电单元,并且车辆包括用于以非接触方式供电的电力接收单元,这使得可以在没有手动辅助的情况下进行充电。 分别用于供电单元和受电单元的C形变压器和I形变压器,使得它们之间引起的磁通量可以基本上在水平方向上发展,从而即使轮胎压力发生变化,稳定地供电 等等。 用于将车辆引导到供电位置的轮胎引导件和轿厢挡块被使用,使得当车辆1与轿厢挡块接触时,供电单元和受电单元将在正确的位置彼此面对,因此 在馈电时可实现高精度定位。
    • 36. 发明授权
    • Control apparatus for DC motor
    • 直流电机控制装置
    • US4099111A
    • 1978-07-04
    • US710162
    • 1976-07-30
    • Hiromi InabaSeiya ShimaKorefumi TashiroTakeki Ando
    • Hiromi InabaSeiya ShimaKorefumi TashiroTakeki Ando
    • H02P7/06B66B1/30H02P7/28H02P7/298H02P7/14
    • H02P7/2815B66B1/30Y10S388/902Y10S388/906Y10S388/917
    • In order to control a DC motor, a main circuit is constructed in such a manner that a unidirectional thyristor converter is connected to the armature of the motor, while a bilateral thyristor converter is connected to the field system of the motor. Provided is a speed controller which is impressed with a speed command signal and a speed feedback signal so that the speed controller produces an error signal representing the difference between the speed command signal and the speed feedback signal and the error signal is applied to a function generator which in turn produces a field current command signal and an armature current command signal. The field current command signal assumes a value proportional to the error signal when the error signal is less than a predetermined value. The armature current command signal is kept constant when the error signal is below a predetermined value, while it increases, when the error signal exceeds the predetermined value, in proportion to the amount of the excess. These current command signals are used to phase-control the thyristor converters in the field circuit and the armature circuit.
    • 为了控制直流电动机,主电路以单向晶闸管转换器连接到电动机的电枢的方式构成,而双向晶闸管转换器连接到电动机的励磁系统。 提供了速度控制器,其被加速度指令信号和速度反馈信号,使得速度控制器产生表示速度指令信号和速度反馈信号之间的差异的误差信号,并且误差信号被施加到函数发生器 这又产生励磁电流指令信号和电枢电流指令信号。 当误差信号小于预定值时,励磁电流指令信号采取与误差信号成比例的值。 当误差信号低于预定值时,电枢电流指令信号保持恒定,而当误差信号超过预定值时,电枢电流指令信号与超出量成比例地增加。 这些电流指令信号用于对场电路和电枢电路中的晶闸管转换器进行相位控制。