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    • 8. 发明专利
    • Controlling method of dc shunt field motor for vehicle
    • 用于车辆的直流分流场电机的控制方法
    • JPS6126405A
    • 1986-02-05
    • JP14493384
    • 1984-07-12
    • Toshiba Corp
    • WATANABE NOBUOUJIIE AKIHIKOYAMADA SUSUMU
    • B60L15/28B60L15/08H02P7/298
    • B60L15/08Y02T10/645Y02T10/7258
    • PURPOSE:To prevent a current overshoot at starting time while obtaining sufficient stability and adaptability by providing a varying limiter for limiting the variation amount of conduction rate. CONSTITUTION:A feedback controller 13 outputs a feedback conduction rate alpha2 in response to a deviation DELTAI between an armature current command value IC and an armature current 1A. A damping controller 14 subtracts the differentiated value of the current IA by the differentiated value of a capacitor voltage EC and outputs a damping conduction rate alpha3. A feed-forward controller 12 outputs a feed-forward conduction rate alpha1 in response to an armature speed VLC and a filter capacitor voltage EC. A varying limiter 15 limits the varying rate of the conduction rate alpha0 added with conduction rates alpha1-alpha3 to the prescribed value C1 or lower and outputs an armature chopper conduction rate alpha.
    • 目的:为了在开始时防止电流过冲,同时通过提供限制传导率变化量的变化限制器获得足够的稳定性和适应性。 构成:反馈控制器13响应于电枢电流指令值IC和电枢电流1A之间的偏差DELTAI输出反馈传导率α2。 衰减控制器14通过电容器电压EC的微分值减去电流IA的微分值,并输出阻尼传导率α3。 前馈控制器12响应于电枢速度VLC和滤波电容器电压EC输出前馈传导率α1。 不同的限制器15将传导速率α1-α3的传导速率α0的变化速率限制在规定值C1或更低,并输出电枢斩波器传导率α。
    • 10. 发明专利
    • Controller for electric rolling stock
    • 电动滚筒控制器
    • JPS5925501A
    • 1984-02-09
    • JP13314682
    • 1982-07-29
    • Hitachi Ltd
    • NOTO YASUOSUGIMOTO SHIYUNICHIROUHORIUCHI MICHIMASA
    • B60L15/28B60L15/08G01R19/02H02M3/155H02P7/29
    • B60L15/08Y02T10/645Y02T10/7258
    • PURPOSE:To stabilize a speed by taking in currents flowing through a motor when a chopper is turned ON-OFF, calculating average currents and controlling the electric rolling stock. CONSTITUTION:A micro-computer 1 is constituted by a microprocessor 2, a RAM3, a ROM4, an oscillator 5 and a bus line 6. An analog input circuit 7 converts analog electric signals ACA corresponding to the quantity of an accelerator device 8 stepped on and analog signals obtained by passing detecting signals under the state of operation of a main circuit 10 through a level converting circuit 11 into digital signals and takes them in. An interruption circuit 14 and the flow-rate control circuit 15 of the chopper determine ON time during one period, i.e. a duty. The square waves of the output are divided into ON pulses and OFF pulses by a pulse distributing circuit 16. These pulse signals are amplified 17, and used as chopper signals in the main circuit 10. Accordingly, the currents flowing through the motor are taken in when the chopper is turned ON-OFF, average currents are calculated, and the electric rolling stock is controlled.
    • 目的:通过在斩波器接通断开时接收电流流过电流来稳定速度,计算平均电流并控制电动车辆。 构成:微型计算机1由微处理器2,RAM3,ROM4,振荡器5和总线6构成。模拟输入电路7将与加速器装置8的量对应的模拟电信号ACA转换成踩踏 将通过电平转换电路11的主电路10的运行状态下的检测信号通过电平变换电路11获取的模拟信号输入到数字信号中。中断电路14和斩波器的流量控制电路15决定接通时间 在一个时期,即义务。 输出的方波被脉冲分配电路16分成ON脉冲和OFF脉冲。这些脉冲信号被放大17,并在主电路1​​0中用作斩波信号。因此,流过马达的电流被吸入 当斩波器接通 - 断开时,计算平均电流,控制电动车辆。