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    • 2. 发明授权
    • Voltage regulator for charging generator
    • 充电发电机电压调节器
    • US4618811A
    • 1986-10-21
    • US578794
    • 1984-02-10
    • Keiichi MashinoMorio SatouShouju MasumotoKunio KobayashiOsamu Miki
    • Keiichi MashinoMorio SatouShouju MasumotoKunio KobayashiOsamu Miki
    • H02H7/06H02J7/14H02J7/16H02P9/14
    • H02J7/166H02H7/067H02J7/1461Y10S320/13
    • A voltage regulator for a charging generator is disclosed which comprises an a.c. generator having armature windings and a field winding, and a battery which receives the rectified output of the a.c. generator and is charged by the same. The voltage regulator regulates the output voltage of the a.c. generator by controlling the current flowing through the field winding. To prevent the output voltage of the a.c. generator from becoming a high voltage when a connecting wire connecting the rectified output of the a.c. generator to the battery is broken, the regulator also includes an abnormality detection means which compares the rectified output of the a.c. generator with the battery voltage and detects the abnormality when both voltages are different by more than a predetermined value. This arrangement makes it possible to detect the abnormality at the point of time where the output voltage of the a.c. generator is not yet very high.
    • 公开了一种用于充电发生器的电压调节器,其包括一个直流电。 发电机具有电枢绕组和励磁绕组,以及电池,其接收直流的整流输出。 发电机并充电。 电压调节器调节交流电压的输出电压。 发电机通过控制流过励磁绕组的电流。 防止交流电压的输出电压。 当连接线连接交流整流输出时,发电机变为高电压。 电池的发电机断开,调节器还包括异常检测装置,其比较交流电的整流输出。 发电机,并且当两个电压都不同于预定值时检测异常。 这种布置使得可以在交流电源的输出电压的时间点检测异常。 发电机还不算很高。
    • 4. 发明授权
    • Charging generator control for vehicles
    • 汽车充电发电机控制
    • US5444354A
    • 1995-08-22
    • US25394
    • 1993-03-02
    • Naoyuki TakahashiYuuji MaedaShouju MasumotoAtsushi Kanke
    • Naoyuki TakahashiYuuji MaedaShouju MasumotoAtsushi Kanke
    • H02J7/14H02J7/24H02P9/10H02J7/22
    • H02J7/245H02J7/1438H02P9/107Y02T10/92
    • Electric generator control for a motor vehicle in which the field current IF provided to the field coil of the generator is variable between two values in response to variations in the load applied to the battery. The output voltage of the battery is compared to a predetermined reference value, and a signal representing the difference is supplied to a voltage divider and to an integrator circuit. The outputs of the voltage divider and the integrator are then provided to respective, comparators. A reference signal provided by a time variable signal generator is supplied to both comparators, the respective outputs of which are connected to the inputs of an AND gate which controls a gating element which in turn controls the field current. In the case of a sudden increase in load applied to the battery, the output of the integrator responds more slowly than the voltage divider, which tracks the difference signal instantaneously, and the operation of the power switch is controlled by the output of the integrator circuit.
    • 用于机动车辆的发电机控制,其中提供给发电机的励磁线圈的励磁电流IF响应于施加到电池的负载的变化而在两个值之间变化。 将电池的输出电压与预定的参考值进行比较,并将表示差值的信号提供给分压器和积分器电路。 然后将分压器和积分器的输出提供给相应的比较器。 由时间可变信号发生器提供的参考信号被提供给两个比较器,两个比较器的输出端连接到控制门控元件的与门的输入端,门控元件又控制励磁电流。 在施加到电池的负载突然增加的情况下,积分器的输出响应比分压器瞬时跟踪差分信号的响应更慢,并且功率开关的操作由积分器电路的输出控制 。