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    • 6. 发明授权
    • Generator assembly
    • 发电机总成
    • US5731687A
    • 1998-03-24
    • US634277
    • 1996-04-18
    • Tutomu HiranoShigeru FujiiMasashi Nakamura
    • Tutomu HiranoShigeru FujiiMasashi Nakamura
    • F02B63/04F02B77/13H02K5/04
    • F02B63/04F02B77/13F02B2063/045F02B63/044
    • In a generator assembly, outside air, taken from a suction hole into a fixed soundproof housing, is sucked into a portable engine generator covered by a soundproof case to operate an engine and cool the interior of the fixed soundproof housing. The exhaust gas of the engine and the cooling air of the soundproof case are exhausted outside through the exhaust air hole of the soundproof case and the external exhaust hole of the fixed soundproof housing without leaking into the fixed soundproof housing. Therefore, the portable engine generator can be operated while it remains housed within the fixed soundproof housing. The exhaust air duct of the portable engine generator and the communicating duct of the fixed soundproof housing are communicated in a state of close contact, at the time that the portable engine generator has been positioned by a positioning member provided in the fixed soundproof housing. The portable engine generator can be put into or out from the fixed soundproof housing and is guided and housed by wheel guide rails provided within the fixed soundproof housing.
    • 在发电机组件中,从抽吸孔取入固定隔音壳体的外部空气被吸入由隔音壳体覆盖的便携式发动机发电机中,以操作发动机并且冷却固定隔音壳体的内部。 发动机的排气和隔音箱的冷却空气通过隔音壳体的排气孔和固定隔音壳体的外部排气孔排出外部,而不会泄漏到固定隔音壳体中。 因此,便携式发动机发电机可以在其保持在固定隔音壳体内时被操作。 便携式发动机发电机的排气风道和固定隔音壳体的连通管道在通过设置在固定隔音壳体中的定位构件定位的状态下以紧密接触的状态通信。 便携式发电机可以从固定隔音壳体放入或导出,并由设在固定隔音壳体内的轮子导轨引导和收纳。
    • 7. 发明授权
    • Output circuit for portable generators
    • 便携式发电机的输出电路
    • US5093611A
    • 1992-03-03
    • US554194
    • 1990-07-17
    • Masashi NakamuraShigeru Fujii
    • Masashi NakamuraShigeru Fujii
    • B23K9/10
    • B23K9/10Y10T307/289
    • An output circuit for a portable generator having a plurality of output windings provided separately from each other, and control winding provided separately from the output windings. A plurality of thyristor bridge circuits each having thyristors are connected respectively to the output windings. A superposing circuit superposes outputs from the thyristor bridge circuits one upon another to provide a first superposed output voltage. A rectifier circuit is connected to the control winding. The rectifier circuit is disposed such that its output voltage is superposed upon the first superposed output voltage to provide a second superposed output voltage. A control circuit is responsive to the second superposed output voltage for concurrently controlling voltages applied respectively to the gates of the thyristors of the thyristor bridge circuits to thereby maintain the first superposed output voltage at a constant value. An FET is connected to the output of the superposing circuit, and is connectible in series to an external load, for controlling supply of current flowing through the FET to the external load. A current cut-off circuit detects overcurrent in the output circuit and operable, upon detection of the overcurrent, to cause the FET to be turned off to thereby cut off the supply of current to the external load.
    • 一种用于便携式发电机的输出电路,具有彼此分开设置的多个输出绕组,以及与输出绕组分开设置的控制绕组。 各自具有晶闸管的多个晶闸管桥接电路分别连接到输出绕组。 叠加电路将晶闸管桥接电路的输出叠加起来以提供第一叠加输出电压。 整流电路连接到控制绕组。 整流电路被布置成使得其输出电压叠加在第一叠加输出电压上以提供第二叠加输出电压。 控制电路响应于第二重叠输出电压,以同时控制分别施加到晶闸管桥接电路的晶闸管的栅极的电压,从而将第一叠加输出电压保持在恒定值。 FET连接到叠加电路的输出端,可与外部负载串联连接,用于控制流过FET至外部负载的电流供应。 电流截止电路检测输出电路中的过电流,并且在检测到过电流时可操作,以使FET截止,从而切断对外部负载的电流供应。