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    • 2. 发明授权
    • Limited flash-over electric power switch
    • 有限闪光电源开关
    • US08063333B2
    • 2011-11-22
    • US12366531
    • 2009-02-05
    • Joseph R. RostronBradley J. SchaferSoung Hwan LyuBrian RobertsRichard Burge
    • Joseph R. RostronBradley J. SchaferSoung Hwan LyuBrian RobertsRichard Burge
    • H01H33/88
    • H01H33/90H01H33/24H01H33/7023
    • A limited flash-over electric power switch uses a dielectric gas regulator and a flash-over arrestor to greatly diminish the occurrences of high voltage flash-over during operation of a circuit interrupter. The dielectric gas regulator prevents the flow of the dielectric gas into the arc gap during an initial portion of the opening stroke of the interrupter contacts. Once the arc gap is sufficiently wide to greatly diminish the likelihood of a high voltage flash-over, the dielectric gas regulator allows the dielectric gas to flow into the arc gap to extinguish the arc. The flash-over arrestor snubs out incipient flash-over that may occur as the arc attempts to reform across the arc gap. The flash-over arrestor may be a conductive ring located on the interior surface of the nozzle in the region of the orifice.
    • 有限的闪光电力开关使用电介质气体调节器和闪光保护器来大大减少在电路断续器的操作期间高压闪络的发生。 电介质气体调节器在断路器触点的打开行程的初始部分期间防止电介质气体流入电弧间隙。 一旦电弧间隙足够宽以大大降低高电压闪络的可能性,则电介质气体调节器允许电介质气体流入电弧间隙以熄灭电弧。 闪电避雷器会缓慢发生,因为电弧试图在电弧间隙内进行改造,这可能会发生。 闪光避雷器可以是位于喷嘴区域内的喷嘴内表面上的导电环。
    • 3. 发明授权
    • Capacitor switch including a bi-directional toggle mechanism and linearly opposing opening and closing spring latches
    • 电容开关包括双向肘节机构和线性相对的开闭弹簧闩锁
    • US07745753B2
    • 2010-06-29
    • US11944111
    • 2007-11-21
    • Bradley J. SchaferNeil A. McCordJoseph R. RostromJoseph LyuTodd Douthit
    • Bradley J. SchaferNeil A. McCordJoseph R. RostromJoseph LyuTodd Douthit
    • H01H5/00
    • H01H3/3015H01H3/3031H01H33/022
    • An electric power switch suitable for use as a capacitor switch that includes a drive unit having a bi-directional toggle mechanism and linearly opposing opening and closing spring latches. The opening and closing spring latches are located on opposing sides of the toggle mechanism, which includes an open-cage spring mechanism with coaxial, nested opening and closing springs operated by a rotating, motor-driven charging cam. To open the circuit interrupter, the opening spring latch is tripped to release the opening spring and thereby remove the capacitor bank from the electric power circuit. To introduce the capacitor bank into the electric power circuit, the motor rotates the charging cam through one complete rotation, which charges the opening and closing springs and trips the closing spring latch to release the closing spring to close the circuit interrupter and thereby introduce the capacitor bank into the electric power circuit.
    • 一种适于用作电容器开关的电力开关,其包括具有双向肘节机构的驱动单元和线性相对的开闭弹簧锁存器。 打开和关闭弹簧闩锁位于肘节机构的相对侧上,其包括具有由旋转的电机驱动的充电凸轮操作的同轴嵌套的开闭弹簧的开闭式弹簧机构。 为了打开电路断路器,打开弹簧闩锁被释放以释放开启弹簧,从而从电力电路移除电容器组。 为了将电容器组引入电力电路中,电动机使充电凸轮旋转一整个旋转,其对开闭弹簧进行充电并且使闭合弹簧闩锁释放以释放闭合弹簧以闭合电路断续器,从而将电容器 银行进入电力电路。