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    • 68. 发明申请
    • PUFFER TYPE GAS CIRCUIT BREAKER
    • PUFFER型气体断路器
    • US20100147804A1
    • 2010-06-17
    • US12600746
    • 2008-06-02
    • Naoto YamadaMakoto HiroseTetsuo Ishiguro
    • Naoto YamadaMakoto HiroseTetsuo Ishiguro
    • H01H33/88
    • H01H33/90H01H33/904
    • An interrupting part 2 is arranged in a vessel 1 that is filled with insulating gas to configure a puffer type gas circuit breaker. The interrupting part 2 having, at least, a main contact 3, 6 on each of fixed- and moving-sides, an arcing contact 4, 7 on each of the fixed- and moving-sides, a puffing device, and an insulative nozzle 10. The insulating gas that became high temperature by being puffed into the arcs is discharged through a puffer shaft 11 of tubular shape. The puffer shaft 11 has a pipe member 11a at the distal end of which the arcing contact 7 is installed, and an end member 11b, one end of which is separably connected to the pipe member 11a with a joint 11 and the other end of which is connected to a rod 12 that links to a manipulator side.
    • 中断部分2布置在容器1中,其中填充有绝热气体以配置吹气式气体断路器。 至少在固定侧和移动侧各自具有主触点3,6的中断部分2,固定侧和移动侧各自具有电弧触头4,7,膨胀装置和绝缘喷嘴 通过膨胀到电弧中而成为高温的绝缘气体通过管状的吹气轴11排出。 吹气轴11的远端设置有用于安装电弧触头7的管构件11a,端部构件11b的一端用管接头11可分离地与管构件11a连接,另一端部 连接到连接到操纵器侧的杆12。
    • 70. 发明授权
    • Circuit-breaker with an explosive charge ignited during opening operation
    • 断路器在打开操作期间点燃爆炸装置
    • US6107590A
    • 2000-08-22
    • US290179
    • 1999-04-13
    • Jorgen SkindhojBodo BruhlKurt KalteneggerLorenz MullerLutz NiemeyerThomas SchoenemannLukas Zehnder
    • Jorgen SkindhojBodo BruhlKurt KalteneggerLorenz MullerLutz NiemeyerThomas SchoenemannLukas Zehnder
    • H01H33/91H01H33/70H01H39/00H01H33/04H01H9/30H01H33/88
    • H01H39/00H01H33/70
    • Extending between a fixed tulip contact (1) and a slide tulip (4) is an arcing chamber (5) which is occupied in the closed position by a movable contact pin (3) which fills up both an exhaust (9) surrounded by the slide tulip (4) and a blowout opening (7) which is surrounded by the tulip contact (1) and connects the arcing chamber (5) to a pressure chamber (6). The arcing chamber (5) is surrounded by an annular heating volume (13) open toward the same. Arranged in the pressure chamber (6) is a charge (10) of explosive which is for the most part converted within approximately 10-30 ms after ignition to extinguishing gas, preferably predominantly nitrogen, the gas pressure moving the contact pin (3) toward the open position. After clearance of the blowout opening (7) and the exhaust (9), the arc drawn between the contact pin (3) and tulip contact (1) is blown out, something which is supported by the pressure buildup, to which the arc contributes, in the heating volume (13). The pressure chamber with the charge can also surround the arcing chamber in an annular fashion. In this case, it is also possible to support the opening movement by the explosion pressure, for example, via pistons.
    • 固定的郁金香触点(1)和滑动郁金香(4)之间的延伸是电弧室(5),其通过可移动的接触销(3)被占据在闭合位置,活动接触销(3)填充由 滑动郁金香(4)和由郁金香接触件(1)包围并将电弧室(5)连接到压力室(6)的吹出口(7)。 电弧室(5)由向其开口的环形加热容积(13)包围。 安装在压力室(6)中的是炸药的装药(10),其大部分在点火后大约10-30ms内被转化为熄灭气体(优选主要是氮气),使得接触销(3)朝着 开仓。 在吹出口(7)和排气(9)的间隙之后,在接触销(3)和郁金香接触件(1)之间拉出的电弧被吹出,由电弧产生的压力累积所支撑的东西 ,在加热容积(13)中。 具有电荷的压力室也可以以环形方式围绕电弧室。 在这种情况下,也可以通过例如经由活塞的爆炸压力来支撑打开运动。