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    • 3. 发明申请
    • Arc-Jump Circuit Breaker And Method Of Circuit Breaking
    • 电弧跳闸断路器及断路方法
    • US20140374382A1
    • 2014-12-25
    • US14479974
    • 2014-09-08
    • Rudolf GatiArthouros IordanidisFelix GreuterMarkus Abplanalp
    • Rudolf GatiArthouros IordanidisFelix GreuterMarkus Abplanalp
    • H01H9/38H01H9/44H01H9/42
    • H01H9/38H01H9/42H01H9/443H01H9/56H01H33/12
    • A circuit breaker for breaking an AC current, including a pair of breaker contact members with a first breaker contact member and a second breaker contact member, wherein the pair of breaker contact members is separable, whereby an arc carrying an arcing current develops between the breaker contact members; an arcing contact member configured for letting an arc root of the arc jump from the second breaker contact member to the arcing contact member, whereby the arcing current is commuted from the second breaker contact member to the arcing contact member, the commuted arcing current having a first direction; and a current-rectifying element electrically connected to the arcing contact member and configured for passing the commuted arcing current having the first direction, and for blocking a current having a second direction opposite to the first direction.
    • 一种用于断开AC电流的断路器,包括一对具有第一断路器接触构件和第二断路器接触构件的断路器接触构件,其中所述一对断路器接触构件是可分离的,由此在断路器之间产生起弧电流的电弧 联络成员 电弧接触构件,其构造成使电弧的弧根从第二断路器接触构件跳跃到电弧接触构件,由此电弧电流从第二断路器接触构件转换到电弧接触构件,通电的电弧电流具有 第一方向 以及电流整流元件,其电连接到所述电弧接触构件,并且被配置为使具有所述第一方向的通电的电弧电流通过,并且用于阻挡具有与所述第一方向相反的第二方向的电流。
    • 4. 发明申请
    • CIRCUIT BREAKER
    • 电路断路器
    • US20120037599A1
    • 2012-02-16
    • US13250004
    • 2011-09-30
    • Lutz NIEMEYERMartin SeegerMichael SchwinneArthouros Iordanidis
    • Lutz NIEMEYERMartin SeegerMichael SchwinneArthouros Iordanidis
    • H01H33/02
    • H01H33/901H01H33/74
    • An exemplary high voltage circuit breaker includes an interruption chamber that is filled with an extinguishing agent. The interruption chamber having at least two separable arcing contact pieces that are coaxially arranged and an arcing zone in which an electric arc is producible during an interruption process. The interruption chamber includes at least two inlets and at least one outlet located in between the two inlets. The inlets and the at least one outlet are connected with the arcing zone such that the electric arc is extinguishable in at least three arc interruption zones by means of extinguishing flows streaming out of the at least two inlets into the arcing zone upon pressurization and introduction of a portion of the extinguishing agent in the arcing zone, and leading an amount of the extinguishing flows through the outlet out of the arcing zone.
    • 示例性的高压断路器包括填充有灭火剂的中断室。 中断室具有同轴布置的至少两个可分离的电弧接触片和在中断过程中可产生电弧的电弧区。 中断室包括至少两个入口和位于两个入口之间的至少一个出口。 入口和至少一个出口与电弧区连接,使得电弧在至少三个电弧中断区域中通过在加压和引入时从至少两个入口流出进入电弧区的灭火流可熄灭 灭弧剂的一部分在电弧区中,并引导一定量的灭火流经出口流出电弧区。
    • 7. 发明授权
    • Circuit breaker
    • 断路器
    • US08502101B2
    • 2013-08-06
    • US13250004
    • 2011-09-30
    • Lutz NiemeyerMartin SeegerMichael SchwinneArthouros Iordanidis
    • Lutz NiemeyerMartin SeegerMichael SchwinneArthouros Iordanidis
    • H01H33/88
    • H01H33/901H01H33/74
    • An exemplary high voltage circuit breaker includes an interruption chamber that is filled with an extinguishing agent. The interruption chamber having at least two separable arcing contact pieces that are coaxially arranged and an arcing zone in which an electric arc is producible during an interruption process. The interruption chamber includes at least two inlets and at least one outlet located in between the two inlets. The inlets and the at least one outlet are connected with the arcing zone such that the electric arc is extinguishable in at least three arc interruption zones by means of extinguishing flows streaming out of the at least two inlets into the arcing zone upon pressurization and introduction of a portion of the extinguishing agent in the arcing zone, and leading an amount of the extinguishing flows through the outlet out of the arcing zone.
    • 示例性的高压断路器包括填充有灭火剂的中断室。 中断室具有同轴布置的至少两个可分离的电弧接触片和在中断过程中可产生电弧的电弧区。 中断室包括至少两个入口和位于两个入口之间的至少一个出口。 入口和至少一个出口与电弧区连接,使得电弧在至少三个电弧中断区域中通过在加压和引入时从至少两个入口流出进入电弧区的灭火流可熄灭 灭弧剂的一部分在电弧区中,并引导一定量的灭火流经出口流出电弧区。
    • 8. 发明授权
    • Gas-insulated high-voltage circuit breaker with a relief duct which is controlled by an overflow valve
    • 带隔离管的气体绝缘高压断路器,由溢流阀控制
    • US08148660B2
    • 2012-04-03
    • US12761178
    • 2010-04-15
    • Martin SeegerLutz NiemeyerArthouros IordanidisChristian Franck
    • Martin SeegerLutz NiemeyerArthouros IordanidisChristian Franck
    • H01H33/88
    • H01H33/98H01H33/74H01H2033/908
    • A high-voltage circuit breaker includes two arcing contacts, which are capable of moving relative to one another along an axis, an insulating nozzle, a heating volume for accommodating quenching gas, a heating channel, and an overpressure valve. The pressure of the quenching gas is based on the energy of a switching arc, which is formed when the breaker opens and generates arcing gas, and the heating channel opens out, with axial alignment, into the heating volume. The heating channel connects an arc zone, and the overpressure valve limits the pressure of the quenching gas by opening a relief duct, which opens out into an expansion space. In high-current switching, the pressure of the arcing gases in the arc zone is limited, and the quality of the quenching gas stored in the heating volume is improved, due to the relief duct having an outflow section extending in the radial direction.
    • 高压断路器包括两个能够相对于轴线移动的电弧触头,绝缘喷嘴,用于容纳淬火气体的加热容积,加热通道和超压阀。 淬火气体的压力基于当断路器打开并形成电弧气体时形成的开关电弧的能量,并且加热通道以轴向对准的方式打开到加热体积中。 加热通道连接电弧区域,超压阀通过打开通向膨胀空间的释放管道来限制淬火气体的压力。 在大电流切换中,电弧区域中的电弧气体的压力受到限制,并且由于排气管具有沿径向延伸的流出部分,存储在加热容积中的淬火气体的质量得到改善。