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    • 1. 发明申请
    • ABLATIVE-BASED MULTIPHASE CURRENT INTERRUPTER
    • 基于抽象的多相电流中断器
    • US20090179011A1
    • 2009-07-16
    • US11972054
    • 2008-01-10
    • THANGAVELU ASOKANSunil Srinivasa MurthyKunal Ravindra GorayNimish KumarAdnan Kutubuddin Bohori
    • THANGAVELU ASOKANSunil Srinivasa MurthyKunal Ravindra GorayNimish KumarAdnan Kutubuddin Bohori
    • H01H33/02
    • H01H9/302H01H9/342H01H9/346
    • A multiphase current interrupter is provided for interrupting a phase current between two contacts in an electrical phase. The current interrupter includes a first ablative chamber disposed around contacts for a first electrical phase. The first chamber has an ablative material thereon that causes a shock wave when an electrical arc is generated in an arc zone for the first electrical phase during a separation of the contacts therein. The current interrupter further includes at least a second ablative chamber disposed around contacts for at least a second electrical phase. The second chamber has an ablative material thereon that causes a shock wave when an electrical arc is generated in an arc zone for the second electrical phase during a separation of the contacts therein. An interconnecting structure provides fluid communication between the first ablative chamber and the second ablative chamber. The interconnecting structure is adapted to dissipate a shock wave generated in any of the ablative chambers.
    • 提供多相电流断续器,用于在电相中断两个触点之间的相电流。 电流断流器包括设置在第一电相的触头周围的第一烧蚀室。 当在其中的触点分离期间,当在第一电相的电弧区域中产生电弧时,第一室具有引起冲击波的烧蚀材料。 电流断流器还包括至少第二烧蚀室,其设置在至少第二电相的触头周围。 当在其中的触点分离期间,当在第二电相的电弧区域中产生电弧时,第二室具有引起冲击波的烧蚀材料。 互连结构提供了第一烧蚀室和第二烧蚀室之间的流体连通。 互连结构适于消散在任何烧蚀室中产生的冲击波。
    • 4. 发明授权
    • Plasma generation apparatus
    • 等离子体发生装置
    • US08492979B2
    • 2013-07-23
    • US12731700
    • 2010-03-25
    • Govardhan GanireddyThangavelu AsokanAdnan Kutubuddin Bohori
    • Govardhan GanireddyThangavelu AsokanAdnan Kutubuddin Bohori
    • H05B31/26B23K9/00
    • H05H1/36H05H1/44
    • Provided is an apparatus, such as an arc mitigating device, which can include a first plasma generation device and a second plasma generation device. The second plasma generation device can include a pair of opposing and spaced apart electrodes and a low voltage, high current energy source connected therebetween. A conduit can be configured to direct plasma between the first and second plasma generation devices, such that the second plasma generation device receives plasma generated by the first plasma generation. The plasma from the first plasma generation device can act to reduce the impedance of an area between the pair of opposing electrodes sufficiently to allow an arc to be established therebetween due to the low voltage, high current energy source.
    • 提供了一种诸如减弧装置的装置,其可以包括第一等离子体产生装置和第二等离子体产生装置。 第二等离子体产生装置可以包括一对相对且间隔开的电极和连接在它们之间的低电压,高电流能量源。 导管可以被配置为在第一和第二等离子体产生装置之间引导等离子体,使得第二等离子体产生装置接收由第一等离子体产生产生的等离子体。 来自第一等离子体产生装置的等离子体可以充分地减小一对相对电极之间的区域的阻抗,以允许由于低电压,高电流能量源而在其间建立电弧。
    • 7. 发明申请
    • Ablative Plasma Gun
    • 烧蚀等离子枪
    • US20080253040A1
    • 2008-10-16
    • US11735673
    • 2007-04-16
    • Thangavelu AsokanGopichand BopparajuAdnan Kutubuddin Bohori
    • Thangavelu AsokanGopichand BopparajuAdnan Kutubuddin Bohori
    • B23K9/23
    • H05H1/52H01T2/02
    • A plasma gun with two gap electrodes on opposite ends of a chamber of ablative material such as an ablative polymer. The gun ejects an ablative plasma at supersonic speed. A divergent nozzle spreads the plasma jet to fill a gap between electrodes of a main arc device, such as an arc crowbar or a high voltage power switch. The plasma triggers the main arc device by lowering the impedance of the main arc gap via the ablative plasma to provide a conductive path between the main electrodes. This provides faster triggering and requires less trigger energy than previous arc triggers. It also provides a more conductive initial main arc than previously possible. The initial properties of the main arc are controllable by the plasma properties, which are in turn controllable by design parameters of the ablative plasma gun.
    • 等离子体枪,具有两个间隙电极,位于烧蚀材料室(例如可消融聚合物)的相对两端。 枪以超音速弹出烧蚀等离子体。 扩散喷嘴扩展等离子体射流以填充主弧装置的电极之间的间隙,例如电弧撬棒或高压电源开关。 等离子体通过消融等离子体降低主电弧间隙的阻抗来触发主电弧装置,以在主电极之间提供导电路径。 这提供了更快的触发,并且比以前的电弧触发要求更少的触发能量。 它还提供比以前更可能的更导电的初始主弧。 主弧的初始特性可以通过等离子体性质来控制,这些等离子体性质又可由烧蚀等离子枪的设计参数控制。
    • 8. 发明授权
    • Ablative plasma gun
    • 烧伤等离子枪
    • US08742282B2
    • 2014-06-03
    • US11735673
    • 2007-04-16
    • Thangavelu AsokanGopichand BopparajuAdnan Kutubuddin Bohori
    • Thangavelu AsokanGopichand BopparajuAdnan Kutubuddin Bohori
    • B23K9/00H02H3/00H01J17/26
    • H05H1/52H01T2/02
    • A plasma gun with two gap electrodes on opposite ends of a chamber of ablative material such as an ablative polymer. The gun ejects an ablative plasma at supersonic speed. A divergent nozzle spreads the plasma jet to fill a gap between electrodes of a main arc device, such as an arc crowbar or a high voltage power switch. The plasma triggers the main arc device by lowering the impedance of the main arc gap via the ablative plasma to provide a conductive path between the main electrodes. This provides faster triggering and requires less trigger energy than previous arc triggers. It also provides a more conductive initial main arc than previously possible. The initial properties of the main arc are controllable by the plasma properties, which are in turn controllable by design parameters of the ablative plasma gun.
    • 等离子体枪,具有两个间隙电极,位于烧蚀材料室(例如可消融聚合物)的相对两端。 枪以超音速弹出烧蚀等离子体。 扩散喷嘴扩展等离子体射流以填充主弧装置的电极之间的间隙,例如电弧撬棒或高压电源开关。 等离子体通过消融等离子体降低主电弧间隙的阻抗来触发主电弧装置,以在主电极之间提供导电路径。 这提供了更快的触发,并且比以前的电弧触发要求更少的触发能量。 它还提供比以前更可能的更导电的初始主弧。 主弧的初始特性可以通过等离子体性质来控制,这些等离子体性质又可由烧蚀等离子枪的设计参数控制。