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    • 1. 发明申请
    • APPARATUS OF MODULAR TRIP MECHANISM AND AUXILIARY MECHANISM FOR CIRCUIT BREAKER
    • 电路断路器的模块化跳闸机构和辅助机构的设备
    • US20130015928A1
    • 2013-01-17
    • US13545901
    • 2012-07-10
    • Jong Mahn SOHN
    • Jong Mahn SOHN
    • H01H9/00
    • H01H71/0228H01H9/167H01H71/123H01H71/46H01H2071/042
    • An apparatus of modular trip mechanism and auxiliary mechanism for a circuit breaker comprises an auxiliary mechanism module including a first micro switch to output an electrical signal indicating an ON/OFF position of the circuit breaker, a first shaft contact lever mechanism to operate the first micro switch by contacting the switching shaft or receiving an artificial pressing force, a second micro switch to output an electrical signal indicating whether a trip operation of the circuit breaker has been performed, and a second lever to operate the second micro switch by contacting the switching shaft or receiving an artificial pressing force; and a trip mechanism module including an electromagnetic trip device to operate a trip bar to trigger the circuit breaker to a trip position in response to a trip control signal from an overcurrent relay or a test trip control signal from a test signal generating source.
    • 一种用于断路器的模块跳闸机构和辅助机构的装置包括:辅助机构模块,包括:第一微型开关,用于输出指示断路器的导通/断开位置的电信号;第一轴接触杆机构,用于操作第一微型 通过接触切换轴或接受人造压力来切换,第二微型开关输出指示是否已经执行断路器的跳闸操作的电信号;以及第二杆,通过接触开关轴来操作第二微型开关 或接受人造按压力; 以及跳闸机构模块,其包括电磁跳闸装置,以响应于来自过电流继电器的跳闸控制信号或来自测试信号发生源的测试跳闸控制信号来操作跳闸杆以将断路器触发到跳闸位置。
    • 2. 发明授权
    • Monostable permanent magnetic actuator using laminated steel core
    • 使用层压钢芯的单稳态永磁执行器
    • US08193887B2
    • 2012-06-05
    • US12654125
    • 2009-12-11
    • Jong-Mahn Sohn
    • Jong-Mahn Sohn
    • H01F5/00H01F3/00
    • H01F7/1623H01F3/02H01F7/122H01F7/1615
    • A monostable permanent magnetic actuator using a laminated steel core, comprises: lamination cores formed as a plurality of metallic thin plates are laminated to each other; a coil disposed to be adjacent to the lamination cores, and configured to apply a magnetic force to the lamination cores by an external power; a mover mounted in the lamination cores so as to be movable in upper and lower directions; permanent magnets installed at the lamination cores, and configured to apply an upward and downward magnetic force to the mover; and an elastic means configured to apply an elastic force to the mover in an opposite direction to the permanent magnets.
    • 使用层压钢芯的单稳态永磁式致动器包括:形成为多个金属薄板的叠片芯彼此层叠; 设置成与所述层压芯相邻配置的线圈,并且被配置为通过外部电力向所述层叠芯施加磁力; 移动器安装在层压芯中,以便能够在上下方向上移动; 永久磁铁安装在层压芯上,并被配置为向移动器施加向上和向下的磁力; 以及弹性装置,其构造成沿与永磁体相反的方向向所述动子施加弹性力。
    • 3. 发明授权
    • Apparatus of modular trip mechanism and auxiliary mechanism for circuit breaker
    • 断路器模块跳闸机构及辅助机构装置
    • US08686815B2
    • 2014-04-01
    • US13545901
    • 2012-07-10
    • Jong Mahn Sohn
    • Jong Mahn Sohn
    • H01H77/00H01H75/00H01H83/00H01H73/12H01H67/02
    • H01H71/0228H01H9/167H01H71/123H01H71/46H01H2071/042
    • An apparatus of modular trip mechanism and auxiliary mechanism for a circuit breaker comprises an auxiliary mechanism module including a first micro switch to output an electrical signal indicating an ON/OFF position of the circuit breaker, a first shaft contact lever mechanism to operate the first micro switch by contacting the switching shaft or receiving an artificial pressing force, a second micro switch to output an electrical signal indicating whether a trip operation of the circuit breaker has been performed, and a second lever to operate the second micro switch by contacting the switching shaft or receiving an artificial pressing force; and a trip mechanism module including an electromagnetic trip device to operate a trip bar to trigger the circuit breaker to a trip position in response to a trip control signal from an overcurrent relay or a test trip control signal from a test signal generating source.
    • 一种用于断路器的模块跳闸机构和辅助机构的装置包括:辅助机构模块,包括:第一微型开关,用于输出指示断路器的导通/断开位置的电信号;第一轴接触杆机构,用于操作第一微型 通过接触切换轴或接受人造压力来切换,第二微型开关输出指示是否已经执行断路器的跳闸操作的电信号;以及第二杆,通过接触开关轴来操作第二微型开关 或接受人造按压力; 以及跳闸机构模块,其包括电磁跳闸装置,以响应于来自过电流继电器的跳闸控制信号或来自测试信号发生源的测试跳闸控制信号来操作跳闸杆以将断路器触发到跳闸位置。
    • 4. 发明授权
    • Circuit breaker having trip cause indicating mechanism
    • 断路器具有跳闸原因指示机构
    • US08368489B2
    • 2013-02-05
    • US13013745
    • 2011-01-25
    • Jong Mahn Sohn
    • Jong Mahn Sohn
    • H01H77/00H01H83/00H01H73/12
    • H01H83/20H01H71/04H01H83/12H01H2071/042
    • A circuit breaker comprises a magnetic trip mechanism configured to provide a first mechanical driving force, a low voltage trip mechanism configured to provide a second mechanical driving force, a first micro switch configured to generate and output a first trip signal indicating that the circuit breaker has performed a trip operation due to the occurrence of a fault current on a circuit, a second micro switch configured to generate and output a second trip signal indicating that the circuit breaker has performed a trip operation due to the occurrence of a low voltage on the circuit, a first driving force transmission mechanism configured to transmit the first mechanical driving force from the magnetic trip mechanism to the first micro switch, and a second driving force transmission mechanism configured to transmit the second mechanical driving force from the low voltage trip mechanism to the second micro switch.
    • 断路器包括被配置为提供第一机械驱动力的磁脱扣机构,配置成提供第二机械驱动力的低电压跳闸机构,第一微型开关,被配置为产生并输出指示断路器具有的第一跳闸信号 由于在电路上发生故障电流而执行跳闸操作,第二微型开关被配置为产生并输出指示断路器由于在电路上发生低电压而执行跳闸操作的第二跳闸信号 第一驱动力传递机构,被配置为将第一机械驱动力从磁脱扣机构传递到第一微型开关;第二驱动力传递机构,被配置为将第二机械驱动力从低电压跳闸机构传递到第二机械驱动力 微动开关
    • 5. 发明申请
    • CIRCUIT BREAKER HAVING TRIP CAUSE INDICATING MECHANISM
    • 具有牵引力的断路器引起机械指示
    • US20110181379A1
    • 2011-07-28
    • US13013745
    • 2011-01-25
    • Jong Mahn SOHN
    • Jong Mahn SOHN
    • H01H73/12
    • H01H83/20H01H71/04H01H83/12H01H2071/042
    • A circuit breaker comprises a magnetic trip mechanism configured to provide a first mechanical driving force, a low voltage trip mechanism configured to provide a second mechanical driving force, a first micro switch configured to generate and output a first trip signal indicating that the circuit breaker has performed a trip operation due to the occurrence of a fault current on a circuit, a second micro switch configured to generate and output a second trip signal indicating that the circuit breaker has performed a trip operation due to the occurrence of a low voltage on the circuit, a first driving force transmission mechanism configured to transmit the first mechanical driving force from the magnetic trip mechanism to the first micro switch, and a second driving force transmission mechanism configured to transmit the second mechanical driving force from the low voltage trip mechanism to the second micro switch.
    • 断路器包括被配置为提供第一机械驱动力的磁脱扣机构,配置成提供第二机械驱动力的低电压跳闸机构,第一微型开关,被配置为产生并输出指示断路器具有的第一跳闸信号 由于在电路上发生故障电流而执行跳闸操作,第二微型开关被配置为产生并输出指示断路器由于在电路上发生低电压而执行跳闸操作的第二跳闸信号 第一驱动力传递机构,被配置为将第一机械驱动力从磁脱扣机构传递到第一微型开关;第二驱动力传递机构,被配置为将第二机械驱动力从低电压跳闸机构传递到第二机械驱动力 微动开关
    • 10. 发明申请
    • Monostable permanent magnetic actuator using laminated steel core
    • 使用层压钢芯的单稳态永磁执行器
    • US20100164662A1
    • 2010-07-01
    • US12654125
    • 2009-12-11
    • Jong-Mahn Sohn
    • Jong-Mahn Sohn
    • H01F7/122
    • H01F7/1623H01F3/02H01F7/122H01F7/1615
    • A monostable permanent magnetic actuator using a laminated steel core, comprises: lamination cores formed as a plurality of metallic thin plates are laminated to each other; a coil disposed to be adjacent to the lamination cores, and configured to apply a magnetic force to the lamination cores by an external power; a mover mounted in the lamination cores so as to be movable in upper and lower directions; permanent magnets installed at the lamination cores, and configured to apply an upward and downward magnetic force to the mover; and an elastic means configured to apply an elastic force to the mover in an opposite direction to the permanent magnets.
    • 使用层压钢芯的单稳态永磁式致动器包括:形成为多个金属薄板的叠片芯彼此层叠; 设置成与所述层压芯相邻配置的线圈,并且被配置为通过外部电力向所述层叠芯施加磁力; 移动器安装在层压芯中,以便能够在上下方向上移动; 永久磁铁安装在层压芯上,并被配置为向移动器施加向上和向下的磁力; 以及弹性装置,其构造成沿与永磁体相反的方向向所述动子施加弹性力。