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    • 4. 发明公开
    • Electrical distribution device assembly
    • Elektrische Versorgungsvorrichtungsanordnung
    • EP2110907A2
    • 2009-10-21
    • EP09157649.6
    • 2009-04-08
    • General Electric Company
    • Doddapadam Srinivasa Raghavachar, Partha SarathyNarayanan, JanakiramanNarayanasamy, Soundararajan
    • H02B11/127
    • H02B11/127
    • An electrical distribution device assembly includes a drawout substructure having at least first and second opposing side portions. The electrical distribution device assembly also includes a telescoping rail unit mounted to one of the first and second opposing side portions. The telescoping rail unit includes a carrier rail having a carrier rail support surface and a loading rail having a loading rail support surface. The loading rail is slidably supported by the carrier rail to define an extended deployed configuration and a retracted stowed configuration. The electrical distribution device assembly also includes an electrical device is supported upon at least one of the carrier rail and the loading rail and is selectively shiftable into and out from the drawout substructure.
    • 配电装置组件包括具有至少第一和第二相对侧部的抽出子结构。 配电装置组件还包括安装到第一和第二相对侧部分之一的伸缩轨道单元。 伸缩轨道单元包括具有承载轨道支撑表面的承载轨道和具有加载轨道支撑表面的装载轨道。 装载轨道由承载轨道可滑动地支撑,以限定延伸的展开构型和缩回的收起构型。 配电装置组件还包括电气装置,其被支撑在载运轨道和装载轨道中的至少一个上,并且可选择性地从抽出子结构中移出和移出。
    • 5. 发明公开
    • A breaker interlock system and method
    • Schaltersperrsystem und Verfahren
    • EP2110840A1
    • 2009-10-21
    • EP09157234.7
    • 2009-04-02
    • General Electric Company
    • Gopikrishnan Babu, TriplicaneNarayanan, JanakiramanRane, Mahesh JaywantNarayanasamy, Soundararajan
    • H01H71/12H01H71/50
    • H01H71/126H01H71/505
    • Disclosed herein is a breaker interlock system. The system includes, a trip unit for a breaker, and a breaker receptive of the trip unit. The breaker is closable when the trip unit is assembled thereto and the breaker is non-closable when the trip unit is not assembled to the breaker. The interlock system is further configured to prevent disassembly of the trip unit from the breaker when the breaker is in a closed configuration. The breaker having a plurality of solenoids and each of the plurality of solenoids is in operable communication with the breaker to trip the breaker on command. A first of the plurality of solenoids is responsive to a signal from the breaker via the trip unit, and a second of the plurality of solenoids is responsive to an externally supplied signal from a source other than the electronic trip unit.
    • 这里公开了一种断路器互锁系统。 该系统包括一个用于断路器的跳闸单元和一个接收脱扣单元的断路器。 当跳闸单元组装在其上时,断路器可以闭合,并且当跳闸单元未组装到断路器上时断路器不可闭合。 互锁系统还被构造成当断路器处于闭合配置时防止脱扣器从断路器拆卸。 具有多个螺线管和多个螺线管中的每一个的断路器与断路器可操作地通信以使命令跳闸。 多个螺线管中的第一个螺线管经由跳闸单元响应于来自断路器的信号,并且多个螺线管中的第二螺线管响应于来自除电子跳闸单元之外的源的外部提供的信号。
    • 10. 发明公开
    • System and method for indicating a position of an electrical distribution device
    • 系统和Verfahren zur Anzeige einer职位einer elektrischen Verteilungsvorrichtung
    • EP2110905A2
    • 2009-10-21
    • EP09157294.1
    • 2009-04-03
    • General Electric Company
    • Narayanan, JanakiramanNarayanasamy, SoundararajanDoddapadam, Srinivasa Raghavachar Partha SarathyMeyer-Haack, Wolfgang
    • H02B11/12
    • H02B11/12H02B11/10
    • A system for indicating a position of an electrical distribution device configured to be racked into an electrically connected condition within an enclosure and racked out to an electrically disconnected condition via a racking mechanism is disclosed. The system includes a rotating indicator having at least a first position and a second position, the first position indicating the connected condition, and the second position indicating the disconnected condition, the indicator operably connected to the racking mechanism to rotate the indicator in response to movement of the racking mechanism between at least the connected condition and the disconnected condition. The system also includes a biasing device to bias rotation of the indicator toward the first position when the racking mechanism is in the connected condition and to bias rotation of the indicator toward the second position when the racking mechanism is in the disconnected condition. The system further includes a first mechanical stop to hold the indicator at the first position when the racking mechanism is in the connected condition, and a second mechanical stop to hold the indicator at the second position when the racking mechanism is in the disconnected condition.
    • 一种用于指示配置成在外壳内被电连接状态的配电装置的位置的系统,并且经由货架机构而被排出到电气断开的状态,所述系统包括:旋转指示器(40),其具有至少一个 第一位置(48)和第二位置(50),所述第一位置指示连接状态,所述第二位置指示所述断开状态,所述指示器可操作地连接到所述机架机构,以响应于所述摇摆机构的移动而旋转所述指示器 在至少连接状态和断开状态之间; 偏置装置(46),当所述排档机构处于连接状态时,将所述指示器的旋转偏压朝向所述第一位置,并且当所述排档机构处于断开状态时,偏置所述指示器朝向所述第二位置的偏转; 以及当所述排档机构处于连接状态时,将所述指示器保持在所述第一位置的第一机械止动件(76)以及当所述排档机构处于断开状态时将所述指示器保持在所述第二位置的第二机械止动件(78) 条件。