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    • 2. 发明授权
    • Apparatus for interrupting a short circuit in a circuit breaker
    • 用于中断断路器短路的装置
    • US06952149B2
    • 2005-10-04
    • US10436643
    • 2003-05-13
    • Ronald CiarciaAnanthram SubramanianMacha NarenderLuis BrignoniSamuel Kim
    • Ronald CiarciaAnanthram SubramanianMacha NarenderLuis BrignoniSamuel Kim
    • H01H77/10H01H75/00
    • H01H1/2058H01H77/108
    • A circuit breaker includes a housing, an operating mechanism, and a cassette. The cassette includes a separable current path having a movable contact arm, two arc receptors each disposed for receiving an electrical arc in response to a short circuit overcurrent condition, and two slot motors each disposed proximate the movable contact arm for magnetically driving the movable contact arm to a blown open position in response to a short circuit overcurrent condition. The slot motors each have two side legs opposing each other and defining a space therebetween for receiving the movable contact arm, each side leg having a magnetic core and an insulative layer and being biased toward the interior of the side walls of the cassette, wherein each side leg is restrained from being magnetically attracted toward the movable contact arm during a short circuit condition.
    • 断路器包括壳体,操作机构和盒。 磁带盒包括具有可移动接触臂的可分离电流路径,每个电弧接收器被设置成响应于短路过电流条件而接收电弧,以及每个设置在可动接触臂附近的两个槽电机,用于磁力驱动可动接触臂 响应于短路过电流状态而处于吹开位置。 槽式电动机各自具有彼此相对的两个侧腿,并且在它们之间限定了用于接收可动接触臂的空间,每个侧腿具有一个磁芯和一个绝缘层,并被朝着盒的侧壁的内部偏置,其中每个 在短路状态下,侧腿不受磁力吸引到可动接触臂。
    • 7. 发明授权
    • Circuit breaker latch mechanism with decreased trip time
    • 断路器闭锁机构,减少跳闸时间
    • US06218919B1
    • 2001-04-17
    • US09525847
    • 2000-03-15
    • Ronald CiarciaLei Zhang SchlitzGregory DiVincenzoMacha Narender
    • Ronald CiarciaLei Zhang SchlitzGregory DiVincenzoMacha Narender
    • H01H920
    • H01H71/525H01H71/505H01H2071/508
    • A decreased mechanical trip time latching system for use in a molded case circuit breaker assembly. The latching system comprising a quick release primary latch having a first primary latching surface and a second primary latching surface. Where the second primary latching surface engages a first secondary latching surface located on an interactive secondary latch, to prevent the rotation of the quick release primary latch. The first primary latching surface engages a cradle latching surface, located on a cradle, to prevent the rotation of the cradle. Assembled to the interactive secondary latch is a trip bar. Activation of the trip bar rotates the secondary latch so that the first secondary latching surface moves out of contact with the second primary latching surface just prior to the interactive secondary latch making physical contact with the quick release primary latch. The quick release primary latch then rotates moving the first primary latching surface out of contact with the cradle latching surface thereby releasing the cradle. The cradle rotates and the operating system is activated to terminate current flow.
    • 用于模制外壳断路器组件的减小的机械跳闸时间锁定系统。 闩锁系统包括具有第一主闩锁表面和第二主闩锁表面的快速释放主闩锁。 其中第二主闩锁表面接合位于交互式辅助闩锁上的第一辅助闩锁表面,以防止快速释放主闩锁的旋转。 第一主锁定表面接合位于托架上的托架锁定表面,以防止托架旋转。 组装到交互式辅助锁存器是跳闸条。 跳闸杆的激活使辅助闩锁旋转,使得第一辅助闩锁表面恰好在交互式辅助闩锁与快速释放主闩锁物理接触之前离开与第二主闩锁表面接触。 快速释放主闩锁然后旋转使第一主闩锁表面与托架闩锁表面脱离接触,从而释放支架。 托架旋转并且操作系统被激活以终止电流。