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    • 2. 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。
    • 7. 发明授权
    • Apparatus and method for circuit breaker trip unit adjustment
    • 断路器跳闸单元调整的装置和方法
    • US06956452B2
    • 2005-10-18
    • US10671347
    • 2003-09-24
    • Navin KumarRonald CiarciaNarender Macha
    • Navin KumarRonald CiarciaNarender Macha
    • H01H71/74B01H9/00
    • H01H71/7463
    • A trip system for a circuit breaker having a calibration system is disclosed. The calibration system includes a retainer, a tripping member responsive to an electric current, an actuator retained by the retainer, a spring adjuster adjustably engaged with the actuator and the tripping member, and a bias spring disposed for biasing the actuator in a first direction. Movement of the spring adjuster absent movement of the actuator and the tripping member results in a change in the bias spring force and no change in the position of the tripping member, and movement of the tripping member absent movement of the spring adjuster results in a change in the position of the tripping member and no change in the bias spring force.
    • 公开了一种具有校准系统的断路器的跳闸系统。 校准系统包括保持器,响应于电流的脱扣构件,由保持器保持的致动器,与调节器和脱扣构件可调节地接合的弹簧调节器以及用于沿第一方向偏压致动器的偏置弹簧。 弹簧调节器的移动不存在致动器和跳闸构件的运动,导致偏置弹簧力的变化,并且跳闸构件的位置没有变化,并且跳闸构件的移动不存在弹簧调节器的运动导致变化 在跳闸部件的位置,偏置弹簧力没有变化。
    • 8. 发明授权
    • Phase-to-phase isolation of cassette type circuit breakers
    • 盒式断路器的相间隔离
    • US06933814B2
    • 2005-08-23
    • US10436637
    • 2003-05-13
    • Ronald CiarciaLuis BrignoniNarender MachaAnantharam SubramanianSamuel Stephen Kim
    • Ronald CiarciaLuis BrignoniNarender MachaAnantharam SubramanianSamuel Stephen Kim
    • H01H71/02H01H73/04H01H3/00H01H9/20
    • H01H1/2058H01H71/0207H01H71/0228H01H73/045H01H2009/0088
    • A molded case, cassette type circuit breaker for a multi-pole electrical distribution circuit includes a number of cassettes equal to the number of poles in the multi-pole electrical distribution circuit and a pin disposed through each cassette. The pin is formed from a dielectric material. The pin may be further disposed through a portion of an operating mechanism for aligning the cassettes and the operating mechanism. Each cassette may include a rotor, a pair of electrical contacts, and a contact arm supported in the cassette by the rotor. In this embodiment, the pin may be a cross pin that extends between each rotor. The dielectric material may include phenolic, melamine, silicone, epoxy, polyester, fiberglass and the like. Alternatively, the pin includes a steel bar coated with the dielectric material, where the dielectric material may include, for example, epoxy, silicon, Teflon, and the like. A pair of end caps may be disposed over end surfaces of the rotor. Pole spacing between adjacent cassettes may be about one inch or less while providing sufficient dielectric integrity to meet requirements of the UL 489 standard.
    • 一种用于多极配电电路的模制盒,盒式断路器包括多个等于多极配电电路中的极数的盒,以及设置在每个盒中的销。 引脚由介电材料形成。 销可以进一步设置在操作机构的一部分上,用于对准盒和操作机构。 每个盒可以包括转子,一对电触点和通过转子支撑在盒中的接触臂。 在该实施例中,销可以是在每个转子之间延伸的十字销。 介电材料可以包括酚醛树脂,三聚氰胺,硅树脂,环氧树脂,聚酯,玻璃纤维等。 或者,销包括涂覆有电介质材料的钢棒,其中介电材料可以包括例如环氧树脂,硅,特氟隆等。 一对端盖可以设置在转子的端表面上。 相邻盒之间的极间距可以为约1英寸或更小,同时提供足够的电介质完整性以满足UL 489标准的要求。