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    • 4. 发明授权
    • Arc stack for a circuit breaker
    • 电弧堆叠用于断路器
    • US5498847A
    • 1996-03-12
    • US181288
    • 1994-01-13
    • Dale W. BennettJames V. FixemerTeresa I. HoodRandall L. SiebelsDouglas Van Waart
    • Dale W. BennettJames V. FixemerTeresa I. HoodRandall L. SiebelsDouglas Van Waart
    • H01H33/20H01H9/34H01H73/18H01H33/08
    • H01H9/34H01H2300/042
    • An arc stack for receiving a circuit breaker blade moveable between a closed position and an open position, includes a plurality of generally rectangular are plates having substantially similar length and width dimensions and positioned substantially parallel to one another. The straight edges of the arc plates are in line with one another so that the are stack is generally rectangular in shape. The arc plates have respective arc throats formed therein having a plurality of sizes so as to form a longitudinal passageway extending through the arc throats following the arc generated by the blade moving between the closed and open positions. The arc plates include sets of arc plates with the arc plates in each set having identical arc throats. The sets of arc plates are arranged in order of decreasing arc throat size with the set having the largest arc throats being positioned adjacent the circuit breaker blade in the closed position. The arc stack is formed in two sections with each section including a selected number of arc plates. The arc plates in each section are interconnected by a pair of side fibers engaging associated edges of the arc plates. The two sections are connected to form the arc stack by engaging the inner edges of the pair of side fibers of one section with mating inner edges of the pair of side fibers of the other section.
    • 用于接收可在闭合位置和打开位置之间运动的断路器叶片的电弧堆叠包括多个大致矩形的板,其具有基本相似的长度和宽度尺寸并且基本上彼此平行地定位。 弧形板的直边彼此一致,使得堆叠的形状通常为矩形。 弧形板具有形成在其中的各个弧形喉部,其具有多个尺寸,以便形成延伸穿过弧形喉部的纵向通道,该弧形喉部沿着在闭合位置和打开位置之间移动的叶片产生的电弧。 电弧板包括一组弧形板,每组中的弧形板具有相同的电弧喉。 弧形板的组合按照减小电弧喉部尺寸的顺序布置,具有最大弧形喉颈的组在闭合位置处邻近断路器叶片布置。 电弧堆叠形成为两个部分,每个部分包括选定数量的弧板。 每个部分中的弧形板通过与弧形板的相关边缘接合的一对侧纤维相互连接。 两个部分通过将一个部分的一对侧纤维的内边缘与另一部分的一对侧纤维的配合内边缘接合而连接形成电弧堆叠。
    • 5. 发明授权
    • Mid terminal for a double break circuit breaker
    • 中断端子用于双断路断路器
    • US5428328A
    • 1995-06-27
    • US181277
    • 1994-01-13
    • Donald H. HaaseRandall L. SiebelsJames V. FixemerFred Kaveh
    • Donald H. HaaseRandall L. SiebelsJames V. FixemerFred Kaveh
    • H01H73/18H01H9/46H01H71/08H01H71/24H01H73/20H01H75/00
    • H01H9/46H01H71/2418H01H71/08
    • A mid terminal for a double break circuit breaker comprises first and second elongated conductive plates, where each of the plates have first and second ends. The second end of the first plate is longitudinally spaced from the first end of the second plate and the first end of the first plate is connected to the second end of the second plate by a lateral conductive plate. A first are runner is electron beam welded to the second end of the first plate, and a second are runner is electron beam welded to the first end of the second plate. The first and second arc runners are preferably made of steel. A first stationary contact is mounted on the first plate adjacent the first arc runner, and a second stationary contact is mounted on the second plate adjacent the second arc runner. To manufacture the mid terminal, the first and second plates and the lateral plate are formed from a single strip of copper bent into a shape having a pair of longitudinal sections extending in opposite directions from opposing ends of a lateral section. The longitudinal sections correspond to the first and second plates, and the lateral section corresponds to the lateral plate.
    • 用于双断路断路器的中间端子包括第一和第二细长导电板,其中每个板具有第一端和第二端。 第一板的第二端与第二板的第一端纵向间隔开,并且第一板的第一端通过侧面导电板连接到第二板的第二端。 第一个是电子束焊接到第一板的第二端,而第二个是电流束焊接到第二个板的第一端。 第一和第二弧形流道优选地由钢制成。 第一固定接触件安装在与第一弧流道相邻的第一板上,并且第二固定接触件安装在邻近第二弧流道的第二板上。 为了制造中间端子,第一和第二板和侧板由单个铜条形成,弯曲成具有从横向部分的相对端部沿相反方向延伸的一对纵向部分的形状。 纵向部分对应于第一和第二板,并且横向部分对应于侧板。
    • 9. 发明授权
    • Fail-resistant solid state interruption system
    • 无阻抗固体状态中断系统
    • US5170310A
    • 1992-12-08
    • US619776
    • 1990-11-29
    • George H. StudtmannDonald H. WardJames V. FixemerJulius M. Liptak
    • George H. StudtmannDonald H. WardJames V. FixemerJulius M. Liptak
    • H02H7/22H01H9/54H02H1/04H02H3/08H02H7/30
    • H02H7/30H02H1/04H02H3/083H01H9/548
    • A solid state circuit interruption arrangement in a distributed power network provides fast and reliable circuit interruption. A common power source provides power to a plurality of loads via respective current paths. A main circuit breaker and a plurality of solid state circuit breakers are arranged to interrupt the current paths in response to command signals sent from a central controller. Current sensors and voltage sensors are coupled to the current paths for monitoring purposes. An automatic controller responds to any of the current sensors detecting a fault condition by automatically generating a command signal, which forces the associated solid state breaker to interrupt the associated current path. Thereafter, the controller automatically generates a signal to the main circuit breaker to interrupt the power provided from the common power source in the event that the associated current path is not interrupted by the solid state breaker. Alternatively, or in addition, the main interruption device may interrupt the current path when its own internal sensing mechanism detects a magnitude of current that is beyond a predetermined level. Also, the controller automatically generates a signal to the main breaker to interrupt the power provided from the common power source in the event that any of the branch breakers fails in the "off" or interrupted, condition. Other features include a finned housing structure which provides cooling means for the breaker system without the need for cooling fans.
    • 分布式电力网络中的固态电路中断装置提供快速可靠的电路中断。 公共电源通过相应的电流路径向多个负载提供电力。 主断路器和多个固态断路器被布置成响应于从中央控制器发送的命令信号来中断电流路径。 电流传感器和电压传感器耦合到电流路径用于监控目的。 自动控制器通过自动生成指令信号来响应任何一个检测故障状态的传感器,这些指令信号迫使相关联的固态断路器中断相关的电流路径。 此后,如果相关联的电流路径不被固态断路器中断,则控制器自动产生到主断路器的信号以中断从公共电源提供的电力。 或者,或另外,主中断装置可以在其自身的内部感测机构检测到超过预定电平的电流的大小时中断当前路径。 此外,如果任何分支断路器在“断开”或中断状态下出现故障,控制器将自动产生一个信号给主断路器,以中断从公共电源提供的电力。 其他特征包括翅片式壳体结构,其为断路器系统提供冷却装置,而不需要冷却风扇。