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    • 81. 发明申请
    • Arc chute and circuit breaker equipped with one such arc chute
    • 电弧槽和断路器配有一个这样的电弧槽
    • US20090120908A1
    • 2009-05-14
    • US12289830
    • 2008-11-05
    • Eric Domejean
    • Eric Domejean
    • H01H9/44
    • H01H9/346H01H9/443H01H2009/348
    • An arc chute comprising: an arc extinguishing chamber formed by a stack of deionizing plates, an arc formation chamber delineated by a first cheek and a second cheek, and gas removal means to remove the gases generated when an electric arc forms, comprising a removal duct arranged behind the second cheek and connected to at least one exchange space, wherein the arc extinguishing chamber comprises permanent magnets, at least a part of said magnets being arranged behind the first cheek, and the gas removal means comprise an opening formed partially in the second cheek and opening out outside the arc chute. A circuit breaker comprising the arc extinguishing chamber described above.
    • 一种灭弧室,包括:由一组去离子板形成的消弧室,由第一面板和第二面板划定的电弧形成室,以及用于去除电弧形成时产生的气体的气体去除装置,包括去除管道 布置在所述第二面颊之后并连接到至少一个交换空间,其中所述灭弧室包括永磁体,所述磁体的至少一部分布置在所述第一面颊之后,所述气体去除装置包括部分地形成在所述第二面 面颊外露出弧槽。 一种包括上述消弧室的断路器。
    • 82. 发明申请
    • Electrical service device having an arc prechamber area, prechamber plates and a current -limiting arc-quenching device
    • 具有电弧预烧室区域的电气维修装置,预制板和电流限制性灭弧装置
    • US20060180576A1
    • 2006-08-17
    • US11350070
    • 2006-02-09
    • Alexander RabKlaus KlingPatrick ClaeysRichard Kommert
    • Alexander RabKlaus KlingPatrick ClaeysRichard Kommert
    • H01H33/02
    • H01H9/346H01H9/443H01H9/446H01H11/0006H01H71/0214H01H2009/348
    • The invention proposes an electrical service device, in particular line circuit breaker or motor circuit breaker, having a housing having connection means (20, 21) for the purpose of connecting busbars and/or connection lines on at least one end side, having at least one switching contact having a fixed and a movable switching contact piece, an arc (6) being produced in an arc prechamber area (5) between said fixed and movable switching contact pieces in the event of a disconnection, said arc entering a current-limiting arc-quenching device (7) via arc guide rails. Prechamber plates (9, 12) are arranged in the region of the arc prechamber area (5), return-flow channels (10, 13) being formed by said prechamber plates (9, 12) from the arc-quenching device (7) to the arc prechamber area (5) between the housing wall (2) and the prechamber plates (9, 12). The housing wall (2) is provided with cutouts (15, 17), which are accessible from the outside, in the region of the prechamber plates (9, 12), iron plates (16, 18) being inserted into said cutouts (15, 17) for the purpose of creating an AC heavy-duty switching device and permanent magnet plates (16, 18) being inserted into said cutouts (15, 17) for the purpose of creating a DC heavy-duty switching device.
    • 本发明提出了一种电气服务装置,特别是线路断路器或电动机断路器,其具有壳体,该壳体具有连接装置(20,21),用于在至少一个端部侧连接汇流条和/或连接线,至少具有 一个开关触点具有固定和可移动开关触点,在断开的情况下,在所述固定开关触头和可移动开关触点之间的电弧预充电区域(5)中产生电弧(6),所述电弧进入限流 灭弧装置(7)通过电弧导轨。 预弧板(9,12)布置在弧形预制室区域(5)的区域中,由来自灭弧装置(7)的所述预制板(9,12)形成的回流通道(10,13) 到壳体壁(2)和前室板(9,12)之间的弧形预烘室区域(5)。 壳体壁(2)设置有从外部在预制板(9,12)的区域中可接近的切口(15,17),铁板(16,18)插入所述切口(15) ,17),用于创建交流重载开关装置和插入到所述切口(15,17)中的永磁体板(16,18),用于形成直流重型开关装置。
    • 87. 发明申请
    • AN ARC EXTINGUISHING STRUCTURE FOR DIRECT CURRENT CIRCUIT BREAKER
    • US20180323028A1
    • 2018-11-08
    • US15755724
    • 2017-05-17
    • ZHEJIANG PEOPLE ELE. APPLIANCE CO., LTD.
    • Yanxia ZHANGLi ZHANGZhihao ZHENGQianzhong CHEN
    • H01H73/18H01H73/06H01H71/10H01H9/34H01H9/30
    • H01H73/18H01H9/302H01H9/345H01H9/346H01H71/10H01H73/06
    • The present invention provides an arc extinguishing structure for direct current circuit breaker, which comprises an arc extinguishing chamber (3) installed on a second casing (2), with a lateral opening (30) which opens towards the first casing (1); a gas generating hood (4) installed at a lower part inside the arc extinguishing chamber (3) and comprising two gas generating plates (41, 42) that are disposed opposite to each other, with a shield plate (43) disposed opposite to the lateral opening (30) and adjacent the second casing (2); a movable contactor (5) and a stationary contactor (6) installed inside an internal installation space (10), with the disconnecting portion between the movable contactor (5) and the stationary contactor (6) being located inside an accommodation space (40) and close to the shield plate (43), so that when the movable contactor (5) becomes disconnected from the stationary contactor (6) and an electric arc is produced, the electric arc triggers the gas generating plates (41, 42) and the shield plate (43) to generate a lot of gas which pushes the electric arc to move in a direction away from the shield plate (43); a plurality of arc extinguishing grid-plates (7) installed at an upper part inside the arc extinguishing chamber (3), having lower slots (71) which are open towards the accommodation space (40) and have a size that gradually decreases along a direction from the second casing (2) to the first casing (1), so that the electric arc during its moving process is continuously blocked by the arc extinguishing grid-plates (7) with increasingly smaller sizes of lower slots (71), and as a result, the electric arc cannot come out from the lateral opening (30) of the arc extinguishing chamber (3), but instead can only enter the spaces between the arc extinguishing grid-plates (7) and thus get extinguished as quickly as possible.
    • 89. 发明授权
    • Switching device with permanent-magnetic arc extinguishment
    • US09991073B2
    • 2018-06-05
    • US15003766
    • 2016-01-21
    • Schaltbau GmbH
    • Robert Kralik
    • H01H33/18H01H9/34H01H9/44H01H9/46H01H33/08H01H1/20H01H50/54
    • H01H33/182H01H1/20H01H9/346H01H9/443H01H9/46H01H33/08H01H50/546
    • The present invention relates to a switching device with at least one contact point and an arc blow device associated with the contact point, where the arc blow device comprises at least one blow magnet for generating a magnetic blow field, and where the blow field is of such nature that a switch arc developing when the contact point opens is blown out from the contact point. It is according to the invention provided that the blow field comprises a first magnetic field area and a second magnetic field area arranged adjacent to the first magnetic field area, where the magnetic field lines of the first magnetic field area are oriented in opposite direction to the magnetic field lines of the second magnetic field area, and where the blow field further comprises a transition area which connects the first magnetic field area and the second magnetic field area with each other, where the orientation of the magnetic field lines in the transition area, each starting out from the first magnetic field area and the second magnetic field area, aligns toward the contact point so that the switch arc within the transition area is in dependence of the direction of the current, starting out from the contact point, directed either into the first magnetic field area or into the second magnetic field area and there in both cases blown in the same direction away from the contact point.