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    • 2. 发明授权
    • Circuit-breaker with an explosive charge ignited during opening operation
    • 断路器在打开操作期间点燃爆炸装置
    • US6107590A
    • 2000-08-22
    • US290179
    • 1999-04-13
    • Jorgen SkindhojBodo BruhlKurt KalteneggerLorenz MullerLutz NiemeyerThomas SchoenemannLukas Zehnder
    • Jorgen SkindhojBodo BruhlKurt KalteneggerLorenz MullerLutz NiemeyerThomas SchoenemannLukas Zehnder
    • H01H33/91H01H33/70H01H39/00H01H33/04H01H9/30H01H33/88
    • H01H39/00H01H33/70
    • Extending between a fixed tulip contact (1) and a slide tulip (4) is an arcing chamber (5) which is occupied in the closed position by a movable contact pin (3) which fills up both an exhaust (9) surrounded by the slide tulip (4) and a blowout opening (7) which is surrounded by the tulip contact (1) and connects the arcing chamber (5) to a pressure chamber (6). The arcing chamber (5) is surrounded by an annular heating volume (13) open toward the same. Arranged in the pressure chamber (6) is a charge (10) of explosive which is for the most part converted within approximately 10-30 ms after ignition to extinguishing gas, preferably predominantly nitrogen, the gas pressure moving the contact pin (3) toward the open position. After clearance of the blowout opening (7) and the exhaust (9), the arc drawn between the contact pin (3) and tulip contact (1) is blown out, something which is supported by the pressure buildup, to which the arc contributes, in the heating volume (13). The pressure chamber with the charge can also surround the arcing chamber in an annular fashion. In this case, it is also possible to support the opening movement by the explosion pressure, for example, via pistons.
    • 固定的郁金香触点(1)和滑动郁金香(4)之间的延伸是电弧室(5),其通过可移动的接触销(3)被占据在闭合位置,活动接触销(3)填充由 滑动郁金香(4)和由郁金香接触件(1)包围并将电弧室(5)连接到压力室(6)的吹出口(7)。 电弧室(5)由向其开口的环形加热容积(13)包围。 安装在压力室(6)中的是炸药的装药(10),其大部分在点火后大约10-30ms内被转化为熄灭气体(优选主要是氮气),使得接触销(3)朝着 开仓。 在吹出口(7)和排气(9)的间隙之后,在接触销(3)和郁金香接触件(1)之间拉出的电弧被吹出,由电弧产生的压力累积所支撑的东西 ,在加热容积(13)中。 具有电荷的压力室也可以以环形方式围绕电弧室。 在这种情况下,也可以通过例如经由活塞的爆炸压力来支撑打开运动。
    • 3. 发明授权
    • Puffer type circuit breaker with arcing chamber, auxiliary shunting
contacts and exhaust structure with pressure relief valves
    • 具有电弧室,辅助分流触头和带减压阀的排气结构的河豚式断路器
    • US6163001A
    • 2000-12-19
    • US290386
    • 1999-04-13
    • Lukas ZehnderKurt KalteneggerLutz NiemeyerThomas SchoenemannGunter Speckhofer
    • Lukas ZehnderKurt KalteneggerLutz NiemeyerThomas SchoenemannGunter Speckhofer
    • H01H33/91H01H33/98H01H33/985H01H39/00H01H33/02
    • H01H33/98H01H2033/906
    • Arranged in the continuation of an arcing chamber (16) bounded by consumable rings (32a, 32b) are pressure chambers (25a, 25b) which are connected in each case to a heating volume (18), which concentrically surrounds the arcing chamber (16), via a return channel (28; 28b), which is rotationally symmetrical with reference to the switching axis and is at least initially of increasing cross section, and a non-return valve (29a; 29b). A circumferential blowout slot (19) opening into the arcing chamber (16) between the consumable rings (32a, 32b) issues from the heating volume (18). The pressure chambers (25a, 25b) are, moreover, connected via in each case a plurality of exhaust tubes (34a, 34b) to exhaust volumes (30a, 30b) and to one of them also via a pressure relief valve (37). The pinch pressure produced between the consumable rings (32a, 32b) during formation of an arc (17) leads to a pressure buildup in the pressure chambers (25a, 25b) which contributes via the return channels (28a, 28b) to building up in the heating volume (18) a high blowout pressure which on the occasion of the next zero crossing causes a strong gas flow through the blowout slot (19) into the arcing chamber (16), which quenches the arc (17).
    • 排列在由消耗环(32a,32b)限定的电弧室(16)的连续的压力室(25a,25b)中,每个壳体都连接到加热容积(18),同时围绕着电弧室 ),经由返回通道(28; 28b),所述返回通道相对于所述切换轴线旋转对称并且至少最初为增加的横截面,以及止回阀(29a; 29b)。 通向消耗环(32a,32b)之间的电弧室(16)的周向吹出槽(19)从加热容积(18)发出。 此外,压力室(25a,25b)在每种情况下通过多个排气管(34a,34b)连接到排气容积(30a,30b),并且还经由减压阀(37)连接到其中的一个。 在形成电弧(17)期间在消耗环(32a,32b)之间产生的夹紧压力导致压力室(25a,25b)中的压力累积,其通过返回通道(28a,28b)有助于建立在 加热容积(18)具有高的吹出压力,在下一个零交叉的情况下,强烈的气体通过吹出槽(19)流入电弧室(16),从而淬火电弧(17)。
    • 4. 发明授权
    • Power breaker
    • 断路器
    • US5905243A
    • 1999-05-18
    • US919213
    • 1997-08-28
    • Lukas ZehnderKurt KalteneggerBenedikt LopfeLorenz MullerManfred Seidel
    • Lukas ZehnderKurt KalteneggerBenedikt LopfeLorenz MullerManfred Seidel
    • H01H33/12H01H33/70H01H33/90H01H33/915
    • H01H33/901H01H33/7015
    • This power breaker has an arcing chamber which is filled with an insulating medium and extends along a central axis (2). This arcing chamber is provided with a power current path which has two erosion contact arrangements (5, 6) which are arranged on the central axis (2), are at a constant distance from one another in the axial direction and bound an arcing zone. The arcing chamber also has a heating area (13), which is connected to the arcing zone, and a bridging contact which electrically conductively connects the erosion contact arrangements (5, 6) in the connected state. The bridging contact is arranged centrally in the interior of the erosion contact arrangements (5, 6). An annular gap (36) is provided between the erosion contact arrangements (5, 6) and opens directly into the heating area (13). In this power breaker, the flow behavior is significantly improved in the region between the arcing zone and the heating area (13).
    • 该电源断路器具有一个充满绝缘介质并沿中心轴线(2)延伸的电弧室。 该电弧室设置有电力通路,该电力通路具有布置在中心轴线(2)上的两个侵蚀接触装置(5,6),在轴向方向上彼此保持恒定的距离并且限定了电弧区域。 电弧室还具有连接到电弧区的加热区域(13)和在连接状态下导电地连接腐蚀接触装置(5,6)的桥接接点。 桥接接触件布置在侵蚀接触装置(5,6)的内部中央。 环形间隙(36)设置在侵蚀接触装置(5,6)之间并直接打开到加热区域(13)中。 在该断电器中,在电弧区域和加热区域(13)之间的区域中,流动行为显着改善。
    • 6. 发明授权
    • Consumable switching arrangement
    • 消耗品切换装置
    • US6100492A
    • 2000-08-08
    • US290387
    • 1999-04-13
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerThomas Schoenemann
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerThomas Schoenemann
    • H01H33/66H01H1/38H01H33/12H01H33/985
    • H01H33/12H01H1/385
    • A wreath of contact fingers (4) directed radially toward a switching axis (1) presses in the closed position against the circumferential surface of a contact pin (2) with consumable heads (5) fitted on the ends. At an angle of approximately 90.degree., the contact fingers (4) adjoin webs (6) which are guided in the closing direction up to a housing part (7) at which they are permanently anchored and via which they connect the contact fingers (4) to an electric terminal. The webs (6) and--with the exception of the consumable heads (5)--the contact fingers (4) are produced in one piece from springy material of high conductivity. The contact with the contact pin (2) radially deflects the consumable heads (5) in the closing direction with elastic bending of the webs (6). The length (R) of the radial contact fingers and the length (L) of the axial webs (6) are selected such that the attraction of the parallel component currents through the latter approximately compensates the contact repulsion forces.
    • 朝向切换轴线(1)的径向指向的接触指状物(4)的花环在与销钉(5)嵌合在端部上的接触销(2)的周向表面处于关闭位置。 接触指状物(4)以大约90°的角度邻接腹板(6),腹板(6)在关闭方向上被引导到壳体部分(7),在该壳体部分(7)处永久地锚定,并且通过它们将接触指 )到电气终端。 除了消耗头(5) - 接触指(4)之外,腹板(6)和高导电性的弹性材料制成一体。 与接触销(2)的接触通过腹板(6)的弹性弯曲使消耗头(5)在关闭方向上径向偏转。 选择径向接触指的长度(R)和轴向腹板(6)的长度(L),使得并联组件电流通过后者的吸引力大约补偿接触排斥力。
    • 7. 发明授权
    • Power breaker
    • 断路器
    • US5929409A
    • 1999-07-27
    • US825817
    • 1997-04-03
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerBodo Bruhl
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerBodo Bruhl
    • H01H33/12H01H33/18H01H33/70H01H33/91
    • H01H33/12H01H33/7038H01H33/18H01H33/91
    • This power breaker has at least one quenching chamber, which is filled with an insulating medium, is of cylindrical design, extends along a central axis (2) and has a power current path, having two stationary consumable contact arrangements (5, 6) which are arranged on the central axis (2), are at a distance from one another in the axial direction and are arranged in the power current path. In the connected state, the consumable contact arrangements (5, 6) are electrically conductively connected by means of a moving bridging contact. An arc zone (24) is provided between the stationary consumable contact arrangements (5, 6). A rated current path, which is provided with moving rated current contacts, is arranged in parallel with the power current path. The bridging contact is arranged in the interior of the consumable contact arrangements (5, 6) extended along the central axis (2).
    • 该断电器具有至少一个填充有绝缘介质的淬火室,其具有圆柱形设计,沿着中心轴线(2)延伸并且具有电力通路,具有两个固定的可消耗触点装置(5,6),其中 布置在中心轴线(2)上,在轴向上彼此间隔一定距离并且布置在电力通路中。 在连接状态下,可消耗触点装置(5,6)通过移动桥接触头导电连接。 在固定的可消耗触点装置(5,6)之间设置一个弧形区(24)。 设有与额定电流触点相连的额定电流通道与电源电流通路并联设置。 桥接接触件布置在沿着中心轴线(2)延伸的可消耗接触装置(5,6)的内部。
    • 8. 发明授权
    • Consumable switching arrangement
    • 消耗品切换装置
    • US6100489A
    • 2000-08-08
    • US290388
    • 1999-04-13
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerThomas SchoenemannKlaus-Dieter Weltmann
    • Lukas ZehnderRobert AnderesChristian DahlerKurt KalteneggerThomas SchoenemannKlaus-Dieter Weltmann
    • H01H33/66H01H1/38H01H1/46H01H33/12H01H33/985
    • H01H1/385H01H1/46H01H33/12
    • In the switched-on position, under the influence of contact forces generated by elastic deflection or else by mechanical spreading, or spreading caused by the attraction of parallel currents or repulsion of antiparallel currents, of a switching pin (5) , the switching pins presses against the inner side of a first switching ring (4), which is rigid for the purpose of avoiding mechanical overloading and securing sufficient consumable reserves. By way of example, a support (30) of the switching pin (5) is adjoined by two parallel, elastic extensions (52a, 52b), which are separated by a slot (53) and respectively support a contact member (54a; 54b) by means of a connecting element (55a; 55b) forming half a screw thread, with the result that said contact member is in each case offset by 180.degree. relative to the extension (52a; 52b). In the switched-on position, therefore, the contact members (54a, 54b) are forced apart by the elastic deformation of the extensions (52a, 52b) which is caused by the attraction between the parallel partial currents through said contact members. The switching pin (5) is electrically conductively connected to a second switching ring (6), which is separated from the first switching ring (4) by an arc space.
    • 在接通位置,在开关销(5)的弹性偏转或通过机械扩散或平行电流的吸引或反并联电流排斥引起的接触力的影响下,开关销按压 抵靠第一开关环(4)的内侧,其为了避免机械过载并确保足够的可消耗储量的刚性。 作为示例,切换销(5)的支撑件(30)由两个平行的弹性延伸部(52a,52b)相邻,所述两个平行的弹性延伸部分(52a,52b)由槽(53)分开并分别支撑接触构件(54a; 54b )通过形成半个螺纹的连接元件(55a; 55b),结果是所述接触构件在每种情况下相对于延伸部(52a; 52b)偏移180°。 因此,在接通位置,接触构件(54a,54b)被通过所述接触构件的平行部分电流之间的吸引引起的延伸部(52a,52b)的弹性变形而被强制分开。 开关销(5)导电地连接到与第一开关环(4)分开的电弧空间的第二开关环(6)。