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    • 1. 发明授权
    • Gas circuit breaker
    • 气体断路器
    • US09336974B2
    • 2016-05-10
    • US14414492
    • 2013-10-09
    • Hitachi, Ltd.
    • Hideyuki KotsujiHajime UraiMakoto KoizumiMakoto Hirose
    • H01H33/91H01H33/88H01H33/78H01H33/74H01H33/02
    • H01H33/88H01H33/74H01H33/78H01H33/91H01H2033/028
    • A pair of arcing contacts 3 and 5 facing each other are placed in a tank 1 to perform opening and closing operation, and a puffer cylinder 7 is coaxially provided on the circumference of one arcing contact 5. A puffer chamber 9 is comprised of the puffer cylinder 7, a fixed piston 6, and a hollow rod 8. An insulating nozzle 4 forming a space communicating with the puffer chamber 9 is provided. An exhaust tube 2 for exhausting and cooling hot gas discharged from an arc produced in the insulating nozzle 4 is provided on the circumference of the other arcing contact 3. A structure 11 for temporarily reducing the flow path area is provided on the inner circumferential surface at short of the end portion of the exhaust tube 2.
    • 一对彼此面对的电弧触头3和5放置在罐1中以进行开闭操作,并且在一个电弧触点5的圆周上同轴地设置有一个吹气缸7.一个吹气室9由吹气 气缸7,固定活塞6和中空杆8.形成与吹气室9连通的空间的绝缘喷嘴4。 在另一个电弧接点3的圆周上设置有用于排出和冷却从绝缘喷嘴4中产生的电弧排出的热气体的排气管2.在内周面上设置用于暂时减少流路面积的结构体11 短于排气管2的端部。
    • 2. 发明申请
    • Gas Circuit Breaker
    • 气体断路器
    • US20150380188A1
    • 2015-12-31
    • US14765497
    • 2014-03-05
    • HITACHI, LTD.
    • Toshiaki SAKUYAMAHajime URAINoriyuki YAGINUMA
    • H01H33/08H01H73/18
    • H01H33/08H01H33/74H01H33/78H01H73/18H01H2205/002
    • A gas circuit breaker includes, in a container filled with an arc extinguishing gas: a fixed-side main contact and a movable-side main contact separable from the fixed-side main contact; a fixed arcing contact (12) and a movable arcing contact (11) disposed on inside diameter sides of the fixed-side main contact and the movable-side main contact, respectively, the movable arcing contact (11) being separable from the fixed arcing contact (12); an insulating nozzle (14) that surrounds the fixed arcing contact (12); an arc space to be formed between the fixed arcing contact (12) in the insulating nozzle (14) and the movable arcing contact (11) when the movable arcing contact (11) is separated from the fixed arcing contact (12); a thermal puffer chamber (21) that draws thereinto the arc extinguishing gas whose pressure has been increased by arc heat in the arc space; and an evaporating member (41) disposed in the thermal puffer chamber (21). In the gas circuit breaker, the evaporating member (41) is formed of a nonwoven fabric.
    • 气体断路器包括在装有灭弧气体的容器中:固定侧主触头和可从固定侧主触头分离的可动侧主触头; 分别设置在固定侧主触点和可动侧主触头的内径侧的固定电弧触点(12)和可动电弧触点(11),可动电弧触点(11)可分离固定电弧 联系人(12); 围绕固定电弧触点(12)的绝缘喷嘴(14); 当可动电弧触头(11)与固定电弧触点(12)分离时,在绝缘喷嘴(14)中的固定电弧触点(12)和可动电弧触点(11)之间形成的电弧空间; 一个热气冲洗室(21),其吸入在电弧空间中通过电弧加热压力的灭弧气体; 以及设置在所述热吹气室(21)中的蒸发构件(41)。 在气体断路器中,蒸发构件(41)由无纺布形成。
    • 3. 发明授权
    • Medium-voltage or high voltage electrical switchgear
    • 中压或高压电气开关柜
    • US07754991B2
    • 2010-07-13
    • US11587286
    • 2005-04-20
    • Jean-Luc BessedeOana Aitken
    • Jean-Luc BessedeOana Aitken
    • H01H33/76
    • H01H33/22H01H33/78
    • This electrical switchgear has an interrupting chamber enclosing an interrupting gas (G) substantially devoid of SF6 and of CF4, and a first arcing contact (10) and a second arcing contact (18), the two arcing contacts moving causes an electric arc (26) to strike, while at least one irradiation wall (22) is provided that is suitable for being reached by the electric arc. At least two component materials that are part of at least one element selected from the interrupting gas, the first and second arcing contacts, and the or each irradiation wall, are suitable for decomposing under the effect of the electric arc, so as to form decomposed species (e1, e2) suitable for combining in the interrupting chamber, in order to form at least one new gaseous species (G1), before the electric arc is extinguished, the dielectric properties of said at least one new gaseous species being superior to the dielectric properties of said interrupting gas (G).
    • 该电气开关装置具有封闭基本上不含SF6和CF4的中断气体(G)和第一电弧触点(10)和第二电弧触点(18)的中断室,两个电弧触点移动导致电弧(26 ),同时提供适于通过电弧到达的至少一个照射壁(22)。 作为从中断气体,第一和第二电弧触点以及每个照射壁中选择的至少一种元素的一部分的至少两种组分材料适合于在电弧作用​​下分解,以形成分解 适于在中断室中组合的物质(e1,e2),以便在电弧熄灭之前形成至少一种新的气态物质(G1),所述至少一种新的气态物质的介电性能优于 所述中断气体(G)的介电特性。
    • 4. 发明申请
    • Medium-voltage or high voltage electrical switchgear
    • 中压或高压电气开关柜
    • US20090294406A1
    • 2009-12-03
    • US11587286
    • 2005-04-20
    • Jean-Luc BessedeOana Aitken
    • Jean-Luc BessedeOana Aitken
    • H01H33/22
    • H01H33/22H01H33/78
    • This electrical switchgear has an interrupting chamber enclosing an interrupting gas (G) substantially devoid of SF6 and of CF4, and a first arcing contact (10) and a second arcing contact (18), the two arcing contacts moving causes an electric arc (26) to strike, while at least one irradiation wall (22) is provided that is suitable for being reached by the electric arc. At least two component materials that are part of at least one element selected from the interrupting gas, the first and second arcing contacts, and the or each irradiation wall, are suitable for decomposing under the effect of the electric arc, so as to form decomposed species (e1, e2) suitable for combining in the interrupting chamber, in order to form at least one new gaseous species (G1), before the electric arc is extinguished, the dielectric properties of said at least one new gaseous species being superior to the dielectric properties of said interrupting gas (G).
    • 该电气开关装置具有封闭基本上不含SF6和CF4的中断气体(G)和第一电弧触点(10)和第二电弧触点(18)的中断室,两个电弧触点移动导致电弧(26 ),同时提供适于通过电弧到达的至少一个照射壁(22)。 作为从中断气体,第一和第二电弧触点以及每个照射壁中选择的至少一种元素的一部分的至少两种组分材料适合于在电弧作用​​下分解,以形成分解 适于在中断室中组合的物质(e1,e2),以便在电弧熄灭之前形成至少一种新的气态物质(G1),所述至少一种新的气态物质的介电性能优于 所述中断气体(G)的介电特性。