会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Puffer-type gas-blast circuit breaker
    • 吹气式气体断路器
    • US4182942A
    • 1980-01-08
    • US792004
    • 1977-04-28
    • Osamu KoyanagiKen-ichi NatsuiYoshio Yoshioka
    • Osamu KoyanagiKen-ichi NatsuiYoshio Yoshioka
    • H01H33/88H01H33/91H01H33/915
    • H01H33/91
    • A puffer type gas-blast circuit breaker includes at least one interrupting unit mounted in a vessel filled with an arc-extinguishing gas of a unitary pressure. The interrupting unit comprises: a fixed contact; a movable contact movable toward and away from the fixed contact to be engaged with and to be disengaged from the fixed contact respectively, the movable contact having therein an axial hollow portion, wherein an arc is established between the contacts upon disengagement of the movable contact from the fixed contact; a compression chamber filled with an arc extinguishing gas; a suction chamber, wherein an arc extinguishing gas within the compression chamber is compressed and the volume of the suction chamber is enlarged upon movement of the movable contact away from the fixed contact, and wherein a pressure difference between the compression chamber and the suction chamber causes the arc extinguishing gas to be directed from the compression chamber through the axial hollow portion into the suction chamber thereby to be blown against an arc produced between the fixed contact and the movable contact; and means provided in the suction chamber for cooling an arc extinguishing gas introduced into the suction chamber to suppress a pressure rise within the suction chamber for maintaining a sufficiently large pressure difference between the compression chamber and the suction chamber, thereby shortening an arcing time and improving a breaking performance.
    • 吹气式气体爆炸断路器包括至少一个中断单元,其安装在填充有单一压力的灭弧气体的容器中。 所述中断单元包括:固定触点; 可移动接触件可以朝向和远离固定触头移动以分别与固定触头接合并与固定触头分离,所述可动触头具有轴向中空部分,其中在触点之间建立电弧,使可动触头脱离 固定接触; 填充有灭弧气体的压缩室; 吸入室,其中压缩室内的灭弧气体被压缩,并且当可动触头远离固定触头移动时吸入室的体积增大,并且其中压缩室和吸入室之间的压力差导致 将通过轴向中空部分从压缩室引导到吸入室中的灭弧气体被吹送到在固定触头和可动触点之间产生的电弧; 以及设置在所述吸入室中的装置,用于冷却引入所述吸入室的灭弧气体,以抑制所述吸入室内的压力上升,以保持所述压缩室和所述吸入室之间的压力差足够大,由此缩短电弧时间并提高 打破性能。
    • 2. 发明授权
    • Puffer-type gas-blast circuit breaker
    • 吹气式气体断路器
    • US4160888A
    • 1979-07-10
    • US802940
    • 1977-06-02
    • Ken-ichi NatsuiKunio HirasawaYoshio YoshiokaHiroshi Chida
    • Ken-ichi NatsuiKunio HirasawaYoshio YoshiokaHiroshi Chida
    • H01H33/91H01H33/915H01H33/70H01H33/88
    • H01H33/91
    • A puffer type gas-blast circuit breaker includes at least one interrupting unit mounted in a vessel filled with an arc-extinguishing gas of a unitary pressure. The interrupting unit comprises: a fixed contact; a movable contact movable toward and away from the fixed contact to be engaged with and to be disengaged from the fixed contact respectively, the movable contact having an axial hollow portion, wherein an arc is established between the contacts upon disengagement of the movable contact from the fixed contact; an insulating nozzle encompassing a free end portion of the movable contact and having a throat portion therein, which is substantially closed with the fixed contact; a compression chamber filled with an arc extinguishing gas; a suction chamber, wherein an arc extinguishing gas within the compression chamber is compressed and the volume of the suction chamber is enlarged upon movement of the movable contact away from the fixed contact, whereby a pressure difference between the compression chamber and the suction chamber causes the arc extinguishing gas to be directed from the compression chamber through the axial hollow portion into the suction chamber thereby to be blown against an arc produced between the fixed contact and the movable contact; and the suction chamber is brought into an open condition to or communication with a space in the vessel, simultaneously when the fixed contact is drawn out of the throat portion in the insulating nozzle.
    • 吹气式气体爆炸断路器包括至少一个中断单元,其安装在填充有单一压力的灭弧气体的容器中。 所述中断单元包括:固定触点; 可移动接触件可以朝向和远离固定触头移动以分别与固定触头接合并从固定触头脱离,所述可动触头具有轴向中空部分,其中当触动件与可动触头脱离时在触点之间建立电弧 固定接触 绝缘喷嘴,其包围可动触头的自由端部,并且在其中具有与固定触头基本上封闭的喉部; 填充有灭弧气体的压缩室; 吸入室,其中压缩室内的灭弧气体被压缩,并且当可动触头远离固定触头移动时吸入室的体积增大,由此压缩室和吸入室之间的压力差导致 灭弧气体从压缩室通过轴向中空部分引入吸入室,从而被吹送到在固定触头和可动触点之间产生的电弧; 并且当固定接触件从绝缘喷嘴中的喉部部分拉出时,吸入室进入开口状态或与容器中的空间连通。
    • 3. 发明授权
    • Electromagnetic puffer type gas circuit breaker
    • 电磁吹风式气体断路器
    • US4211903A
    • 1980-07-08
    • US805173
    • 1977-06-09
    • Masanori TsukushiKatsuichi KashimuraOsamu KoyanagiYoshio YoshiokaKunio Hirasawa
    • Masanori TsukushiKatsuichi KashimuraOsamu KoyanagiYoshio YoshiokaKunio Hirasawa
    • H01H33/70H01H33/88H01H33/915
    • H01H33/882
    • An electromagnetic puffer type gas circuit breaker comprises two opposing puffer type gas circuit breaking units mounted on midway support means, actuating means for driving the circuit breaking units, an electromagnetic actuating unit drivingly coupled to the actuating means, and current transfer mechanism for transferring and applying the interrupting current to the electromagnetic actuating unit during a circuit breaking operation. The current transfer mechanism is located, in operative connection to the actuating means, at a point above the midway support means and in a spaced relation to the electromagnetic actuating unit. The contact surface area of the current-conducting path portion leading to the transfer mechanism is a fraction of that of another current-conducting path portion for the passage of most of the rated current. These features provide ease of inspection and replacement of the current transfer mechanism and reduces the operating force requirement of the breaker.
    • 一种电磁吹风式气体断路器包括安装在中途支撑装置上的两个相对的河豚式气体断路装置,用于驱动断路单元的驱动装置,驱动地连接到致动装置的电磁致动单元,以及用于转移和施加的电流传递机构 在断路操作期间到电磁致动单元的中断电流。 当前的传送机构位于中途支撑装置上方并以与电磁驱动单元间隔开的位置处于与致动装置有效连接的位置。 通向传送机构的导电通路部分的接触表面积是另一导流路径部分的大部分额定电流通过的一部分。 这些特征提供了便于检查和更换电流传递机构,并降低了断路器的操作力要求。
    • 5. 发明授权
    • Puffer type gas circuit breaker
    • 河豚式气体断路器
    • US4132876A
    • 1979-01-02
    • US721487
    • 1976-09-08
    • Minoru SatoIsao TakahashiTakanao KurasawaYoshio YoshiokaYukio Nakagawa
    • Minoru SatoIsao TakahashiTakanao KurasawaYoshio YoshiokaYukio Nakagawa
    • H01H33/91H01H33/24H01H33/915H01H33/88
    • H01H33/245
    • A puffer type gas circuit breaker comprises a first and a second arcing electrodes movable relative to each other, an insulating nozzle surrounding the second arcing electrode, a puffer device for introducing an arc-suppressing gas into the insulating nozzle to puff out the arc produced between the two arcing electrodes when the breaker is in motion for circuit breaking, and a movable shield device for relieving the concentration of an electric field at the front end of the first arcing electrode during the breaker motion for circuit breaking. When the breaker is closed and the circuit made, the movable shield device surrounds the first arcing electrode and insulating nozzle, with a predetermined gap between itself and the insulating nozzle opposite thereto, and is kept at the same potential as the first arcing electrode. The circuit breaker further includes a device for maintaining the predetermined gap and the same potential at least in the early stage of the breaker motion for current breaking.
    • 吹气式气体断路器包括可相对于彼此可移动的第一和第二电弧电极,围绕第二电弧电极的绝缘喷嘴,用于将绝热喷嘴引入灭弧气体的吹气装置,用于吹出在 当断路器运动以断开电路时的两个电弧电极,以及用于在断路器运动期间用于减轻第一电弧电极前端处的电场浓度的可移动屏蔽装置。 当断路器闭合并且电路制成时,可动屏蔽装置围绕第一电弧电极和绝缘喷嘴,其自身与与其相对的绝缘喷嘴之间具有预定的间隙,并且保持与第一电弧电弧相同的电位。 断路器还包括用于至少在断路器运动的早期阶段保持预定间隙和相同电位的装置,用于电流断开。
    • 10. 发明授权
    • Magnetic puffer type gas circuit breaker
    • 磁性河豚式气体断路器
    • US4105879A
    • 1978-08-08
    • US775196
    • 1977-03-07
    • Masanori TsukushiKatsuichi KashimuraKunio HirasawaYoshio Yoshioka
    • Masanori TsukushiKatsuichi KashimuraKunio HirasawaYoshio Yoshioka
    • H01H33/70H01H33/88
    • H01H33/882
    • In a magnetic puffer type gas circuit breaker including an electromagnetic coil through which a current to be interrupted flows during the breaking operation, and an electromagnetic repulsive member which produces an electromagnetic repulsive force in cooperation with the electromagnetic coil and drives movable parts of a breaking portion of the apparatus, the electromagnetic repulsive member is so arranged that the electromagnetic neutral position of the electromagnetic repulsive member within the electromagnetic coil at the time when the breaking portion has been closed deviates on the closing side with respect to the electromagnetic center of the electromagnetic coil. Further, the characteristics of the electromagnetic repulsive forces between the electromagnetic coil and the electromagnetic repulsive member are so set that their absolute values become smaller on the closing side than on the breaking side with respect to the point at which the electromagnetic center of the electromagnetic coil and the electromagnetic neutral position of the electromagnetic repulsive member are coincident.
    • 在包括电磁线圈的磁性河豚型气体断路器中,在电磁线圈中断流动的电流在断开动作期间流动,以及电磁排斥构件,其产生与电磁线圈协作的电磁排斥力并驱动断开部的可动部 该电磁排斥构件被布置成使得在断开部分已经闭合时电磁线圈内的电磁排斥构件的电磁中立位置相对于电磁线圈的电磁中心在关闭侧偏离 。 此外,电磁线圈和电磁排斥构件之间的电磁排斥力的特性被设定为使得它们的绝对值相对于电磁线圈的电磁中心的点在闭合侧比在断开侧变小 并且电磁排斥构件的电磁中立位置一致。