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    • 3. 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。
    • 4. 发明申请
    • Gas-Insulated Switchgear
    • 气体绝缘开关柜
    • US20150236485A1
    • 2015-08-20
    • US14421513
    • 2013-07-19
    • Hitachi, Ltd.
    • Hiroaki HashimotoKenichi OkuboDaisuke EbisawaMakoto Hirose
    • H02B5/06H01H33/56H01H33/42
    • H02B5/06H01H33/42H01H33/56H02B1/22
    • A circuit breaker (33) formed with a sealed tank (4) having a breaker section and an operating mechanism (2) is laterally arranged in a lengthwise direction and is fixed to a frame (1), and above the circuit breaker, main bus containers (11, 12) are provided, substantially orthogonally to an axial direction of the circuit breaker (33). Operating mechanism-side working space (B) and breaker section-side working space (C) are provided respectively above the operating mechanism (2) and the sealed tank (4), and a hand hole (5) is provided on an upper surface of the sealed tank (4). A connecting pin (24) is provided in a link mechanism connecting the operating mechanism (2) and the movable contact (7), and an operating mechanism-side working hole for accessibility to the connecting pin (24) from the operating mechanism-side working space (B) is provided.
    • 形成有具有断路器部分和操作机构(2)的密封箱(4)的断路器(33)在长度方向上横向地布置并且固定到框架(1)上,并且在断路器上方,主母线 大体垂直于断路器(33)的轴向方向设置容器(11,12)。 分别在操作机构(2)和密封箱(4)的上方设有操作机构侧工作空间(B)和断路器侧工作空间(C),在上表面 的密封罐(4)。 连接销(24)设置在连接操作机构(2)和可动触头(7)的连杆机构中,以及操作机构侧工作孔,用于与操作机构侧的连接销(24)相接触 提供工作空间(B)。
    • 7. 发明授权
    • Gas circuit breaker
    • US10256060B2
    • 2019-04-09
    • US15846936
    • 2017-12-19
    • Hitachi, Ltd.
    • Masanao TeradaTaichiro YamashitaHiroaki HashimotoHajime UraiMakoto Hirose
    • H01H33/42H01H33/56
    • Realized is a shape of a grooved cam that maximizes break performance by appropriately setting an electrode operation, with a minimum weight increase. A gas circuit breaker includes a drive side electrode and a driven side electrode which are disposed to face each other in a sealed tank, the drive side electrode having a drive side main electrode and a drive side arcing contact, the driven side electrode having a driven side main electrode and a driven side arcing contact, the drive side arcing contact being connected to an operating device, and the driven side arcing contact being connected to a double motion mechanism portion, in which the double motion mechanism portion includes a drive side connection rod that receives driving force from the drive side electrode, a driven side connection rod that is connected to the driven side arcing contact, a lever that is bent to the operating device side around a rotation axis by causing the driven side connection rod to operate in an opposite direction with respect to an operation of the drive side connection rod, and a guide that defines operations of the drive side connection rod and the driven side connection rod.
    • 10. 发明授权
    • Puffer-type gas circuit-breaker
    • 河豚式气体断路器
    • US09058947B2
    • 2015-06-16
    • US13728332
    • 2012-12-27
    • HITACHI, LTD.
    • Noriyuki YaginumaMasanori TsukushiMakoto Hirose
    • H01H33/88H01H33/08H01H33/90
    • H01H33/08H01H33/901H01H2033/906H01H2033/908
    • A puffer-type gas circuit-breaker having improved interruption performance and dielectric performance, comprising: a partition wall provided in a stationary cylinder on the moving side of the circuit-breaker to form an intra-stationary cylinder space, a mechanical puffer chamber provided adjacent to one flange of the partition wall and a hot gas exhaust chamber provided on the same side as another flange of the partition wall, wherein the stationary cylinder has gas inlet holes communicated with the intra-stationary cylinder space and formed on one side relative to a virtual plane that bisects the stationary cylinder in a radial direction, gas outlet holes communicated with the intra-stationary cylinder space, and hot gas exhaust openings communicated with the hot gas exhaust chamber, further communicated with the puffer shaft flow hole after an arc is generated and formed in radial directions of the stationary cylinder and on the other side relative to the virtual plane.
    • 一种具有改进的中断性能和介电性能的吹气式气体断路器,包括:设置在断路器移动侧的静止气缸中以形成内部静止气缸空间的分隔壁,邻近设置的机械气泡室 分隔壁的一个凸缘和设置在与分隔壁的另一个凸缘相同侧的热气体排出室,其中,静止气缸具有与内部固定气缸空间连通的气体入口孔,并相对于一侧形成在一侧 虚拟平面,其在径向方向上平分固定圆筒,与内部固定的气缸空间连通的气体出口孔,以及与热气体排出室连通的热气体排出开口,在产生电弧之后还与吹气轴流孔连通 并且在固定筒的径向方向上形成并且相对于虚拟平面形成在另一侧。