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    • 2. 发明公开
    • GAS-INSULATED SWITCHGEAR
    • GASISOLIERTES SCHALTGETRIEBE
    • EP2339707A1
    • 2011-06-29
    • EP09819257.8
    • 2009-10-02
    • Japan AE Power Systems Corporation
    • HENMI, ReiYAGINUMA, Kyuji
    • H02B13/02
    • H02B13/0356G01R15/14H01H33/027
    • Bus container 1 of cylindrical shape is filled with insulating gas and main circuit conductor 2 is housed with bus container 1 in taut condition. Bus container 1 has flange 3. Current transformer container 4 is installed adjacently to bus container 1. Current transformer container 4 includes inner cylinder 5 and outer sealing member 6. On the periphery of inner cylinder 5, three current transformers 11 are provided interposing insulative cushioning material 10. Other longitudinal end of inner cylinder 5 and bus container 1 are arranged so that insulation gap 9 is formed in between. Between inner cylinder 5 and outer sealing member 6 on insulation gap 9 side, varistor 15 of which resistance varies depending on a applied voltage is electrically connected through bonding conductor 16. Varistor 15 turns into a conducting state when a surge voltage over a predetermined intensity is applied.
    • 圆柱形的总线容器1填充有绝缘气体,主电路导体2以总线容器1紧固的方式容纳。 总线容器1具有凸缘3.电流互感器容器4与总线容器1相邻地安装。电流互感器容器4包括内筒5和外密封构件6.在内筒5的周围设有三个电流互感器11,其插入绝缘缓冲 内筒5和总线容器1的其他纵向端部被布置成使得绝缘间隙9形成在其间。 在绝缘间隙9侧的内筒5与外密封构件6之间,通过接合导体16将阻抗根据施加电压而变化的压敏电阻15电连接。当预定强度的浪涌电压为预定强度时,变阻器15变为导通状态 应用。
    • 5. 发明公开
    • Large-capacity vacuum circuit breaker
    • Vakuumleistungsschalter mit hoherKapazität
    • EP2107584A1
    • 2009-10-07
    • EP09004201.1
    • 2009-03-24
    • Japan AE Power Systems Corporation
    • Matsui, YoshihikoShiozaki, Mitsuyasu
    • H01H33/66H02B13/035
    • H01H33/6641H01H33/6642
    • To structure a large-capacity vacuum circuit breaker that can increase a current shutdown capacity and enables its rated current to be increased, at least two vacuum circuit breaker units 1A, 1B are placed side by side and connected in parallel. These at least two vacuum circuit breaker units 1A, 1B are operated by a single common operating unit 10 to concurrently perform current shutdown operations. Each vacuum circuit breaker unit 1A, 1B has a vertical magnetic field generating means for generating a vertical magnetic field when an operation to shut down current is performed. The vertical magnetic field generating means is formed by vertical magnetic field electrodes 3, 4 provided in the vacuum container 2 of the vacuum circuit breaker unit 1A, 1B or an external coil 11 provided on the outer circumference of the vacuum container 2.
    • 为了构建可以增加电流关断能力并使其额定电流增加的大容量真空断路器,至少两个真空断路器单元1A,1B并排放置并联。 这些至少两个真空断路器单元1A,1B由单个公共操作单元10操作,以同时执行当前关闭操作。 每个真空断路器单元1A,1B具有用于在执行关闭电流的操作时产生垂直磁场的垂直磁场产生装置。 垂直磁场产生装置由设置在真空断路器单元1A,1B的真空容器2中的垂直磁场电极3,4或设置在真空容器2的外周上的外部线圈11形成。
    • 8. 发明公开
    • STERILITY KEEPING METHOD AND APPARATUS FOR STERILIZATION ELECTRON BEAM IRRADIATING DEVICE
    • 抗生素治疗不孕不育症ÜINE INE UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG UNG
    • EP2116471A1
    • 2009-11-11
    • EP07849991.0
    • 2007-11-27
    • Japan AE Power Systems Corporation
    • EGUCHI, ShiroGOHZAKI, SatoruSUZUKI, TakayukiHIKOSAKA, TomoyukiSATO, ShigekatsuOKAMOTO, YukioHASHIMOTO, Isao
    • B65B55/08A61L2/08B65B55/04G21K5/00G21K5/04
    • B65B55/08A61L2/087A61L2202/23B65B55/027
    • Provided are method for maintaining sterility and a simple and economical sterilization electron beam irradiating apparatus for maintaining sterility, which can prevent a target from being contaminated by germs during the entire irradiation treatment of an electron beam from the sending-in to the sending-out of the target, thereby to maintain the sterilized state satisfactory.
      A pre-pressure adjusting bath (20) and a post-pressure adjusting bath (30) are integrally jointed to the side face portion of an irradiation treatment bath (10), which is equipped with pressure reducing means for keeping a negative pressure state, and rotary carriers (11, 21 and 31) for transferring continuously containers to be irradiated are rotatively arranged in the individual baths. The irradiation treatment bath (10) is equipped with at least one electron beam irradiating means for irradiating the target with the electron beam. Clean air feeding means (50) is connected through a blower duct (51) to the side of the post-pressure adjusting bath (30), and an exhaustive system (52) is connected to the he side of the pre-pressure adjusting bath, thereby to adjust properly the pressure in the post-pressure adjusting bath (30) adjacent to the irradiation treating bath (10) and the pressure in the pre-pressure adjusting bath (20) adjacent to the irradiation treating bath (10).
    • 本发明提供了维持无菌的方法和简单而经济的灭菌电子束照射装置,用于保持无菌性,这可以防止靶从被发射到发射的电子束的整个辐射处理期间被细菌污染 目标,从而保持灭菌状态令人满意。 将预压调节槽20和后压调整槽30一体地接合在照射处理槽10的侧面部,该照射处理槽配备有用于保持负压状态的减压装置, 并且用于将连续的待照射的容器传送的旋转载体(11,21和31)旋转地布置在各个浴中。 照射处理槽(10)配备有至少一个用电子束照射靶的电子束照射装置。 清洁空气供给装置(50)通过鼓风机管道(51)连接到后压调节槽(30)的侧面,并且排气系统(52)连接到预压调节槽的一侧 从而适当调节与照射处理槽(10)相邻的后压调节槽(30)中的压力和与照射处理槽(10)相邻的预压调节槽(20)中的压力。
    • 10. 发明公开
    • CUBICLE-TYPE GAS-INSULATED SWITCHING APPARATUS
    • GASISOLIERTE SCHALTSCHRANKANORDNUNG
    • EP2573887A1
    • 2013-03-27
    • EP11783679.1
    • 2011-05-19
    • Japan AE Power Systems Corporation
    • NAGATSUNA, NozomuAGATA, Yuusuke
    • H02B13/02H01H33/66H01H33/662
    • H01H33/662H01H1/42H02B11/12H02B13/02H02B13/0354
    • To provide a cubicle-type gas insulated switchgear (C-GIS) having excellent insulation performance and this C-GIS can suppress electromagnetic force, which appears when applying current, to a minimum. The invented cubicle-type gas insulated switchgear has bus bar compartment 1 and VCB compartment 2 vertically joined each other, each of which is filled with insulating gas; vacuum valve 30 disposed vertically in VCB compartment 2; plate-shaped contacts 43a and 43b connected to upper shielding valve-terminal 31 and lower shielding valve-terminal 32 respectively; main circuit conductors 8 and 33 disposed in VCB compartment 2. And, ends of main circuit conductors 8 and 33 have finger contacts 44a and 43b respectively to joint correspondingly with plate-shaped contacts 43a and 43b; and disconnecting switches disposed in bus bar compartment 1 or VCB compartment 2 respectively. And, each of the disconnecting switches is connected to main circuit conductors 8 and 33 severally plate-shaped contacts 43a and 43b and finger contacts 44a and 44b are disposed on the line connecting between plate-shaped contacts 43a and 43b and plate-shaped contacts 43a and 43b and finger contacts 44a and 44b are connected and disconnected from the side of the VCB compartment 2; and each of the longitudinal axes lines of plate-shaped contacts 43a and 43b and of finger contacts 44a and 44b and of main circuit conductors 8 and 33 are located near the extension line of axes of moving lead 45 and fixed lead 46 oppositely arranged in vacuum valve 30.
    • 为了提供绝缘性能优良的隔间式气体绝缘开关柜(C-GIS),该C-GIS可以将施加电流时出现的电磁力抑制在最小限度。 本发明的隔间式气体绝缘开关装置具有母线隔间1和VCB隔间2,它们彼此垂直连接,每个充满绝缘气体; 真空阀30垂直设置在VCB隔间2中; 分别连接到上屏蔽阀端子31和下屏蔽阀端子32的板状触点43a和43b; 主电路导体8和33设置在VCB隔间2中。主电路导体8和33的端部分别具有指状触点44a和43b,以对应于板状触点43a和43b; 以及分别布置在汇流条隔间1或VCB隔间2中的开关。 并且,各断开开关分别与主电路导体8,33分别连接,板状触点43a,43b分别设置在板状触点43a,43b与板状触点43a之间, 和43b以及手指触点44a和44b从VCB隔间2的一侧连接和断开; 并且板状接点43a,43b以及指状触点44a,44b以及主电路导体8,33的纵轴线分别位于与真空相对配置的移动引线45和固定引线46的轴线的延长线附近 阀30。