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    • 1. 发明授权
    • Puffer-type gas blast circuit breaker
    • 河豚式气体爆炸断路器
    • US07763821B2
    • 2010-07-27
    • US11746670
    • 2007-05-10
    • Yuji YoshitomoDaisuke YoshidaHaruhiko Kohyama
    • Yuji YoshitomoDaisuke YoshidaHaruhiko Kohyama
    • H01H33/88
    • H01H33/7015H01H33/88
    • A puffer-type gas blast circuit breaker is capable of restraining reduction in creepage insulation resistance of an insulating support and an insulating rod due to insulating gas of high temperature. An electrode section is mounted on a stationary member supported on an insulating support, and a stationary side arc contact and moving side arc contact are disposed facing each other to contact and separate; a hollow piston rod and an insulating rod are connected to the moving side arc contact, and inserted in a stationary member body portion; and a gas flow blocking member is mounted on an end of the piston rod to prevent an insulating gas heated and coming to the stationary side from getting into the insulating rod side. The stationary member body portion is formed cylindrical so that a gap between the body portion of the stationary member and the gas flow blocking member is minimized.
    • 吹气式气体爆破断路器能够抑制由于高温绝缘气体导致的绝缘支撑件和绝缘棒的爬电绝缘电阻的降低。 电极部分安装在支撑在绝缘支架上的静止部件上,并且固定侧电弧触点和移动侧电弧触点彼此相对设置以接触和分离; 中空活塞杆和绝缘杆连接到移动侧电弧接触件,并插入固定件主体部分; 并且气体阻塞构件安装在活塞杆的端部上,以防止被加热并进入固定侧的绝缘气体进入绝缘杆侧。 固定构件主体部分形成为圆柱形,使得固定构件的主体部分和气体阻流构件之间的间隙最小化。
    • 2. 发明申请
    • Gas insulated switchgear
    • 气体绝缘开关柜
    • US20060243091A1
    • 2006-11-02
    • US11414343
    • 2006-05-01
    • Daisuke YoshidaHaruhiko KohyamaYuji Yoshitomo
    • Daisuke YoshidaHaruhiko KohyamaYuji Yoshitomo
    • F16H53/00
    • H01H33/565Y10T74/2101
    • The gas insulated switchgear includes a rotary shaft which penetrates a pressure vessel is connected with a moving parts which is housed in the pressure vessel by way of a lever, and is connected to the moving parts, and brackets which support the rotary shaft and are mounted on a mounting portion which is formed on the pressure vessel. The brackets are fixed to the mounting portion formed on the pressure vessel using a plurality of fixing bolts which are arranged in a spaced-apart manner on an eccentric circle having the center at a point x2 offset from the center of rotation x1 of a rotary shaft and hence, the brackets can be fixed to the mounting portion formed on the pressure vessel at a predetermined angular position which uses the point x2 offset from the center of rotation x1 of the rotary shaft as the center of rotation.
    • 气体绝缘开关装置包括:旋转轴,其穿过压力容器,通过杠杆与容纳在压力容器中的移动部件连接,并连接到运动部件,以及支撑旋转轴并安装的支架 在形成在压力容器上的安装部分上。 托架使用多个固定螺栓固定到形成在压力容器上的安装部分,多个固定螺栓以间隔布置在偏心圆上,该偏心圆的中心在偏离中心的点x 2处偏移 旋转轴,因此,托架可以在使用从旋转轴的旋转中心x 1偏移的点x 2作为旋转中心的预定角度位置处固定到形成在压力容器上的安装部分。
    • 3. 发明申请
    • Gas-circuit breaker
    • 气体断路器
    • US20080203061A1
    • 2008-08-28
    • US11882103
    • 2007-07-30
    • Daisuke YoshidaYuji YoshitomoHaruhiko Kohyama
    • Daisuke YoshidaYuji YoshitomoHaruhiko Kohyama
    • H01H33/70
    • H01H33/905H01H2033/908
    • A gas-circuit breaker includes a cylinder, a stationary piston, and a moving piston. The cylinder has a moving contact that is fixed on one end of a rod and has a gas exhaust that faces a stationary contact. The rod is inserted into the cylinder. The stationary piston is fixed to the container, and is fitted in an opening of the cylinder to create a puffer chamber. Due to movement of the rod, the stationary piston compresses arc-extinguishing gas, and the gas blows onto the arc through gas exhaust. The moving piston partitions the puffer chamber into a first puffer chamber and a second puffer chamber. Sliding of the moving piston changes the capacity of the first puffer chamber and the second puffer chamber according to the difference in pressure in the first puffer chamber and the second puffer chamber.
    • 气体断路器包括气缸,静止活塞和活塞。 气缸具有固定在杆的一端并具有面向固定触点的排气的活动触点。 将杆插入圆柱体。 固定活塞固定在容器上,并装配在气缸的开口中,以形成一个吹气室。 由于杆的移动,固定活塞压缩灭弧气体,气体通过排气吹到电弧上。 移动活塞将冲洗室分隔成第一吹气室和第二冲洗室。 移动活塞的滑动根据第一冲洗室和第二冲洗室中的压力差,改变第一冲洗室和第二冲洗室的容量。
    • 4. 发明授权
    • Gas insulated switchgear
    • 气体绝缘开关柜
    • US07323652B2
    • 2008-01-29
    • US11414343
    • 2006-05-01
    • Daisuke YoshidaHaruhiko KohyamaYuji Yoshitomo
    • Daisuke YoshidaHaruhiko KohyamaYuji Yoshitomo
    • H01H33/02
    • H01H33/565Y10T74/2101
    • The gas insulated switchgear includes a rotary shaft which penetrates a pressure vessel is connected with a moving part which is housed in the pressure vessel by way of a lever, and is connected to the moving part, and brackets which support the rotary shaft and are mounted on a mounting portion which is formed on the pressure vessel. The brackets are fixed to the mounting portion formed on the pressure vessel using a plurality of fixing bolts which are arranged in a spaced-apart manner on an eccentric circle having the center at a point x2 offset from the center of rotation x1 of a rotary shaft and hence, the brackets can be fixed to the mounting portion formed on the pressure vessel at a predetermined angular position which uses the point x2 offset from the center of rotation x1 of the rotary shaft as the center of rotation.
    • 气体绝缘开关装置包括:旋转轴,其穿过压力容器,通过杠杆与容纳在压力容器中的移动部分连接,并连接到移动部分,以及支撑旋转轴并安装的支架 在形成在压力容器上的安装部分上。 托架使用多个固定螺栓固定到形成在压力容器上的安装部分,多个固定螺栓以间隔布置在偏心圆上,该偏心圆的中心在偏离中心的点x 2处偏移 旋转轴,因此,托架可以在使用从旋转轴的旋转中心x 1偏移的点x 2作为旋转中心的预定角度位置处固定到形成在压力容器上的安装部分。
    • 5. 发明申请
    • Puffer-Type Gas Blast Circuit Breaker
    • 吹气式气体爆破断路器
    • US20070262053A1
    • 2007-11-15
    • US11746670
    • 2007-05-10
    • Yuji YoshitomoDaisuke YoshidaHaruhiko Kohyama
    • Yuji YoshitomoDaisuke YoshidaHaruhiko Kohyama
    • H01H33/88
    • H01H33/7015H01H33/88
    • A puffer-type gas blast circuit breaker is capable of restraining reduction in creepage insulation resistance of an insulating support and an insulating rod due to insulating gas of high temperature. An electrode section is mounted on a stationary member supported on an insulating support, and a stationary side arc contact and moving side arc contact are disposed facing each other to contact and separate; a hollow piston rod and an insulating rod are connected to the moving side arc contact, and inserted in a stationary member body portion; and a gas flow blocking member is mounted on an end of the piston rod to prevent an insulating gas heated and coming to the stationary side from getting into the insulating rod side. The stationary member body portion is formed cylindrical so that a gap between the body portion of the stationary member and the gas flow blocking member is minimized.
    • 吹气式气体爆破断路器能够抑制由于高温绝缘气体导致的绝缘支撑件和绝缘棒的爬电绝缘电阻的降低。 电极部分安装在支撑在绝缘支架上的静止部件上,并且固定侧电弧触点和移动侧电弧触点彼此相对设置以接触和分离; 中空活塞杆和绝缘杆连接到移动侧电弧接触件,并插入固定件主体部分; 并且气体阻塞构件安装在活塞杆的端部上,以防止被加热并进入固定侧的绝缘气体进入绝缘杆侧。 固定构件主体部分形成为圆柱形,使得固定构件的主体部分和气体阻流构件之间的间隙最小化。
    • 7. 发明授权
    • Gas-circuit breaker
    • 气体断路器
    • US08030590B2
    • 2011-10-04
    • US11882103
    • 2007-07-30
    • Daisuke YoshidaYuji YoshitomoHaruhiko Kohyama
    • Daisuke YoshidaYuji YoshitomoHaruhiko Kohyama
    • H01H33/88
    • H01H33/905H01H2033/908
    • A gas-circuit breaker includes a cylinder, a stationary piston, and a moving piston. The cylinder has a moving contact that is fixed on one end of a rod and has a gas exhaust that faces a stationary contact. The rod is inserted into the cylinder. The stationary piston is fixed to the container, and is fitted in an opening of the cylinder to create a puffer chamber. Due to movement of the rod, the stationary piston compresses arc-extinguishing gas, and the gas blows onto the arc through gas exhaust. The moving piston partitions the puffer chamber into a first puffer chamber and a second puffer chamber. Sliding of the moving piston changes the capacity of the first puffer chamber and the second puffer chamber according to the difference in pressure in the first puffer chamber and the second puffer chamber.
    • 气体断路器包括气缸,静止活塞和活塞。 气缸具有固定在杆的一端并具有面向固定触点的排气的活动触点。 将杆插入圆柱体。 固定活塞固定在容器上,并装配在气缸的开口中,以形成一个吹气室。 由于杆的移动,固定活塞压缩灭弧气体,气体通过排气吹到电弧上。 移动活塞将冲洗室分隔成第一吹气室和第二冲洗室。 移动活塞的滑动根据第一冲洗室和第二冲洗室中的压力差,改变第一冲洗室和第二冲洗室的容量。
    • 10. 发明申请
    • RESIDUAL MAGNETIC FLUX DETERMINING APPARATUS
    • 残余磁通测定装置
    • US20100013470A1
    • 2010-01-21
    • US12094677
    • 2006-01-31
    • Hiroyuki TsutadaTakashi HiraiHaruhiko KohyamaKenji Kamei
    • Hiroyuki TsutadaTakashi HiraiHaruhiko KohyamaKenji Kamei
    • G01R33/02
    • G01R33/14
    • A residual magnetic flux measurement apparatus measures residual magnetic fluxes by using a transformer-voltage measurement means for measuring transformer voltages; a voltage delay means for delaying the measured signals; a DC-voltage-component calculation means for calculating DC voltage components from the latest transformer-voltage signals for a predetermined time period based on calculation-control signals; a voltage integration means for calculating voltage-integration signals by performing voltage integration of signals obtained after separating the DC voltage components from present transformer-voltage signals; a magnetic-flux DC-component calculation means for calculating magnetic-flux DC-components from the latest voltage-integration signals for a predetermined time period based on the calculation-control signals; a magnetic flux calculation means for obtaining magnetic flux signals in which the magnetic-flux DC-components are separated from present voltage-integration signals; and a control means for obtaining residual magnetic fluxes based on contact signals, an interruption mode, the transformer-voltage signals, and the magnetic flux signals.
    • 剩余磁通测量装置通过使用用于测量变压器电压的变压器电压测量装置来测量剩余磁通量; 用于延迟所测量的信号的电压延迟装置; 直流电压分量计算装置,用于基于计算控制信号计算来自最近的变压器电压信号的预定时间段的直流电压分量; 电压积分装置,用于通过对从现有变压器电压信号中分离出直流电压分量之后获得的信号进行电压积分来计算电压积分信号; 磁通量DC分量计算装置,用于根据计算控制信号,从最新的电压积分信号计算预定时间段的磁通量DC分量; 用于获得磁通量DC分量与当前的电压积分信号分离的磁通量信号的磁通量计算装置; 以及用于基于接触信号,中断模式,变压器电压信号和磁通量信号获得剩余磁通量的控制装置。