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    • 1. 发明申请
    • VACUUM SWITCHGEAR
    • 真空开关
    • US20050103514A1
    • 2005-05-19
    • US10914290
    • 2004-08-10
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • H02B13/055H01B1/00H01H1/58H01H31/00H01H33/02H01H33/66H01H33/662H01H33/666H02B13/02H05K5/00H05K9/00
    • H01H33/66261H01H1/5822H01H31/003H01H33/022H01H33/6661H01H2033/66284H01H2033/6668
    • A main circuit switching unit and an isolator are accommodated in a vacuum container. A first conductor and a main circuit conductor are arranged to extend in and out of the vacuum container. A movable electrode of the main circuit switching unit is connected to the first conductor through a first flexible conductor, and a movable electrode of the isolator is connected to the main circuit conductor through a second flexible conductor. A shield is arranged around the first conductor and the main circuit conductor. Another shield is arranged around a connecting portion between the first flexible conductor and the movable electrode of the main circuit switching unit. A still another shield is arranged around the isolator. A further another shield is arranged around the second flexible conductor. These shields are secured to the vacuum container through insulating spacers. This arrangement instantly eliminates a dielectric breakdown phenomenon that occurs at electric field concentrated regions by the shields to prevent a dielectric breakdown caused by particulate foreign matters and thereby improve an insulation reliability of the devices.
    • 主电路切换单元和隔离器容纳在真空容器中。 第一导体和主电路导体布置成在真空容器内延伸出来。 主电路切换单元的可动电极通过第一柔性导体连接到第一导体,隔离器的可动电极通过第二柔性导体连接到主电路导体。 围绕第一导体和主电路导体布置屏蔽。 在主电路切换单元的第一柔性导体和可动电极之间的连接部分周围布置有另一个屏蔽。 隔离器周围还设有另一个屏蔽。 另一个屏蔽围绕第二柔性导体设置。 这些屏蔽件通过绝缘垫片固定到真空容器。 这种布置立即消除了由屏蔽件在电场集中区域处发生的介电击穿现象,以防止由颗粒异物引起的电介质击穿,从而提高器件的绝缘可靠性。
    • 2. 发明授权
    • Vacuum switchgear
    • 真空开关柜
    • US06884940B1
    • 2005-04-26
    • US10914290
    • 2004-08-10
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • H02B13/055H01B1/00H01H1/58H01H31/00H01H33/02H01H33/66H01H33/662H01H33/666H02B13/02H05K5/00H05K9/00
    • H01H33/66261H01H1/5822H01H31/003H01H33/022H01H33/6661H01H2033/66284H01H2033/6668
    • A main circuit switching unit and an isolator are accommodated in a vacuum container. A first conductor and a main circuit conductor are arranged to extend in and out of the vacuum container. A movable electrode of the main circuit switching unit is connected to the first conductor through a first flexible conductor, and a movable electrode of the isolator is connected to the main circuit conductor through a second flexible conductor. A shield is arranged around the first conductor and the main circuit conductor. Another shield is arranged around a connecting portion between the first flexible conductor and the movable electrode of the main circuit switching unit. A still another shield is arranged around the isolator. A further another shield is arranged around the second flexible conductor. These shields are secured to the vacuum container through insulating spacers. This arrangement instantly eliminates a dielectric breakdown phenomenon that occurs at electric field concentrated regions by the shields to prevent a dielectric breakdown caused by particulate foreign matters and thereby improve an insulation reliability of the devices.
    • 主电路切换单元和隔离器容纳在真空容器中。 第一导体和主电路导体布置成在真空容器内延伸出来。 主电路切换单元的可动电极通过第一柔性导体连接到第一导体,隔离器的可动电极通过第二柔性导体连接到主电路导体。 围绕第一导体和主电路导体布置屏蔽。 在主电路切换单元的第一柔性导体和可动电极之间的连接部分周围布置有另一个屏蔽。 隔离器周围还设有另一个屏蔽。 另一个屏蔽围绕第二柔性导体设置。 这些屏蔽件通过绝缘垫片固定到真空容器。 这种布置立即消除了由屏蔽件在电场集中区域处发生的介电击穿现象,以防止由颗粒异物引起的电介质击穿,从而提高器件的绝缘可靠性。
    • 3. 发明授权
    • Vacuum switchgear
    • 真空开关柜
    • US07244903B2
    • 2007-07-17
    • US11079079
    • 2005-03-15
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • Tomoaki UtsumiKazuhiro SatouTakashi ShironeKenji TsuchiyaMasato Kobayashi
    • H01H33/66
    • H01H33/66261H01H1/5822H01H31/003H01H33/022H01H33/6661H01H2033/66284H01H2033/6668
    • A main circuit switching unit and an isolator are accommodated in a vacuum container. A first conductor and a main circuit conductor are arranged to extend in and out of the vacuum container. A movable electrode of the main circuit switching unit is connected to the first conductor through a first flexible conductor, and a movable electrode of the isolator is connected to the main circuit conductor through a second flexible conductor. A shield is arranged around the first conductor and the main circuit conductor. Another shield is arranged around a connecting portion between the first flexible conductor and the movable electrode of the main circuit switching unit. A still another shield is arranged around the isolator. A further another shield is arranged around the second flexible conductor. These shields are secured to the vacuum container through insulating spacers. This arrangement instantly eliminates a dielectric breakdown phenomenon that occurs at electric field concentrated regions by the shields to prevent a dielectric breakdown caused by particulate foreign matters and thereby improve an insulation reliability of the devices.
    • 主电路切换单元和隔离器容纳在真空容器中。 第一导体和主电路导体布置成在真空容器内延伸出来。 主电路切换单元的可动电极通过第一柔性导体连接到第一导体,隔离器的可动电极通过第二柔性导体连接到主电路导体。 围绕第一导体和主电路导体布置屏蔽。 在主电路切换单元的第一柔性导体和可动电极之间的连接部分周围布置有另一个屏蔽。 隔离器周围还设有另一个屏蔽。 另一个屏蔽围绕第二柔性导体设置。 这些屏蔽件通过绝缘垫片固定到真空容器。 这种布置立即消除了由屏蔽件在电场集中区域处发生的介电击穿现象,以防止由颗粒异物引起的电介质击穿,从而提高器件的绝缘可靠性。
    • 9. 发明授权
    • System for utilizing exhaust heat of stationary induction apparatus
    • 利用固定式感应装置排气的系统
    • US5669228A
    • 1997-09-23
    • US636262
    • 1996-04-24
    • Takashi IgaKaoru EndouTakashi ShironeYoshito Uwano
    • Takashi IgaKaoru EndouTakashi ShironeYoshito Uwano
    • H01F27/18F25B29/00H01F27/08F25B27/00
    • F25B29/003H01F27/08F25B2400/06
    • An object of this invention is to provide a system for utilizing exhaust heat of a stationary induction apparatus in which highly-useful hot water, for example, of about 70.degree. C. can be provided without increasing an operating temperature of the stationary induction apparatus (e.g. a transformer) to such an extent as to adversely affect the lifetime of the stationary induction apparatus. The system of the present invention includes a heat pump 17 which uses, as a high-temperature heat source, a first stationary induction apparatus cooling system which includes a first water-cooled stationary induction apparatus 1, and a first cooling water circulation system 7, and exhaust heat utilization means 8. This heat pump also uses, as a low-temperature heat source, a second stationary induction apparatus cooling system which includes a second stationary induction apparatus 10, and a second cooling water circulation system 16. There is further provided a refrigerator 26 which uses the second stationary induction apparatus cooling system as a high-temperature heat source, and also uses warm water 22 in a cable-cooling cold/warm water tank 21 as a low-temperature heat source.
    • 本发明的目的是提供一种利用固定式感应装置的排热的系统,其中可以提供例如约70℃的高度有用的热水而不增加固定式感应装置的工作温度( 例如变压器)到达不利地影响固定感应装置的寿命的程度。 本发明的系统包括使用包括第一水冷固定式感应装置1和第一冷却水循环系统7的第一固定式感应装置冷却系统作为高温热源的热泵17, 废热利用装置8.该热泵还使用包括第二固定式感应装置10和第二冷却水循环系统16的第二固定式感应装置冷却系统作为低温热源。另外, 使用第二固定式感应装置冷却系统作为高温热源的冰箱26,并且在作为低温热源的电缆冷却/暖水箱21中使用温水22。