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    • 2. 发明申请
    • ELECTROMAGNET DEVICE AND SWITCH DEVICE USING ELECTROMAGNET DEVICE
    • 使用电子设备的电子设备和开关装置
    • US20120169441A1
    • 2012-07-05
    • US13395210
    • 2009-10-29
    • Taehyun KimTomotaka YanoMasahiro Arioka
    • Taehyun KimTomotaka YanoMasahiro Arioka
    • H01H36/00
    • H01H33/6662H01F7/1615H01H1/502H01H33/38
    • In a switch device in which the main circuit contact sections of the switch device, an insulating rod, a driving rod, a contact pressure spring, an open spring, and an electromagnet are all coaxially arranged, a problem exists in that the axial dimension of the switch device becomes large. The present invention has been made to solve the aforementioned problem. An object is to obtain an electromagnet device and a switch device using the electromagnet device, in which shortening the axial dimension of the switch device is achieved by arranging the main circuit contact sections of the switch device, the insulating rod, the driving rod, the contact pressure spring, the open spring, and a part of the electromagnet in the same axial range. Particularly, the open spring and the electromagnet are arranged in the same axial region.
    • 在开关装置,绝缘棒,驱动杆,接触压力弹簧,开放弹簧和电磁体的主电路接触部分都同轴布置的开关装置中,存在的问题在于,轴向尺寸 开关器件变大。 本发明是为了解决上述问题而做出的。 本发明的目的是获得使用电磁装置的电磁体装置和开关装置,其中通过将开关装置,绝缘棒,驱动杆,导线的主电路接触部分布置来实现开关装置的轴向尺寸的缩短 接触压力弹簧,开放弹簧和电磁体的一部分在相同的轴向范围内。 特别地,开放弹簧和电磁铁布置在相同的轴向区域中。
    • 3. 发明授权
    • Electromagnet device and switch device using electromagnet device
    • 电磁铁装置及使用电磁铁装置的开关装置
    • US08680956B2
    • 2014-03-25
    • US13395210
    • 2009-10-29
    • Taehyun KimTomotaka YanoMasahiro Arioka
    • Taehyun KimTomotaka YanoMasahiro Arioka
    • H01H9/00
    • H01H33/6662H01F7/1615H01H1/502H01H33/38
    • In a switch device in which the main circuit contact sections of the switch device, an insulating rod, a driving rod, a contact pressure spring, an open spring, and an electromagnet are all coaxially arranged, a problem exists in that the axial dimension of the switch device becomes large. The present invention has been made to solve the aforementioned problem. An object is to obtain an electromagnet device and a switch device using the electromagnet device, in which shortening the axial dimension of the switch device is achieved by arranging the main circuit contact sections of the switch device, the insulating rod, the driving rod, the contact pressure spring, the open spring, and a part of the electromagnet in the same axial range. Particularly, the open spring and the electromagnet are arranged in the same axial region.
    • 在开关装置,绝缘棒,驱动杆,接触压力弹簧,开放弹簧和电磁体的主电路接触部分都同轴布置的开关装置中,存在的问题在于,轴向尺寸 开关器件变大。 本发明是为了解决上述问题而做出的。 本发明的目的是获得使用电磁装置的电磁体装置和开关装置,其中通过将开关装置,绝缘棒,驱动杆,导线的主电路接触部分布置来实现开关装置的轴向尺寸的缩短 接触压力弹簧,开放弹簧和电磁体的一部分在相同的轴向范围内。 特别地,开放弹簧和电磁铁布置在相同的轴向区域中。
    • 4. 发明授权
    • Power switchgear
    • 电源开关柜
    • US09324521B2
    • 2016-04-26
    • US13818837
    • 2011-10-06
    • Yuta NakayamaTomotaka YanoTaehyun Kim
    • Yuta NakayamaTomotaka YanoTaehyun Kim
    • H01H33/666H01H33/00H01H3/30H01H1/50
    • H01H33/666H01H1/50H01H3/3026H01H33/006H01H33/6662
    • A vacuum valve includes a fixed side electrode on a fixed side current-carrying shaft and a movable side electrode on a movable side current-carrying shaft. An opening and closing unit is coaxially disposed with the movable side current-carrying shaft, and drives the movable side current-carrying shaft. A chattering suppression structure is coaxially disposed with the fixed side current-carrying shaft on the fixed side of the vacuum valve, and suppresses chattering. The opening and closing unit includes an electromagnetic operating mechanism which drives the movable side current-carrying shaft when energized. A contact pressure spring is coaxially disposed with the electromagnetic operating mechanism, and applies contact pressure between the movable side electrode and the fixed side electrode during contact closing of the vacuum valve. A release spring is coaxially disposed with the electromagnetic operating mechanism, and assists driving force of the electromagnetic operating mechanism during contact opening of the vacuum valve.
    • 真空阀包括固定侧载流轴上的固定侧电极和可动侧载流轴上的可动侧电极。 开闭单元与可动侧载流轴同轴设置,驱动可动侧载流轴。 振动抑制结构与固定侧载流轴同轴地设置在真空阀的固定侧,并抑制振动。 开闭单元包括在通电时驱动可动侧载流轴的电磁操作机构。 接触压力弹簧与电磁操作机构同轴设置,并且在真空阀的接触闭合期间在可动侧电极和固定侧电极之间施加接触压力。 释放弹簧与电磁操作机构同轴设置,并且在真空阀的接触打开期间有助于电磁操作机构的驱动力。
    • 5. 发明申请
    • POWER SWITCHGEAR
    • 电源开关
    • US20130146565A1
    • 2013-06-13
    • US13818837
    • 2011-10-06
    • Yuta NakayamaTomotaka YanoTaehyun Kim
    • Yuta NakayamaTomotaka YanoTaehyun Kim
    • H01H33/666H01H33/00
    • H01H33/666H01H1/50H01H3/3026H01H33/006H01H33/6662
    • A vacuum valve includes a fixed side electrode on a fixed side current-carrying shaft and a movable side electrode on a movable side current-carrying shaft. An opening and closing unit is coaxially disposed with the movable side current-carrying shaft, and drives the movable side current-carrying shaft. A chattering suppression structure is coaxially disposed with the fixed side current-carrying shaft on the fixed side of the vacuum valve, and suppresses chattering. The opening and closing unit includes an electromagnetic operating mechanism which drives the movable side current-carrying shaft when energized. A contact pressure spring is coaxially disposed with the electromagnetic operating mechanism, and applies contact pressure between the movable side electrode and the fixed side electrode during contact closing of the vacuum valve. A release spring is coaxially disposed with the electromagnetic operating mechanism, and assists driving force of the electromagnetic operating mechanism during contact opening of the vacuum valve.
    • 真空阀包括固定侧载流轴上的固定侧电极和可动侧载流轴上的可动侧电极。 开闭单元与可动侧载流轴同轴设置,驱动可动侧载流轴。 振动抑制结构与固定侧载流轴同轴地设置在真空阀的固定侧,并抑制振动。 开闭单元包括在通电时驱动可动侧载流轴的电磁操作机构。 接触压力弹簧与电磁操作机构同轴设置,并且在真空阀的接触闭合期间在可动侧电极和固定侧电极之间施加接触压力。 释放弹簧与电磁操作机构同轴设置,并且在真空阀的接触打开期间有助于电磁操作机构的驱动力。
    • 8. 发明授权
    • Reference cell repair scheme
    • 参考细胞修复方案
    • US09147457B2
    • 2015-09-29
    • US13613038
    • 2012-09-13
    • Jung Pill KimTaehyun KimSungryul Kim
    • Jung Pill KimTaehyun KimSungryul Kim
    • G11C11/00G11C11/16G11C29/00
    • G11C11/16G11C11/165G11C11/1673G11C29/787G11C29/832
    • In a magnetic random access memory (MRAM), numerous arrays of reference bit cells are coupled together by coupling their respective bit lines to a merged reference node. Pass gate circuitry coupled between the respective reference bit lines and the merged reference node is configured for selectively coupling or decoupling one or more of the reference bit lines to and from the merged reference node. The pass gate circuitry is controllable by programming one-time programmable devices coupled to the pass gate circuitry. The one-time programmable devices can be programmed to decouple flawed arrays of reference bit cells from the merged reference node or to select between redundant arrays of reference bit cells for coupling to the reference node.
    • 在磁随机存取存储器(MRAM)中,参考位单元的多个阵列通过将它们各自的位线耦合到合并的参考节点而耦合在一起。 耦合在相应的参考位线和合并的参考节点之间的通过门电路被配置用于选择性地将一个或多个参考位线耦合或去耦合到合并的参考节点。 传递门电路可通过编程耦合到通路电路的一次可编程器件来控制。 一次性可编程器件可以被编程为将参考位单元的有缺陷的阵列与合并的参考节点去耦,或者在用于耦合到参考节点的参考位单元的冗余阵列之间进行选择。
    • 10. 发明申请
    • REFERENCE CELL REPAIR SCHEME
    • 参考细胞修复方案
    • US20140071738A1
    • 2014-03-13
    • US13613038
    • 2012-09-13
    • Jung Pill KimTaehyun KimSungryul Kim
    • Jung Pill KimTaehyun KimSungryul Kim
    • G11C11/16
    • G11C11/16G11C11/165G11C11/1673G11C29/787G11C29/832
    • In a magnetic random access memory (MRAM), numerous arrays of reference bit cells are coupled together by coupling their respective bit lines to a merged reference node. Pass gate circuitry coupled between the respective reference bit lines and the merged reference node is configured for selectively coupling or decoupling one or more of the reference bit lines to and from the merged reference node. The pass gate circuitry is controllable by programming one-time programmable devices coupled to the pass gate circuitry. The one-time programmable devices can be programmed to decouple flawed arrays of reference bit cells from the merged reference node or to select between redundant arrays of reference bit cells for coupling to the reference node.
    • 在磁随机存取存储器(MRAM)中,参考位单元的多个阵列通过将它们各自的位线耦合到合并的参考节点而耦合在一起。 耦合在相应的参考位线和合并的参考节点之间的通过门电路被配置用于选择性地将一个或多个参考位线耦合或去耦合到合并的参考节点。 传递门电路可通过编程耦合到通路电路的一次可编程器件来控制。 一次性可编程器件可以被编程为将参考位单元的有缺陷的阵列与合并的参考节点去耦,或者在用于耦合到参考节点的参考位单元的冗余阵列之间进行选择。