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    • 1. 发明授权
    • Switchgear apparatus
    • 开关装置
    • US07910847B2
    • 2011-03-22
    • US12853930
    • 2010-08-10
    • Osamu TakaharaTae Hyun KimTomotaka YanoAkihiko Imagi
    • Osamu TakaharaTae Hyun KimTomotaka YanoAkihiko Imagi
    • H01H1/64
    • H01H3/60H01H33/38H01H33/666
    • A switchgear apparatus is provided in which an impact induced by a close operation is mitigated, featuring space saving and high reliability with low costs.The switchgear apparatus includes a switching unit 3 that is composed of a fixed electrode 1 and a movable electrode 2; a movable shaft 4 that is extended from the movable electrode 2; an operating mechanism 5 that produces driving force and transfers the driving force to the movable shaft 4; a switching-unit holder 6 that holds the switching unit 3 and the movable shaft 4 thereinside; and a holder supporting unit 7 that has a fixing plane so as to fix the switching-unit holder 6 thereonto. The switchgear apparatus is arranged in such a manner that the holder supporting unit 7 serving as the fixing plane is constituted of a plurality of plates layered in the axial direction along the movable shaft 4. In a case of the close operation, because kinetic energy in the overall system is consumed by the friction generated between the layered plates owing to distortion of the layered plates, energy that allows the movable electrode 2 to bounce back and forth is lowered, so that it is possible to shorten a chattering time.
    • 提供了一种开关装置,其中减轻了由紧密操作引起的冲击,具有节省空间并且具有低成本的高可靠性。 开关装置包括由固定电极1和可动电极2构成的开关单元3; 从可动电极2延伸的可动轴4; 产生驱动力并将驱动力传递到可动轴4的操作机构5; 切换单元保持器6,其将切换单元3和可动轴4保持在其内部; 以及具有固定平面以将切换单元保持器6固定在其上的保持器支撑单元7。 开关装置的设置方式是,作为固定平面的保持器支撑单元7由沿着可动轴4的轴向层叠的多个板构成。在紧密操作的情况下,由于动能 由于层叠板的变形,整体系统被层压板之间产生的摩擦所消耗,使得可动电极2来回弹性的能量降低,从而可以缩短抖动时间。
    • 2. 发明授权
    • Switchgear apparatus
    • 开关装置
    • US07812273B2
    • 2010-10-12
    • US11835690
    • 2007-08-08
    • Osamu TakaharaTae Hyun KimTomotaka YanoAkihiko Imagi
    • Osamu TakaharaTae Hyun KimTomotaka YanoAkihiko Imagi
    • H01H1/64
    • H01H3/60H01H33/38H01H33/666
    • A switchgear apparatus is provided in which an impact induced by a close operation is mitigated, featuring space saving and high reliability with low costs.The switchgear apparatus includes a switching unit 3 that is composed of a fixed electrode 1 and a movable electrode 2; a movable shaft 4 that is extended from the movable electrode 2; an operating mechanism 5 that produces driving force and transfers the driving force to the movable shaft 4; a switching-unit holder 6 that holds the switching unit 3 and the movable shaft 4 thereinside; and a holder supporting unit 7 that has a fixing plane so as to fix the switching-unit holder 6 thereonto. The switchgear apparatus is arranged in such a manner that the holder supporting unit 7 serving as the fixing plane is constituted of a plurality of plates layered in the axial direction along the movable shaft 4. In a case of the close operation, because kinetic energy in the overall system is consumed by the friction generated between the layered plates owing to distortion of the layered plates, energy that allows the movable electrode 2 to bounce back and forth is lowered, so that it is possible to shorten a chattering time.
    • 提供了一种开关装置,其中减轻了由紧密操作引起的冲击,具有节省空间并且具有低成本的高可靠性。 开关装置包括由固定电极1和可动电极2构成的开关单元3; 从可动电极2延伸的可动轴4; 产生驱动力并将驱动力传递到可动轴4的操作机构5; 切换单元保持器6,其将切换单元3和可动轴4保持在其内部; 以及具有固定平面以将切换单元保持器6固定在其上的保持器支撑单元7。 开关装置的设置方式是,作为固定平面的保持器支撑单元7由沿着可动轴4的轴向层叠的多个板构成。在紧密操作的情况下,由于动能 由于层叠板的变形,整体系统被层压板之间产生的摩擦所消耗,使得可动电极2来回弹性的能量降低,从而可以缩短抖动时间。
    • 3. 发明申请
    • SWITCHGEAR APPARATUS
    • 开关装置
    • US20080047819A1
    • 2008-02-28
    • US11835690
    • 2007-08-08
    • Osamu TAKAHARATae Hyun KimTomotaka YanoAkihiko Imagi
    • Osamu TAKAHARATae Hyun KimTomotaka YanoAkihiko Imagi
    • H01H15/06
    • H01H3/60H01H33/38H01H33/666
    • A switchgear apparatus is provided in which an impact induced by a close operation is mitigated, featuring space saving and high reliability with low costs.The switchgear apparatus includes a switching unit 3 that is composed of a fixed electrode 1 and a movable electrode 2; a movable shaft 4 that is extended from the movable electrode 2; an operating mechanism 5 that produces driving force and transfers the driving force to the movable shaft 4; a switching-unit holder 6 that holds the switching unit 3 and the movable shaft 4 thereinside; and a holder supporting unit 7 that has a fixing plane so as to fix the switching-unit holder 6 thereonto. The switchgear apparatus is arranged in such a manner that the holder supporting unit 7 serving as the fixing plane is constituted of a plurality of plates layered in the axial direction along the movable shaft 4. In a case of the close operation, because kinetic energy in the overall system is consumed by the friction generated between the layered plates owing to distortion of the layered plates, energy that allows the movable electrode 2 to bounce back and forth is lowered, so that it is possible to shorten a chattering time.
    • 提供了一种开关装置,其中减轻了由紧密操作引起的冲击,具有节省空间并且具有低成本的高可靠性。 开关装置包括由固定电极1和可动电极2构成的开关单元3; 从可动电极2延伸的可动轴4; 产生驱动力并将驱动力传递到可动轴4的操作机构5; 切换单元保持器6,其将切换单元3和可动轴4保持在其内部; 以及具有固定平面以将切换单元保持器6固定在其上的保持器支撑单元7。 开关装置以使作为固定面的保持器支撑单元7由沿着可动轴4的轴向分层的多个板构成的方式配置。 在紧密操作的情况下,由于由于层叠板的变形而在整个系统中的动能被层压板之间产生的摩擦所消耗,所以允许可动电极2来回的能量降低,使得 可以缩短抖动时间。
    • 4. 发明申请
    • SWITCHGEAR APPARATUS
    • 开关装置
    • US20100320063A1
    • 2010-12-23
    • US12853930
    • 2010-08-10
    • Osamu TAKAHARATae Hyun KimTomotaka YanoAkihiko Imagi
    • Osamu TAKAHARATae Hyun KimTomotaka YanoAkihiko Imagi
    • H01H9/20
    • H01H3/60H01H33/38H01H33/666
    • A switchgear apparatus is provided in which an impact induced by a close operation is mitigated, featuring space saving and high reliability with low costs.The switchgear apparatus includes a switching unit 3 that is composed of a fixed electrode 1 and a movable electrode 2; a movable shaft 4 that is extended from the movable electrode 2; an operating mechanism 5 that produces driving force and transfers the driving force to the movable shaft 4; a switching-unit holder 6 that holds the switching unit 3 and the movable shaft 4 thereinside; and a holder supporting unit 7 that has a fixing plane so as to fix the switching-unit holder 6 thereonto. The switchgear apparatus is arranged in such a manner that the holder supporting unit 7 serving as the fixing plane is constituted of a plurality of plates layered in the axial direction along the movable shaft 4. In a case of the close operation, because kinetic energy in the overall system is consumed by the friction generated between the layered plates owing to distortion of the layered plates, energy that allows the movable electrode 2 to bounce back and forth is lowered, so that it is possible to shorten a chattering time.
    • 提供了一种开关装置,其中减轻了由紧密操作引起的冲击,具有节省空间并且具有低成本的高可靠性。 开关装置包括由固定电极1和可动电极2构成的开关单元3; 从可动电极2延伸的可动轴4; 产生驱动力并将驱动力传递到可动轴4的操作机构5; 切换单元保持器6,其将切换单元3和可动轴4保持在其内部; 以及具有固定平面以将切换单元保持器6固定在其上的保持器支撑单元7。 开关装置的设置方式是,作为固定平面的保持器支撑单元7由沿着可动轴4的轴向层叠的多个板构成。在紧密操作的情况下,由于动能 由于层叠板的变形,整体系统被层压板之间产生的摩擦所消耗,使得可动电极2来回弹性的能量降低,从而可以缩短抖动时间。
    • 5. 发明授权
    • Bipolar output torque sensor
    • 双极输出扭矩传感器
    • US07424829B2
    • 2008-09-16
    • US10588508
    • 2005-02-17
    • Yoshio YoshikuwaAkihiko Imagi
    • Yoshio YoshikuwaAkihiko Imagi
    • G01L3/02
    • G01L3/104
    • A torque sensor where a first rotary shaft and a second rotary shaft are disposed on a common axial line, with the first rotary shaft and the second rotary shaft being coupled together by a torsion bar, and which detects torsional torque applied between the first rotary shaft and the second rotary shaft, the torque sensor including: magnetic field generating means that generates a magnetic field in the radial direction around the common axial line; magnetic field varying means that varies, in response to the relative rotation between the first rotary shaft and the second rotary shaft, the direction and size of detected magnetic flux flowing along the common axial line from the magnetic field generating means; and a magnetic sensor that detects the detected magnetic flux, wherein the magnetic sensor generates an output signal whose polarity changes in response to the direction of the detected magnetic flux and whose size changes in response to the size of the detected magnetic flux.
    • 一种转矩传感器,其中第一旋转轴和第二旋转轴设置在公共轴线上,第一旋转轴和第二旋转轴通过扭杆联接在一起,并且其检测施加在第一旋转轴之间的扭转扭矩 和第二旋转轴,所述扭矩传感器包括:围绕公共轴线在径向上产生磁场的磁场产生装置; 磁场变化装置响应于第一旋转轴和第二旋转轴之间的相对旋转而改变沿着来自磁场产生装置的公共轴线流动的检测磁通的方向和尺寸; 以及磁传感器,其检测检测到的磁通量,其中所述磁传感器产生响应于所检测的磁通量的方向而极性改变并且其尺寸随所检测的磁通量的大小而变化的输出信号。
    • 9. 发明申请
    • Torque sensor
    • 扭矩传感器
    • US20070157741A1
    • 2007-07-12
    • US10588508
    • 2005-02-17
    • Yoshio YoshikuwaAkihiko Imagi
    • Yoshio YoshikuwaAkihiko Imagi
    • G01L3/00
    • G01L3/104
    • To provide a torque sensor with which a bipolar output signal can be obtained and which can reduce affects on the output signal resulting from axial eccentricity. A torque sensor where a first rotary shaft 1 and a second rotary shaft 2 are disposed on a common axial line L-L, with the first rotary shaft 1 and the second rotary shaft 2 being coupled together by a torsion bar 5, and which detects torsional torque applied between the first rotary shaft 1 and the second rotary shaft 2, the torque sensor comprising: magnetic field generating means 6 that generates a magnetic field in the radial direction around the common axial line L-L; magnetic field varying means 30 that varies, in response to the relative rotation between the first rotary shaft 1 and the second rotary shaft 2, the direction and size of detected magnetic flux flowing along the common axial line L-L from the magnetic field generating means 6; and a magnetic sensor 15 that detects the detected magnetic flux, wherein the magnetic sensor 15 generates an output signal whose polarity changes in response to the direction of the detected magnetic flux and whose size changes in response to the size of the detected magnetic flux.
    • 提供可以获得双极性输出信号的扭矩传感器,并且可以减小由轴向偏心引起的对输出信号的影响。 一个转矩传感器,其中第一旋转轴1和第二旋转轴2设置在公共轴线LL上,第一旋转轴1和第二旋转轴2通过扭杆5联接在一起,并且其检测扭矩 施加在第一旋转轴1和第二旋转轴2之间,扭矩传感器包括:磁场产生装置6,围绕公共轴线LL沿径向产生磁场; 响应于第一旋转轴1和第二旋转轴2之间的相对旋转而改变从磁场产生装置6沿着公共轴线L-L流动的检测磁通的方向和尺寸的磁场变化装置30; 以及磁传感器15,其检测检测到的磁通量,其中,磁传感器15产生响应于检测到的磁通量的方向而发生极性变化的输出信号,并且其尺寸随着检测磁通量的大小而变化。