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    • 111. 发明申请
    • SWITCHGEAR
    • US20080190895A1
    • 2008-08-14
    • US12025966
    • 2008-02-05
    • Takashi SATOKenji Tsuchiya
    • Takashi SATOKenji Tsuchiya
    • H01H33/66
    • H01H33/6661H01H1/5822H01H31/003H01H33/66207H01H2033/6668
    • A multi circuit type vacuum switchgear with improved ground isolation reliability. The multi circuit type vacuum switchgear has plural main circuit switches in a chamber. The respective main circuit switches, each having a fixed electrode and a movable electrode open/close to the fixed electrode, are respectively accommodated in a non-earthed type vacuum chamber. The respective movable electrodes are connected with flexible conductors. Operating rods are introduced into the non-earthed type vacuum chamber and respectively connected to the respective movable electrodes via insulators. The vacuum switchgear has a molded part having a first insulating member to insulate the main circuit switches and a second insulating member, integrally formed with the first insulating member, to insulate the movable electrode side and the movable operating rod side. The molded part is provided on the periphery of the vacuum chamber.
    • 具有改善接地隔离可靠性的多回路式真空开关设备。 多回路型真空开关装置在室内具有多个主电路开关。 各自的主电路开关分别容纳在非接地型真空室中,每个主电路开关具有固定电极和开/闭固定电极的可动电极。 各可动电极与柔性导体连接。 操作杆被引入到非接地型真空室中,并且经由绝缘体分别连接到各个可移动电极。 真空开关装置具有模制部件,其具有第一绝缘部件,用于使主电路开关绝缘,以及与第一绝缘部件一体形成的第二绝缘部件,使可动电极侧和可动操作杆侧绝缘。 模制部件设置在真空室的周边。
    • 113. 发明申请
    • NEGATIVE ELECTRODE AND SECONDARY BATTERY
    • 负电极和二次电池
    • US20070248884A1
    • 2007-10-25
    • US11688557
    • 2007-03-20
    • Kenji Tsuchiya
    • Kenji Tsuchiya
    • H01M4/58
    • H01M4/133H01M4/587H01M10/0525H01M2004/021H01M2004/027H01M2300/0025H01M2300/0085
    • There is provided a negative electrode including a negative electrode current collector and a negative electrode active material layer provided on the negative electrode current collector. In the negative electrode, the negative electrode active material layer includes a first layer having contact with the negative electrode current collector, and a second layer formed on the first layer. Further, the first and second layers are formed of carbon materials capable of inserting and extracting lithium. A specific surface area of a carbon material forming the second layer is larger than a specific surface area of a carbon material forming the first layer, and a thickness of the first layer corresponds to from 40% or more to 90% or less of a thickness of the entire negative electrode active material layer.
    • 在负极集电体上设置负极集电体和负极活性物质层的负极。 在负极中,负极活性物质层包括与负极集电体接触的第一层和形成在第一层上的第二层。 此外,第一层和第二层由能够插入和提取锂的碳材料形成。 形成第二层的碳材料的比表面积大于形成第一层的碳材料的比表面积,第一层的厚度对应于厚度的40%以上至90%以下 的整个负极活性物质层。
    • 117. 发明授权
    • Long slide rail device for vehicle seat
    • 车辆座椅长滑轨装置
    • US5800015A
    • 1998-09-01
    • US732149
    • 1996-10-16
    • Kenji TsuchiyaTamotsu ShiraiAkira Nemoto
    • Kenji TsuchiyaTamotsu ShiraiAkira Nemoto
    • B60N2/07B60N2/08B60N2/12
    • B60N2/085B60N2/0715B60N2/0818
    • A long slide rail device for vehicle seat, which includes a temporary lock mechanism for temporarily locking an upper rail member fixed to the seat, at a predetermined temporary lock point, relative to a long lower rail member fixed in a floor of vehicle, so that the seat may be temporarily locked at that point, allowing its seat cushion to be folded upright to its seat back, before being displaced to a storage lock position. The temporary lock mechanism includes a female lock element (or female lock hole) provided in the lower rail member at the temporary lock point, and a male lock element so arranged at the upper rail element as to lie generally within the long lower rail member and movable for engagement with and disengagement from the female lock element. Thus, the structure of long slide rail device is simplified in structure and made small in sizes. Also, the temporary lock mechanism is provided with a connecting portion for allowing operative connection with other locking mechanism for locking the seat cushion or seat back at the temporary lock point in an interlocking relation therewith.
    • 一种用于车辆座椅的长滑轨装置,其包括临时锁定机构,用于临时锁定固定到座椅的上轨道构件相对于固定在车辆地板中的长的下轨道构件在预定的临时锁定点处,使得 在该位置可能暂时锁定座椅,允许其座垫在被移动到存储锁定位置之前被竖直地折叠到其座椅靠背。 临时锁定机构包括在临时锁定点处设置在下轨道构件中的阴锁定元件(或阴锁孔),以及设置在上轨道元件处的大致位于长下轨道构件内的阳锁定元件, 可移动以与阴锁元件接合和分离。 因此,长滑轨装置的结构简化,尺寸小。 此外,临时锁定机构设置有用于允许与其他锁定机构的操作性连接的连接部分,用于将座椅坐垫或座椅靠背以与其相互联系的关系锁定在临时锁定点处。
    • 118. 发明授权
    • Gas insulated switchgear
    • 气体绝缘开关
    • US5177664A
    • 1993-01-05
    • US564073
    • 1990-08-08
    • Kenji TsuchiyaMinoru SakaguchiHiroshi Suzuyama
    • Kenji TsuchiyaMinoru SakaguchiHiroshi Suzuyama
    • H02B13/02H02B5/06H02B13/035
    • H02B1/22H02B13/0352H02B5/06
    • The present invention provides a three-phase lumped together gas insulated switchgear, which is small-sized and simply constructed, including main busbar conductors and disconnectors connected to the main busbar conductors. In the gas insulated switchgear, phases of the main busbar conductors are respectively disposed on the vertexes of a triangle. Further, the axes of the disconnectors and disconnector movable side conductors, both of which correspond to three phases, are arranged between one phase of the main busbar conductor and the other two phases of the main busbar conductors so that the axes of the disconnectors for the busbars become parallel with each other. Furthermore, the movable side conductors are connected to the main busbar conductors. Because of the above construction, a circuit breaker and the busbars can be linked within the shortest possible distance to the disconnectors arranged between the circuit breaker and the busbars.
    • 本发明提供一种三相集中在一起的气体绝缘开关柜,其小型化并简单地构成,其中包括连接到主母线导体的主母线导体和隔离开关。 在气体绝缘开关设备中,主母线导体的相位分别设置在三角形的顶点上。 此外,两个相对应三相的断路器和断路器可动侧导体的轴线布置在主母线导体的一相和主母线导体的另两相之间,使得用于 母线彼此平行。 此外,可动侧导体与主母线导体连接。 由于上述结构,断路器和母线可以在与断路器和母线之间布置的断路器尽可能短的距离内连接。