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    • 5. 发明授权
    • Current sensor
    • 电流传感器
    • US07936165B2
    • 2011-05-03
    • US12545918
    • 2009-08-24
    • Norio MatsumuraTatsuya Aoki
    • Norio MatsumuraTatsuya Aoki
    • G01R1/20G01R15/20
    • G01R15/207G01R31/3696
    • A current sensor includes a housing having a pair of first slits, a bus bar supported by the housing and electrically connected to a battery post provided on a battery, an annular shield member arranged so as to surround an axis extending in a direction in which a current is flowed in the bus bar, and a magnetic-electric conversion element provided on the housing to detect a magnetic flux density of a magnetic field generated when the current is flowed in the bus bar and produce an electric signal. The magnetic-electric conversion element is arranged between the first slits. The shield member is inserted into the first slits so that the shield member is mounted on the housing.
    • 电流传感器包括具有一对第一狭缝的壳体,由壳体支撑并且电连接到设置在电池上的电池柱的母线;环形屏蔽构件,被布置成围绕沿着 电流在母线中流动,并且设置在壳体上的磁电转换元件,以检测当电流在母线中流动时产生的磁场的磁通密度并产生电信号。 磁电转换元件布置在第一狭缝之间。 屏蔽部件被插入到第一狭缝中,使得屏蔽部件安装在壳体上。
    • 7. 发明授权
    • Fuse unit
    • 保险丝单元
    • US09190236B2
    • 2015-11-17
    • US13497387
    • 2010-10-01
    • Hidenori KibushiTatsuya Aoki
    • Hidenori KibushiTatsuya Aoki
    • H01H37/04H01H85/044H01R13/627H01H85/20H01H85/02H01H85/055
    • H01H85/044H01H85/20H01H85/2045H01H2085/025H01H2085/0555H01R13/6273
    • A fuse unit including a fuse element therein includes a first resin body and a second resin body. The second resin body is connected to the first resin body by a hinge portion and configured to be bended around the hinge portion with respect to the first resin body. A pair of first side walls and a pair of second side walls are provided on the first resin body and the second resin body respectively and extend in a direction intersecting an axis of the bending of the second resin body. A pair of engaging parts are provided at the lock arms provided at the first side walls respectively respectively, and each of which has a first inclined face. A pair of engaged parts are provided at the second side walls respectively, and corresponds to the engaging parts respectively, and each of which has a second inclined face configured to contact the first inclined face in surface contact in a state that the second resin body is bended. The first inclined face and the second inclined face are formed along a direction intersecting a direction of a reaction force by springback of the fuse element caused by the bending of the second resin body.
    • 包括其中的熔丝元件的保险丝单元包括第一树脂体和第二树脂体。 第二树脂体通过铰链部连接到第一树脂体,并且构造成相对于第一树脂体围绕铰链部弯曲。 一对第一侧壁和一对第二侧壁分别设置在第一树脂体和第二树脂体上,并且在与第二树脂体的弯曲轴线交叉的方向上延伸。 在分别设置在第一侧壁处的锁定臂处设置有一对接合部,并且每个接合部具有第一倾斜面。 一对被接合部分分别设置在第二侧壁处,并且分别对应于接合部分,并且每个接合部分具有第二倾斜面,其构造成在第二树脂体是第二侧壁的状态下与表面接触的第一倾斜面接触 弯曲。 第一倾斜面和第二倾斜面沿着与由第二树脂体的弯曲引起的由熔断元件的回弹相反的反作用力方向的方向形成。
    • 9. 发明申请
    • TANTALUM RECOVERY METHOD
    • TANTALUM恢复方法
    • US20130336858A1
    • 2013-12-19
    • US14002351
    • 2012-03-16
    • Tatsuya AokiKenji Matsuzaki
    • Tatsuya AokiKenji Matsuzaki
    • C22B34/24
    • C22B34/24C22B1/005C22B7/007Y02P10/234
    • There is provided a technology for decreasing copper and tungsten contained in tantalum-containing wastes, and recovering a high-purity tantalum. The present invention is a tantalum recovery method for recovering tantalum from a tantalum-containing waste, the method comprising subjecting the tantalum-containing waste to an acid treatment in an oxidizing atmosphere, thereafter to a roasting treatment and an alkali treatment, and further comprising carrying out a magnetic separation treatment before the acid treatment to thereby separate a tantalum-containing material in the tantalum-containing waste. This is particularly a suitable recovery method for recovering tantalum from wastes containing a relatively large amount of copper and tungsten such as discarded substrates such as printed wiring boards.
    • 提供了一种用于减少含钽废物中所含的铜和钨的技术,并且回收高纯度钽。 本发明是一种用于从含钽废物中回收钽的钽回收方法,该方法包括在氧化气氛中对含钽废物进行酸处理,然后进行焙烧处理和碱处理, 在酸处理之前进行磁分离处理,从而分离含钽废物中的含钽材料。 这尤其是用于从含有相对大量铜和钨的废物中回收钽的合适的回收方法,例如诸如印刷线路板的废弃基板。