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    • 1. 发明授权
    • Electrode for cold cathode tube and cold cathode tube employing it
    • 冷阴极管和冷阴极管用电极
    • US08134289B2
    • 2012-03-13
    • US12444834
    • 2007-10-10
    • Tsutomu MoriokaToshiaki SutoFumihiko Yoshimura
    • Tsutomu MoriokaToshiaki SutoFumihiko Yoshimura
    • H01J1/62
    • H01J61/0672H01J61/0675
    • An electrode (1) for cold cathode tube of the present invention includes a cylindrical sidewall portion (2), a bottom portion (3) provided at one end of the cylindrical sidewall portion, and an opening portion (4) provided at the other end of the cylindrical sidewall portion. The electrode is formed of a sintered body of a high melting point metal (W, Nb, Ta, Mo or Re). When an overall length of the electrode is L, an inside diameter of the cylindrical sidewall portion at a position of L/2 is d1, an inside diameter of the bottom portion is d2, and an arc of an inner surface (5) of the cylindrical sidewall portion connecting a portion of the inside diameter d1 and a portion of the inside diameter d2 is R, the electrode satisfies the following condition; L≧6 [mm], d2>d1, R≧20 [mm].
    • 本发明的冷阴极管用电极(1)包括圆筒形侧壁部(2),设置在圆筒形侧壁部的一端的底部(3)和设置在另一端的开口部(4) 的圆筒形侧壁部分。 电极由高熔点金属(W,Nb,Ta,Mo或Re)的烧结体形成。 当电极的总长度为L时,圆筒形侧壁部分在L / 2的位置处的内径为d1,底部的内径为d2,并且内表面(5)的弧度为 连接内径d1的一部分和内径d2的一部分的圆筒形侧壁部分为R,电极满足以下条件; L≥6[mm],d2> d1,R≥20[mm]。
    • 2. 发明申请
    • ELECTRODE FOR COLD CATHODE TUBE AND COLD CATHODE TUBE EMPLOYING IT
    • 冷阴极管和冷阴极管用电极
    • US20100117514A1
    • 2010-05-13
    • US12444834
    • 2007-10-10
    • Tsutomu MoriokaToshiaki SutoFumihiko Yoshimura
    • Tsutomu MoriokaToshiaki SutoFumihiko Yoshimura
    • H01J63/04H01J1/30
    • H01J61/0672H01J61/0675
    • An electrode (1) for cold cathode tube of the present invention includes a cylindrical sidewall portion (2), a bottom portion (3) provided at one end of the cylindrical sidewall portion, and an opening portion (4) provided at the other end of the cylindrical sidewall portion. The electrode is formed of a sintered body of a high melting point metal (W, Nb, Ta, Mo or Re). When an overall length of the electrode is L, an inside diameter of the cylindrical sidewall portion at a position of L/2 is d1, an inside diameter of the bottom portion is d2, and an arc of an inner surface (5) of the cylindrical sidewall portion connecting a portion of the inside diameter d1 and a portion of the inside diameter d2 is R, the electrode satisfies the following condition; L≧6 [mm], d2>d1, R≧20 [mm].
    • 本发明的冷阴极管用电极(1)包括圆筒形侧壁部(2),设置在圆筒形侧壁部的一端的底部(3)和设置在另一端的开口部(4) 的圆筒形侧壁部分。 电极由高熔点金属(W,Nb,Ta,Mo或Re)的烧结体形成。 当电极的总长度为L时,圆筒形侧壁部分在L / 2的位置处的内径为d1,底部的内径为d2,并且内表面(5)的弧度为 连接内径d1的一部分和内径d2的一部分的圆筒形侧壁部分为R,电极满足以下条件; L≥6[mm],d2> d1,R≥20[mm]。
    • 8. 发明申请
    • PROBE PIN AND METHOD OF MANUFACTURING THE SAME
    • 探针及其制造方法
    • US20130029564A1
    • 2013-01-31
    • US13619417
    • 2012-09-14
    • Fumihiko Yoshimura
    • Fumihiko Yoshimura
    • B24B5/36
    • B24B19/16G01R1/0675G01R3/00Y10T29/49
    • A probe pin having a bent portion at its tip end portion is used for a probe card, the probe pin is configured such that an angle constituted by a direction of work groove generated at a time of machine-working of a tip end portion of the probe pin and a longitudinal direction of a metal wire is set to 45 degree or less, or both directions are set to be almost parallel to each other. Due to above configuration, even if the tip end portion of the probe pin is subjected to a bending work and a worked surface is formed with recessed portion, a breakage of the probe pin caused by the recessed portion existing on the worked surface and functioning as a starting point of the breakage can be effectively prevented whereby a lowering of a production yield of the probe pin can be greatly suppressed.
    • 在探针卡上使用在其前端部具有弯曲部的探针,所述探针构成为:由所述探针卡的前端部的机械加工时产生的工作槽方向构成的角度, 探针和金属线的长度方向设定为45度以下,或者将两个方向设定为大致平行。 由于上述结构,即使探针的前端部进行弯曲加工,加工面形成有凹部,由于存在于加工面上的凹部产生的探针的断裂,作为 可以有效地防止断裂的起点,从而可以极大地抑制探针的产量的降低。