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    • 92. 发明授权
    • Flyback transformer
    • 反激式变压器
    • US6002246A
    • 1999-12-14
    • US154700
    • 1998-09-17
    • Kiyohiko GohkonTeruaki SatoMitsuhiro KannoAkira Kikuchi
    • Kiyohiko GohkonTeruaki SatoMitsuhiro KannoAkira Kikuchi
    • H01F38/42H01F40/04H01F27/28H01F15/10
    • H01F38/42
    • In a flyback transformer, an insulating cover is interposed between a main body casing and a focusing pack casing. A through-hole is formed through a ceramic resistor accommodated in the focusing pack casing. A fixing hole is formed through the insulating cover in a coaxial relationship with the through-hole. A slider is fixed on a rotatable knob for a variable resistor, which is supported on the focusing pack casing. One of two tongues of the slider is maintained in contact under pressure with a variable resistor of the ceramic resistor, and the other tongue is arranged coaxially with the fixing hole and is maintained in contact under pressure with a wire-shaped output terminal. The terminal is press-fitted in the fixing hole. Another flyback transformer is also disclosed, which comprises a cylindrical holder portion. An exposed portion of a conductor of a voltage output lead wire is formed in an L-shaped bent portion which is press-fitted in the holder portion, whereby the L-shaped bent portion is resiliently held at a basal portion thereof. A conductive rubber is connected to an output terminal. A free end portion of the conductor extends out from the holder portion into the conductive rubber.
    • 在反激式变压器中,绝缘盖插入在主体壳体和聚焦组合壳体之间。 通过容纳在聚焦包装壳体中的陶瓷电阻器形成通孔。 以与通孔同轴的方式穿过绝缘盖形成固定孔。 滑块被固定在用于可变电阻器的可旋转旋钮上,该可变电阻器被支撑在聚焦组合壳体上。 滑块的两个舌片中的一个保持在压力下与陶瓷电阻器的可变电阻器接触,另一个舌片与固定孔同轴地布置,并且在压力下与线形输出端子保持接触。 端子被压配合在固定孔中。 还公开了另一种回扫变压器,其包括圆柱形保持器部分。 电压输出引线的导体的暴露部分形成在压配合在保持器部分中的L形弯曲部分中,由此L形弯曲部分弹性地保持在其基部。 导电橡胶连接到输出端子。 导体的自由端部从保持器部分延伸到导电橡胶中。
    • 95. 发明授权
    • Characteristic test apparatus for electronic device and method for using
the same
    • 电子装置用特征试验装置及其使用方法
    • US4851768A
    • 1989-07-25
    • US212047
    • 1988-06-24
    • Masahiro YoshizawaAkira KikuchiKou WadaMinpei FujinamiNobuo Shimazu
    • Masahiro YoshizawaAkira KikuchiKou WadaMinpei FujinamiNobuo Shimazu
    • H01L21/66G01Q30/02G01Q30/04G01Q90/00G01R31/26G01R31/302G01R31/305G01R31/3183H01J37/28
    • G01R31/305
    • In a characteristic test apparatus for an electronic device, a number of voltage supply beams are radiated onto predetermined irradiation positions of the electronic device placed on a sample table. In addition, a potential measuring beam is radiated onto a number of irradiation positions including the predetermined irradiation positions of the voltage supply beams. A secondary electron signal based on the potential measuring beam is detected to measure a potential. When the irradiation position of the potential measuring beam coincides with that of the voltage supply beam, the voltage supply beam is controlled to adjust a potential at the irradiation position to a set value by controlling, e.g., an acceleration power source for the voltage supply beam. When the irradiation position of the potential measuring beam is different from that of the voltage supply beam, a potential at this position is measured. Then, characteristics of the electronic device are calculated based on the obtained potentials at the respective irradiation positions.
    • 在用于电子设备的特征测试装置中,多个电压供应光束照射到放置在样品台上的电子设备的预定照射位置上。 此外,将潜在的测量光束照射到包括电压供应光束的预定照射位置的多个照射位置。 检测基于电位测量光束的二次电子信号来测量电位。 当电位测量光束的照射位置与电压供应光束的照射位置一致时,电压供应光束被控制以通过控制例如电压源光束的加速度电源来将照射位置处的电位调整到设定值 。 当电位测量光束的照射位置与电压供应光束的照射位置不同时,测量该位置处的电位。 然后,基于在各个照射位置处获得的电位来计算电子设备的特性。
    • 96. 发明授权
    • Keeper for implant and its assembly, and keeper-fixing method
    • Keeper用于种植体及其组装,以及饲养员固定方法
    • US08951044B2
    • 2015-02-10
    • US14119691
    • 2012-05-22
    • Akira Kikuchi
    • Akira Kikuchi
    • A61C8/00A61C19/02A61C13/235
    • A61C19/02A61C8/005A61C8/0059A61C8/0068A61C8/0069A61C8/0074A61C8/0081A61C13/235
    • A keeper for an implant comprising (a) a keeper body made of a soft-magnetic material, which comprises a recess for receiving a head of an abutment having a female thread, and a female thread extending along a center axis to have communication with the recess and having a larger nominal diameter than that of the female thread of the abutment; and (b) a stepped screw member comprising a small-diameter screw portion threadably engageable with the female thread of the abutment, and a large-diameter screw portion threadably engageable with the female thread of the keeper body; the keeper body being strongly fixed to the abutment by the stepped screw member, when the keeper body is rotated in a threadably engaging direction, after the female thread of the abutment threadably engages the small-diameter screw portion, and after the female thread of the keeper body threadably engages the large-diameter screw portion.
    • 一种用于植入物的保持器,包括(a)由软磁材料制成的保持器主体,其包括用于接收具有阴螺纹的邻接头的凹部和沿着中心轴延伸以与所述内螺纹连通的阴螺纹 并且具有比基台的内螺纹的公称直径更大的公称直径; 和(b)阶梯螺纹部件,其包括可与所述基台的内螺纹螺纹接合的小直径螺纹部,以及与所述保持体的内螺纹螺纹接合的大直径螺纹部; 当保持器主体沿着螺纹接合方向旋转时,保持器主体通过阶梯螺钉部件牢固地固定到邻接部上,在接头的内螺纹螺纹接合小直径螺钉部分之后,并且在内螺纹 保持体与大直径螺纹部螺纹接合。