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    • 21. 发明授权
    • Optical connector
    • 光连接器
    • US4759599A
    • 1988-07-26
    • US943769
    • 1986-12-19
    • Yasuhiro YamaguchiKenichi DonumaYasuhiro AndoShuichiro Inagaki
    • Yasuhiro YamaguchiKenichi DonumaYasuhiro AndoShuichiro Inagaki
    • G02B6/36G02B6/24G02B6/38G02B6/40
    • G02B6/3825G02B6/3878G02B6/389G02B6/3821G02B6/3835G02B6/3869
    • An optical connector includes a plug and an adaptor to which the plug is to be connected. The adaptor is formed with a plug body fitting portion and a holder fitting portion. The plug has a plug body to which a optical fiber cable is fixed. A floating holder is arranged in the plug body to be movable in any direction with respect to the plug body. An end of the optical fiber of the cable is attached to a ferrule which is supported by the holder. When the plug is connected to the adaptor, the plug body is fitted to the plug body fitting portion and the holder to the holder fitting portion. At this time, the plug body is locked to the plug body fitting portion by a lock mechanism, and the holder is locked to the holder fitting portion by engaging projections on the holder and engaging holes which are formed in the holder fitting portion and engaged with the projections.
    • 光学连接器包括插头和插头要连接的适配器。 适配器形成有插头本体配合部分和保持器配合部分。 插头具有固定有光缆的插头体。 浮动保持器布置在插头主体中以能够相对于插头主体的任何方向移动。 电缆的光纤的端部附接到由保持器支撑的套圈。 当插头连接到适配器时,插头主体被安装到插头本体安装部分和保持器到保持器配合部分。 此时,插头体通过锁定机构与插头本体嵌合部卡合,通过将保持器上的突起与卡合部嵌合而形成的卡合孔卡止在支架嵌合部上, 预测。
    • 24. 发明授权
    • Strain relief boot for an optical connector plug
    • 用于光学连接器插头的应力消除开关
    • US5329603A
    • 1994-07-12
    • US49189
    • 1993-04-21
    • Tetsuaki WatanabeKouichiro MatsunoYasuhiro Ando
    • Tetsuaki WatanabeKouichiro MatsunoYasuhiro Ando
    • G02B6/38G02B6/44G02B6/00G02B6/36
    • G02B6/4478G02B6/3869G02B6/3887G02B6/389
    • A strain relief boot for an optical connector plug which can prevent the occurrence of acute bends of the connection between the optical connector plug and an optical fiber cable, whereby the deterioration of the transmission characteristic of the optical fiber cable can be prevented. The strain relief boot has a first tubular member of Nylon 6.6 having a Rockwell hardness of about 85 and a second tubular member of thermoplastic polyurethane having Rockwell hardness of about 45 connected coaxially with the first member. An outer diameter of the second member is gradually reduced away from the first member, and an end portion of the second member opposite to the first member is shaped in a cylindrical portion a thickness of which is substantially constant. Preferably, the cylindrical portion has a length of above 4.0 mm.
    • 一种用于光连接器插头的应变消除罩,其可以防止光连接器插头和光纤电缆之间的连接的急弯弯曲的发生,从而可以防止光纤电缆的传输特性的恶化。 应变消除罩具有洛氏硬度为约85的尼龙6.6的第一管状构件和与第一构件同轴连接的洛氏硬度为约45的热塑性聚氨酯的第二管状构件。 第二构件的外径逐渐从第一构件减小,并且与第一构件相对的第二构件的端部成形为其厚度基本上恒定的圆柱形部分。 优选地,圆柱形部分具有高于4.0mm的长度。
    • 27. 发明授权
    • Semiconductor integrated circuit
    • 半导体集成电路
    • US06399991B1
    • 2002-06-04
    • US09709631
    • 2000-11-13
    • Yasuhiro Ando
    • Yasuhiro Ando
    • H01L2362
    • H01L21/765
    • In the guard ring section, four regions, p+ diffusion region, n+ diffusion region, n+ diffusion region, and p+ diffusion region, are formed to surround a hard macro and disposed in the order of this from the inside, and the inside two regions are disposed in an n well, and the outside two regions are disposed in a p well. A potential VSS is applied in the innermost p+ diffusion region and the outermost p+ diffusion region, and a potential VDD is applied in the two n+ diffusion regions disposed between these p+ diffusion regions. As a result, capacitors are formed between the n well and the p+ diffusion region formed in the n well, and between the p well and the n+ diffusion region formed in the p well, and therefore noise from outside is shielded, power source noise is absorbed, and malfunctions of the macro cell are prevented.
    • 在保护环部分中,形成四个区域,p +扩散区域,n +扩散区域,n +扩散区域和p +扩散区域,以围绕硬宏并且从内部依次排列,并且内部两个区域 设置在n阱中,并且外部两个区域以良好的方式设置。 在最内部p +扩散区域和最外侧p +扩散区域中施加电位VSS,并且在设置在这些p +扩散区域之间的两个n +扩散区域中施加电位VDD。 结果,在n阱和形成在n阱中的p +扩散区域之间以及形成在p阱中的p阱和n +扩散区之间形成电容器,因此来自外部的噪声被屏蔽,电源噪声是 吸收,并且防止宏小区的故障。
    • 29. 发明授权
    • Apparatus for driving AC motor
    • 交流电机驱动装置
    • US4758771A
    • 1988-07-19
    • US924414
    • 1986-10-29
    • Suzuo SaitoYasuhiro Ando
    • Suzuo SaitoYasuhiro Ando
    • H02P25/04H02P27/04H02P27/06H02P7/36
    • H02P27/06H02P2201/03
    • This invention relates to an apparatus for driving an ac motor that includes a current controlled type power converter which produces an ac current or power having an arbitrary frequency at its output, a first switch provided to connect the power converter and the ac motor, and a second switch provided to connect an independent ac power supply and the ac motor. The apparatus operates in two switching modes, namely, switching from the ac power supply to the power converter and switching from the power converter to the ac power supply. To perform such a switching operation smoothly, the apparatus of the invention a voltage phase detector circuit for detecting the voltage phase of the ac power supply, detector circuit for detecting a value proportional to the power factor of the ac motor, a holding circuit for holding the value proportional to the power factor for a predetermined time, a current phase detector for detecting the current phase of the ac motor on the basis of the voltage phase of the ac power supply and the value proportional to the power factor, and a switching circuit for causing the first and second switches to be operative in synchronism with the phase detection signal.
    • 本发明涉及一种用于驱动交流电动机的装置,该交流电动机包括电流控制型电力转换器,该电流控制型电力转换器在其输出端产生交流电或具有任意频率的电力,第一开关用于连接电力转换器和交流电动机;以及 第二开关用于连接独立的交流电源和交流电动机。 该装置以两种开关模式工作,即从交流电源切换到功率转换器,并从功率转换器切换到交流电源。 为了平稳地执行这种切换操作,本发明的装置用于检测交流电源的电压相位的电压相位检测器电路,用于检测与交流电动机的功率因数成比例的值的检测器电路,用于保持 与预定时间内的功率因数成比例的值,用于根据交流电源的电压相位和与功率因数成正比的值检测交流电动机的电流相位的电流相位检测器,以及开关电路 用于使第一和第二开关与相位检测信号同步地工作。