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    • 121. 发明授权
    • Stepping motor and manufacturing method thereof
    • 步进电机及其制造方法
    • US5121017A
    • 1992-06-09
    • US692711
    • 1991-04-29
    • Takashi YamamotoEiki NarimotoMasutarou KatsuTetsuo Matsubara
    • Takashi YamamotoEiki NarimotoMasutarou KatsuTetsuo Matsubara
    • H02K15/02H02K37/14
    • H02K37/14H02K15/022Y10T29/49009
    • A method of manufacturing a stator member for a stepping motor of the present invention comprises the steps of: placing a coil member on a mold; placing a yoke member on a mold with its teeth portions being inserted into a cylindrical hollow portion of the coil member from its one end, one surface of each of the teeth portions facing the mold being in contact with a surface of the mold; pressing the yoke member toward the coil member in a direction along the central shaft portion of the coil member so that a base plate portion of the yoke member may be brought into contact with a flange portion of the coil member; and providing hardenable material in a space enclosed by the surface of the mold and surfaces of the coil member and the yoke member, to thereby integrally uniting the coil member and the yoke member into one stator member.
    • 本发明的步进电动机用定子构件的制造方法包括以下步骤:将线圈构件放置在模具上; 将轭构件从其一端插入到线圈构件的圆筒形中空部分中,将轭构件放置在模具上,每个齿部分面对模具的一个表面与模具的表面接触; 沿着线圈构件的中心轴部的方向将轭构件朝向线圈构件按压,使得轭构件的基板部可以与线圈构件的凸缘部接触; 并且在由模具表面和线圈构件和轭构件的表面包围的空间中提供可硬化材料,从而将线圈构件和轭构件整体地结合成一个定子构件。
    • 124. 发明授权
    • Method and apparatus for forming thin film
    • 用于形成薄膜的方法和装置
    • US4901669A
    • 1990-02-20
    • US47328
    • 1987-05-08
    • Takashi YamamotoShozo KanekoTadashi GengoJoji IchinariHiroshi FujiyamaYoshio KayumiMasayoshi Murata
    • Takashi YamamotoShozo KanekoTadashi GengoJoji IchinariHiroshi FujiyamaYoshio KayumiMasayoshi Murata
    • C23C16/517H01L21/205
    • C23C16/517H01L21/02532H01L21/0262
    • The present invention is directed to a method for forming a thin film on a substrate by the use of a glow discharge plasma which comprises generating a magnetic field in a direction which crosses an electric field for discharge at right angles and fluctuating the magnetic field. The present invention is also directed to an apparatus for practicing the above method, which apparatus is composed of a reaction vessel, means for reducing the pressure in the reaction vessel and means for introducing the feed of reaction gases to the reaction vessel, electrodes for discharge disposed face to face in the reaction vessel, a power source from which a voltage for causing a glow discharge is fed to the electrodes for discharge, a coil surrounding the electrodes for discharge, for generating a magnetic field in a direction crossing at right angles to an electric field generated between the electrodes for discharge, and an AC power source for generating a magnetic field fed to the coil, whereby a thin film is formed on a base plate supported outside the range of the discharge electric field and in parallel with the direction of the electric field.
    • 本发明涉及一种通过使用辉光放电等离子体在衬底上形成薄膜的方法,该方法包括在与电场交叉的方向上产生磁场,以便以直角放电并使磁场发生波动。 本发明还涉及一种用于实施上述方法的装置,该装置由反应容器,用于降低反应容器内的压力的装置和将反应气体进料引入反应容器的装置,排出电极 面对面设置在反应容器内,将用于引起辉光放电的电压供给到放电用电极的电源,围绕放电用电极的线圈,用于沿垂直方向交叉的方向产生磁场 在用于放电的电极之间产生的电场和用于产生馈送到线圈的磁场的AC电源,由此在支撑在放电电场的范围外并与该方向平行的基板上形成薄膜 的电场。
    • 130. 发明授权
    • Process for preparation of multifilament optical fibers
    • 复丝光纤的制备工艺
    • US4732716A
    • 1988-03-22
    • US879942
    • 1986-06-30
    • Kenichi SakunagaHiroshi TeradaTakashi YamamotoYasuteru Tahara
    • Kenichi SakunagaHiroshi TeradaTakashi YamamotoYasuteru Tahara
    • C03B37/083C03B37/08D01D5/36D01F8/04G02B6/04G02B6/06G02B6/44B29D11/00G02B6/00
    • D01D5/36D01F8/04G02B6/06G02B6/448
    • A process for the preparation of a multifilament optical fiber having 1,000 to 10,000 islands as optical filaments, which comprises using a composite spinning spinneret for the preparation of an islands-in-a-sea type multifilament fiber, which comprises at least three piled orifice plates including an orifice plate having many island-forming nozzle holes, an orifice plate having a sea-forming nozzle hole and an orifice plate having a filament-gathering nozzle hole, the nozzle hole of the orifice plate arranged just above the lowermost orifice plate having a trumpet-shaped opening extending toward the lower end face thereof and a sea component flow passage being formed between two orifice plates arranged just above the lowermost orifice plate, and supplying a thermoplastic polymer for forming cores of optical filaments from the island-forming nozzle holes and a sea-forming thermoplastic polymer from the sea-forming nozzle hole to effect composite spinning and gathering many filaments in the gathering nozzle hole.
    • 一种制备具有1000至10,000个岛状光纤的复丝光纤的方法,其包括使用复合纺丝喷丝头制备海岛型复丝纤维,其包括至少三个堆积的孔板 包括具有许多岛形喷嘴孔的孔板,具有海成形喷嘴孔的孔板和具有丝聚集喷嘴孔的孔板,所述孔板的喷嘴孔布置在最下面的孔板的正上方, 喇叭形开口朝向其下端面延伸,海流部分流路形成在布置在最下面的孔板正上方的两个孔板之间,并从岛成形喷嘴孔供给用于形成光纤芯的热塑性聚合物, 海成形热塑性聚合物从海成形喷嘴孔到复合纺丝和收集许多细丝 聚集喷嘴孔。