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    • 61. 发明授权
    • Multilayer coating film formation process
    • 多层涂膜成膜工艺
    • US06238748B1
    • 2001-05-29
    • US09297765
    • 1999-05-07
    • Shigeru NakamuraNaruhito Ueno
    • Shigeru NakamuraNaruhito Ueno
    • B05D138
    • B05D7/58B05D7/587
    • The present invention provides a process of a forming multilayer coating film characterized by that in a process of forming a multilayer coating film by successively coating with an undercoat paint (A), an intermediate paint (B) and a topcoat paint (C) on a substrate, (1) to use a liquid thermocurable paint containing 0.1-30 parts by weight of aluminium powder and 1-200 parts by weight of titanium oxide pigment per 100 parts by weight of a thermosetting resin composition and the hiding film thickness of its coating film being less than 25 &mgr;m as said intermediate paint (B), (2) to use a solid color paint, a metallic paint or an interference pattern paint as said topcoat paint (C), and (3) to coat said topcoat paint (C) after curing by heating of the coating film of said intermediate paint (B). By this process it is possible to make an intermediate coating film thinner and to form a multilayer coating film with excellent smoothness.
    • 本发明提供了形成多层涂膜的方法,其特征在于,在通过在底涂层(A),中间涂料(B)和顶涂漆(C)上连续涂布来形成多层涂膜的方法中, 基材,(1)使用含有0.1-30重量份铝粉末的液体热固性涂料和每100重量份热固性树脂组合物1-200重量份氧化钛颜料和其涂层的隐藏膜厚度 作为所述中间漆(B)小于25μm的膜,(2)使用纯色漆,金属漆或干涉图案漆作为所述面漆(C),和(3)涂覆所述面漆( C)通过加热所述中间涂料(B)的涂膜固化后。 通过该方法,可以使中间涂膜更薄并形成具有优异平滑度的多层涂膜。
    • 62. 发明授权
    • Wavelength converter
    • 波长转换器
    • US06208455B1
    • 2001-03-27
    • US09082822
    • 1998-05-21
    • Yoshiyasu UenoKazuhito TajimaShigeru Nakamura
    • Yoshiyasu UenoKazuhito TajimaShigeru Nakamura
    • G02F1365
    • G02F2/004G02F2001/212
    • Disclosed is a wavelength converter that is appropriate for long-distance large-capacity optical communication, a wavelength converter according to the present invention includes: waveguides 1 and 2 for producing nonlinear changes in refractive indices; light interaction circuits 3 and 4; and light delay circuits 9 and 10. When an input signal pulse interval is denoted by To and a speed at which signal pulse light proceeds through a delay circuit is denoted by vg, a difference &Dgr;Ld for optical paths in the light delay circuits satisfies a relation &Dgr;Ld=vgTo/2. As a result, when there is an interaction involving two sequential light beams, the phases of which are demodulated by the input signal pulse, the wavelength chirping affecting the light beams is canceled out.
    • 公开了适用于长距离大容量光通信的波长转换器,根据本发明的波长转换器包括:用于产生折射率的非线性变化的波导1和2; 光互动电路3和4; 和光延迟电路9和10.当输入信号脉冲间隔由To表示,信号脉冲光通过延迟电路进行的速度由vg表示时,光延迟电路中的光路的差值DELTALd满足关系 DELTALd = vgTo / 2。 结果,当存在涉及两个顺序光束的相互作用时,其相位被输入信号脉冲解调,消除影响光束的波长啁啾。
    • 64. 发明授权
    • Quench hardening jig for a cylindrical work piece
    • 用于圆柱形工件的淬火淬火夹具
    • US6074601A
    • 2000-06-13
    • US95903
    • 1998-06-11
    • Shigeru Nakamura
    • Shigeru Nakamura
    • C21D1/00C21D1/10C21D1/18C21D1/63C21D1/673C21D9/40C21B3/00
    • C21D9/40C21D1/673C21D1/63
    • A quench hardening jig for a cylindrical work piece comprises a flat shaped base member(1), a plurality of taper plates(2) and an inversely tapered block(4), the plurality of the taper plates being disposed radiantly on the base member retractably relative to a center of the base member while each taper plate being formed such that it is substantially L shaped in its front view and an internal surface thereof is tapered, the inversely tapered block having an inversely tapered surface(4a) fitting to the tapered surface(2a) of the taper plate and being mounted on the tapered surface of the taper plate such that a progress of the inversely tapered block(4) in a vertical direction contracts/expands an external diameter formed by the respective taper plates(2).
    • 一种用于圆柱形工件的淬火硬化夹具包括一个扁平形的基体部件(1),多个锥形板(2)和一个倒锥形块体(4),多个锥形板可伸缩地设置在底座部件上 相对于基部构件的中心,并且每个锥形板形成为在其前视图中基本为L形并且其内表面为锥形,所述倒锥形块具有与锥形表面配合的倒锥形表面(4a) (2a),并且安装在锥形板的锥形表面上,使得逆锥形块(4)在垂直方向上的进行使由各个锥形板(2)形成的外径收缩/扩大。
    • 66. 发明授权
    • Vibration-type gyro apparatus for calculating angular velocity
    • 用于计算角速度的振动型陀螺仪
    • US5821420A
    • 1998-10-13
    • US782968
    • 1997-01-14
    • Akihiro ChoTakeshi HojoShigeru NakamuraKazuteru Sato
    • Akihiro ChoTakeshi HojoShigeru NakamuraKazuteru Sato
    • G01P9/04G01C19/56G01P9/00
    • G01C19/5607
    • This invention relates to a vibration-type gyro apparatus for measuring an angular velocity using the Coriolis force exerted on a tuning fork. The tuning fork has two vibrational members symmetric about a Z axis. The two vibrational members vibrate along Z axis and are displaced along a Y axis by the Coriolis force. Each of the two vibrational members includes a cantilevered tabular member arranged along an XZ plane and has a shape symmetric about the center axis thereof. Electrode sections are formed on the two sides of the vibrational members, and electrodes are formed in the internal space of a casing at positions corresponding to the electrode sections. The electrodes are arranged by being deviated outward or inward of the center axis of the vibration members with respect to the electrode sections. Each of the electrodes is supplied with a displacement detection AC voltage and a control voltage from a detection and drive circuit.
    • 本发明涉及使用施加在音叉上的科里奥利力来测量角速度的振动型陀螺设备。 音叉具有关于Z轴对称的两个振动元件。 两个振动构件沿Z轴振动并沿着Y轴移动通过科里奥利力。 两个振动构件中的每一个包括沿着XZ平面布置并且具有围绕其中心轴线对称的形状的悬臂板状构件。 电极部形成在振动部件的两侧,电极形成在与电极部对应的位置的壳体的内部空间中。 电极通过相对于电极部分偏离振动部件的中心轴线的外侧或内侧而布置。 每个电极被提供有来自检测和驱动电路的位移检测AC电压和控制电压。