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    • 1. 发明授权
    • Display device having anti-reflective electrodes and/or insulating film
    • 具有抗反射电极和/或绝缘膜的显示装置
    • US4895432A
    • 1990-01-23
    • US179457
    • 1988-04-08
    • Yukihiro IwashitaKoji SumiKoichi KamijoHideaki Okumura
    • Yukihiro IwashitaKoji SumiKoichi KamijoHideaki Okumura
    • G02F1/1333G02F1/1335G02F1/1343
    • G02F1/133502G02F1/13439G02F1/133345
    • A display device including a pair of opposed substrates at least one of which is transparent with a display medium layer therebetween, and a transparent electrode arranged on the internal surface of the transparent substrate is provided. The thickness of the transparent electrode is about ((5500.times.N)/(2.times.n)).ANG. wherein N is a natural number and n represents the refractive index thereof. When a transparent insulating film is formed on the transparent electrode, the thickness of the transparent insulating film is about ((5500.times.N)/(2.times.m)).ANG. wherein N is a natural number and m represents the refractive index thereof. When the refractive index of n.sub.1 of the transparent insulating film is substantially equal to the refractive index n.sub.2 of the transparent electrode, the value, 2.times.(n.sub.1 .times.d.sub.1 +n.sub.2 .times.d.sub.2) equals about (5500.times.N).ANG. wherein N is a natural number, d.sub.1 represents the thickness of the transparent insulating film and d.sub.2 the thickness of the transparent electrode.
    • 一种显示装置,包括一对相对的基板,其中至少一个是透明的,其间具有显示介质层,并且设置在透明基板的内表面上的透明电极。 透明电极的厚度约为((5500xN)/(2xn))ANGSTROM,其中N是自然数,n表示其折射率。 当在透明电极上形成透明绝缘膜时,透明绝缘膜的厚度约为((5500xN)/(2xm))ANGSTROM,其中N为自然数,m为折射率。 当透明绝缘膜的n1的折射率基本上等于透明电极的折射率n2时,2x(n1xd1 + n2xd2)的值等于大约(5500×N)ANGSTROM,其中N是自然数,d1表示厚度 ,d2表示透明电极的厚度。
    • 3. 发明授权
    • Gas engine with spark plug and bore-cooling holes
    • 燃气发动机带火花塞和钻孔冷却孔
    • US08757127B2
    • 2014-06-24
    • US13131991
    • 2009-12-25
    • Michiyasu IshidaHideaki Okumura
    • Michiyasu IshidaHideaki Okumura
    • F02F1/00
    • F02B19/1014F01P3/16F02B19/18F02F1/243F02P13/00H01T13/54Y02T10/125
    • Provided is a check valve structure capable of preventing soot accumulation in a check valve arranged in a pre-combustion chamber (4) due to incomplete combustion of fuel gas and preventing malfunction the check valve (6) for a gas engine having an pre-combustion chamber with a spark plug. An arrangement for supplying fuel gas to the pre-combustion chamber (4) has a multiple bore-cooling holes (11s) disposed around the spark plug (10) for cooling a gasket (10f) formed in a mounting hardware piece (13), the holes having an lateral bore-cooling hole (11a), and a lateral bore-cooling hole (11b) with the gasket (10f) therebetween. Each of the holes further has a multiple bore-cooling holes (11s) parallel to the center axis (10a) of the spark plug. The mounting hardware piece (13) further has a check valve (6) communicating with a fuel gas inlet slot (5) between the lateral bore-cooling hole (11a) (inlet side) and the lateral bore-cooling hole (11b) (outlet side) for cooling water so that the check valve is cooled. A first check valve (22s) is provided upstream of a fuel gas inlet location (the junction) (14s) of the mounting hardware piece (13) with respect to the fuel flow to prevent reversed flow of fuel gas.
    • 提供一种止回阀结构,其能够防止由于燃料气体的不完全燃烧而布置在预燃烧室(4)中的止回阀中的烟灰积聚,并且防止具有预燃烧的燃气发动机的止回阀(6)的故障 室内装有火花塞。 用于向燃烧室(4)供应燃料气体的装置具有设置在火花塞(10)周围的用于冷却形成在安装五金件(13)中的衬垫(10f)的多个孔 - 冷却孔(11s) 所述孔具有侧向孔冷却孔(11a),以及具有垫圈(10f)的侧向孔冷却孔(11b)。 每个孔还具有平行于火花塞的中心轴线(10a)的多个孔 - 冷却孔(11s)。 安装五金件(13)还具有止回阀(6),该止回阀与横向孔冷却孔(入口侧)和横向孔冷却孔(11b)之间的燃料气体入口槽(5)连通 出口侧)用于冷却水,以便止回阀被冷却。 第一止回阀(22s)相对于燃料流被设置在安装五金件(13)的燃料气体入口位置(结点)(14s)的上游,以防止燃料气体的反向流动。
    • 5. 发明授权
    • Liquid crystal device, method for manufacturing the liquid crystal device, and electronic apparatus
    • 液晶装置,液晶装置的制造方法以及电子装置
    • US06473147B1
    • 2002-10-29
    • US09424433
    • 1999-11-23
    • Hiroki NakaharaHideaki OkumuraTakeshi Nakamura
    • Hiroki NakaharaHideaki OkumuraTakeshi Nakamura
    • G02F11339
    • G02F1/1339G02F1/1345
    • Regarding a liquid crystal device having a structure in which electrodes formed on a pair of substrates are subjected to conductive connection using a conductive member, the outer dimensions can be reduced despite the use of the conductive member, and a complicated pattern design including cross wiring and the like can be employed for the electrode patterns formed on the pair of substrates. A liquid crystal device is formed by joining a first substrate 2a comprising first electrodes 7a and external joining elements 8 and a second substrate 2b comprising second electrodes 7b by an annular sealing member 3. The sealing member 3 includes a conductive section 3b having the function of conductive connection and a non-conductive section 3a having no function of conductive connection, and the second electrodes 7b on the second substrate 2b are individually subjected to conductive connection to the terminals 8 on the first substrate 2a via the conductive section 3b of the sealing member 3. The non-conductive section 3a does not have the function of conductive connection, so that the first electrodes 7a and the second electrodes 7b can be subjected to cross wiring at that section.
    • 关于具有这样的结构的液晶装置,其中使用导电部件对形成在一对基板上的电极进行导电连接,尽管使用导电部件也可以减小外部尺寸,并且包括交叉布线和 可以采用在一对基板上形成的电极图案。 通过将包括第一电极7a和外部接合元件8的第一基板2a和包括第二电极7b的第二基板2b通过环形密封构件3接合而形成液晶装置。密封构件3包括导电部分3b, 导电连接和不具有导电连接功能的非导电部分3a,并且第二基板2b上的第二电极7b经由密封构件的导电部分3b分别经受与第一基板2a上的端子8的导电连接 不导电部分3a不具有导电连接的功能,使得第一电极7a和第二电极7b可以在该部分进行交叉布线。
    • 7. 发明申请
    • GAS ENGINE WITH SPARK PLUG AND BORE-COOLING HOLES
    • 燃气发动机与火花塞和滚筒球
    • US20110271930A1
    • 2011-11-10
    • US13131991
    • 2009-12-25
    • Michiyasu IshidaHideaki Okumura
    • Michiyasu IshidaHideaki Okumura
    • F02B19/12
    • F02B19/1014F01P3/16F02B19/18F02F1/243F02P13/00H01T13/54Y02T10/125
    • Provided is a check valve structure capable of preventing soot accumulation in a check valve arranged in a pre-combustion chamber (4) due to incomplete combustion of fuel gas and preventing malfunction the check valve (6) for a gas engine having an pre-combust ion chamber with a spark plug. An arrangement for supplying fuel gas to the pre-combustion chamber (4) has a multiple bore-cooling holes (11s) disposed around the spark plug (10) for cooling a gasket (10f) formed, in a mounting hardware piece (13), the holes having an lateral bore-cooling hole (11a), and a lateral bore-cooling hole (11b) with the gasket (10f) therebetween. Each of the holes further has a multiple bore-cooling holes (11s) parallel to the center axis (10a) of the spark plug. The mounting hardware piece (13) further has a check valve (6) communicating with a fuel gas inlet slot (5) between the lateral bore-cooling hole (11a)(inlet side) and the lateral bore-cooling hole (11b) (outlet side) for cooling water so that the check valve is cooled. A first check valve (22s) is provided upstream of a fuel gas inlet location (the junction) (14s) of the mounting hardware piece (13) with respect to the fuel flow to prevent reversed flow of fuel gas.
    • 提供一种止回阀结构,其能够防止由于燃料气体的不完全燃烧而布置在预燃烧室(4)中的止回阀中的烟灰积聚,并且防止具有预燃烧的燃气发动机的止回阀(6)的故障 离子室带有火花塞。 用于向燃烧室(4)供应燃料气体的装置具有设置在火花塞(10)周围的多个孔 - 冷却孔(11s),用于冷却在安装五金件(13)中形成的衬垫(10f) 所述孔具有横向孔冷却孔(11a),以及具有垫圈(10f)的侧向孔冷却孔(11b)。 每个孔还具有平行于火花塞的中心轴线(10a)的多个孔 - 冷却孔(11s)。 安装五金件(13)还具有止回阀(6),该止回阀与横向孔冷却孔(入口侧)和横向孔冷却孔(11b)之间的燃料气体入口槽(5)连通 出口侧)用于冷却水,以便止回阀被冷却。 第一止回阀(22s)相对于燃料流被设置在安装五金件(13)的燃料气体入口位置(结点)(14s)的上游,以防止燃料气体的反向流动。