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    • 1. 发明专利
    • APARATO DE EXHIBICION DE CRISTAL LIQUIDO DIRIGIDO A PLASMA.
    • MX9600768A
    • 1997-04-30
    • MX9600768
    • 1995-06-30
    • SONY CORP
    • TOGAWA TAKAHIRO
    • G02F1/1333G02F1/133G02F01/1333
    • Un aparato de exhibicion de cristal líquido dirigido a plasma de conformidad con esta invencion, comprende una primera base que tiene primeros electrodos multiples colocados esencialmente en paralelo uno con respecto al otro sobre una superficie principal, una segunda base que tiene segundos electrodos multiples colocados esencialmente en paralelo uno con respecto al otro en el estado esencialmente perpendicular a los primeros electrodos sobre la superficie principal opuesta a los primeros electrodos sobre la primera base, una hoja dieléctrica que se proporciona entre la primera y segunda bases, una capa de cristal líquido que se proporciona entre la primera base y la hoja dieléctrica, una pluralidad de barreras formadas a lo largo de los segundos electrodos dentro de una cámara de descarga formado entre la segunda base y la hoja dieléctrica, y un miembro de sellado que se proporciona a manera de sellar la cámara de descarga. En el aparato de exhibicion de cristal líquido dirigido a plasma, la separacion entre las barrera colocada más proxima al miembro de sellado y el miembro de sellado se graduan a 1.8 milímetros o menos. De esta manera en el paso del proceso de evacuacion al vacío y el paso del proceso de inyeccion de gas del proceso de fabricacion para el aparato de exhibicion de cristal líquido dirigido a plasma, se puede evitar que la hoja dieléctrica se agriete o rompa. Como resultado, el rendimiento se puede mejorar a mayor grado en comparacion con el aparato convencional.
    • 4. 发明申请
    • METHOD FOR COATING SEMICONDUCTOR ELEMENT WITH RESIN, COATING RESIN, AND LIQUID CRYSTAL DISPLAY DEVICE
    • 用树脂,涂料树脂和液晶显示装置涂覆半导体元件的方法
    • WO1998007065A1
    • 1998-02-19
    • PCT/JP1997002763
    • 1997-08-07
    • SEIKO EPSON CORPORATIONMURAMATSU, Eiji
    • SEIKO EPSON CORPORATION
    • G02F01/1333
    • H01L21/56H01L2924/0002H01L2924/00
    • A method for coating semiconductor element with resin by which a semiconductor element can be easily and quickly coated with a coating resin. In the method for coating the semiconductor element (2) used for a liquid panel (1) with a coating resin (14), the resin (14) is molded in a sheet-like state and the resin (14) is put around the element (2), and then, the element (2) and its periphery are moisture-proofed by coating them with the resin (14) and hardening the resin (14). Such a resin that is cured through a chemical reaction caused by heating, an ultraviolet-curing resin, etc., can be used as the coating resin (14). When a through hole (16) or recessed section is provided at the central part of the resin (14) and the resin (14) is put on the element (2) by sliding or putting the hole (16) or recessed section on the element, the position of the resin (14) can be fixed against the element (2).
    • 一种用树脂涂覆半导体元件的方法,通过该方法半导体元件可以容易且快速地涂覆涂覆树脂。 在用涂料树脂(14)涂覆用于液体面板(1)的半导体元件(2)的方法中,树脂(14)被模制成片状状态,树脂(14)被放置在 元件(2),然后通过用树脂(14)涂覆元件(2)及其周边来防潮,并固化树脂(14)。 可以使用通过加热引起的化学反应固化的树脂,紫外线固化树脂等作为涂料树脂(14)。 当在树脂(14)的中心部分设有通孔(16)或凹入部分,并且通过将孔(16)或凹入部分滑入或放置在所述元件(2)上而将元件(2)放置在所述元件 树脂(14)的位置可以固定在元件(2)上。
    • 7. 发明申请
    • DAYLIGHT READABLE LIQUID CRYSTAL DISPLAY
    • DAYLIGHT可读液晶显示器
    • WO1996032663A1
    • 1996-10-17
    • PCT/US1996004874
    • 1996-04-08
    • SCIENCE APPLICATIONS INTERNATIONAL CORPORATION
    • SCIENCE APPLICATIONS INTERNATIONAL CORPORATIONLENGYEL, Michael, J.
    • G02F01/1333
    • G02F1/133509G02F1/133385
    • A daylight readable LCD which may be used to communicate information as high contrast images (static or dynamic, color or monochrome) in bright ambient lighting conditions over a wide temperature range in direct sunlight. A contrast enhancement filter assembly is disposed at the interface between a backlit display and a user. The contrast enhancement filter assembly includes a triple bandpass contrast enhancement filter that preferably passes light efficiently in each of the red, green, and blue primary wavelengths and substantially absorbs all other wavelengths. Display contrast is increased because of the absorption of incident light having wavelengths that differ from the light produced by the internal backlight source within the display. This results in the display having a blacker background and enhanced purity of the color primaries. The display element is disposed generally behind the contrast enhancement filter assembly. An air gap separation is preferably provided between the contrast enhancement filter assembly and the display element to allow a heat conducting medium to flow therebetween to control thermal loading of the display. A fluorescent backlight assembly provides at least about 5,000 fL of illumination. An air gap separation is preferably provided between the display element and the backlight to allow a heat conducting medium to flow therebetween to control thermal loading of the display. The ratio of output light to reflected incident ambient light is at least about 5:1.
    • 日光可读LCD,可用于在明亮的环境照明条件下,在阳光直射的宽温度范围内将信息传达为高对比度图像(静态或动态,彩色或单色)。 对比度增强滤波器组件设置在背光显示器和用户之间的接口处。 对比度增强滤波器组件包括三重带通对比度增强滤波器,其优选地在每个红色,绿色和蓝色初级波长中有效地通过光并且基本上吸收所有其它波长。 由于具有与内部背光源在显示器内产生的光不同的波长的入射光的吸收,显示对比度增加。 这导致显示器具有较黑的背景和增强的颜色原色的纯度。 显示元件通常设置在对比度增强滤光器组件后面。 优选地,在对比度增强过滤器组件和显示元件之间设置气隙分离,以允许导热介质在其间流动,以控制显示器的热负荷。 荧光背光组件提供至少约5,000fL的照明。 优选地,在显示元件和背光源之间设置气隙分离,以允许导热介质在其间流动,从而控制显示器的热负荷。 输出光与反射的入射环境光的比例至少约为5:1。
    • 8. 发明申请
    • LIQUID CRYSTAL DISPLAY DEVICE HAVING FRAME SPACER HAVING UNITARY STRUCTURE
    • 液晶显示器具有具有单元结构的框架间隔
    • WO1996027147A1
    • 1996-09-06
    • PCT/JP1995000324
    • 1995-03-01
    • HITACHI, LTD.IURA, Takayuki
    • HITACHI, LTD.
    • G02F01/1333
    • G02F1/133308G02F2001/133317G02F2202/22
    • A liquid crystal display device in which reliable insulation is provided between a metal frame and a printed circuit board of a driver circuit, while remarkably reducing the number of parts and improving the efficiency of assembly. The device (1, 61, 101, 201) comprises a liquid crystal display element (30, 61, 130, 230), aprinted board (15, 75, 115, 215) having electronic components mounted thereon for driving the liquid crystal display element, a metallic frame (10, 70, 110, 210) for fixing the liquid crystal display element and the printed board, and a frame spacer (12, 72, 112, 212) interposed between the printed board and the metallic frame. The frame spacer has a unitary structure similar to the shape of the metallic frame or the printed board.
    • 一种在金属框架和驱动电路的印刷电路板之间设置可靠绝缘的液晶显示装置,同时显着地减少了部件数量并提高了组装效率。 装置(1,61,101,201)包括液晶显示元件(30,61,130,230),其上安装有用于驱动液晶显示元件的电子部件的印刷板(15,75,115,215) 用于固定液晶显示元件和印刷电路板的金属框架(10,70,110,210)以及介于印刷电路板和金属框架之间的框架隔板(12,72,112,212)。 框架间隔件具有类似于金属框架或印刷板的形状的单一结构。