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    • 42. 发明授权
    • Alignment measurement apparatus and method for using the same in forming
phosphor screen in color cathode-ray tube
    • 在彩色阴极射线管中形成荧光屏的对准测量装置及其使用方法
    • US5762528A
    • 1998-06-09
    • US623027
    • 1996-03-28
    • Takafumi Ninomiya
    • Takafumi Ninomiya
    • H01J9/42H01J9/227
    • H01J9/2272H01J9/2273
    • An alignment measurement apparatus is used for measuring an exposure pattern during an exposure operation for forming phosphor layers on a panel surface of a color cathode-ray tube, and includes an image sensor, an image spatial filter, and an image processing equipment. The image sensor photographs the exposure pattern on the panel surface to which an illuminating device is provided, the image spatial filter makes 3-color phosphor dots brighter and clearer, and the image processing equipment calculates and outputs a value of deviation between the exposure pattern of the 3-color phosphors and a reference exposure pattern. Any blurred exposure pattern is made bright and clear by the image spatial filter so that the degree of any deviation between the black matrix hole and the center of the exposure pattern is measured at a high precision.
    • 在彩色阴极射线管的面板表面上形成荧光体层的曝光操作期间,使用对准测量装置测量曝光图案,并包括图像传感器,图像空间滤光器和图像处理设备。 图像传感器拍摄照明装置所在的面板表面上的曝光图案,图像空间滤光器使3色荧光体点更亮更清晰,并且图像处理设备计算并输出曝光图案的曝光图案之间的偏差值 3色荧光粉和参考曝光图案。 通过图像空间滤波器使任何模糊的曝光图案变得明亮和清晰,使得以高精度测量黑矩阵孔和曝光图案的中心之间的任何偏差的程度。
    • 46. 发明授权
    • Method of making an anode plate for use in a field emission device
    • 制造用于场致发射装置的阳极板的方法
    • US5643033A
    • 1997-07-01
    • US475123
    • 1995-06-07
    • Bruce E. GnadeDaron G. EvansScott R. SummerfeltJules D. Levine
    • Bruce E. GnadeDaron G. EvansScott R. SummerfeltJules D. Levine
    • H01J9/14H01J9/227H01J29/08H01J29/32H01J29/46H01J31/12H01J31/15H01J9/02
    • H01J29/327H01J29/085H01J31/127H01J9/2278H01J2329/00
    • An anode plate 50 for use in a field emission flat panel display device comprises a transparent planar substrate 58 having a plurality of electrically conductive, parallel stripes 52 comprising the anode electrode of the device, which are covered by phosphors 54.sub.R, 54.sub.G and 54.sub.B. A substantially opaque, electrically insulating material 56 is affixed to substrate 58 in the spaces between conductors 52, acting as a barrier to the passage of ambient light into and out of the device. The electrical insulating quality of opaque material 56 increases the electrical isolation of conductive stripes 52 from one another, reducing the risk of breakdown due to increased leakage current. Opaque material 56 preferably comprises glass having impurities dispersed therein, wherein the impurities may include one or more organic dyes, selected to provide relatively uniform opacity over the visible range of the electromagnetic spectrum. Alternatively, the impurities may include the black oxide of a transition metal such as cobalt. Opaque material 56 is formed by mixing a TEOS solution with a dye or a source of metallic ions, spinning or spreading the mixture on glass substrate 58, and curing the mixture to drive out the organics and solvents. Two methods of fabricating anode plate 50 are disclosed.
    • 用于场发射平板显示装置的阳极板50包括透明平面基板58,透明平面基板58具有多个导电的平行条52,该平行条52包括被荧光体54R,54G和54B覆盖的该装置的阳极。 基本上不透明的电绝缘材料56被固定到导体52之间的空间中的基底58上,作为环境光通入和流出设备的障碍。 不透明材料56的电绝缘质量增加了导电条52彼此的电隔离,从而降低了由于增加的漏电流而导致的击穿风险。 不透明材料56优选地包括其中分散有杂质的玻璃,其中杂质可以包括一种或多种有机染料,其被选择以在电磁光谱的可见范围内提供相对均匀的不透明度。 或者,杂质可以包括过渡金属如钴的黑色氧化物。 通过将TEOS溶液与染料或金属离子源混合,将混合物旋转或铺展在玻璃基底58上并固化混合物以驱出有机物和溶剂而形成不透明材料56。 公开了制造阳极板50的两种方法。
    • 48. 发明授权
    • Pattern forming method and ink compostion
    • 图案形成方法和油墨组合
    • US5635006A
    • 1997-06-03
    • US540622
    • 1990-06-19
    • Hirotoshi WatanabeYutaka NishimuraKoji MatsuoNoboru AikawaMasahide Tsukamoto
    • Hirotoshi WatanabeYutaka NishimuraKoji MatsuoNoboru AikawaMasahide Tsukamoto
    • B41M1/10G02F1/1335H01J9/227H01J29/32B05D5/00
    • H01J29/327B41M1/10G02F1/133516H01J9/2277H01J9/2278
    • The fine-line pattern forming method is to form a pattern by transferring the pattern formed on the blanket of which surface is covered with an elastic material mainly composed of silicone resin, on a substrate on which a tack layer is formed. As an example thereof, the forming method of cathode-ray tube anode comprises a step of filling the groove of an intaglio with a graphite ink, a step of transferring the graphite ink in the groove of the intaglio on a blanket of which surface is covered with an elastic material mainly composed of silicone resin, a step of forming a tack layer on a substrate, a step of transferring and printing the pattern transferred on the blanket onto the substrate, a step of filling the groove of the intaglio with a phosphor ink, a step of transferring the ink in the groove of the intaglio on the blanket of which surface is covered with an elastic material mainly composed of silicone resin, a step of forming a tack layer on the substrate, a step of transferring and printing the pattern transferred on the blanket on the substrate on which the graphite pattern has been formed, a step of transferring an aluminum thin film possessing multiple pores as a metal-backed layer so as to cover a black matrix and a phosphor layer, and a step of firing the substrate covered with the aluminum thin film. The graphite ink comprises graphite powder, vehicle containing depolymerization type organic binder, and organic acid metal salt. The phosphor ink comprises phosphor powder and vehicle containing polymerization type organic binder.
    • 细线图案形成方法是在形成有粘性层的基板上,通过将主要由硅树脂构成的弹性材料覆盖在其表面的毯子上的图案转印而形成图案。 作为其示例,阴极射线管阳极的形成方法包括用石墨墨水填充凹版的凹槽的步骤,将石墨墨在凹版的凹槽中的表面覆盖的毯子上的步骤 主要由硅树脂构成的弹性材料,在基材上形成粘性层的步骤,将在橡皮布上转印的图案转印印刷到基材上的步骤,用荧光体墨水填充凹版的凹槽的步骤 将主要由硅树脂构成的弹性材料覆盖在表面的毯子上的凹版凹槽中的墨水转印到基板上形成粘着层的工序,转印印刷图案的步骤 转印在已经形成有石墨图案的基板上的橡皮布上,转印具有多个孔的铝薄膜作为金属背衬层以覆盖黑矩阵a 和荧光体层,以及烧制被铝薄膜覆盖的基板的步骤。 石墨油墨包括石墨粉,含有解聚型有机粘合剂的载体和有机酸金属盐。 荧光体油墨包含荧光体粉末和含有聚合型有机粘合剂的载体。
    • 49. 发明授权
    • Method of fabricating a color field emission flat panel display tetrode
    • 制造彩色场发射平板显示器四极杆的方法
    • US5628662A
    • 1997-05-13
    • US521510
    • 1995-08-30
    • Kenneth G. VickersHenry S. YanKurt P. Wachtler
    • Kenneth G. VickersHenry S. YanKurt P. Wachtler
    • H01J29/08H01J9/227
    • H01J29/085H01J2201/304H01J2329/00
    • An anode plate 40, suitable for use in a field emission display tetrode, includes a transparent planar substrate 42 having thereon a layer 46 of a transparent, electrically conductive material, which comprises the anode electrode of the display tetrode. Barrier structures 48 comprising an electrically insulating, preferably opaque material, are formed on anode electrode 46 as a series of parallel ridges. Atop each barrier structure 48 are a series of electrically conductive stripes 50, which function as deflection electrodes. Luminescent material 52 overlies anode electrode 46 in the channels between barrier structures 48. Conductive stripes 50 are termed into three series such that every third stripe 50 is electrically interconnected. Deflection voltage controller 70 permits selective deflection of electrons toward the proper luminescent material 52. By applying a positive voltage on two of the three series of stripes 50, and applying a negative voltage on the third series of stripes 50, electrons are deflected between pairs of stripes 50 biased to the positive voltage. Deflection electrodes 50 may advantageously be formed of a conductive material having getting qualifies, such as zirconium-vanadium-iron. Also disclosed is a method for fabricating anode plate 40.
    • 适用于场致发射显示四极管的阳极板40包括透明平面基板42,透明平面基板42上具有透明导电材料层46,其包括显示器四极的阳极电极。 阻挡结构48包括电绝缘的,优选不透明的材料,在阳极电极46上形成一系列平行的脊。 每个阻挡结构48的顶部是一系列作为偏转电极的导电条50。 发光材料52覆盖在阻挡结构48之间的通道中的阳极电极46.导电条50被称为三个系列,使得每三分之一条50电互连。 偏转电压控制器70允许电子向适当的发光材料52的选择性偏转。通过在三个系列条带50中的两个上施加正电压,并在第三系列条带50上施加负电压,电子在成对 条带50偏压到正电压。 偏转电极50可有利地由具有合格性的导电材料形成,例如锆 - 钒 - 铁。 还公开了一种用于制造阳极板40的方法。