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    • 1. 发明授权
    • Organic electroluminescence display apparatus and method for manufacturing the same
    • 有机电致发光显示装置及其制造方法
    • US07306346B2
    • 2007-12-11
    • US11138469
    • 2005-05-27
    • Nobuhiko FukuokaNobuyuki UshifusaIssei TakemotoYoshinori Ishii
    • Nobuhiko FukuokaNobuyuki UshifusaIssei TakemotoYoshinori Ishii
    • F21V9/16
    • H01L51/5259H01L51/5246H01L51/525
    • Inside surround desiccant pattern A surrounding an organic EL element by bonding an element substrate to a sealing board, outside surround desiccant pattern C surrounding the inside surround desiccant pattern A, and internal desiccant pattern (having a thinner film thickness than the inside surround desiccant pattern A) surrounded by the inside surround desiccant pattern A are formed on the sealing board by one time screen printing. For this purpose, a screen mask is utilized on which opening patterns for the inside and outside surround desiccant patterns A, C and an opening pattern having a narrower opening width than the opening patterns for A and C for forming an internal desiccant pattern are formed. With this configuration, it has been achieved to manufacture a highly reliable organic EL display apparatus in more simplified process.
    • 围绕有机EL元件的内部环绕干燥剂图案A​​通过将元件基板粘合到密封板,围绕内部周围干燥剂图案A​​的外部周围干燥剂图案C和内部干燥剂图案(具有比内部环绕干燥剂图案A​​更薄的膜厚度) )通过一次丝网印刷形成在密封板上由内部环绕干燥剂图案A​​包围。 为此,使用屏幕掩模,其中形成有用于内部和外部环绕干燥剂图案A​​,C的开口图案和具有比用于形成内部干燥剂图案的用于A和C的开口图案更窄的开口宽度的开口图案。 利用这种配置,已经实现了以更简化的方法制造高度可靠的有机EL显示装置。
    • 10. 发明申请
    • Image display device
    • 图像显示装置
    • US20070029924A1
    • 2007-02-08
    • US11498136
    • 2006-08-03
    • Nobuyuki UshifusaNobuhiko FukuokaShigeru MatsuyamaHiroshi KawasakiChikae KuboAkira IshiiHiroshi KikuchiTakuo TamuraYasushi Sano
    • Nobuyuki UshifusaNobuhiko FukuokaShigeru MatsuyamaHiroshi KawasakiChikae KuboAkira IshiiHiroshi KikuchiTakuo TamuraYasushi Sano
    • H01J63/04H01J1/62
    • H01J31/127H01J29/04H01J29/481
    • An image display device according to the present invention comprises a back panel on which a plurality of pixels each having a thin film electron emitter are arranged two-dimensionally, a front panel disposed opposite the back panel on which phosphor layer is formed, and a sealing frame with which the back panel and the front panel are fixed mutually to seal the plurality of pixels and the phosphor layer in a space enclosed by the back panel, the front panel, and the sealing frame, and is characterized in that double-layered signal lines each electrically connected to a group of the plurality of pixels are formed on the back panel, each of the double-layered signal lines consists of a lower-level electrode made from a silver paste and an upper-level electrode covering at least a part of the lower-level electrode laminated in this order on the back panel. The lower-level electrode is shaped e.g. by coating a groove formed in a surface of the back panel with the silver paste, and a surface of the upper-level electrode is used e.g. for an electrode of the thin film electron emitter, also. According to the configuration, the present invention reduces wiring resistance of the signal lines each electrically connected to the thin film electron emitters as well as improves planarity of each tunneling junction of the thin film electron emitters to suppress dispersion of electron emission property thereof among the pixels.
    • 根据本发明的图像显示装置包括:背面板,每个具有薄​​膜电子发射器的多个像素二维布置;前面板,与设置有荧光体层的后面板相对设置;以及密封 后面板和前面板相互固定的框架,用于将多个像素和荧光体层密封在由后面板,前面板和密封框所包围的空间中,其特征在于双层信号 在后面板上形成有与多个像素的一组电连接的线,每个双层信号线由由银膏制成的下层电极和覆盖至少一部分的上层电极组成, 的下层电极按顺序层压在后面板上。 下层电极的形状如 通过用银膏涂覆形成在后面板的表面中的凹槽,并且使用上层电极的表面。 对于薄膜电子发射体的电极也是如此。 根据该结构,本发明降低了与薄膜电子发射体电连接的信号线的布线电阻,并且提高了薄膜电子发射体的每个隧道结的平坦度,以抑制像素间的电子发射特性的分散 。