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    • 4. 发明申请
    • Electron Emission Device, and Driving Method Thereof
    • 电子发射装置及其驱动方法
    • US20080203947A1
    • 2008-08-28
    • US11631487
    • 2005-06-24
    • Nobuyasu NegishiKazuto SakemuraTakamasa YoshikawaKiyohide Ogasawara
    • Nobuyasu NegishiKazuto SakemuraTakamasa YoshikawaKiyohide Ogasawara
    • G09G3/22
    • H01J1/312B82Y10/00G09G3/22G09G2320/043H01J29/96H01J31/127H01J2201/3125H01J2329/0484H01J2329/96
    • Provided is a method of driving an electron emission apparatus used in displays, imaging devices, flat-surface light sources and the like which can restrain a change with time. The method drives the electron emission apparatus including a plurality of electron emission devices each having an electron supply layer formed of silicon, a silicon-based mixture or a compound thereof, an insulator layer formed on the electron supply layer and a thin film metal electrode formed on the insulator layer, the plurality of electron emission devices being sealed and comprises: a driving step for supplying power between the electron supply layer and the thin film metal electrode to cause electrons to be emitted from the electron emission device and a reactivating step for applying a reactivating voltage at a level equal to or higher than an applied voltage value which causes discontinuity in differential value of the device current flowing between the electron supply layer and the thin film metal electrode with respect to the applied voltage after the driving step.
    • 提供一种驱动可以随时间抑制变化的显示器,成像装置,平面光源等中使用的电子发射装置的方法。 该方法驱动电子发射装置,其包括多个电子发射装置,每个电子发射装置具有由硅形成的电子供体层,硅基混合物或其化合物,形成在电子供应层上的绝缘体层和形成的薄膜金属电极 在所述绝缘体层上,所述多个电子发射器件被密封,并且包括:驱动步骤,用于在所述电子供给层和所述薄膜金属电极之间供电,以使电子从所述电子发射器件发射;以及再激活步骤, 在等于或高于所施加的电压值的电平上的再激活电压,其导致在驱动步骤之后相对于施加的电压在电子供应层和薄膜金属电极之间流动的器件电流的差分值的不连续性。
    • 7. 发明授权
    • Flat panel display apparatus with an array of electron emitting devices
    • 具有电子发射器件阵列的平板显示装置
    • US06259198B1
    • 2001-07-10
    • US09219779
    • 1998-12-23
    • Shuuchi YanagisawaTakamasa YoshikawaKazuto SakemuraAtsushi YoshizawaTakashi ChumanNobuyasu NegishiTakashi YamadaShingo IwasakiHiroshi ItoKiyohide Ogasawara
    • Shuuchi YanagisawaTakamasa YoshikawaKazuto SakemuraAtsushi YoshizawaTakashi ChumanNobuyasu NegishiTakashi YamadaShingo IwasakiHiroshi ItoKiyohide Ogasawara
    • H01J162
    • B82Y10/00H01J1/312H01J31/127
    • An electron emission device based flat panel display apparatus is composed of a pair of a back substrate and an optically transparent front substrate opposing to each other with a vacuum space interposed therebetween, and a plurality of electron emission devices, each of which includes an electron-supply layer made of metal or semiconductor, formed on ohmic electrodes formed on a surface of the back substrate proximate to the vacuum space, an insulator layer formed on the electron-supply layer, and a thin-film metal electrode formed on the insulator layer and facing the vacuum space. The front substrate includes collector electrodes formed on its surface proximate to the vacuum space, fluorescent material layers formed on the collector electrodes, and an image display array composed of a plurality of light emitting elements corresponding to the fluorescent material layers. The electron emission device based flat panel display apparatus also comprises an insulative support member formed on the back substrate and disposed between adjacent ones of the electron emission devices, and a plurality of electrodes, each of which is disposed between adjacent ones of the thin-film metal electrodes and on the insulative support member for electrically connecting the thin-film metal electrodes.
    • 一种基于电子发射装置的平板显示装置由一对背面基板和光学透明的前基板组成,彼此相对地设有真空空间,以及多个电子发射装置, 由形成在靠近真空空间的背面基板的表面上的欧姆电极上形成的由金属或半导体制成的供电层,形成在电子供应层上的绝缘体层和形成在绝缘体层上的薄膜金属电极,以及 面对真空空间。 前基板包括在其靠近真空空间的表面上形成的集电极,形成在集电极上的荧光材料层,以及由与荧光材料层对应的多个发光元件组成的图像显示阵列。 基于电子发射装置的平板显示装置还包括形成在背面基板上并设置在相邻的电子发射装置之间的绝缘支撑构件,以及多个电极,每个电极设置在相邻的薄膜 金属电极和用于电连接薄膜金属电极的绝缘支撑构件上。