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    • 81. 发明公开
    • DISPLAY DEVICE AND METHOD OF MANUFACTURING THE DISPLAY DEVICE
    • 安格丽特里奇·安德烈
    • EP1424590A4
    • 2005-09-14
    • EP02736031
    • 2002-06-07
    • SONY CORP
    • UDAKA TORUMATSUMOTO TATSUHIKONODA KAZUHIRO
    • G02F1/15
    • G02F1/1508
    • A display device (18) with an excellent workability and a high quality, wherein high molecular electrolyte (5) having, therein, substance for coloring (metal ion) such as AgI deposited, dissolved, or discolored by an electrochemical reduction or an oxidation is disposed between transparent pixel electrodes (2) and a common electrode (6). A method of manufacturing the display device, comprising the steps of disposing the solution (5A) of the start substance formed with a polymer or a monomer in unbridged state of the high molecular electrolyte layer (5) together with the substance for coloring (metal ion) and supporting electrolyte between the transparent pixel electrodes (2) and the common electrode (6) and, in this state, cross−linking or polymerizing the start substance by a heat−curing to form the high molecular electrolyte layer (5).
    • 高质量易于制造的显示元件及其制造方法。 显示元件(18)在透明像素电极(2)和公共电极(6)之间具有聚合物电解质(5),其包含诸如AgI的着色物质(金属离子),其分离出,溶解或颜色变化 电化学还原或氧化。 该方法包括将透明像素电极(2)之间的作为高分子电解质层(5)的起始材料的溶液(5A)的单体或未交联的聚合物与着色物质(金属离子)和支持电解质一起放置 )和公共电极(6),并通过热聚合等使原料聚合或交联,从而形成高分子电解质层(5)。
    • 87. 发明公开
    • Optical device using an electrochemical operation
    • Optische Vorrichtung basierend auf eine elektrochemische Arbeitweise
    • EP1055961A2
    • 2000-11-29
    • EP00111283.8
    • 2000-05-25
    • SONY CORPORATION
    • Kihira, Toru, c/o Sony CorporationUdaka, Toru, c/o Sony CorporationSekiya, Mitsunobu, c/o Sony Corporation
    • G02F1/15H04N5/30
    • H04N5/2254G02F1/1506G02F1/1508G02F1/155H04N5/238
    • It is possible to provide an excellent and reliable optical device suitable to the optical diaphragm as follows: an optical device comprising an insulation layer formed on a lead electrode of an electrode. An optical device comprising an electrode, wherein the electrode has an indium doped tin oxide in which indium/tin is 1.5 or less by the element ratio. An optical device comprising an electrode, wherein the electrode has a laminate including an oxide layer in which indium is doped to tin and a tin oxide layer. An optical device comprising an electrode, wherein the electrode has conductive particles as a first layer, a polymeric layer as a second layer and a current collector as a third layer and the second layer is disposed between the first layer and the third layer. An optical device comprising a control device, wherein the control device controls a driving current to an electrode in accordance with a temperature. An optical device comprising a current supply, wherein the current supply supplies a current to an electrode for supplementing a dissolved portion of electrodeposited material. An optical device comprising a polarization device, wherein the polarization device polarizes an electrode to an oxidation direction before electrodeposition on the electrode. A fabrication method for the optical device, a method of driving the optical device and a camera system incorporating the optical device are also provided.
    • 可以如下提供适合于光学膜的优良且可靠的光学装置:包括形成在电极的引线电极上的绝缘层的光学装置。 一种包括电极的光学装置,其中所述电极具有掺杂铟的氧化锡,其中铟/锡的元素比例为1.5或更小。 一种包括电极的光学装置,其中所述电极具有包括铟掺杂到锡的氧化物层和氧化锡层的层压体。 一种包括电极的光学装置,其中所述电极具有作为第一层的导电颗粒,作为第二层的聚合物层和作为第三层的集电体,并且所述第二层设置在所述第一层和所述第三层之间。 一种包括控制装置的光学装置,其中所述控制装置根据温度控制到电极的驱动电流。 一种包括电流源的光学装置,其中电流源将电流提供给电极以补充电沉积材料的溶解部分。 一种包括偏振装置的光学装置,其中所述偏振装置在电沉积在所述电极之前将电极极化为氧化方向。 还提供了一种用于光学装置的制造方法,驱动光学装置的方法和结合有该光学装置的照相机系统。