| 摘要 |
PURPOSE:To prevent irregularity in display and local variance in responsibility by sandwiching a thin plate coated with a material which can fuse or sublimate between a couple of light-transmissive resin films provided with a transparent electrode, and then adhering the couple of substrates mutually and charging liquid crystal in a space formed after the thin plate materials are drawn out. CONSTITUTION:Two light-transmissive resin films 14 are used and a transparent electrode 16 is formed of indium oxide in a plane state on their one-surface sides. The stainless steel plate 10 coated with a film 12 is sandwiched with transparent electrodes 16 out and peripheral edge parts of the light-transmissive resin films 14 are heat-sealed to attain vacuum packing. The stainless steel plate 10 is sandwiched between glass plates 18 and 18 so that one side part projects, and the glass plates 18 and light-transmissive resin films 14, and peripheral edge parts of the glass plates 18 and 18 are adhered airtightly with a poly(vinyl butyral) 20. The stainless steel plate 10 are drawn out from between the light-transmissive resin films 14 and 14 after the film 12 is removed, and liquid crystal 24 which has a dynamic scatter mode is injected into the formed space under a vacuum.
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