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    • 96. 发明授权
    • Method for making polarizers comprising a multiplicity of parallel
electrically conductive strips on a glass carrier
    • 在玻璃载体上制造包括多个平行的导电条的偏振器的方法
    • US4456515A
    • 1984-06-26
    • US28983
    • 1979-04-11
    • Hans KruegerHans Rehme
    • Hans KruegerHans Rehme
    • C23C14/04C23C14/22G02B5/30C23C15/00
    • C23C14/225C23C14/04G02B5/3058Y10S359/90
    • A method for producing polarizers, comprising a multiplicity of parallel electrically conductive strips on a glass carrier, having a raster measurement of approximately 1/10 of the light wave length, is characterized in that a layer having a wavy surface is provided of conductive material, having a surface waviness with a period of approximately 50 nm perpendicular to the vapor application direction carried on a glass carrier by means of vapor deposition, selective chemical deposition and the like, with a prescribed deposition angle, and a portion of the material is removed by particle bombardment at a prescribed bombardment angle, with either electrically neutral particles or ions, so that an arrangement of a multiplicity of microstrips is provided in which the microstrips are parallel to one another and separated from and thus electrically insulated from one another on a glass carrier plate.
    • 一种用于制造偏振器的方法,其特征在于,在玻璃载体上具有多个光导测量值约为光波长的1/10的多个平行的导电条带,其特征在于具有波纹表面的层由导电材料提供, 具有垂直于通过气相沉积,选择性化学沉积等在玻璃载体上携带的蒸汽施加方向的约50nm的表面波纹,具有规定的沉积角度,并且部分材料通过 以规定的轰击角度进行粒子轰击,具有电中性粒子或离子,从而提供多个微带的布置,其中微带彼此平行并在玻璃载体上彼此分离并因此彼此电绝缘 盘子。
    • 98. 发明授权
    • Display device for optically representing information and a method of
operation
    • 用于光学地表示信息的显示装置和操作方法
    • US4327970A
    • 1982-05-04
    • US131224
    • 1980-03-17
    • Guenter BaurHans KohlmuellerHans Krueger
    • Guenter BaurHans KohlmuellerHans Krueger
    • G02F1/17G02F1/1335G02F1/15G02F1/157G02F1/19G09F9/30G05D25/00
    • G02F1/1506
    • A display device and a method of using the display device characterized by a light trap which includes a member consisting of a material having an index of refraction greater than one and containing fluorescent particles and which light trap collects impinging ambient light by means of fluorescent scattering by the particles and subsequent reflection of the collected light on the boundary surfaces, a plurality of electrodes disposed adjacent the surface of the light trap at selected portions of the surface and a fluid being provided adjacent each of the electrodes so that an application of voltage to selected electrodes causes a precipitate to be formed from the fluid and collected adjacent the selected electrode to create an optical indication and the application of a counter voltage at the selected location causes an erasing of the indication by eliminating the precipitate and placing it back into the fluid. The precipitate may be separated from the fluid by an electrochemical process which may be either a metallic material or an organic electrochromic. The fluid may also be a suspension of particles which particles will be transported to a given location by the application of an appropriate voltage.
    • 一种显示装置和使用该显示装置的方法,其特征在于一种具有光阱的显示装置,所述显示装置包括由折射率大于1并且含有荧光颗粒的材料构成的部件,所述光捕获器通过荧光散射收集环境光 所述颗粒以及所述收集的光在所述边界表面上随后的反射,在所述表面的选定部分处邻近所述光阱的表面设置的多个电极以及在每个所述电极附近设置的流体,从而将电压施加到所选择的 电极导致从流体形成沉淀物并且与所选择的电极相邻收集以产生光学指示,并且在所选择的位置施加反电压通过消除沉淀物并将其放回到流体中而引起擦除指示。 沉淀物可以通过电化学方法与流体分离,其可以是金属材料或有机电致变色。 流体还可以是颗粒的悬浮液,颗粒将通过施加适当的电压被输送到给定位置。