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    • 62. 发明授权
    • Optical device and display device using the same
    • 光学装置和使用其的显示装置
    • US06396636B2
    • 2002-05-28
    • US09810775
    • 2001-03-16
    • Ippei SawakiMichio MiuraFumitaka Abe
    • Ippei SawakiMichio MiuraFumitaka Abe
    • G02B2710
    • G02B27/0018G02B3/005G02B3/0056G02B3/0062G02B3/0068G02B3/0075G02F1/133526H04N9/30
    • An optical device comprising an image formation unit consisting of a plurality of lens substrates each formed on the front and rear faces thereof with lens arrays and a display unit disposed on an object surface with respect to the image formation unit and displaying an image to be projected by the image formation unit, characterized in that the lens array is a cylindrical lens array and the generating line of a cylindrical array formed on the front face and the generating line of a cylindrical array formed on the rear face cross each other. The lens substrate formed on the front and rear faces thereof with cylindrical lens array is used to provide a small lightweight optical device of a full-size or magnified image system.
    • 一种光学装置,包括由多个透镜基板组成的图像形成单元,每个透镜基板在其前后面上形成有透镜阵列,以及显示单元,其相对于图像形成单元设置在物体表面上,并且显示要投影的图像 通过图像形成单元,其特征在于,透镜阵列是柱面透镜阵列,并且形成在前表面上的圆柱阵列的生成线和形成在后表面上的圆柱阵列的生成线彼此交叉。 在其前后形成有透镜阵列的透镜基板用于提供全尺寸或放大图像系统的小型轻型光学装置。
    • 69. 发明授权
    • Optical beam profile tranforming element
    • 光束轮廓转换元件
    • US5175788A
    • 1992-12-29
    • US679198
    • 1991-04-02
    • Kazunori MiuraIppei Sawaki
    • Kazunori MiuraIppei Sawaki
    • G02B6/30G02B6/122G02B6/13G02B6/42
    • G02B6/13G02B6/1221G02B6/1228
    • An optical beam profile transforming element which is a monolith solid element with a low loss is provided by placing at least two parallel plastic wave guide layers in contact with each other, each of the at least two parallel plastic wave guide layers having a refractive index gradually varying in the direction of light propagation so that the at least two parallel plastic wave guide layers as a whole transform a profile of an optical beam in the direction vertical to the layers. The variation of the refractive index can be obtained by varying a concentration of a dopant in a matrix, and the variation of the concentration of a dopant in a matrix can be obtained by varying an irradiation amount of a combination of a matrix and a dopant monomer with an ultra-violet ray.
    • 通过使至少两个平行的塑料波导层彼此接触来提供作为具有低损耗的整体固体元件的光束轮廓转换元件,所述至少两个平行塑料波导层中的每一个逐渐具有折射率 在光传播的方向上变化,使得至少两个平行的塑料波导层整体在垂直于层的方向上变换光束的轮廓。 可以通过改变基质中掺杂剂的浓度来获得折射率的变化,并且可以通过改变基质和掺杂剂单体的组合的照射量来获得基质中掺杂剂的浓度的变化 用紫外线。