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    • 15. 发明授权
    • Transmission screen and projection display
    • 传输屏幕和投影显示
    • US07079318B2
    • 2006-07-18
    • US10489893
    • 2002-05-28
    • Shinsuke ShikamaHiroshi SuzukiKohei TeramotoAkihisa Miyata
    • Shinsuke ShikamaHiroshi SuzukiKohei TeramotoAkihisa Miyata
    • G03B21/60G03B21/56G02B27/12
    • G03B21/625
    • A transmission screen has a refraction total reflection Fresnel lens plate, a stray light eliminating plate, and an image display plate. The stray light eliminating plate has a condensing lens array and black stripes. The array has unit lenses arranged at an incident plane of the transparent substrate in a periodic structure in an up-and-down direction. The black stripes have transparent sections placed near condensing light points of the unit lens and opaque sections around the condensing light points of the unit lenses. The sections are alternately arranged at the outgoing plane of the transmission substrate in a periodic structure in an up-and-down direction. The image display plate has lenticular lenses in which unit lenses are arranged in a periodic structure in a horizontal direction at an incident plane of the transmission substrate of a scattering characteristic capable of scattering light fluxes.
    • 透射屏具有折射全反射菲涅尔透镜板,杂散光消除板和图像显示板。 杂散光消除板具有聚光透镜阵列和黑色条纹。 阵列具有在上下方向上以周期性结构布置在透明基板的入射面处的单位透镜。 黑色条纹具有放置在单位透镜的聚光点附近的透明部分和单元透镜的聚光点周围的不透明部分。 这些部分在上下方向上以周期性结构交替布置在传输基板的出射平面上。 图像显示板具有双凸透镜,其中单位透镜在能够散射光束的散射特性的透射基板的入射面处沿水平方向以周期性结构排列。
    • 20. 发明授权
    • Image display performing color reproduction using color filters
    • 使用滤色片进行彩色再现的图像显示
    • US06674489B1
    • 2004-01-06
    • US09369310
    • 1999-08-06
    • Shuichi KagawaHiroaki SugiuraKohei TeramotoShinsuke ShikamaYoshiteru Suzuki
    • Shuichi KagawaHiroaki SugiuraKohei TeramotoShinsuke ShikamaYoshiteru Suzuki
    • H04N912
    • H04N9/3158G02B5/20G02B26/008H04N9/3114
    • In an image display which reproduces a color image by using lights color-separated into four or more colors through color filters, the objects of the invention are to effectively utilize the energy of light from a light source and to reduce the effect that a slight shift of the spectral transmittance characteristics of the color filters exerts on the spectral distributions of the lights after color separated. In an image display having a light source and four or more kinds of color filters and for color-separating light emitted from the light source into four or more colors through the four or more kinds of color filters and reproducing a color image by using the color-separated lights, the spectral transmittance characteristics of the color filters are set so that the cutoff wavelengths of the four or more kinds of color filters exist in a wavelength region in which the spectral distributions obtained by multiplying the spectral emissivity characteristic of the light emitted from the light source by the color matching functions are smaller than the values obtained by multiplying the average values of the spectral distributions in the wavelength region from 380 to 780 nm by an integer.
    • 在通过使用通过滤色器分色为四种或更多种颜色的光再现彩色图像的图像显示器中,本发明的目的是有效地利用来自光源的光的能量,并且减少轻微偏移的影响 滤色器的光谱透射率特性对颜色分离后的光的光谱分布施加。 在具有光源和四种或更多种滤色器的图像显示器中,并且通过四种或更多种滤色器将从光源发射的光分色成四种或更多种颜色,并通过使用颜色再现彩色图像 分离的光,滤色器的光谱透射率特性被设定为使得四种或更多种滤色器的截止波长存在于通过将从...发射的光的光谱发射率特性相乘得到的光谱分布 通过颜色匹配功能的光源比通过将380至780nm的波长区域中的光谱分布的平均值乘以整数而获得的值小。