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    • 6. 发明授权
    • On-axis optical system for illumination and projection of a reflective LCD microdisplay
    • 用于照明和投影反射型LCD微显示器的轴上光学系统
    • US06801362B1
    • 2004-10-05
    • US10198495
    • 2002-07-18
    • Robert D. Brown
    • Robert D. Brown
    • G02B2710
    • G02B13/22G03B21/006
    • The invention is an on-axis optical projection system that displays an image on a projection surface. The optical projection system includes a light source and a reflective LCD microdisplay that modifies light from the light source to form a desired image. The LCD microdisplay reflects light toward the projection surface. A mirror reflects light from the light source in a first optical path toward the LCD microdisplay. The mirror does not affect the polarization orientation of the light reflected thereupon. A plurality of lenses are positioned within the system to focus and direct light along the first optical path and along a second optical path from the microdisplay to the projection surface. The first optical path is substantially opposite in direction to the second optical path. The plurality of lenses includes a dual-purpose lens that simultaneously transmits light along both the first optical path and the second optical path.
    • 本发明是在投影面上显示图像的轴上光学投影系统。 光学投影系统包括光源和反射LCD微显示器,其修改来自光源的光以形成期望的图像。 LCD微显示器朝向投影面反射光。 镜子将第一光路中的光源的光反射到LCD微显示器。 反射镜不影响反射的光的偏振方向。 多个透镜位于系统内,以便沿着第一光路并沿着从微显示器到投影表面的第二光路聚焦和引导光。 第一光路基本上与第二光路相反。 多个透镜包括同时沿着第一光路和第二光路同时透射光的双用透镜。
    • 8. 发明授权
    • Display device
    • 显示设备
    • US06781760B2
    • 2004-08-24
    • US10200245
    • 2002-07-23
    • Koichi Hara
    • Koichi Hara
    • G02B2710
    • G02B27/017G02B27/0172
    • A display device includes a self-light-emitting image display that has pixels arranged two-dimensionally, micro light-emitting points that correspond to each pixel of the image display and exist in a part of the pixel, and a micro optical element that guides irradiated light from each of the micro light-emitting points arranged two-dimensionally. Optical axes connecting each of the micro light-emitting points and the micro optical element corresponding to the micro light-emitting point substantially intersect in a predetermined point closer than a near point of an eye, and the micro optical element is arranged so as to focus a virtual image of the micro light-emitting point corresponding to the micro optical element in a position that is a least distance of distinct vision or more apart from the predetermined point.
    • 显示装置包括具有二维布置的像素的自发光图像显示器,对应于图像显示器的每个像素并存在于像素的一部分中的微发光点,以及引导 来自每个微发光点的照射光二维排列。 将与微发光点对应的各微型发光点和微型光学元件的光轴在与眼睛的近点相近的规定的点大致相交,并配置微焦点 对应于微型光学元件的微观发光点的虚拟图像处于与预定点相距不远的视野或更远的距离的位置。