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    • 13. 发明授权
    • Multi-color head-up display system
    • 多色平视显示系统
    • US5710668A
    • 1998-01-20
    • US451301
    • 1995-05-26
    • Jeffrey A. GohmanRobert D. BrownRobert B. Wood
    • Jeffrey A. GohmanRobert D. BrownRobert B. Wood
    • G02B5/28G02B27/00G02B27/01G02B17/18G02B27/02
    • G02B27/0103G02B2027/0145G02B5/28
    • A multi-color optical display system (10) employs a multi-powered reflective combiner (20) that together with a monochromatic or partly color-corrected relay lens (16) longitudinally corrects a multi-colored image. The combiner typically includes two surfaces (82, 90) of different optical powers with a reflective coating (106, 108) on each of the surfaces. The coatings are chosen to each reflect a specific wavelength range of colored light used in the system and to transmit all other wavelengths. The curvature of each surface is dictated by the aberrations in the color image created by the relay lens. Specifically, each surface is positioned so that its focus (86, 94) coincides with the focal point (58, 60) of the corresponding color component in an intermediate image (18) created by the relay lens so that the final virtual image (22) reflected by the combiner is longitudinally color corrected.
    • 多色光学显示系统(10)采用与单色或部分色彩校正的中继透镜(16)一起纵向校正多色图像的多功能反射组合器(20)。 组合器通常包括具有在每个表面上的反射涂层(106,108)的不同光焦度的两个表面(82,90)。 选择涂层以反映系统中使用的彩色光的特定波长范围,并传输所有其他波长。 每个表面的曲率由中继透镜产生的彩色图像中的像差决定。 具体地,每个表面被定位成使得其焦点(86,94)与由中继透镜创建的中间图像(18)中的对应颜色分量的焦点(58,60)重合,使得最终虚拟图像(22 )被纵向颜色校正。
    • 17. 发明授权
    • Reflective light valve-based multimedia projector employing a patterned-silvered mirror
    • 采用图案化银镜的反射式光阀多媒体投影仪
    • US06652105B1
    • 2003-11-25
    • US10000171
    • 2001-11-30
    • Mark PetersonJeffrey A. Gohman
    • Mark PetersonJeffrey A. Gohman
    • G03B2128
    • H04N9/3114G03B21/28
    • Multimedia projectors (90, 120) include a light source (32) for propagating illumination through a color modulator (42) and a light integrating tunnel (94). Lenses (100, 106) image the integrated light through a patterned-silvered mirror (104, 126) and onto a micromirror display device (MDD) (76, 122). Micromirrors in the MDD that are tilted to an image-forming angle, reflect the image-forming light back toward the patterned-silvered mirror, which propagates the image-forming light toward a projection lens (110). The patterned-silvered mirror includes an accurately positioned boundary separating transparent (102, 116, 128) and reflective (108, 124) portions, resulting in improved contrast of the projected image.
    • 多媒体投影仪(90,120)包括用于通过颜色调制器(42)和光积分隧道(94)传播照明的光源(32)。 透镜(100,106)通过图案化镀银镜(104,126)将整合的光图像到微镜显示装置(MDD)(76,122)上。 倾斜成图像形成角度的MDD中的微反射镜将图像形成的反射镜反射到图案化镀银反射镜,其将图像形成光朝向投影透镜(110)传播。 图案化镀银反射镜包括分离透明(102,116,128)和反射(108,124)部分的精确定位的边界,导致投影图像的改善的对比度。