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    • 1. 发明申请
    • LIQUID CRYSTAL PROJECTION SYSTEM WITH IMPROVED IMAGE PERFORMANCE
    • 具有改进图像性能的液晶投影系统
    • US20080036970A1
    • 2008-02-14
    • US11689908
    • 2007-03-22
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • G03B21/14
    • G03B21/208G03B21/2073G03B33/12
    • A liquid crystal projection system (70) includes a light source (50) for emitting a white light beam of three primary colors, a polarizer (51) for polarizing the white light beam, a separating mirror (52), first and second reflecting mirrors (53, 54), first and second polarization separators (56, 57), a half-wave plate (55), a color separator (58), an image modulation device (60R, 60G, 60B) and a projection lens (59). The first polarization separator, the second polarization separator and the color separator are combined together as a unit. The half-wave plate is positioned between the first and second polarization separators. The image modulation device is arranged on sides of the first polarization separator and the color separator. The projection lens is disposed on one side of the second polarization separator. Both monochromatic and bichromatic light beams from the separating mirror are respectively incident into the first and second polarization separators in an S-polarization state.
    • 液晶投影系统(70)包括用于发射三原色白光的光源(50),用于偏振白光束的偏振器(51),分离镜(52),第一和第二反射镜 (53,54),第一和第二偏振分离器(56,57),半波片(55),分色器(58),图像调制装置(60R,60G,60B)和投影 透镜(59)。 第一偏振分离器,第二偏振分离器和颜色分离器作为一个单元组合在一起。 半波片位于第一和第二偏振分离器之间。 图像调制装置布置在第一偏振分离器和分色器的侧面上。 投影透镜设置在第二偏振分离器的一侧。 来自分离镜的单色和双色光束分别以S偏振态入射到第一和第二偏振分离器中。
    • 2. 发明申请
    • LIQUID CRYSTAL PROJECTION SYSTEM
    • 液晶投影系统
    • US20070285622A1
    • 2007-12-13
    • US11756472
    • 2007-05-31
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • G03B21/14
    • G03B21/14G03B21/2033G03B21/2066G03B21/2073
    • A liquid crystal projection system (70) includes a light source (50) for emitting a white light beam of three primary colors, a polarizer (51) for polarizing the white light beam, a separating mirror (52), first and second reflecting mirrors (53, 54), first and second polarization separators (56, 57), a half-wave plate (55), a color separator (58), image modulation devices (60R, 60G, 60B) and a projection lens (59). The separating mirror splits the incident polarized white light beam into two sets of polarized light beams, a monochromatic light beam and a bichromatic light beam that are respectively output to the first and second reflecting mirrors (53, 54). The polarized monochromatic light beam is reflected by the first reflecting mirror, transformed to a light beam with reversed polarization by the half-wave plate, and output to the first polarization separator. The polarized bichromatic light beam is reflected by the second reflecting mirror to the second polarization separator for polarization splitting, and then transmitted to the color separator for separating the two primary colors. The image modulation devices are arranged on sides of the first modulating the incident monochromatic and bichromatic light beams. The projection lens is disposed on one side of the second polarization separator.
    • 液晶投影系统(70)包括用于发射三原色白光的光源(50),用于偏振白光束的偏振器(51),分离镜(52),第一和第二反射镜 (53,54),第一和第二偏振分离器(56,57),半波片(55),分色器(58),图像调制装置(60R,60G,60B)和投影透镜 (59)。 分离镜将入射偏振白光束分成两组偏振光束,分别输出到第一和第二反射镜(53,54)的单色光束和双色光束。 偏振单色光束被第一反射镜反射,通过半波片转换为具有反极化的光束,并输出到第一偏振分离器。 偏振双色光束被第二反射镜反射到第二偏振分离器进行偏振分离,然后传输到颜色分离器以分离两种原色。 图像调制装置布置在第一调制入射单色和双色光束的侧面上。 投影透镜设置在第二偏振分离器的一侧。
    • 3. 发明授权
    • Liquid crystal projection system
    • 液晶投影系统
    • US07883213B2
    • 2011-02-08
    • US11756472
    • 2007-05-31
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • Chien-Chih HsiungKeng-Hui LinTsi-Lung WuWen-Lang Hung
    • G03B21/14
    • G03B21/14G03B21/2033G03B21/2066G03B21/2073
    • A liquid crystal projection system (70) includes a light source (50) for emitting a white light beam of three primary colors, a polarizer (51) for polarizing the white light beam, a separating mirror (52), first and second reflecting mirrors (53, 54), first and second polarization separators (56, 57), a half-wave plate (55), a color separator (58), image modulation devices (60R, 60G, 60B) and a projection lens (59). The separating mirror splits the incident polarized white light beam into two sets of polarized light beams, a monochromatic light beam and a bichromatic light beam that are respectively output to the first and second reflecting mirrors (53, 54). The polarized monochromatic light beam is reflected by the first reflecting mirror, transformed to a light beam with reversed polarization by the half-wave plate, and output to the first polarization separator. The polarized bichromatic light beam is reflected by the second reflecting mirror to the second polarization separator for polarization splitting, and then transmitted to the color separator for separating the two primary colors. The image modulation devices are arranged on sides of the first polarization separator and the color separator for respectively transforming and modulating the incident monochromatic and bichromatic light beams. The projection lens is disposed on one side of the second polarization separator.
    • 液晶投影系统(70)包括用于发射三原色白光的光源(50),用于偏振白光束的偏振器(51),分离镜(52),第一和第二反射镜 (53,54),第一和第二偏振分离器(56,57),半波片(55),分色器(58),图像调制装置(60R,60G,60B)和投影透镜(59) 。 分离镜将入射偏振白光束分成两组偏振光束,分别输出到第一和第二反射镜(53,54)的单色光束和双色光束。 偏振单色光束被第一反射镜反射,通过半波片转换为具有反极化的光束,并输出到第一偏振分离器。 偏振双色光束被第二反射镜反射到第二偏振分离器进行偏振分离,然后传输到颜色分离器以分离两种原色。 图像调制装置布置在第一偏振分离器和颜色分离器的侧面上,用于分别变换和调制入射的单色和双色光束。 投影透镜设置在第二偏振分离器的一侧。
    • 6. 发明授权
    • Automatic focusing projecting device and method of automatic focusing
    • 自动对焦投影装置和自动对焦方式
    • US08721093B2
    • 2014-05-13
    • US13176937
    • 2011-07-06
    • Chien-Chih Hsiung
    • Chien-Chih Hsiung
    • G03B21/14G03B3/00G03B21/00H04N3/22H04N3/26
    • G03B3/10G03B13/36
    • An automatic focusing projecting device includes an image light source, a first image lens, an image sensor, a second image lens, a memory, a microprocessor, and at least a driving device. The image light source projects an image onto a screen through the first image lens. The image sensor senses the image on the screen through the second image lens. The microprocessor calculates sensed signals from the image sensor to get a definition of the image, and then saves the definition in the memory. The microprocessor compares the definitions when the first image lens and the second image lens are moved to different positions to move the first image lens and the second image lens and locate the first image lens and the second image lens at their focusing positions respectively where the definitions of the image are the greatest.
    • 自动对焦投影装置包括图像光源,第一图像透镜,图像传感器,第二图像透镜,存储器​​,微处理器以及至少驱动装置。 图像光源通过第一图像透镜将图像投影到屏幕上。 图像传感器通过第二图像透镜感测屏幕上的图像。 微处理器计算来自图像传感器的感测信号以获得图像的定义,然后将定义保存在存储器中。 微处理器将第一图像透镜和第二图像透镜移动到不同位置时的定义进行比较,以移动第一图像透镜和第二图像透镜,并将第一图像透镜和第二图像透镜定位在其聚焦位置处,其中定义 的图像是最大的。
    • 9. 发明授权
    • Projection lens
    • 投影镜头
    • US08953259B2
    • 2015-02-10
    • US13615332
    • 2012-09-13
    • Chien-Chih HsiungYu-Hsiang HuangYun-Yi Lin
    • Chien-Chih HsiungYu-Hsiang HuangYun-Yi Lin
    • G02B9/00G02B9/34
    • G02B9/00G02B9/34G02B13/004G02B13/16
    • A projection lens, in order along an optical axis from an image formation side to an image source side, includes a first lens, an aperture, a second lens, a third lens, and a fourth lens. The first lens is a meniscus lens with positive refractive power and a convex surface thereof facing the image formation side, and has at least an aspheric surface. The second lens is a biconcave lens with negative refractive power, and has at least an aspheric surface. The third lens is a biconvex lens with positive refractive power, and the fourth lens is a biconvex lens with positive refractive power, and has at least an aspheric surface. Therefore, the projection lens has a small size and high zoom ratio.
    • 沿着从图像形成侧到图像源侧的光轴顺序的投影透镜包括第一透镜,光圈,第二透镜,第三透镜​​和第四透镜。 第一透镜是具有正屈光力的弯月透镜,其凸面面向图像形成侧,并且至少具有非球面。 第二透镜是具有负屈光力的双凹透镜,并且至少具有非球面。 第三透镜是具有正屈光力的双凸透镜,第四透镜是具有正屈光力的双凸透镜,并且至少具有非球面。 因此,投影透镜具有小尺寸和高变焦比。
    • 10. 发明授权
    • Optical projection device and projecting method thereof with movable wave plate
    • 光学投影装置及其可移动波片的投影方法
    • US08414128B2
    • 2013-04-09
    • US12849328
    • 2010-08-03
    • Chien-Chih Hsiung
    • Chien-Chih Hsiung
    • G03B21/14G03B21/28G02F1/00G02B27/28F21V9/14
    • G02B27/48G03B21/2033G03B21/2073G03B21/208
    • An optical projection device includes a laser engine, a first wave plate and a lens. The laser engine provides light. The first wave plate changes a light phase. The lens focuses light. A projecting method of an optical projection device includes providing a light including a first P polarized light, a first S polarized light, and a second S polarized light, and projecting light through a wave plate on a screen, wherein the wave plate moves in a direction perpendicular to light. A projecting method of an optical projection device includes providing light including a first P polarized light, a first S polarized light, and a second S polarized light, and projecting light through a wave plate on a screen, wherein the wave plate rotates around an axis parallel to a projecting direction of light.
    • 光学投影装置包括激光引擎,第一波片和透镜。 激光引擎提供光。 第一个波片改变了一个光照相。 镜头聚焦光。 光学投影装置的投影方法包括提供包括第一P偏振光,第一S偏振光和第二S偏振光的光,并且通过波片在屏幕上投射光,其中波片在 方向垂直于光。 光学投影装置的投影方法包括提供包括第一P偏振光,第一S偏振光和第二S偏振光的光,以及通过屏幕上的波片投射光,其中波片绕轴线旋转 平行于光的投射方向。