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    • 1. 发明授权
    • Optical element and colored light combiner using same
    • 光学元件和彩色光组合器使用相同
    • US08485667B2
    • 2013-07-16
    • US12992361
    • 2008-12-22
    • Simon MagarillCharles L. BruzzoneAndrew J. Ouderkirk
    • Simon MagarillCharles L. BruzzoneAndrew J. Ouderkirk
    • G03B21/00G03B21/28
    • G02B27/144G02B27/283H04N9/3111H04N9/3167
    • Optical elements, color combiners using the optical elements, and image projectors using the color combiners are described. The optical element includes light recycling stacks, a polarizing beam splitter, and a color-selective stacked retardation polarizing filter. The polarizing beam splitter includes a first reflective polarizer aligned to a first polarization direction. Each light recycling stack includes a second reflective polarizer aligned to the first polarization direction, and a retarder aligned at 45 degrees to the first polarization direction. The color combiner includes partially reflective light sources coupled to the optical element. Un-polarized light having different colors can enter the color combiner through the light recycling stacks, and combined light of a desired polarization state can exit the color combiner. Light having an undesired polarization state can be recycled to the desired polarization state within the color combiner, so that light utilization efficiency is increased. The image projector includes a color combiner coupled to an imaging source and projection elements, so that a first portion of the combined light is directed to the projection element, and a second portion of the combined light is recycled back into the color combiner.
    • 描述使用光学元件的光学元件,组合器以及使用该颜色组合器的图像投影仪。 光学元件包括光循环堆叠,偏振分束器和彩色选择性堆叠延迟偏振滤光器。 偏振分束器包括与第一偏振方向对准的第一反射偏振器。 每个光回收堆叠包括与第一偏振方向对准的第二反射偏振器,和与第一偏振方向成45度对准的延迟器。 颜色组合器包括耦合到光学元件的部分反射光源。 具有不同颜色的非偏振光可以通过光循环堆叠进入合色器,并且所需偏振状态的组合光可以离开颜色组合器。 具有不期望的偏振状态的光可以在彩色组合器内再循环到期望的偏振状态,从而增加光的利用效率。 图像投影仪包括耦合到成像源和投影元件的颜色组合器,使得组合的光的第一部分被引导到投影元件,并且组合的光的第二部分被再循环回到组合器中。
    • 2. 发明申请
    • LIGHT COMBINER
    • 灯组合
    • US20110007392A1
    • 2011-01-13
    • US12810373
    • 2008-12-17
    • Ronald E. English, JR.Simon MagarillCharles L. BruzzoneDavid M. SnivelyAndrew J. Ouderkirk
    • Ronald E. English, JR.Simon MagarillCharles L. BruzzoneDavid M. SnivelyAndrew J. Ouderkirk
    • G02B27/28
    • G02B27/283G02B27/145
    • Light combiners and light splitters, and methods of using light combiners and light splitters are described. In particular, the description relates to light combiners and splitters that combine and split, respectively, light of different wavelength spectrums using polarizing beam splitters. The polarizing beam splitters include a reflective polarizer to efficiently split incident light into transmitted and reflected beams having different polarization directions. Reflectors and quarter-wave retarders are positioned facing selected prism faces of the polarizing beam splitters, to affect the polarization state of light passing through the prism faces. The reflectors can be dichroic filters adapted to reflect light that is outside a selected wavelength range, so that light of different wavelength spectrums can be affected at different prism faces. The surfaces of each polarizing beam splitter can be polished so that the light utilization efficiency is increased due to total internal reflection within the polarizing beam splitter. The light combiners can combine up to five unpolarized different color lights to produce an unpolarized polychromatic light output, which may be white light useful for a projection display. The light splitters can split unpolarized polychromatic light to produce up to five unpolarized different color light outputs.
    • 光组合器和光分离器以及使用光组合器和分光器的方法被描述。 特别地,该描述涉及使用偏振分束器分别组合和分离不同波长光谱的光的光组合器和分束器。 偏振分束器包括有效地将入射光分离成具有不同偏振方向的透射和反射光束的反射偏振器。 反射器和四分之一波长延迟器被定位在偏振分束器的选定的棱镜面上,以影响穿过棱镜面的光的偏振状态。 反射器可以是适于反射在选定波长范围外的光的二向色滤光片,使得不同波长光谱的光可以在不同的棱镜面受到影响。 每个偏振分束器的表面可以被抛光,使得由于偏振分束器内的全内反射而增加光的利用效率。 光组合器可以组合多达五个非偏振的不同颜色的光以产生非偏振多色光输出,其可以是用于投影显示的白光。 分光器可以分离非偏振多色光,产生多达五个非偏振的不同颜色的光输出。
    • 3. 发明申请
    • OPTICAL ELEMENT AND COLOR COMBINER
    • 光学元件和颜色组合
    • US20120008096A1
    • 2012-01-12
    • US12992361
    • 2008-12-22
    • Simon MagarillCharles L. BruzzoneAndrew J. Ouderkirk
    • Simon MagarillCharles L. BruzzoneAndrew J. Ouderkirk
    • G02B27/28G03B21/14
    • G02B27/144G02B27/283H04N9/3111H04N9/3167
    • Optical elements, color combiners using the optical elements, and image projectors using the color combiners are described. The optical element includes light recycling stacks, a polarizing beam splitter, and a color-selective stacked retardation polarizing filter. The polarizing beam splitter includes a first reflective polarizer aligned to a first polarization direction. Each light recycling stack includes a second reflective polarizer aligned to the first polarization direction, and a retarder aligned at 45 degrees to the first polarization direction. The color combiner includes partially reflective light sources coupled to the optical element. Un-polarized light having different colors can enter the color combiner through the light recycling stacks, and combined light of a desired polarization state can exit the color combiner. Light having an undesired polarization state can be recycled to the desired polarization state within the color combiner, so that light utilization efficiency is increased. The image projector includes a color combiner coupled to an imaging source and projection elements, so that a first portion of the combined light is directed to the projection element, and a second portion of the combined light is recycled back into the color combiner.
    • 描述使用光学元件的光学元件,组合器以及使用该颜色组合器的图像投影仪。 光学元件包括光循环堆叠,偏振分束器和彩色选择性堆叠延迟偏振滤光器。 偏振分束器包括与第一偏振方向对准的第一反射偏振器。 每个光回收堆叠包括与第一偏振方向对准的第二反射偏振器,和与第一偏振方向成45度对准的延迟器。 颜色组合器包括耦合到光学元件的部分反射光源。 具有不同颜色的非偏振光可以通过光循环堆叠进入合色器,并且所需偏振状态的组合光可以离开颜色组合器。 具有不期望的偏振状态的光可以在彩色组合器内再循环到期望的偏振状态,从而增加光的利用效率。 图像投影仪包括耦合到成像源和投影元件的颜色组合器,使得组合的光的第一部分被引导到投影元件,并且组合的光的第二部分被再循环回到组合器中。
    • 6. 发明授权
    • Light reflectors and flood lighting systems
    • 光反射器和泛光照明系统
    • US08556472B2
    • 2013-10-15
    • US13247373
    • 2011-09-28
    • Simon Magarill
    • Simon Magarill
    • F21V7/00
    • F21V7/09F21V5/04F21V7/0091F21V7/08F21W2131/10F21W2131/103F21W2131/205F21Y2115/10
    • Light reflectors and flood lighting systems for illumination and lighting. Each light reflector may include a housing having a plurality of facets, each of the plurality of facets having a shape that is a portion of separate ellipses sharing a common focus. First and second surfaces are defined by first and second planes intersecting along a line within a volume of the body. A light source is positioned near the first surface, at the common focus, and is angularly oriented thereto such that light emitted by the light source is directed into the housing, reflected by at least one of the plurality of facets, and exits the light reflector out of either the first plane or the second plane. The body of the light reflector may include a free-form surface that is generated as the best fit to the plurality of facets.
    • 用于照明和照明的光反射器和泛光照明系统。 每个光反射器可以包括具有多个小面的壳体,多个小面中的每一个具有一个形状,该形状是共享共同焦点的分离椭圆的一部分。 第一和第二表面由沿着身体体积内的线相交的第一和第二平面限定。 光源位于第一表面附近,在共同的焦点处,并且被成角度地定向到其上,使得由光源发射的光被引导到壳体中,由多个小面中的至少一个面反射并且离开光反射器 从第一平面或第二平面出来。 光反射器的主体可以包括自由曲面,其被形成为最适合于多个小面。
    • 8. 发明授权
    • Illumination system and projection system using same
    • 照明系统和投影系统使用相同
    • US07422330B2
    • 2008-09-09
    • US11094671
    • 2005-03-30
    • Simon Magarill
    • Simon Magarill
    • G03B21/00G03B21/20
    • H04N9/315
    • An illumination system, useful for generating illumination light in an image-projection system, has at least a first image-forming panel. A first array of light emitting elements, for example light emitting diodes (LEDs), generates a first light beam associated with a first wavelength range. A second array of light emitting elements generates a second light beam associated with a second wavelength range. The second array of light emitting elements comprises at least a first light emitting element generating light in the second wavelength range and a second light emitting element generating light in the first wavelength range. The center wavelength of the second light emitting element may be closer in value to the center wavelength of a light emitting element in the first array than to the center wavelength of the first light emitting element.
    • 用于在图像投影系统中产生照明光的照明系统具有至少第一图像形成面板。 第一阵列的发光元件,例如发光二极管(LED),产生与第一波长范围相关联的第一光束。 第二阵列的发光元件产生与第二波长范围相关联的第二光束。 第二阵列的发光元件至少包括产生第二波长范围的光的第一发光元件和产生第一波长范围的光的第二发光元件。 第二发光元件的中心波长可以比第一发光元件的发光元件的中心波长更接近第一发光元件的中心波长。
    • 9. 发明授权
    • Illumination system with alignment mechanism and method
    • 具有对准机构和方法的照明系统
    • US07226185B2
    • 2007-06-05
    • US11021733
    • 2004-12-23
    • Michael DolginSimon Magarill
    • Michael DolginSimon Magarill
    • F21V21/14
    • G02B7/021F21V14/06F21Y2105/10F21Y2115/10G02B3/00G02B7/023
    • An illumination system including a plurality of light source modules each including a light-emitting surface and a dome lens, an illumination target and at least one optical device disposed between at least one of the light source modules and the illumination target. Each optical device includes an alignment mechanism engaging the dome lens, and at least one optical element fixed to the alignment mechanism, the optical element having an optical axis. The alignment mechanism is releasably securable between a first position and a second position relative to the dome lens for adjusting the optical device between the first position where the optical axis passes through the light-emitting surface and the illumination target, and second position where the optical axis passes through the light-emitting surface.
    • 一种照明系统,包括多个光源模块,每个光源模块包括发光表面和圆顶透镜,照明目标和设置在至少一个光源模块和照明目标之间的至少一个光学装置。 每个光学装置包括接合圆顶透镜的对准机构和固定到对准机构的至少一个光学元件,光学元件具有光轴。 对准机构可相对于半球透镜在第一位置和第二位置之间可释放地固定,用于在光轴穿过发光表面的第一位置与照明目标之间调节光学装置;以及第二位置,其中光学 轴通过发光面。