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    • 2. 发明申请
    • Organic light-emitting diode (oled) with improved light extraction and corresponding display unit
    • 有机发光二极管(oled),具有改进的光提取和相应的显示单元
    • US20090072711A1
    • 2009-03-19
    • US11596749
    • 2005-05-13
    • Salvatore CinaValter DrazicLandry Chopin
    • Salvatore CinaValter DrazicLandry Chopin
    • H01J1/62
    • H01L51/5203H01L51/5052H01L51/5209H01L51/5271
    • The invention relates to an organic light-emitting diode comprising on a substrate, from the rear face to the front face, at least one so-called rear electrode of a first type surmounted by an organic light-emitting layer, itself surmounted by at least one so-called front electrode of a second type, the organic light-emitting layer producing light when holes and electrons are injected into it by a current flowing through the electrodes, the types corresponding to an anode and a cathode, at least one of the electrodes being substantially transparent for the produced light in order to allow it to escape through one of the faces of said diode, referred to as the exit face. According to the invention, said substantially transparent electrode comprises at least one transparent extraction zone and at least one reflective zone adapted to return the produced light through the light-emitting layer, and said diode also comprises reflector means which are arranged on the opposite side of said substantially transparent electrode from the organic light-emitting layer and are adapted to return the produced light to said substantially transparent electrode through the light-emitting layer. The diode may be configured by embossing, and various embodiments are described.
    • 本发明涉及一种有机发光二极管,其包括在基板上,从背面到前面,至少一个被有机发光层所覆盖的第一类型的所谓后电极至少被至少覆盖 一种所谓的第二类型的前电极,当空穴和电子被流过电极的电流注入到其中时产生光的有机发光层,对应于阳极和阴极的类型,至少一个 电极对于所产生的光基本上是透明的,以便允许其通过被称为出射面的所述二极管中的一个面逸出。 根据本发明,所述基本上透明的电极包括至少一个透明提取区和至少一个适于使所产生的光通过发光层返回的反射区,并且所述二极管还包括反射器装置,其布置在 所述基本上透明的电极从所述有机发光层返回,并且将所产生的光通过所述发光层返回到所述基本上透明的电极。 二极管可以通过压花构造,并且描述各种实施例。
    • 4. 发明申请
    • Two-stage projection architecture
    • 两阶段投影架构
    • US20060119796A1
    • 2006-06-08
    • US10537112
    • 2003-11-26
    • Valter DrazicKhaled SarayeddineEstill HallEugene O'Donnell
    • Valter DrazicKhaled SarayeddineEstill HallEugene O'Donnell
    • G03B21/00
    • G02B13/0095G03B21/005G03B21/006G03B33/12H04N9/3126H04N9/3167
    • A two-stage light projection system is provided for projecting an image comprising a matrix of light pixels having modulated luminance. A first imager is configured to modulate a light band on a pixel-by-pixel basis proportional to gray scale values provided for each pixel of the image to provide a first output matrix. A second imager is positioned and configured to receive the first output matrix and modulate the individual modulated pixels of light from the first imager on a pixel-by-pixel basis proportional to a second gray scale value provided for each pixel. A relay lens system having a single-gauss lens set and a mirror positioned at the system stop focuses the modulated light output from the first imager on a pixel-by-pixel basis onto the corresponding pixels of the second imager.
    • 提供了一种用于投影包括具有调制亮度的光像素矩阵的图像的两级光投影系统。 第一成像器被配置为按照像素逐个像素的方式调制光带,与为图像的每个像素提供的灰度值成正比,以提供第一输出矩阵。 第二成像器被定位和配置为接收第一输出矩阵并且以逐个像素为基准成比例地对与每个像素提供的第二灰度值进行调制来自第一成像器的各个调制像素的像素。 具有单高斯透镜组和位于系统停止处的反射镜的中继透镜系统将从第一成像器输出的调制光逐个像素地聚焦到第二成像器的对应像素上。
    • 6. 发明申请
    • Polarization recycler
    • 极化回收商
    • US20050002169A1
    • 2005-01-06
    • US10496681
    • 2002-11-19
    • Valter DrazicEstill Hall JrEugene O'Donnell
    • Valter DrazicEstill Hall JrEugene O'Donnell
    • G02B27/00G02B27/28G02F1/13357F21V9/14
    • G02B27/286G02B27/0927G02B27/0994G02F1/13362
    • A method for recovering polarization comprises the steps of: guiding light having first and second polarizations in a forward direction along a light path; passing the guided light having the first polarization out of the path; reflecting the light having the second polarization backwardly and forwardly along the light path; transforming the reflected light during the reflecting step to have the first polarization; and, passing the light transformed to the first polarization out of the path, enabling more of the light having the first polarization to be passed out of the path. The method can be implemented with a light integrator, a reflecting polarizer, at least one reflective surface that further reflects the reflected light back toward the reflecting polarizer and a quarter wave plate positioned in the light path. The method and apparatus can be used in an illumination system for a liquid crystal display imager.
    • 一种用于恢复偏振的方法包括以下步骤:沿光路沿正向引导具有第一和第二偏振的光; 将具有第一偏振的引导光路径通过; 沿光路向后和向前反射具有第二偏振的光; 在反射步骤期间变换反射光以具有第一极化; 并且将转换成第一偏振的光通过路径,使得具有第一偏振的更多的光能够通过路径。 该方法可以用光积分器,反射偏振器,将反射光反射回反射偏振器的至少一个反射表面和位于光路中的四分之一波片来实现。 该方法和装置可用于液晶显示成像器的照明系统中。
    • 8. 发明授权
    • Large screen digital image projector
    • 大屏幕数码影像投影机
    • US07794092B2
    • 2010-09-14
    • US11631748
    • 2005-07-05
    • Valter DrazicKhaled Sarayeddine
    • Valter DrazicKhaled Sarayeddine
    • G03B21/14H04N9/12
    • H04N9/3147
    • The invention relates to a projection system comprising: a polychromatic light source and at least one imaging assembly illuminated by an associated polychromatic illumination beam, and comprising: two separate colored wheels, respectively called first and second colored wheel; and three separate imagers, respectively called first, second and third imagers. At least one part of the polychromatic beam, called first source beam, illuminating the first colored wheel which separates said source beam into a first monochromatic beam and into a two-tone beam, said first monochromatic beam illuminating the first imager and said two-tone beam being transmitted toward the second colored wheel.The second colored wheel being illuminated by said two-tone beam and separating said two-tone beam into second and third monochromatic beams, respectively illuminating said second and third imagers respectively.
    • 本发明涉及一种投影系统,包括:多色光源和由相关多色照明光束照射的至少一个成像组件,并且包括:两个分开的着色轮,分别称为第一和第二着色轮; 和三个分别的成像器,分别称为第一,第二和第三个成像器。 称为第一源光束的多色光束的至少一部分照射第一色轮,其将所述源光束分离为第一单色光束并转换为双色光束,所述第一单色光束照射第一成像器和所述双色调 光束被传送到第二色轮。 所述第二色轮由所述双色光束照亮,并将所述双色光束分离成第二和第三单色光束,分别照亮所述第二和第三像素。
    • 9. 发明授权
    • Multiple lamp illumination system with polarization recovery and integration
    • 多灯照明系统具有极化恢复和集成
    • US07717578B2
    • 2010-05-18
    • US10592340
    • 2005-03-10
    • Valter Drazic
    • Valter Drazic
    • F21V9/14
    • G02B6/4298G02B6/2817G02B6/4214
    • An illumination system is provided for combining two or more light sources. A plurality of light sources radiate random polarization light. A plurality of collecting light pipes corresponds to the plurality of light sources. Each collecting light pipe has an entrance end disposed towards the respective light source. The collecting light pipes are laterally offset and overlapping opposite their respective entrance ends. A combining light pipe is disposed perpendicular to the collecting light pipes. A polarizing beam splitter and a mirror are sequentially arranged in each collecting light pipe essentially opposite the entrance end directing a first polarization light and a second polarization light, respectively upwards towards the combining light pipe. The combining light pipe has an entrance end overlying the polarizing beam splitter and mirror of each collecting light pipe to collect and combine the light from each polarizing beam splitter and mirror.
    • 提供用于组合两个或更多个光源的照明系统。 多个光源辐射随机偏振光。 多个收集光管对应于多个光源。 每个收集光管具有朝向相应光源设置的入口端。 收集的光管横向偏移并与它们各自的入口端相对重叠。 组合光管垂直于收集光管设置。 偏振分束器和反射镜顺序地布置在每个收集光管中,基本上与入射端相对,引导第一偏振光和第二偏振光分别朝向组合光管。 组合光管的入射端覆盖偏振分束器和每个收集光管的反射镜,以收集和组合来自每个偏振分束器和反射镜的光。