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    • 2. 发明授权
    • Color recapture for display systems
    • 显示系统的颜色重新捕获
    • US06771325B1
    • 2004-08-03
    • US09705467
    • 2000-11-03
    • Duane S. DewaldSteven M. PennMichael T. Davis
    • Duane S. DewaldSteven M. PennMichael T. Davis
    • H04N912
    • H04N9/3117G03B21/14G03B21/2066G03B21/208H04N9/315H04N9/3152
    • A sequential color display system using a white light source (202) to create a full color image projected onto an image plane (214). A dynamic filter (206), typically a series of moving dichroic filters, generates a series of primary colored light beams that are swept across the surface of a spatial light modulator (210). Light rejected by the dynamic filter (206) enters a light recycler (204) and is reapplied to the dynamic filter (206). The light recycler is typically one or more reflective surfaces, including mirrors, baffles, enclosures, lamp reflectors, TIR surfaces, or specially coated material arranged in such a way as to encourage light toward an aperture separating the light recycler (204) and the dynamic filter (206). Typically all three primary colors are produced simultaneously by the dynamic filter (206). The illuminated portion of the dynamic filter (206) is imaged onto the modulator (210) and a controller (216) provides appropriate image data for each portion of the modulator (210) in synchronization with the sweep of the primary color bands across the modulator surface. The primary color bands are modulated by the spatial light modulator (210) and the modulated light is focused by lens (212) onto the image plane (214). The viewer integrates the light arriving at each portion of the image plane (214) over a frame period to provide the perception of a full-color image.
    • 一种使用白光源(202)创建投影到图像平面(214)上的全色图像的顺序彩色显示系统。 动态滤波器(206)通常是一系列运动的二向色滤波器,产生扫过横跨空间光调制器(210)的表面的一系列原色光束。 由动态滤波器(206)拒绝的光进入光回收器(204),并被重新应用于动态滤波器(206)。 光回收器通常是一个或多个反射表面,包括反射镜,挡板,外壳,灯反射器,TIR表面或特别涂覆的材料,其被布置成促使光朝着将光回收器(204)和动态 过滤器(206)。 典型地,所有三原色都是由动态滤波器(206)同时产生的。 动态滤波器(206)的照明部分被成像到调制器(210)上,并且控制器(216)与调制器(210)的每个部分的扫描同步地跨越调制器 表面。 主色带由空间光调制器(210)调制,并且调制的光被透镜(212)聚焦到图像平面(214)上。 观看者将在帧周期中到达图像平面(214)的每个部分的光集成,以提供全色图像的感知。
    • 5. 发明授权
    • Color recapture for display systems
    • 显示系统的颜色重新捕获
    • US07066605B2
    • 2006-06-27
    • US10910206
    • 2004-08-03
    • Duane S. DewaldSteven M. PennMichael T. Davis
    • Duane S. DewaldSteven M. PennMichael T. Davis
    • G03B21/00G03B21/28H04N9/12H04N5/74G02B21/14
    • H04N9/3117G03B21/14G03B21/2066G03B21/208H04N9/315H04N9/3152
    • A sequential color display system using a white light source to create a full color image projected onto an image plane. A dynamic filter, typically a series of moving dichroic filters, generates a series of primary colored light beams that are swept across the surface of a spatial light modulator. Typically all three primary colors are produced simultaneously by the dynamic filter. The illuminated portion of the dynamic filter is imaged onto the modulator and controller provides appropriate image data for each portion of the modulator in synchronization with the sweep of the primary color bands across the modulator surface. The primary color bands are modulated by the spatial light modulator and the modulated light is focused by lens onto the image plane. The viewer integrates the light arriving at each portion of the image plane over a frame period to provide the perception of a full-color image.
    • 一种使用白色光源产生投影到图像平面上的全色图像的顺序彩色显示系统。 动态滤波器(通常是一系列运动的二向色滤波器)产生一系列沿着空间光调制器的表面扫过的主要有色光束。 通常所有三原色都是通过动态滤波器同时产生的。 动态滤波器的照明部分被成像到调制器上,并且控制器为跨越调制器表面的原色带的扫描同步地为调制器的每个部分提供适当的图像数据。 主色调由空间光调制器调制,并且调制的光被透镜聚焦到图像平面上。 观看者在帧周期上集成了到达图像平面每一部分的光以提供全色图像的感知。
    • 8. 发明授权
    • Multiple light source illumination for image display systems
    • 用于图像显示系统的多光源照明
    • US07364326B2
    • 2008-04-29
    • US11005863
    • 2004-12-06
    • Duane S. DewaldSteven M. Penn
    • Duane S. DewaldSteven M. Penn
    • F21V7/04G03B21/28
    • G02B27/0994G02B6/0006
    • A method for transmitting light in an image display system includes generating a first cone of light from a first light source. The first cone of light includes a plurality of light beams. A first portion of the first cone is projected in an illumination path. A second portion of the first cone is projected at a surface of a reflector. The second portion of the first cone is reflected to project the second portion of the first cone in the illumination path. The first and second portions of the first cone are received at an entrance of an integrator rod. The second portion of the first cone increases the intensity of light received by the integrator rod.
    • 一种用于在图像显示系统中传输光的方法包括从第一光源产生第一光锥。 第一锥形光包括多个光束。 第一锥体的第一部分投射在照明路径中。 第一锥体的第二部分突出在反射器的表面。 第一锥体的第二部分被反射以在照明路径中突出第一锥体的第二部分。 第一锥体的第一和第二部分被接纳在积分杆的入口处。 第一锥体的第二部分增加了由积分杆接收的光的强度。
    • 10. 发明申请
    • Integrated TIR Prism and Lens Element
    • 集成TIR棱镜和透镜元件
    • US20090128881A1
    • 2009-05-21
    • US12360090
    • 2009-01-26
    • Steven M. Penn
    • Steven M. Penn
    • G02F1/01G02B5/04
    • G02B5/04G02B26/0833
    • Disclosed is an optical component, which comprises a prism element adjacent to a lens element, where the two elements are separated by a small air gap. In disclosed embodiments, the elements have adjacent and parallel surfaces which are substantially planar and which, with the small air gap, operate through Total Internal Reflection (“TIR”) to direct light beams that strike the planar surfaces. Light beams that strike at less than the critical angle are internally reflected, while light beams which strike at greater than the critical angle pass through. The TIR surfaces thereby separate the desired optical signals from the spurious ones. The combined TIR prism lens operates as a single and integrated component which directs desired light beams to a reflective optical processing element such as a Spatial Light Modulator and which focuses the processed light beams as they leave the combined TIR prism lens.
    • 公开了一种光学部件,其包括与透镜元件相邻的棱镜元件,其中两个元件被小气隙分开。 在所公开的实施例中,这些元件具有基本平坦的相邻和平行的表面,并且随着小的气隙,通过全内反射(“TIR”)操作以引导撞击平面的光束。 在小于临界角的情况下照射的光线被内部反射,而大于临界角的光束通过。 TIR表面因此将期望的光信号与假的光信号分离。 组合的TIR棱镜透镜作为单个和集成的部件操作,其将期望的光束引导到诸如空间光调制器的反射光学处理元件,并且当它们离开组合的TIR棱镜透镜时聚焦经处理的光束。