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    • 1. 发明授权
    • Automated lamp focus
    • 自动灯聚焦
    • US06788469B2
    • 2004-09-07
    • US10039127
    • 2001-12-31
    • Duane Scott DewaldWilliam B. WernerFrank J. Poradish
    • Duane Scott DewaldWilliam B. WernerFrank J. Poradish
    • G02B2714
    • H04N9/3105H04N9/3155H04N9/3194
    • Methods for measuring and automatically controlling the light distribution and overall brightness in electronic-based spatial light modulator projection display systems. One method takes a small fraction of the projected light from a partial turning mirror 407 in the projector's optics path and focuses this light on to a detector 420 for use in controlling the light distribution and brightness of the system. Another method uses an array of embedded light sensors 518-522 at chosen locations on the surface of a display screen 517 to control the light distribution and brightness parameters of the projection system. Both methods use a micro-controller, servomotors, and an adjustable power supply, controlled by the detector/sensor outputs, to maintain the desired light distribution and brightness in the projected image.
    • 用于测量和自动控制电子空间光调制器投影显示系统中的光分布和总体亮度的方法。 一种方法在投影仪的光学路径中占据部分转向镜407的投射光的一小部分,并将该光聚焦到检测器420上,以用于控制系统的光分布和亮度。 另一种方法是在显示屏幕517的表面上的选定位置处使用嵌入式光传感器518-522的阵列来控制投影系统的光分布和亮度参数。 两种方法都使用微控制器,伺服电机和由检测器/传感器输出控制的可调节电源,以保持投影图像中所需的光分布和亮度。
    • 2. 发明授权
    • Method and system for reducing motion artifacts
    • 减少运动伪影的方法和系统
    • US06545740B2
    • 2003-04-08
    • US09728922
    • 2000-12-01
    • William B. Werner
    • William B. Werner
    • G03B1918
    • G03B21/32
    • A motion artifact reduction system (10) includes a series of cinematic feature image frames (IFm, IFm+1)captured at an incoming frame rate. The motion artifact reduction system (10) also has a processor (12) operable to determine whether an object (O) having a first location (Om) in a first image frame (IFm) is sufficiently displaced from a location (Om+1) in a second image frame (IFm+1) corresponding to the first location (Om). The processor (12) is also operable to interpolate data from the first image frame (IFm) and the second image frame (IFm+1) to create a third image frame (OFn+1) including the interpolated data. The processor (12) is also operable to insert the third image frame (OFn+1) between the first image frame (IFm) and the second image frame (IFm+1) to form a new series (OFn, OFn+1, and OFn+2) in response to the determination that object (O) has been sufficiently displaced between image frames (IFm, IFm+1).
    • 运动假象减少系统(10)包括以输入帧速率捕获的一系列电影特征图像帧(IFm,IFm + 1)。 运动假象减少系统(10)还具有可操作以确定在第一图像帧(IFm)中具有第一位置(Om)的对象(Om)是否从位置(Om + 1)充分移位的处理器(12) 在对应于第一位置(Om)的第二图像帧(IFm + 1)中。 处理器(12)还可操作地内插来自第一图像帧(IFm)和第二图像帧(IFm + 1)的数据,以创建包括内插数据的第三图像帧(OFn + 1)。 处理器(12)还可操作以在第一图像帧(IFm)和第二图像帧(IFm + 1)之间插入第三图像帧(OFn + 1),以形成新的序列(OFn,OFn + 1和 OFn + 2),以响应对象(O)在图像帧(IFm,IFm + 1)之间已经被充分移位的确定。
    • 3. 发明授权
    • Color wheel synchronization in multi-frame-rate display systems
    • 多帧率显示系统中的色轮同步
    • US06828961B2
    • 2004-12-07
    • US09750829
    • 2000-12-28
    • Keith H. ElliottKazuhiro OharaWilliam B. WernerAdam J. Kunzman
    • Keith H. ElliottKazuhiro OharaWilliam B. WernerAdam J. Kunzman
    • G09G500
    • G03B21/20G03B33/08H04N9/3114H04N9/3179
    • A display system (200) in which light from source (202) is focused onto a spinning color wheel (204). The spinning color wheel (204) spins at a constant rate and creates of beam of light that changes from one primary color to the next in rapid sequence. The primary colored beam of light impinges a spatial light modulator (206), which is often a DMD or LCD. A controller (208) receives an input video signal and determines the native frame rate of the image source. The controller (208) sends image data to the spatial light modulator (206) in synchronization with the color wheel (204)—image data representing the red portions of the image is sent during the period in which the red color filter is passing through the beam of light—at the native frame rate of the image source. The modulated light is focused onto an image plane (210) by projection lens (212) to form an image. The eye of the viewer integrates the sequential primary color images giving the perception of a single full-color image. The display system uses a single nominal color wheel speed to display input signals having various native frame rates. The nominal color wheel speed is selected to allow the same color wheel rate to be used for a variety of native frame rates. The color wheel speed is selected to provide a sub-frame rate that is an integer multiple the native frame rate of each potential input format.
    • 一种显示系统(200),其中来自源(202)的光聚焦到旋转色轮(204)上。 旋转色轮(204)以恒定速率旋转,并产生以快速顺序从一个原色变化到另一个原色的光束。 原色光束照射空间光调制器(206),其通常是DMD或LCD。 控制器(208)接收输入视频信号并确定图像源的原始帧速率。 控制器(208)与色轮(204)同步地将图像数据发送到空间光调制器(206),在红色滤色器通过的情况下,发送表示图像的红色部分的图像数据 光束 - 以图像源的原始帧速率。 调制光通过投影透镜(212)聚焦在图像平面(210)上以形成图像。 观看者的眼睛整合了顺序的主要彩色图像,给出了单个全色图像的感知。 显示系统使用单个标称色轮速度来显示具有各种本机帧速率的输入信号。 选择标称色轮速度以允许相同的色轮速率用于各种本机帧速率。 选择色轮速度以提供作为每个潜在输入格式的本机帧速率的整数倍的子帧速率。
    • 5. 发明授权
    • Digital cinema transport stream with embedded projector configuration data
    • 具有嵌入式投影机配置数据的数字影院传输流
    • US06819395B2
    • 2004-11-16
    • US10231997
    • 2002-08-30
    • William B. Werner
    • William B. Werner
    • G03B1918
    • H04N21/4342H04N21/235H04N21/41415H04N21/435
    • A transport stream with embedded projector configuration data 208 being carried along with the video for use in digital cinema projector setup. The embedded configuration data consists of sub-packets 304 of setup data information for such parameters as gamma tables, color management system information, relative luminance level, format and range of the sampled data, 3D/2D presentation information, frame rate, image size, aspect ratio, font tables, and language provision. This approach assures that the projector 404 is setup properly and also permits on-the-fly changes to the projector's parameters, which may be used for artistic effects in the movie.
    • 具有嵌入式投影仪配置数据208的传输流与视频一起携带以用于数字电影放映机设置。 嵌入式配置数据由用于诸如伽马表,色彩管理系统信息,相对亮度级别,采样数据的格式和范围,3D / 2D呈现信息,帧速率,图像大小等参数的设置数据信息的子包304组成, 宽高比,字体表和语言设置。 这种方法确保投影仪404被正确设置并且还允许对投影机的参数进行即时更改,这可以用于电影中的艺术效果。
    • 7. 发明授权
    • Projector configuration
    • 投影机配置
    • US07528928B2
    • 2009-05-05
    • US10989561
    • 2004-11-16
    • William B. Werner
    • William B. Werner
    • G03B19/18H04N7/18
    • H04N21/4342H04N21/235H04N21/41415H04N21/435
    • A transport stream with embedded projector configuration data 208 being carried along with the video for use in digital cinema projector setup. The embedded configuration data consists of sub-packets 304 of setup data information for such parameters as gamma tables, color management system information, relative luminance level, format and range of the sampled data, 3D/2D presentation information, frame rate, image size, aspect ratio, font tables, and language provision. This approach assures that the projector 404 is setup properly and also permits on-the-fly changes to the projector's parameters, which may be used for artistic effects in the movie.
    • 具有嵌入式投影仪配置数据208的传输流与视频一起携带以用于数字电影放映机设置。 嵌入式配置数据由用于诸如伽马表,色彩管理系统信息,相对亮度级别,采样数据的格式和范围,3D / 2D呈现信息,帧速率,图像大小等参数的设置数据信息的子包304组成, 宽高比,字体表和语言设置。 这种方法确保投影仪404被正确设置并且还允许对投影机的参数进行即时更改,这可以用于电影中的艺术效果。