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    • 3. 发明授权
    • Light modulating devices
    • 光调制装置
    • US06271820B1
    • 2001-08-07
    • US09080164
    • 1998-05-15
    • Harald Reinhart BockPaul BonnettMichael John TowlerDiana Cynthia UlrichAkira Tagawa
    • Harald Reinhart BockPaul BonnettMichael John TowlerDiana Cynthia UlrichAkira Tagawa
    • G06G336
    • G09G3/364G09G3/2029G09G2310/06
    • A light modulating device comprises a plurality of data electrodes, a plurality of strobe electrodes, pixels at the intersections of the strobe and data electrodes, and addressing means for supplying data signals to the data electrodes in successive data selection periods and for supplying strobe signals to the strobe electrodes to set the transmission levels of the pixels in dependence on the data signals supplied to the pixels during each data selection period. Each pixel comprises a pair of subelements, and the addressing means is arranged to address the subelements of the pair by 1:3 spatial dither and to supply different strobe signals to each of the subelements during different bits of 1:1 spatial or temporal dither within the same data selection period. The transmission level of each subelement is determined by the data signal applied to the subelement in the data selection period in association with the strobe signal applied to the corresponding spatial or temporal dither bit.
    • 光调制装置包括多个数据电极,多个选通电极,选通脉冲和数据电极的交点处的像素,以及寻址装置,用于在连续的数据选择周期中向数据电极提供数据信号,并将选通信号提供给 所述选通电极根据在每个数据选择期间提供给像素的数据信号来设置像素的透射电平。 每个像素包括一对子元件,并且寻址装置被布置成以1:3空间抖动寻址该对的子元素,并且在1:1的空间或时间抖动的不同位期间向每个子元件提供不同的选通信号 相同的数据选择期。 每个子元件的发送电平由在数据选择周期中与施加到对应的空间或时间抖动比特的选通信号相关联的数据信号确定。
    • 5. 发明授权
    • Imaging systems
    • 成像系统
    • US06222672B1
    • 2001-04-24
    • US09199295
    • 1998-11-24
    • Michael John TowlerHarry Garth WaltonElizabeth Jane Acosta
    • Michael John TowlerHarry Garth WaltonElizabeth Jane Acosta
    • G02B2726
    • G02B27/26H04N13/337H04N13/359H04N13/363
    • An imaging system according to the invention includes: a matrix of light modulating elements including first and second elements for respectively transmitting first and second image components; a polarizing element having a first polarization axis for linearly polarizing light from the first and second elements; a first optical retardation element incorporating at least one first retarder having first and second regions respectively having a first optic axis at a first orientation and a second option axis at a second orientation to the first polarization axis; and a detecting element having first and second detecting parts, each detecting part including respective second optical retardation element incorporating at least one second retarder and an analyzing element having a second polarization axis intended to be disposed at a defined orientation relative to the first polarization axis, at least one second retarder of the first detecting part having an optic axis which is intended to be disposed substantially perpendicularly to the first optic axis and transversely to the second optic axis of the at least one first retarder, and at least one second retarder of the second detecting part having an optic axis which is intended to be disposed substantially perpendicularly to the second optic axis and transversely to the first optic axis of the at least one first retarder. Substantially only light relating to the first image component is transmitted by the first detecting part and substantially only light relating to the second image component is transmitted by the second detecting part.
    • 根据本发明的成像系统包括:光调制元件矩阵,包括用于分别发射第一和第二图像分量的第一和第二元件; 具有用于使来自第一和第二元件的光线性偏振的第一偏振轴的偏振元件; 第一光学延迟元件包括至少一个第一延迟器,其具有第一和第二区域,第一和第二区域分别具有第一取向的第一光轴和与第一偏振轴成第二取向的第二选择轴; 以及具有第一和第二检测部分的检测元件,每个检测部分包括相应的第二光学延迟元件,所述第二光学延迟元件包括至少一个第二延迟器和具有第二偏振轴的分析元件,所述第二偏振轴将相对于所述第一偏振轴以规定的方向设置, 所述第一检测部分的至少一个第二延迟器具有旨在基本上垂直于所述第一光轴并且横向于所述至少一个第一延迟器的第二光轴布置的光轴,以及至少一个第二延迟器 第二检测部分具有旨在基本上垂直于第二光轴并横向于至少一个第一延迟器的第一光轴布置的光轴。 基本上只有与第一图像分量相关的光被第一检测部分发送,并且基本上只有与第二图像分量有关的光被第二检测部分发送。