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3D AUTOSTEREOSCOPIC DISPLAY AND METHOD OF DISPLAYING A 3D IMAGE

机译:3D自动立体显示器和显示3D图像的方法

摘要

The present invention relates to an autostereoscopic display simultaneously displaying two or more different images, comprising a pixel matrix (11) having a plurality of pixels (15) distributed over different subgroups, strips and implosions an optical element (12) disposed on a front surface or a rear surface of the pixel matrix, the optical element (12) having a grid-like structure portion oriented in parallel with the pixel matrix; And a control device (13) for controlling the pixel matrix (11) in dependence on the image data (14) forming the 3D image, wherein a number corresponding to a plurality in the nominal distance from the display formed beforehand by the shape of the display Wherein the viewing area 16 of the viewing area 16 is transversely offset relative to each other and a formed propagation direction of light emitted or transmitted from each of the pixels 15 is formed such that each viewing area 16 is associated with exactly one of the subset And the light emitted or transmitted from the subset of each pixel 15 is directed to the field of view to which the subset is connected. The control device 13 controls the pixel matrix 11 for autosorbing the 3D image at a different viewing distance D from the nominal spacing Dn of the display front face for each strip of the plurality of pixels 15 Is formed to perform the following steps;-forming a value of the position coordinate (x); Measuring an intensity value formed by the image data for the image strip (14) corresponding to the strip of the view of the 3D image corresponding to the viewing direction at the position formed by the specified value; And controlling the pixels 15 of the strip using intensity values measured in this manner.
机译:自动立体显示器技术领域本发明涉及一种同时显示两个或更多个不同图像的自动立体显示器,该自动立体显示器包括像素矩阵(11),该像素矩阵具有分布在不同子组上的多个像素(15),条状和内嵌的光学元件(12),其布置在前表面上光学元件(12)具有与像素矩阵平行地取向的格子状的结构部或像素矩阵的背面。以及控制装置(13),其用于根据形成3D图像的图像数据(14)来控制像素矩阵(11),其中,对应于距显示器的标称距离中的多个的数字由预先形成的形状形成。显示器,其中观看区域16的观看区域16相对于彼此横向偏移,并且形成从每个像素15发射或透射的光的形成的传播方向,使得每个观看区域16与子集中的一个恰好相关联并且,从每个像素15的子集发射或透射的光被引导到该子集所连接到的视场。控制装置13控制像素矩阵11以针对多个像素15的每个条带以与显示器正面的标称间隔Dn不同的观看距离D自动吸收3D图像,以形成以下步骤:位置坐标的值(x);在由指定值形成的位置处,测量由与对应于观看方向的3D图像的视图条相对应的图像条(14)的图像数据形成的强度值;并且使用以这种方式测量的强度值来控制带的像素15。

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