Split display image edge blending method for large screen

Abstract

This invention discloses a stitching displayed image edge interfusion method on a large screen, which applies multiple projecting machines to parallel splice to project a large picture and utilizes an image processor to divide the picture to be displayed to multiple sub-pictures corresponding to the positions and numbers of the projecting machines, the joined edge parts of the adjacent sub-images have the same image content and are overlapped when projecting the image, optical modulation and electronic gain regulations are applied to uniform the brightness of the laminated zones.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for smoother displays that are brighter than previous methods while also maintaining good resolution. It achieves this by create an evenly shaded surface on top of another smooth layer called prismatic layers. By doing it at certain angles, these surfaces will have different colors depending upon how much light they hit them during reflection from their original position. Overall, this new design improves overall performance and quality of displayed images.

Problems solved by technology

In existing technology, these techniques have limitations such as requiring longer exposure times during imagery projection, which causes breakage issues if adjacent screens get too much illumination compared to their central portion. Additionally, current methods require expensive equipment like cameras and mirror systems, making them costly.

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