Single unit three-dimensional digital film projecting system based on chromatographic fractionating technology

Abstract

The invention discloses a single unit three-dimensional digital film projecting system based on the chromatographic fractionating technology, and the system includes a digital film projector, a projection lens mounted at the output end of the digital film projector, receiving end three-dimensional glasses worn by audiences, a digital three-dimensional film editing software, a digital playing server, and a screen for the digital film projector to project, wherein the projection lens is a 3D projection lens with three optical axes; a projecting end multi-bandpass narrow-band pass filter is mounted at the image input end of the 3D projection lens with the three optical axes, the passed spectrum bands do not coincide or complement and correspond to an optical channel of the 3D projection lens with the three optical axes; the lens of the receiving end three-dimensional glasses worn by the audiences is the multi-bandpass narrow-band pass filter; and the digital three-dimensional film editing software can join the left-eye image and the right-eye image into an integral image in upper-lower or left-right sequence. The invention has the characteristics that the three-dimensional image is vivid and bright in color, and the watchers are very comfortable to watch.

Description

technical field [0001] The invention relates to a stand-alone three-dimensional digital movie projection system, in particular to a stand-alone three-dimensional digital movie projection system based on chromatographic separation technology, which improves vivid and bright colors of three-dimensional images and enhances viewing effect and comfort of audiences. Background technique [0002] Along with the continuous development of film technology, the appearance of three-dimensional film brings people great surprise and shock. The realization of three-dimensional movies is based on the principle of binocular parallax of human eyes, that is, people see the same object with left and right eyes, but the two eyes have different perspectives, and the images formed on the retina are not exactly the same, and these two images can be distinguished after brain synthesis The front, back, distance, and distance of objects can produce stereoscopic vision. The early three-dimensional mov...

AI Technical Summary

Problems solved by technology

This method will also cause a large loss of light energy, and the technology is relatively complicated, and the price of the whole set of components is high. The biggest defect is that the optical engine of the most precise part of the digital cinema camera needs to be opened to install the rotating light wheel. Therefore, the installation Difficulty and high risk of installation

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