Human eye bionic three-dimensional projector with non-rectangular plane

Abstract

The invention discloses a human eye bionic three-dimensional projector with a non-rectangular plane. The human eye bionic three-dimensional projector comprises a projection device and a projection screen. The projection device comprises a left projection instrument and a right projection instrument. The left projection instrument comprises a light condensing lens, an integral prism is arranged at the back of the light condensing lens, and a polarization light separator is arranged at the back of the integral prism. Light passes through the light condensing lens, the integral prism and the polarization light separator to be reflected by a total reflection mirror, then sequentially passes through a first two-direction color color-separation mirror and a second two-direction color color-separation mirror to be decomposed into red green blue (RGB) three primary colors which are emitted on a liquid crystal panel in incidence mode under the effects of the reflection mirror and the lens and enter a color combination prism. A projection lens is arranged at the back of the color combination prism. Viewers can watch objects by wearing polaroid glasses which are strong in comfortable sensation and cannot cause visual fatigue, giddiness, nausea and other discomforts.

Description

technical field [0001] The invention relates to a projection device, in particular to a bionic three-dimensional projection device for human eyes. Background technique [0002] The imaging situation of the human-eye bionic stereo camera device is the same as that of human binocular perception: when imaging, the image at the central focal point is the clearest, and the image becomes blurred as it expands to the surroundings; the captured video image is a non-rectangular shape that is similar to the actual perception of the human eye irregular shape, and the resolution is non-uniformly distributed. The projection screens of conventional projection equipment are all rectangular planes, and the resolutions projected on the projection screens are all fixed values. This kind of projection device does not match the bionic stereo camera device of human eyes, and the projection effect is still not good. Contents of the invention [0003] The technical problem to be solved by the p...

AI Technical Summary

Problems solved by technology

The projection screens of conventional projection equipment are all rectangular planes, and the resolutions projected on the projection screen are all fixed values. This kind of projection device does not match the bionic stereoscopic camera device of the human eye, and the projection effect is still not good.

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