Display system

Abstract

The invention provides a display system comprising a display chip, a first polarization beam splitter, a prism, a second polarization beam splitter, a reflection device, a projection lens and a conversion device. After light emitted by a light source passes through the first polarization beam splitter, P light in the light source enters the display chip. The display chip reflects the P light, the P light is converted into S light, and the S light enters the first polarization beam splitter. The first polarization beam splitter reflects the S light. When the conversion device is in a working state, the S light reflected by the first polarization beam splitter is converted into P light and the conversion device outputs the P light, or the polarization state of the S light reflected by the first polarization beam splitter does not change and the conversion device outputs the S light. When the conversion device outputs the S light, the S light is transmitted to the second polarization beam splitter through the prism. The second polarization beam splitter reflects the S light to the reflection device, and the S light is collimated and amplified by the reflection device and reflected to the human eye. When the conversion device outputs the P light, the P light passes through the second polarization beam splitter and enters the projection lens.

Description

technical field [0001] The invention relates to the field of optical instruments, in particular to a display system, which is mainly used for display systems with compact structures such as head-mounted visual devices. Background technique [0002] Head Mount Display can directly obtain two-dimensional images from LCD, OLED, LCOS and other micro-displays, and can also indirectly obtain two-dimensional images through optical fiber and other transmission methods. The image is imaged at infinity through the collimating lens, and then the image is reflected into the human eye through the reflective surface. Such products mainly have the characteristics of small size and light weight. However, at present, the head-mounted visual devices of Google, Epson, and Sony do not have the function of sharing the image content transmitted into the human eye with other people at the same time. This problem hinders the promotion and application of compact display systems such as head-mounte...

AI Technical Summary

Problems solved by technology

However, at present, the head-mounted visual devices of Google, Epson, and Sony do not have the function of sharing the image content transmitted into the human eye with other people at the same time

This problem hinders the promotion and application of compact display systems such as head-mounted video devices in the market

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