Device and method for selective imaging inside and outside of glass

Abstract

The invention discloses a selective imaging device and method for inside and outside of glass. The device includes a main processor module, a stabilization module, an identification detection module, a communication module, an audio-visual module, a projection module, an image processing module, a multi-information flow module, an imaging selection module and a light source switching module. The main processor module ensures the coordinated operation of the entire device; the stabilization module and the identification detection module provide physical support for the device; the communication module is used to transmit digital information; the projection module is used for image projection, and can automatically change the angle and adjust the focus; the image processing module is used for It is used to detect the curved surface of different windows to process image stretching and segmentation; the imaging selection module is used to change the display direction of the image; the light source switching module is used to change the type of light source used. Through the selective imaging device and method inside and outside the glass, the present invention can image signals on the glass containing the composite scattering imaging film, so as to achieve the effect of selectively viewing high-definition images from the inside and outside of the glass.

Description

Technical field [0001] The invention relates to an imaging device, in particular to a device and method for selective imaging inside and outside glass. Background technique [0002] In view of the fact that there is no video source that can selectively perform high-definition imaging inside and outside the glass, a technology combining a multi-dimensional window projection module and a glass composite transparent scattering imaging film is designed to make the image information projected on the glass, the observer High-definition images can be seen from multiple stereo angles inside and outside the glass. [0003] The current glass projection technology in the market has the following shortcomings: [0004] 1. Direct the projector to the glass, the image is blurred, and it can only be seen inside the glass. [0005] 2. The down-projection signal is first converted into a polarization signal, and then the composite polarization film is imaged on the car glass, but the image can only b...

AI Technical Summary

Problems solved by technology

[0004] 1. When the projector is cast directly on the glass, the image is blurred and can only be seen on the inside of the glass

[0005] 2. The down-projection signal is first converted into a polarized signal, and then imaged with a composite polarizing film on the car glass, but the image can only be seen in the car

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