Full-color point control type video photoelectric glass and processing method thereof

Abstract

The invention relates to full-color point control type video photoelectric glass and a processing method thereof. The processing method comprises the following steps: (1) cleaning conductive glass; (2) introducing laser equipment by a line etching program; (3) conveying the conductive glass into the laser equipment, and etching a transparent wire on a conductive layer; (4) attaching a three-on-one RGB LED light source to the transparent wire; (5) connecting an electrode of the LED light source with the transparent wire by conductive glue; (6) attaching a line control board to two sides of the glass, and correspondingly connecting an LED light source wire with the line control board; (7) conveying the attached conductive glass into a baking box for conductive glue heating and curing; (8) connecting the line control board with a circuit control end; (9) cleaning packaging glass; (10) adhering the LED light source, the line control board, the conductive glass and the packaging glass together; (11) mounting a plurality of pieces of packaged photoelectric glass in an LED video playing system with the circuit control end. The full-color point control type video photoelectric glass meets the use requirement on building type glass, and a multimedia playing effect is achieved.

Description

technical field [0001] The invention relates to a full-color point-controlled video photoelectric glass for large-scale display and playback of building curtain walls, office buildings, shopping malls, etc. and a processing method thereof. Background technique [0002] Existing video display devices all use display screens or devices similar to display screens. If you want to directly display video on glass, the current technology is not yet mature. Therefore, traditional glass has the disadvantage of being unable to display. [0003] If the full-color point control is combined with the LED video photoelectric glass, it is a high-end customized photoelectric glass that uses patented transparent conductive technology and glues the LED structure layer between the two layers of glass, so that the product has all the advantages of laminated safety glass. characteristics, and inherits the advantages of LED high-efficiency luminescence, low-carbon energy saving, the combination of...

AI Technical Summary

Problems solved by technology

Due to the problem of ambient light intensity during the day, the video effect is not very ideal, especially for long-distance observation, the transparent glass cannot gather and reflect light, and the video effect is not obvious

If it is viewed at a close distance, it will give people a sense of fantasy, and high-tech products will make people linger; the night effect can completely replace the existing display screen processing method, with clear and realistic pictures. When the video photoelectric glass is closed, The glass curtain wall maintains the original permeability, and the LED module is also invisible; without the defect of a black screen of the traditional LED display, it does not affect the overall appearance of the building

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