A small-scale perspective anti-glare glass panel manufacturing method

Abstract

The invention provides a small-range perspective anti-dazzling glass panel production method which comprises the following steps: pretreatment; making of a protective layer, to be more specific, attaching a corrosion-resistant protective film to six surfaces of thick plate glass; laser grooving, to be more specific, grooving the front side of the thick plate glass to form a number of sheet-shapedgrooves; frosting, to be more specific, soaking the thick plate glass in a frosting liquid for evenly frosting each side of the sheet-shaped grooves of the thick plate glass; cleaning and drying, to be more specific, removing the protective film, cleaning and drying; semi-tempering, to be more specific, performing semi-tempering on sheet glass; ultrasonic welding, to be more specific, welding thesheet glass to the front side of the thick plate glass by ultrasonic welding. The small-range perspective anti-dazzling glass panel production method can effectively prevent light from being reflected, has the anti-dazzling effect, and can limit the perspective effect scope of a glass panel. The image of the other side can be observed from one side of the glass panel only at a specific observationangle, and the glass panel has the ability to cut off the field of vision outside the perspective effect scope.

Description

technical field [0001] The invention relates to a method for manufacturing a glass panel, and specifically discloses a method for manufacturing a small-scale perspective anti-glare glass panel. Background technique [0002] With the development of science and technology, various glass panels are applied to different furniture and electrical appliances. Some glass panels are used to make countertops for beautiful decoration. In addition, some refrigerator doors use glass panels. It is made to facilitate the observation of the internal situation, and the position of the required items can be effectively observed before opening the refrigerator door, thereby shortening the time for opening the door and effectively saving energy. [0003] When the sunlight is strong, the countertop made of glass panels will strongly reflect the sunlight entering the room, which will cause glare to the user, damage the user's eyes, and affect the user's vision; the refrigerator door made of trans...

AI Technical Summary

Problems solved by technology

[0003] When the sunlight is strong, the countertop made of glass panels will strongly reflect the sunlight entering the room, which will cause glare to the user, damage the user's eyes, and affect the user's vision; the refrigerator door made of transparent glass panels It will affect the beauty of the user's indoor environment. Users can observe the environment inside the refrigerator from various positions. Once the environment inside the refrigerator is messy, it will affect the cleanliness of the user's entire indoor environment.