Glass cleaning system

Abstract

The invention discloses a glass cleaning system which comprises a vacuum adsorption module (1), a clean air ultrasonic module (2) and a high-temperature steam ultrasonic module (3), the vacuum adsorption module (1) conducts transmission movement between the clean air ultrasonic module (2) and the high-temperature steam ultrasonic module (3), and the vacuum adsorption module (1) comprises a vacuum jig (11) and glass (12) to be cleaned. The glass (12) is placed on the vacuum jig (11), and the glass (12) is kept in a flat state on the vacuum jig (11). According to the glass cleaning system, compared with an existing cleaning mode, in the cleaning process, glass or thin film products are always subjected to vacuum adsorption, and the risk of breakage caused by manual operation is avoided.

Description

technical field [0001] The invention relates to the field of glass cleaning systems, in particular to a glass cleaning system. Background technique [0002] With the advancement of technology, mobile terminal devices are constantly pursuing thinner and lighter screen sizes. Therefore, mobile devices with folding screens have gradually appeared on the market. Folding screens have very high requirements for screen glass. Only ultra-thin glass can achieve 200,000 times of bending strength and high surface hardness at the same time. The thickness of ultra-thin glass is generally less than 0.05mm. In the process of making ultra-thin glass, a high degree of cleanliness is required. [0003] At present, since the ultra-thin glass used in mobile terminals has not been around for a long time, the existing ultra-thin glass cleaning method in the industry is basically ultrasonic water washing, that is, putting the glass into an ultrasonic cleaning rack, and cleaning it through a trou...

AI Technical Summary

Problems solved by technology

During the manual insertion of the glass into the ultrasonic frame, there is a great risk that the glass will not touch the frame properly, resulting in cracking, especially for ultra-thin glass, which is more prone to damage and cracking

Moreover, in the process of ultrasonic cleaning, the glass cannot be stably fixed on the ultrasonic rack. During the process of spraying with clean water, slow pulling and air drying, the glass is likely to vibrate in the ultrasonic rack or even fall off the rack, and it is also prone to breakage.

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