Pinch-type glass washer and cleaning method thereof

Abstract

Provided is a pinch-type glass washer, comprising a rack and an operation console. The rack is provided with a feeding end, a high-pressure wind shear chamber, a first cleaning chamber, a second cleaning chamber, a deionized water cleaning chamber, a drying chamber, and a discharge end in sequence. The rack is also provided with a conveying mechanism. The conveying mechanism passes through the feeding end and the discharge end of the rack. The conveying mechanism comprises a pinch device used to clamp and transmit glass. The pinch device is arranged on a left row and a right row and forms a transfer channel. The pinch device comprises sliding blocks, supporting bases fixed on the sliding blocks, and delivery wheels fixed on supporting bases. Glass is clamped and is connected between the left row of delivery wheels and the right row of delivery wheels in a transmission manner. The sliding blocks are slidably connected with the upper surface of the rack in a left and right manner. The delivery wheels are used to transfer glass in the pinch-type glass washer, conventional roller-type transfer is replaced, a problem of polluted glass caused by dirt on rollers in roller-type transfer issolved, and percent of pass of products in a cleaning process is improved.

Description

Technical field [0001] The invention relates to the field of glass manufacturing, in particular to a pinch glass cleaning machine and a cleaning method thereof. Background technique [0002] The traditional glass washing machine uses a roller structure washing machine to clean the glass, and the glass is driven by the roller. Because the roller will produce dirt or adhere to foreign matter during the use process, after the glass passes the roller, it will remain on the surface of the glass. The bottom roller is printed, resulting in incomplete cleaning of the glass and the presence of dirt residues. The roller needs to be maintained and cleaned regularly, which will increase the cost; and the roller will have defects such as burrs and nicks after a long period of use, which may easily cause glass scratch In addition, the number of rollers on the glass washing machine is so large that it is not easy to find defective rollers, which increases the complexity of replacing the rollers...

AI Technical Summary

Problems solved by technology

[0002] The traditional glass cleaning machine uses a roller-type structure cleaning machine to clean the glass, and the glass is driven by the rollers. Since the rollers will generate dirt or adhere to foreign matter during use, after the glass passes through the rollers, it will remain on the surface of the glass. The bottom roller marks, resulting in incomplete cleaning of the glass, and the presence of dirt residues, the rollers need to be maintained and cleaned regularly, resulting in an increase in cost; and after a long period of use, the rollers will have defects such as burrs and gaps, which may easily cause glass scratches. Injury, thereby reducing the pass rate of the product, and the number of rollers on the glass washing machine is large, it is not easy to find defective rollers, which increases the complexity of replacing rollers

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