Full-automatic glazing production line and full-automatic glazing process

Abstract

The invention discloses a full-automatic glazing production line and a full-automatic glazing process. The full-automatic glazing production line comprises a product conveyer belt; and an automatic cleaning cabinet, a water throwing device driven by a motor, a numerical control drying water furnace, an automatic glazing spray cabinet and a numerical control curing furnace are arranged in turn along the conveying direction of the product conveyer belt. The full-automatic glazing process comprises the following processes of: assembling fittings, cleaning with automatic circulating water, automatic water throwing and drying, drying water with waste heat and self-heating, automatic rotation and spraying, curing with waste heat and self-heating, and off-line framing. The full-automatic glazing production line finishes the processes of cleaning, water drying, glazing, glaze curing and the like through a streamline production line so as to eliminate the intervals of the processes, reduce product stacking and improve the production efficiency and quality. The full-automatic glazing process does not place intermediate products, saves the production field, has high production efficiency, and only needs manual monitoring during glazing so as to reduce the labor intensity of workers.

Description

technical field [0001] The invention relates to the technical field of glazing for daily-use porcelain and glassware, in particular to a glazing production line and a glazing process suitable for mass glazing. Background technique [0002] At present, in the color decoration process of daily-use porcelain and glassware, manual glazing is mainly used for small-scale production, and semi-automatic glazing process is used for mass production. The semi-automatic glazing process is: product cleaning, dry water, glazing, dry glaze. In semi-automatic glazing, a semi-automatic glazing machine is used for glazing. The semi-automatic glazing machine mainly includes a rotating motor platform driven by a rotating motor and an air pressure spray gun. During operation, workers place the products on the rotating motor platform one by one, and the spray gun automatically sprays the glaze. Therefore, the semi-automatic glazing process mainly replaces manual rotation with motor rotation, and ...

AI Technical Summary

Problems solved by technology

[0003] Due to the poor inertia between the various processes of semi-automatic glazing production, the natural drying method is used in the drying water and glaze curing process after cleaning, and the product is parked for a long time. During the glaze curing process, there is the possibility of being polluted by dust, etc., which affects the quality of glazing; cleaning is done manually, and there is a possibility of human negligence in quality management, which affects product quality, and the stacking of semi-finished products between various processes occupies the production site and framework

In addition, semi-automatic glazing production only uses automation in the spraying process, and other operations still need to be completed by humans. Therefore, the efficiency of semi-automatic glazing is improved compared with manual glazing, but it still cannot meet the needs of mass production.

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