An automatic circulation glaze spraying system and its application method

Abstract

The invention discloses an automatic circulating glaze spraying system and an application method thereof. The automatic circulating glaze spraying system comprises a circulating conveying line. The circulating conveying line comprises a conveying line base and a circumferential rotating device. The conveying line base comprises a feeding section, a cleaning section, an automatic glaze spraying section and a drying section. The output end of the feeding section is connected with the input end of the cleaning section. The input end of the automatic glaze spraying section is connected with the output end of the cleaning section. The input end of the drying section is connected with the output end of the automatic glaze spraying section. The output end of the drying section is connected with the input end of the feeding section. The circumferential rotating device is movably mounted on the conveying line base. By adopting the automatic circulating glaze spraying system, assembly line operation of mechanical automation is realized; the labor intensity of workers is greatly reduced; the manner that green bodies rotate at constant speed and a glaze spraying head conducts fixed-point glazespraying accordingly is adopted; thus, the glaze surfaces of the green bodies are more uniform, and the stability and consistency of products are improved.

Description

technical field [0001] The invention relates to the field of glaze spraying equipment, in particular to an automatic circulation glaze spraying system and a using method thereof. Background technique [0002] In the process of spraying glaze on the body of traditional sanitary ceramic products, loading and unloading and spraying glaze are all done manually, which has low efficiency, high labor intensity, harsh production environment, and poor consistency of product spraying. With the advancement of science and technology, automatic glazing robots have been applied in the production of sanitary ceramics, which greatly improve the efficiency and quality of glazing spraying. However, in the existing robot glaze spraying system, the glaze spraying robot sprays glaze on the static green body by continuously adjusting the glaze spraying angle of the glaze spraying head through the mechanical arm. The glaze surface is uneven, and the stability and consistency of the glaze spraying...

AI Technical Summary

Problems solved by technology

However, in the existing robot glaze spraying system, the glaze spraying robot sprays glaze on the static green body by continuously adjusting the glaze spraying angle of the glaze spraying head through the mechanical arm. The glaze surface is uneven, and the stability and consistency of spraying glaze are poor. It is often necessary to check and repair the glazed body after spraying glaze, which reduces production efficiency and increases the labor intensity of workers.

Moreover, the existing robotic glaze spraying system lacks processing equipment for the green body before and after spraying the glaze, and the green body with quality problems cannot be found in time before the glaze is sprayed, so that it can enter the spraying process, which not only wastes the glaze, but also improves the follow-up repair process. Blank Difficulty

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