Full-automatic omnibearing rubber roller cleaning device

Abstract

The invention provides a full-automatic omnibearing rubber roller cleaning device which belongs to the technical field of printing-dyeing machines. The full-automatic omnibearing rubber roller cleaning device comprises a working platform, a rotating motor, a swinging motor capable of moving leftward and rightward, a water spraying device and a drying hole. In the cleaning process, the swinging motor capable of moving leftward and rightward drives the water spraying device and the drying hole to swing leftward and rightward; the rotating motor drives a rubber roller to do circumferential rotation; and the cleaning device and a part to be cleaned move simultaneously to lead the cleaning to be more thoroughly. In the printing process of ceramic tiles, the printing glaze material on the surfaces of the ceramic tiles is easy to enter the rubber roller so as to block mesh holes and further influence the effect of printing products. The traditional rubber roller cleaning equipment only can clean 20% of the residual glaze material in the rubber roller, while the full-automatic omnibearing rubber roller cleaning device can clean the residual glaze material in the rubber roller thoroughly and guarantee the color stability of the printing products. According to the full-automatic omnibearing rubber roller cleaning device, the operation is simple and convenient, the cleaning is thorough, the whole cleaning process is full-automatic, and workers only need to install the rubber roller on a bracket, so that the labor is saved.

Description

technical field [0001] The rubber roller is in direct contact with the printed blank during use, and some particles on the surface of the printed blank are easy to fill into the mesh, which affects the subsequent printing effect. The invention discloses a full-automatic omni-directional rubber roller cleaning device, which belongs to the technical field of printing and dyeing machinery. Background technique [0002] Rubber rollers have a wide range of applications, involving many industries related to the national economy and the people's livelihood, such as printing, printing and dyeing, papermaking, grain processing, plastic processing, metallurgy, etc. The present invention is mainly aimed at the printing and dyeing industry. During the ceramic printing process, the rubber rollers are in direct contact with the ceramic body, and tiny particles on the surface of the green body are filled into the rubber rollers, which will seriously affect the quality of subsequent produc...

AI Technical Summary

Problems solved by technology

During the ceramic printing process, the rubber rollers are in direct contact with the ceramic body, and tiny particles on the surface of the green body are filled into the rubber rollers, which will seriously affect the quality of subsequent products. When cleaning the rubber rollers daily, they must be cleaned carefully, otherwise the rubber rollers will be damaged. Oxidation of the surface layer and pigments and resins forms a smooth and hard film, which causes surface vitrification and affects ink transfer

If it is not cleaned frequently, the surface of the rubber roller will be uneven over time and it will not be easy to use

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