Material distributing method and device of micro powder carving of polished tile

Abstract

The invention discloses a material distributing method and device of micro powder carving of a polished tile. A computer carving machine and a powder screen printer which can be respectively moved above a mold cavity are additionally arranged in a secondary material distributing device. According to the traditional secondary material distributing method, fabrics are arranged in the mold cavity in a distributing mode, line patterns are carved on the fabrics through the computer carving machine, the screen printing technology is then utilized to fill toner materials into carved lines, base backing materials are arranged on the fabrics in a distributing mode, and finally, an adobe is pressed and manufactured in a smooth mode. Due to the fact that the computer carving machine is utilized to carve the patterns, the patterns are accurately positioned, the edges of the lines are clear, and effects of elaboration and lifelikeness are achieved. The powder materials of different colors are filled into the line positions which are carved to be vacant, preset patterns of a screen are meshed with the powder material carving patterns with the screen printing method, therefore, the line patterns of which borders are clear are obtained, the filling quantity of the powder materials can be greatly reduced, raised dust of the powder materials is avoided, and the occupation environment is obviously improved.

Description

technical field [0001] The invention relates to the technical field of polishing tile production, in particular to a method and a device for distributing polished tiles. Background technique [0002] Micropowder polished tiles are currently the leading product of ceramic wall and floor tiles, occupy a large market share, and are widely loved by domestic consumers. [0003] After more than ten years of development, the micro-powder polished brick has experienced three major innovation stages in production. The first generation is the front stamping micro-powder brick (positive micro-powder), and the second generation is the reverse-side stamping micro-powder brick (reverse micro-powder). , the third generation is line cloth micro powder brick. [0004] Since the micro-powder polished tiles have no glaze, printing technology cannot be used for surface decoration. Therefore, these three innovations generally cannot get rid of the traditional belt or roller cloth process method...

AI Technical Summary

Problems solved by technology

As a result, the cutting amount of post-cold processing (polishing) is increased, which not only wastes resources, increases power consumption of polishing, but also produces more solid waste

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