Composite material-feeding mechanism for simulation by flexible template

Abstract

The invention relates to a flexible template simulation composite cloth mechanism, comprising a cloth frame, a base powder hopper device, a micro powder hopper device, a roller device, a main driving device, a guiding device and a simulation device. The base powder hopper device and at least two groups of micro powder hopper devices are arranged at the upper part of the cloth frame by means of front-behind and side-by-side; the roller device operates independently, is arranged on the cloth frame and is located below the hopper device, and the number of the groups thereof is corresponding to the hopper devices; and the simulation device is arranged on the cloth frame and is located below the roller device. After the application of the invention, the following beneficial effects can be obtained: 1. the technology that the template has nature texture and can be combined or assorted for a plurality of times can facilitate the surface of ceramic tiles to obtain wood grain, stone grain and other natural grains with high simulation and strong third dimension; 2. single-station multilayer cloth technology shortens cloth time and simplifies cloth equipment, and can improve the production efficiency of ceramic tiles and lower the manufacturing cost and maintenance cost of equipment.

Description

Technical field: [0001] The invention relates to a ceramic machine, in particular to a flexible template simulation composite material distribution mechanism. Background technique: [0002] In the industry of ceramic tiles, how to improve the production efficiency of ceramic tiles and the surface decoration effect of ceramic tiles is related to the market competitiveness and viability of enterprises, while the surface decoration effect and production efficiency of ceramic tiles are related to the distribution equipment and its distribution process. great relationship. The current distributing equipment and its distributing process can be roughly divided into two categories: one is that the various color bases and micropowder materials are divided into multiple hoppers, and the multiple micropowder hoppers distribute the micropowder materials of various colors to the belt conveyor running below them. , the belt conveyor then mixes the micro-powder materials of various colors...

AI Technical Summary

Problems solved by technology

The main defects of the above-mentioned former method are: First, the main texture of the surface of the produced ceramic tile is related to the composition of the grid, and the texture pattern of the grid is formed by bending strip metal, so it is not only difficult to manufacture, but also the texture can be formed The pattern is limited, and the texture pattern of the composition is dull and rigid

Second, the local texture pattern is randomly generated by mixed micro-powder materials of various colors, so it is neither predictable nor controllable

Third, the cloth process is complicated, and the cloth and filler must be carried out sequentially to avoid collisions. Therefore, there are many links in the entire production cycle, the production efficiency is low, and it is difficult to achieve more layers of cloth.

The main defect of the above-mentioned latter method is: adding multiple distributing stations means that the volume of the distributing equipment becomes large and complex, and the cost of equipment manufacturing and maintenance also increases significantly

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