Material distributing device adopting positioning gratings

Abstract

The invention provides a material distributing device adopting positioning gratings. The device comprises a main material matching mechanism, a line material matching mechanism and a grating device, wherein the main material matching mechanism comprises a plurality of main material transfer hoppers, a first transferring device and a main material hopper, the plurality of main material transfer hoppers match main materials containing different colors of ingredients and convey the main materials into the main material hopper; the line material matching mechanism comprises a plurality of line material transfer hoppers, a second transferring device and a line material hopper, and the plurality of line material transfer hoppers match line materials containing different colors of ingredients andconvey the line materials into the line material hopper; the grating device comprises a material frame, a plurality of grating pieces, a cover plate and a drawable bottom plate, the plurality of grating pieces divide the material frame into material frame background areas and material frame pattern areas, and the grating device is located on a third transferring device. A ceramic tile produced bythe device has consistent marbling on upper and lower surfaces of the ceramic tile, main materials and line materials are accurately matched, and the pattern effect is vivid.

Description

technical field [0001] The invention relates to a positioning grid distributing device. Background technique [0002] With the application of ceramic tiles becoming more and more common and extensive, people have put forward higher and higher requirements for the appearance and visual effect of ceramic tiles. The tiles have developed from the original one-color tiles to straight-grain tiles, and then to marble pattern tiles. At present, due to the limitation of the distribution device in the domestic market, it is difficult for the marble pattern tiles produced to have a realistic pattern effect, or only the surface of the tile has a marble pattern, and the interior of the tile is the background of the same color. After cutting the edge, the tile background will appear at the groove and the edge, which will affect the quality and appearance of the marble tile. [0003] For this reason, the inventor has carried out several technical innovations. At the beginning, the "equip...

AI Technical Summary

Problems solved by technology

At present, due to the limitation of the distribution device in the domestic market, it is difficult for the marble pattern tiles produced to have a realistic pattern effect, or only the surface of the tile has a marble pattern, and the interior of the tile is the background of the same color. After cutting the edge, the tile background will appear at the groove and the edge, which will affect the quality and appearance of the marble tile

[0003] For this reason, the inventor has carried out several technical innovations. At the beginning, the "equipment glass box cloth + blank coloring" mode was adopted to realize the first generation of "straight-grain full-body marble tiles"; There are regular and multi-color equivalent fine patterns, but its texture is simple, which is difficult to meet people's increasingly demanding aesthetic experience

[0004] In order to make the whole body of the tiles have a pattern effect, the inventor further upgraded and developed the method of "rubber rollers forming lumps" of the pattern texture, and produced the second generation of "chaotic pattern full body marble tiles" without direction, so that the effect of the whole body pattern is highly simulated. One step further than the previous generation! However, the whole body tiles produced by this method can only be random pattern whole body tiles, which will form lumps of lumpy powder, which can sometimes be covered with texture effects, but most of them cannot be put on, and have a certain degree of similarity with natural marble textures. difference

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