Material distributing method and equipment of polished tiles

Abstract

The invention discloses a material distributing method and equipment of polished tiles. The method is characterized by comprising the following steps of: a. preparing materials: respectively distributing line materials and plus materials into a line material feeding hopper and a plus material feeding hopper which are arranged in the moving direction of a main conveyor belt; b. after the line materials are sieved by a vibration sieve, distributing the sieved line materials on the main conveyor belt to form a banded thin-layered line material, and distributing the plus materials on the main conveyor belt by virtue of the intermittent opening and closing of the plus material feeding hopper to form a banded thick-layered plus material; c. enabling the banded thick-layered plus material to be formed into linear lamellar patterns with lines by virtue of the intermittent blocking action of a linear baffle, and warping the linear material layer into a wavy material layer by virtue of the intermittent blocking action of a wavy baffle; and d. transferring the effect of the wavy material layer into a press mould by virtue of a texture fidelity feeding grate. In the invention, natural and delicate texture effects with rich layers in imitation of natural stones are formed by virtue of the combination of the formula and process provided by the invention; the equipment is easy to modify, so the equipment can be flexibly suitable for design modification requirements of products; and the product conversion cycle is shortened, and the loss and production cost are reduced.

Description

technical field [0001] The invention relates to the field of polishing tile production, in particular to a polishing tile distributing method and equipment thereof. Background technique [0002] Since the existing distributing system for polished tile production has developed to the secondary distributing technology of reverse micro-powder, many well-known polished tile products have changed the formula and grid pattern on the same distributing system to obtain different decorative effects, and usually Different textures are formed by using the texture of the grille, engraved rollers, and superimposed fabrics in different areas. Although the changing texture of natural stone can be imitated, the lines are not vivid and smooth enough to form a rich, natural, and delicate texture transition. At the same time, there are also problems such as complex equipment, cumbersome control, and difficulty in modification. It is not easy to upgrade and replace the products produced. The pr...

AI Technical Summary

Problems solved by technology

[0002] Since the existing distributing system for polished tile production has developed to the secondary distributing technology of reverse micro-powder, many well-known polished tile products have changed the formula and grid pattern on the same distributing system to obtain different decorative effects, and usually Different textures are formed by using the texture of the grille, engraved rollers, and superimposed fabrics in different areas. Although the changing texture of natural stone can be imitated, the lines are not vivid and smooth enough to form a rich, natural, and delicate texture transition.

At the same time, there are also problems such as complex equipment, cumbersome control, and difficulty in modification. The production of products is not easy to upgrade. The production conversion cycle of different products is long and labor-intensive, which also causes loss and increased production costs.

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