Ceramic tile cloth, prepressing and blank-pulling integrated mechanism

Abstract

The invention relates to a blank distribution and profiling mechanism for producing ceramic tiles. A main frame is provided with a first driving device and a second driving device, and both sides of the main frame are provided with a first guide device, a second guide device, and a third guide device; a powder bearing platform mechanism is driven by the first driving device to move back and forthalong the third guide device; a transition bottom plate device is arranged on the main frame; a closed blank-pushing mechanism is driven by the second driving device to move back and forth along the second guide device; and a blank receiving device is arranged on the closed billet-pushing mechanism. The blank distribution and profiling mechanism can ensure that the terminal blank distribution is not limited by a limited space in a brick molding press again after the implementation, thereby directly distributing textured patterns with high fidelity in more layers more freely, ensuring that textured patterns with distributed powder can not be changed during the pushing, shortening the production period of the profiling of the ceramic tiles, also simplifying distribution equipment, and reducing the manufacturing cost and maintenance cost of the equipment.

Description

Technical field: [0001] The invention relates to the technical field of ceramic machinery, in particular to a material distribution and pressing mechanism for producing ceramic tiles. Background technique: [0002] In the industry of producing 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, and the surface decoration effect and production efficiency of ceramic tiles are closely related to the distribution equipment and its distribution Craft has a lot to do with it. As we all know, a piece of ceramic tile is composed of various color bases and micropowder materials and is formed by pressing the brick press mold of the brick press, wherein various color micropowder materials are distributed on the upper surface of the brick adobe to form a pattern texture. From the composition and molding principle of ceramic tiles, it is not diff...

AI Technical Summary

Problems solved by technology

The main defects of the above method are: First, the main texture on the surface of the ceramic tile is related to the composition of the grille. The interior of the grille is composed of dozens of rectangular metal strips imitating the natural texture lines, each of which is bent and combined. It can be seen that The grille is not only difficult to manufacture, but also has limited texture patterns that can be formed, and the texture patterns formed have a low degree of simulation

Second, the local texture on the surface of ceramic tiles is randomly generated by mixed micro-powder materials, 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.

Fourth, the equipment is relatively complicated, and the cost of equipment production and maintenance is relatively high

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