Electronically-controlled automatic shaping mechanism for ceramic wall and floor tile patterns

Abstract

The invention relates to an electronically-controlled automatic shaping mechanism for ceramic wall and floor tile patterns, which relates to feeding and distributing device for producing ceramics made of imitated natural stones and various textures. The electronically-controlled automatic shaping mechanism comprises a frame and a transmission belt, a group or a plurality of groups of feed assemblies are arranged on the frame, each feed assembly comprises a group or a plurality of groups of feed mechanisms, a plurality of crushing mechanisms, a mixing and smashing mechanism and a distributing mechanism, each distributing mechanism refers to a distributing port with two guide bevel edges, the crushing mechanisms and the mixing and smashing mechanisms are arranged among the corresponding feed mechanisms and the corresponding distributing mechanisms, the crushing mechanisms are arranged below the corresponding feed mechanisms, the mixing and smashing mechanisms are positioned among the corresponding crushing mechanisms and the corresponding distributing mechanisms, the transmission belt is arranged below the distributing mechanisms, and the feed assemblies and a control system of the transmission belt are connected to a computer control operation system. The electronically-controlled automatic shaping mechanism for the ceramic wall and floor tile patterns is high in distributing precision, so that the distributed patterns are diversified, and manual operation is greatly reduced.

Description

technical field [0001] The invention relates to a feeding and distributing device for producing ceramics, in particular to a feeding and distributing device for producing imitation natural stone and ceramics with various textures. technical background [0002] The pattern molding of the existing ceramic wall and floor tiles is: first, the molding powder is crushed by a crusher, and then sent to a drum with a hopper (container). There is a distance between the discharge port of the hopper and the surface of the drum. Under the action, the material is brought out through the discharge port; then a plurality of rollers are combined into a feeding mechanism, and each roller hopper distributes molding materials of different colors. The belt is stacked to form a multi-layer (color) material; the belt runs, and the multi-layer (color) material is sent to the molding hopper (or forming belt). At the R position, the multi-layer (color) material is naturally split into blocks and clu...

AI Technical Summary

Problems solved by technology

[0002] The pattern molding of the existing ceramic wall and floor tiles is: first, the molding powder is crushed by a crusher, and then sent to a drum with a hopper (container). There is a distance between the discharge port of the hopper and the surface of the drum. Under the action, the material is brought out through the discharge port; then a plurality of rollers are combined into a feeding mechanism, and each roller hopper distributes molding materials of different colors. The belt is stacked to form a multi-layer (color) material; the belt runs, and the multi-layer (color) material is sent to the molding hopper (or forming belt). At the R position, the multi-layer (color) material is naturally split into blocks and clusters of different sizes. When it is turned over within the free fall height range and falls into the molding hopper (on the belt), it will impact with the powder in the hopper (on the belt). Form patterns; some other patterns are very similar to it, only some simple flower patterns can be made, and the pattern of ceramics is easy to deform, it is difficult to control the pattern texture of the production of ceramics, the operation is more difficult, and the production efficiency is low

Another point is that it is necessary to change and replace different methods or equipment in the production of ceramics with different textures, which brings many changes to the production and greatly increases the production cost.

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