Ceramic product production system based on digital material distribution

Abstract

The invention relates to a ceramic product production system based on digital material distribution, and relates to the technical field of ceramic products. The ceramic product production system based on digital material distribution is characterized in that a toner preparation unit is used for preparing toner and conveying the toner to a digital material distribution unit for digital material distribution; after materials are pressed and moulded through a moulding press unit, a digital ink jet unit is used for carrying out pattern ink jet, and a digital glaze spraying unit is used for carrying out digital glaze spraying; a kiln-entering high-temperature unit is used for carrying out kiln-entering high-temperature firing, and then edge grinding and brushing-polishing are carried out; and qualified products are put in storage, so that preparation is completed. The blanking speed of the backing material is determined by the digital material distribution unit according to the calculated material distribution parameters of the backing material, and the central control unit adjusts the material distribution parameters of the fabric according to the total material distribution amount and flatness of the backing material, so that the blanking of the fabric supplements and perfects the backing material, the flatness of the backing material is improved, meanwhile, the color of a green body and particles are completely matched with the pattern color of the surface and the surface particles, and the distribution effect and efficiency of the digital cloth are improved.

Description

technical field [0001] The invention relates to the technical field of ceramic products, in particular to a digital cloth-based ceramic product production system. Background technique [0002] Today's inkjet printing technology combined with various processes and multi-channel color superimposition can already achieve a relatively three-dimensional tile surface effect, but it is still mostly limited to the surface, and there is still no major breakthrough in the decoration of the body. In the slab market, full-body and spot-on-body are popular nowadays. After secondary processing such as chamfering and grooving, the color of the exposed body of the slate can be consistent with the color on the surface of the slate, so as to meet the aesthetic requirements of decoration. . However, the color is often monotonous and ordinary, and the form is relatively simple, and it is impossible to achieve the effect corresponding to the surface pattern and color, so as to truly be the same...

AI Technical Summary

Problems solved by technology

[0003] To sum up, when there is still digital cloth in the prior art, it is difficult to adjust the cloth of the fabric according to the total amount of blanking and flatness of the bottom material, so that the cloth of the fabric can complement and perfect the bottom material, so that the green body The color and particles completely match the pattern color and surface particles on the surface, improving the cloth effect and efficiency of digital cloth

Images