Ceramic material distribution equipment and ceramic pattern control method

Abstract

The invention relates to ceramic material distribution equipment and a ceramic pattern control method. The ceramic material distribution equipment is characterized in that four sets of feeding systemsare arranged on an upper platform of a nozzle material distributing system, each set of feeding systems provides one kind of color powder, the feeding systems are connected with the nozzle material distributing system through conveying pipelines, a blank pattern control system is used for converting a RGB texture files into signals and inputting the signals into the nozzle material distributing system, the control signals of the feeding systems are output by the nozzle material distributing system, and finally nozzle modules are used for forming green body texture patterns. The control methodcomprises the following steps of (1), electrifying and starting a ceramic nozzle material distribution device; (2), inputting the RGB texture file to a blank pattern control system and converting into the signals; (3), inputting the signals into the nozzle material distribution system by the blank pattern control system; (4), detecting whether the nozzle material distribution system is lack of powder; (5), if not, distributing by the nozzle module to form a green body texture pattern; (6), if yes, inputting a control signal to the feeding systems, and conveying the powder material to the nozzle material distribution system through the feeding systems; and (7), circulating the above steps until stopping the machine.

Description

technical field [0001] The invention relates to the technical field of ceramics, in particular to a ceramic distributing device and a ceramic pattern control method. Background technique [0002] The decorative effect of natural stone has always been the imitation object of ceramic floor tiles. After inkjet printing technology has become the mainstream decoration technology of ceramic wall and floor tiles, the surface decoration patterns have been able to achieve the level of fake ones, but the texture of the body under the surface patterns is still not achieved. For the pattern effect of stone, the blank body is generally made of white blank, or the blank body prepared by cloth equipment can only imitate the monotonous line effect. These relatively simple stone patterns are still far from the surface decoration patterns, and cannot be well matched. Complete correspondence, the current best fabric effect is only that the line texture of the green body can achieve a one-to-on...

AI Technical Summary

Problems solved by technology

[0002] The decorative effect of natural stone has always been the imitation object of ceramic floor tiles. After inkjet printing technology has become the mainstream decoration technology of ceramic wall and floor tiles, the surface decoration patterns have been able to achieve the level of fake ones, but the texture of the body under the surface patterns is still not achieved. For the pattern effect of stone, the blank body is generally made of white blank, or the blank body prepared by cloth equipment can only imitate the monotonous line effect. These relatively simple stone patterns are still far from the surface decoration patterns, and cannot be well matched. Completely corresponding, the current best fabric effect is only that the line texture of the green body can achieve a one-to-one correspondence with the decorative lines on the surface, but the texture effect of the overall green body cannot achieve the consistency of the stone from top to bottom

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