Roller printing method for ceramic adobe

Abstract

The invention relates to a roller printing method for a ceramic adobe, which adopts a multi-roller (4) printing machine containing a central control circuit and programs, and comprises that: a central control unit sends corresponding control instructions to control panels according to respective corresponding default printing parameters of rollers or parameters set by a user; each control panel controls a braking mechanism of the roller connected with the control panel according to the corresponding control instruction, and controls the printing roller to selectively perform printing or non-printing motion; and at least one of the multiple rollers performs printing, and at least one does not perform printing. The method controls the multiple rollers through the programs to implement homodromous serial combined printing; and patterns of the adobe have difference by combining the transverse swing of the rollers and the difference of roller printing windows corresponding to an initial position of the adobe so as to greatly improve the individualized effect of pattern decoration of a ceramic brick product.

Description

technical field [0001] The invention relates to an automatic printing machine and technology, in particular to a roller printing method for ceramic brick adobe. Background technique [0002] With the rapid development of the construction industry and the housing industry, the output of ceramic wall and floor tiles for indoor and outdoor decoration of buildings continues to increase, and the market's requirements for product designs and varieties and product personality continue to increase. There are two common printing methods for ceramic tiles: roller printing and flat printing. Rubber roller printing is a new technology that has only been applied to ceramic tile printing in recent years. Advanced rubber roller printing technology is used to make the pattern of ceramic wall and floor tiles more delicate. , the layers are richer. The earliest rubber roller printing machine has only one roller, its color tone is single, and the pattern lacks layering; now the rubber roller ...

AI Technical Summary

Problems solved by technology

The earliest rubber roller printing machine has only one roller, its color tone is single, and the pattern lacks layering; now the rubber roller printing machine has developed to be composed of multiple rollers, such as figure 1 As shown, it consists of a swinging machine 1, a synchronous conveying mechanism 3, and a plurality of rollers 4 engraved with patterns and storing different colored glazes; the length of the rollers 4 is basically the same as the width of the belt, and the width of the adobe 2 is smaller. Under the command of the control program, the swinging machine 1 moves the adobe 2 laterally within the specified range in the synchronous conveyor belt, and obtains different printing positions of the rollers 4. This multi-roller printing machine can print colorful patterns

However, the current multi-roller printing machine adopts roller control, which is a printing process in which all rollers participate. In this way, the patterns and colors of ceramic tiles produced in the same batch are basically the same, and the "thousand pieces are the same" lacks product personality and difference.

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