A method and system for collaborative inkjet printing of multiple inkjet printers

Abstract

A method and system for coordinating coding with multiple inkjet printers, using several inkjet printers to jointly print the current coding information on pipes on a production line, and obtain the meter count value of the pipes printed using the current coding information, when the pipe counts When the meter value reaches the preset length of a single pipe, the pipe is cut and a cutter action signal is given. Each cutting action is accompanied by a sending instruction of the current inkjet information; the number of cut pipe segments is counted according to the cutter action signal , compare the counted number of pipe sections with the preset number of single-package pipes; judge whether the number of codes sent by the current coding information reaches the preset number of single-packages of pipes, a) if the number of codes sent by the current code-spraying information is less than The preset number of single-package pipes is packaged, and the current inkjet information is maintained; b) If the number of codes sent by the current inkjet information reaches the preset number of single-package pipes, the inkjet information is switched. The invention realizes cooperative coding between multiple inkjet printers, and only uses one baler.

Description

Technical field [0001] The present invention relates to a pipe production technical field, particularly it relates to a multi-printer Cooperative Coding method and system. Background technique [0002] Currently, automated production line pipe needs to print variable Cuanhuo code or security code on the tubing, cut and packaged after printing is completed in a certain number of the, pipe same print content per package, the package and the difference between the packet. [0003] However, a pipe production line will produce two or more pipes, while the production of a plurality of pipes in the case, since the interaction between the inkjet printer can not, can not be used to package a single automatic packer, and each different pipe production speed, prior inkjet printing are only different content on each side separately packaged manual. In order to use automatic packaging production line, the original Coding can only use two balers, but two packing space and the opportunity to ca...

AI Technical Summary

Problems solved by technology

[0003] However, the pipe production line will produce two or more pipes at a time. When multiple pipes are produced at the same time, because the inkjet printers cannot interact with each other, a single automatic packing machine cannot be used for packing, and the production speed of each pipe is different. Existing The inkjet printer can only print different content separately, and each side is manually packaged separately

In order to use the automatic packaging production line, the original coding method can only use two balers, but the two balers will cause a great waste of space and resources

[0004] In addition, the existing inkjet coding system cannot output the actual content and number of inkjet pipes on the outside, there is no signal output to the outside, and it is impossible to notify the baler to start packing

It is impossible to upload the anti-smuggling code or anti-counterfeiting code printed by it to the server in real time, and it can only be uploaded manually when the sticker is printed uniformly

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