Printing data processing device and method for processing data

Abstract

The invention discloses a printing data treatment equipment and a method thereof. The equipment is used for printing materials to be printed, comprising a plurality of sprinkler modules installed in parallel. Each sprinkler module is provided with parallel sprinklers in the same numbers, each sprinkler is provided with at least a squirt hole, and the squirt holes on the parallel sprinklers of each sprinkler module which are driven together are arranged in a straight line with the squirt holes on the parallel sprinklers of adjacent sprinkler modules; a data treatment unit is used for dividing the pattern form into a plurality of teams of printing data and outputs a printing data signal; a drive equipment is used for receiving the printing data signal from the data treatment unit and outputs a drive signal to the sprinkler modules to make the sprinkler modules perform the jet printing synchronistically and rotatably. By adopting the invention, needless printing actions can be avoided toprevent the increase of printing time; in the meantime, the accuracy of the printing data at the borders between modules can be ensured to achieve the fast and accurate printing.

Description

technical field [0001] The present invention relates to a printing data processing device and its method, in particular to a printing data processing device and its method with a rotating spray head module which can adjust the distance between the modules and the spray heads in the module. Background technique [0002] Current image processing devices, such as scanners, printers, facsimile machines, and multifunctional office machines, mostly have output functions such as printing or copying. In industrial applications, graphic printing systems have been widely used to implement applications including printed circuit board manufacturing, text ink jet printing, and displays. In order to improve printing performance and shorten printing time, it is an extremely important issue for printing systems . [0003] Patent Cooperation Treaty (PCT) Publication No. WO / 2002 / 099848 discloses a system module for micro-coating pattern printing, which mainly utilizes the output waveform and...

AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned multi-nozzle printing architecture and its method can divide the print nozzle into multiple nozzle modules for management, so as to speed up the output speed of the printing work, however, when each print nozzle is driven by a different driving signal When driving, it will increase the complexity of the driving circuit of the printing system, and the data management between the nozzle modules cannot be accurately controlled so that the printing action cannot be consistent, which often causes defects in the printing quality, especially at the junction of the nozzle modules In addition, if the print action is inconsistent between the nozzle modules, it will also cause unnecessary platform actions and increase the printing processing time.

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