On-line detection method and system for numerical code

Abstract

The embodiment of the invention discloses an on-line detection method and system for a numerical code. The method comprises the following steps that: automatically generating a corresponding numericalcode by the numerical code information of a numerical code system database, and importing the corresponding numerical code into a printing server; sending printing numerical code information into a numerical code system printer by the printing server, and printing the numerical code on typing or printing materials by the numerical code system printer; identifying the printed numerical code by numerical code identification equipment, and interpreting data information stored in the numerical code; if the printed numerical code is consistent with information in the numerical code system database, removing the numerical code information in the numerical code system database, and recording the numerical code information in a printing list; if the printed numerical code is not consistent with information in the numerical code system database, manually rejecting the numerical code; and if the amount of the rejected numerical codes and the amount of the numerical codes which are not printed in the numerical code system database are consistent, continuously printing the numerical codes which are not printed, and if the amount of the rejected numerical codes and the numerical codes which are not printed in the numerical code system database are not consistent, continuously searching the numerical codes until the amount of the rejected numerical codes and the numerical codes which are not printed in the numerical code system database are consistent. By use of the method, the automatic printing of a numerical code system can be realized, and the numerical codes on which wrong information is printed can be identified.

Description

technical field [0001] The invention relates to the technical field of digital printing, in particular to a digital online detection method and system capable of automatically printing digital and automatically judging whether the digital printing is correct. Background technique [0002] Digital plays an important role in people's daily life. Scanning codes for shopping, scanning codes to ride bikes, scanning codes to pay, etc. are all based on printing or printing materials such as QR codes, barcodes and other information. Digital printing is a digital application An important content in the field, especially for large-scale use of special digital, if the printing is inaccurate, there are printing offsets, graphic code errors, etc., it will cause huge waste, and it will also affect people's daily life. It will cause great inconvenience. In the prior art, digital printing mainly relies on ordinary printing machines, and whether the digital system is correct or not mainly de...

AI Technical Summary

Problems solved by technology

[0002] Digital plays an important role in people's daily life. Scanning codes for shopping, scanning codes to ride bikes, scanning codes to pay, etc. are all based on printing or printing materials such as QR codes, barcodes and other information. Digital printing is a digital application An important content in the field, especially for large-scale use of special digital, if the printing is inaccurate, there are printing offsets, graphic code errors, etc., it will cause huge waste, and it will also affect people's daily life. It will cause great inconvenience. In the prior art, digital printing mainly relies on ordinary printing machines, and whether the digital system is correct or not mainly depends on manual judgment. This method has the following problems:

[0003] One is that it is not suitable for special digital printing. Since ordinary printing machines are not suitable for digital paper types, special digital printing cannot be printed;

[0004] The second is that it is not suitable for large-scale digital printing. Since ordinary printing machines print ordinary paper, and digital applications are generally in special fields, digital printing on ordinary paper is not suitable for application;

[0005] The third is that error detection cannot be carried out. Ordinary printing machines indicate that they have printing functions, and cannot identify and judge the printed numbers;

[0006] Fourth, the efficiency is low. Since it is a non-professional digital printing equipment, its digital design, generation, and output cannot be completed at one time, and repeated debugging is required, and the printing efficiency is not high;

[0007] Fifth, manual detection is time-consuming and laborious, and the detection error rate is high;

[0008] Sixth, it is impossible to make real-time statistics on unprinted digital or wrongly printed digital systems, which may cause errors and omissions in digital printing

Images