Artificial intelligence tagging method and system

A technology of artificial intelligence and coding, which is applied in the direction of marking digitally by printing codes, sensing record carriers, instruments, etc.

Active Publication Date: 2017-12-19
HAINAN PAIPAIKAN INFORMATION TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This cost is a huge cost for enterprises with large quantity, high printing production s

Method used

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  • Artificial intelligence tagging method and system
  • Artificial intelligence tagging method and system
  • Artificial intelligence tagging method and system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0212] like figure 1 As shown, choose a 35μm thick pet film to print a 500g salt commodity (2) bag. If a total of 5 billion bags of salt products (2) need to be traced and coded, each bag of salt products (2) is given a unique product code (1), such as 20108000001, 20108000002, 20108000003, 20108000004...n and other natural sequence codes. The product code (1) is used as a traceability code. The product code (1) does not need to be printed on the salt product (2). Every 100,000 (ie n=100,000) bags are divided into groups, and each group is programmed with a unique group number⑼. The group number ⑼ is printed on the salt commodity ⑵ bag in the form of a fixed version of the two-dimensional code (that is, a fixed code segment). In this way, 5 billion bags of salt products (2) can be divided into 50,000 different group numbers (9). For example, natural sequence codes such as 00001, 00002, 00003, 00004, 00005...20108... are used as group numbers (9)—that is, as fixed code seg...

Embodiment 2

[0231] like figure 2 , Figure 11 As shown, choose a 35μm thick pet film to print a 500g salt commodity (2) bag. If it is necessary to carry out traceability coding for 5 billion bags of salt products (2), each bag of salt products (2) is assigned a unique product code (1). The product code (1) does not need to be printed on the salt product (2). Every 100,000 bags are divided into groups, and each group is assigned a unique group number⑼. Print the group number ⑼ on the salt product ⑵. In this way, 5 billion bags of salt products (2) can be divided into 50,000 different group numbers (9).

[0232] Print personality pattern: delineate a 16mm×26mm area on the pet film as the personality area ⑶, for each group of salt commodity ⑵ bags, print a fixed barcode group number ⑼ etc. in the area.

[0233] Using the current gravure printing or silk screen printing technology, print a layer of wrinkle or crack ink⑻ on the pet film, so that the wrinkle or crack ink in the personalit...

Embodiment 3

[0242] like image 3 As shown, the individual characteristic pattern (4) is formed after the foaming ink (8) is foamed.

[0243] Choose white cardboard to produce the medicine box. Prepare some milky UV foaming ink.

[0244] Printing individual characteristic patterns includes: using a screen printing machine to print 26mm×16mm foaming ink⑻ on white cardboard, and then irradiating it with UV curing lamps to cure and foam.

[0245] Printing individual characteristic patterns also includes: making another flexo printing plate of 24mm×14mm, printing on the foaming ink layer ⑻ with red flexo printing ink, so as to print and dye the peak of the bubble in red, that is, at the peak of the bubble A colored ink layer different in color from the foaming ink ⑻ is printed on the top and dried. The dwarf peaks, being too short to reach the plate, were not stained red.

[0246] Since each bubble is formed by random foaming, manpower cannot control its shape, size and height. Their peak...

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Abstract

The invention provides an artificial intelligence tagging method and system. According to the invention, a commodity code is imparted to a commodity and is not printed; a traditional process such as forme-based printing is used to print a natural, two-dimensional and random personalized characteristic pattern on each commodity; personalized characteristic information is collected, and the commodity code is imparted; the personalized characteristic information and the commodity code are associated and stored in a preset database; a client scans the personalized characteristic pattern on the commodity; an artificial intelligence image recognition technology is used for retrieving to acquire the commodity code from the database; tagging of a digital printing machine is not used; a digital printing process is eliminated; the tagging cost can be reduced; the personalized pattern is printed, and the commodity code method is associated to innovatively realize commodity tagging; and non-digital printer artificial intelligence tagging is innovatively proposed.

Description

technical field [0001] The present invention belongs to the technical field of digital printing, and particularly relates to a printing process and system that adopts a traditional plate printing machine and process (that is, a non-digital printing process) to give each product a unique and variable code—— Artificial intelligence coding method and system. Background technique [0002] Traditional printing machines are divided into four categories: letterpress, gravure, lithography, and stencil. Since the traditional printing process must use printing plates to print graphics and texts, traditional printing belongs to printing with plates. Since the printed graphics and texts are transferred from the printing plate to the substrate by the ink, the printed graphics and texts are the same, and the sheets are the same. [0003] Digital printing machines are divided into three categories: inkjet forming, laser imaging, and laser engraving. The digital printing machine does not...

Claims

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Application Information

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IPC IPC(8): G06K19/06G06K7/14G06Q30/00
CPCG06K7/1404G06K7/1443G06K19/06028G06K19/06037G06K19/06056G06K19/06093G06K19/06103G06Q30/0185H04N1/00244H04N1/00249H04N1/0044G06K1/121
Inventor 陈明发
Owner HAINAN PAIPAIKAN INFORMATION TECH CO LTD
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