Intelligent linkage labeling system

Abstract

The invention discloses an intelligent linked labeling system. The intelligent linked labeling system comprises a labeling machine body, a control system, a displayer, a distributing device, a card reader, a code spraying machine, a dryer, a camera detecting device, a labeling device and a label paper conveying device. The displayer, the distributing device, the card reader, the dryer and the camera detecting device are installed at the front end of the labeling machine body and sequentially fixedly installed over the label paper conveying device, and the displayer, the distributing device, the card reader, the code spraying machine, the camera detecting device, the labeling device and the label paper conveying device are controlled by the control system. Automatic production of a chip reading and writing process is achieved, production efficiency is improved, an anti-fake code is generated through encrypting a message in an RFID chip, and the anti-fake grade is higher; the multi-open continuous labeling device and the conveying device capable of conveying single ticket cards and continuous ticket cards are adopted, in this way, the intelligent linked labeling system can be adapted to labeling of ticket cards of different specifications, efficiency is improved, and the equipment cost is lowered.

Description

technical field [0001] The invention relates to the technical field of anti-counterfeit ticket labeling devices, in particular to an intelligent linkage labeling system. Background technique [0002] A labeling machine is a device that sticks rolls of self-adhesive paper labels (paper or metal foil) on PCBs, products or prescribed packaging. Labeling machine is an indispensable part of modern packaging. With the continuous development of automation control technology, labeling machines on the market can basically achieve continuous labeling, but they can only paste a single label on a single part of a product. Sticking, for products that need to be pasted with multiple specifications on different parts at the same time, labeling needs to go through multiple sets of equipment and multiple processes. On the one hand, manual transfer is required between each process, and the production efficiency is low. When marking, manual re-alignment is required, which affects the quality ...

AI Technical Summary

Problems solved by technology

Labeling machine is an indispensable part of modern packaging. With the continuous development of automation control technology, labeling machines on the market can basically achieve continuous labeling, but they can only paste a single label on a single part of a product. Sticking, for products that need to be pasted with multiple specifications on different parts at the same time, labeling needs to go through multiple sets of equipment and multiple processes. On the one hand, manual transfer is required between each process, and the production efficiency is low. When marking, manual re-alignment is required, which affects the quality of labeling, and the degree of automation is low. Especially in the process of pasting anti-counterfeit labels, it is necessary to paste holographic anti-counterfeit labels and cover labels at the same time. Therefore, it is necessary to develop and design a paper-feeding The equipment that completes the continuous pasting of multiple labels in the process is an urgent problem in this field

[0003] On the other hand, there are two forms in the labeling process for anti-counterfeit tickets. One is to carry out continuous labeling for a single ticket that has been divided, and the other is to divide the continuous ticket into single tickets after labeling. For the use of cards, the general labeling machine can only label one product. Since the single ticket and continuous ticket need to adopt different conveying methods, the labeling of single ticket and continuous ticket needs to be used separately. Different equipment is used, resulting in an increase in equipment costs, and the design of ticket products is limited by the labeling machine

[0004] In order to improve the anti-counterfeiting performance of valuable tickets, some high-level enterprises are currently developing RFID tags. During the production process, this type of anti-counterfeiting label needs to generate encrypted anti-counterfeiting codes for printing according to the information in the RFID. Most of the writing technology is done manually, and most of the coding technology is used to print the production date, serial number, barcode, etc., and there is no encryption technology based on the information carried by the RFID chip, the production efficiency is low, and the anti-counterfeiting effect is not obvious

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