Labeling and coding production process of intelligent label

Abstract

The invention discloses a labeling and coding production process of an intelligent label, which comprises the following steps of: printing: printing a strip material by a flexographic printing machine; labeling: mounting a chip of an electronic label on a strip material by a labeling machine, carrying out an activity test through an RFID reader-writer, feeding back bad information to a controller if the activity test is not passed, recording bad chip information, sending a labeling instruction again, and completing the labeling work if the chip passes the activity test; and code writing: sending a code writing instruction through a controller of the RFID reader-writer, and writing a corresponding product electronic code into the chip. In this way, according to the labeling and coding production process of the intelligent label, the electronic label chip with the non-setting adhesive is pasted to the back surface of a washing label, so that production cost is reduced, printing is conducted through a printing press, variable data printing is conducted through an ink-jet printer arranged on the flexible printing press, and corresponding product electronic codes are written into the chip according to the variable data, and thus, the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of smart labels, in particular to a labeling and coding production process for smart labels. Background technique [0002] Smart labels are the most common type of packaging labels in RFID labels. The surface of the label can print barcodes and related texts for barcode scanners and manual reading. Chips can be embedded in the labels, and data can be written in the chips, which is convenient for RFID readers to read. [0003] At present, the RFID water-washable labels on the market are generally in the form of composite RFID Inlay, which is rolled into a plate as raw material for processing. The production and processing process is shown in Figure 2. [0004] 1. The application system (MES) issues instructions such as writing and printing, and at the same time downloads the required relevant data to the port controller of the printing and coding all-in-one machine; [0005] 2. The port controller of the p...

AI Technical Summary

Problems solved by technology

Therefore, the efficiency of this process for processing RFID water-washable labels is extremely low, and only 30 labels can be produced per minute, and the printing function of the all-in-one machine is realized by thermal transfer printing by loading resin-based ribbons. The cost of resin-based ribbons High, about 78 yuan / 300 meters, needs improvement

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