Data management method of electronic labels

Abstract

The invention provides a data management method of electronic labels, comprising the following steps of setting an asset number for each electronic label for uniquely determining and identifying the electronic labels; automatically generating the asset numbers during production; enabling the asset numbers of the electronic labels to one-to-one correspond to inherent digital ID of chips in the electronic labels; not changing the corresponding relationship of the asset numbers and the digital ID; generating data files of the electronic labels during the production and recording the corresponding relationship of asset numbers and the digital ID in the data files; and introducing the information of the asset numbers and the digital ID in batch into a software system for filing by the delivered data files before the use of the electronic labels.

Description

technical field [0001] The invention relates to a control method, in particular to an electronic tag data management method. Background technique [0002] Electronic tags based on RFID technology have been widely used in anti-counterfeiting, personnel identification and other fields, and the usage of electronic tags is very large. Each electronic tag is embedded with a digital ID as the unique identification of the electronic tag, but the digital ID is a set of random characters, the digital ID itself does not contain any coding information, and can only be read by a specific reading and writing device. The readout cannot be recognized by the naked eye, so it cannot be directly recognized during use. It needs to be repeatedly identified by the reading and writing device, and the labor cost of using it is relatively high. Contents of the invention [0003] In order to overcome the shortcomings of the above-mentioned prior art, the present invention provides an electronic t...

AI Technical Summary

Problems solved by technology

Each electronic tag is embedded with a digital ID as the unique identification of the electronic tag, but the digital ID is a set of random characters, the digital ID itself does not contain any coding information, and can only be read by a specific reading and writing device. Read-out cannot be recognized by the naked eye, so it cannot be directly recognized during use, and it needs to be repeatedly used to identify the read-write device, and the labor cost of using it is relatively high

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