Method for related using conventional false proof physical distribution data label and electronic label

Abstract

The invention relates to a correlative use method for conventional anti-fake physical distribution data labels and electronic labels. Combinations of radio frequency identification electronic labels and conventional physical distribution anti-fake labels are layeredly arranged in a container bale, which are correlative with each other and respectively corresponding to form an anti-fake physical distribution data correlative electronic label system; the conventional physical distribution anti-fake label data are transformed into the cryptograph information through an encryption algorithm and then is written in correlative RFID electronic labels, and then a correlative corresponding and one-to-many anti-fake physical distribution data correlative structure is established; the stored encrypted data in the RFID electronic labels are read through a reader-writer to restore to the original plaintext information, which can check, monitor and manage the condition of products. Through using the correlative use method for conventional anti-fake physical distribution data labels and electronic labels, the static information and the dynamic digital information of the conventional anti-fake labels are combined, which can meet the demands of layered anti-fake physical distribution and digitalization supervision; the advanced anti-fake physical distribution technical proposal can be performed, which allows the anti-fake and the digitalization supervision to be easy to popularize; and the high cost which is brought by completely using the RFID electronic labels can be lowered.

Description

technical field [0001] The invention belongs to the technical field of anti-counterfeiting logistics identification, and in particular relates to a method for associated use of conventional anti-counterfeiting logistics data labels and electronic labels. Background technique [0002] Disadvantages of traditional logistics anti-counterfeiting: the solution adopted by the current logistics anti-counterfeiting method is usually produced at one time by the manufacturer of the conventional logistics anti-counterfeiting label. On the large package and the small package, the logistics anti-counterfeiting label used is printed in advance, which causes The problem is: the information is not timely and accurate; the logistics anti-counterfeiting data must be transmitted to the label manufacturer, there is a certain risk of leakage or loss; the logistics anti-counterfeiting label also has the risk of leakage and loss during transportation; radio frequency identification technology is no...

AI Technical Summary

Problems solved by technology

[0002] Disadvantages of traditional logistics anti-counterfeiting: the solution adopted by the current logistics anti-counterfeiting method is usually produced at one time by the manufacturer of the conventional logistics anti-counterfeiting label. On the large package and the small package, the logistics anti-counterfeiting label used is printed in advance, which causes The problem is: the information is not timely and accurate; the logistics anti-counterfeiting data must be transmitted to the label manufacturer, there is a certain risk of leakage or loss; the logistics anti-counterfeiting label also has the risk of leakage and loss during transportation; radio frequency identification technology is not used, It is impossible to establish a dynamic digital supervision process covering the whole process

[0004] For example, radio frequency iden

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