Method and product for discriminating seed authenticity by means of highly imitated seed with embedded electronic label

Abstract

The invention provides a method and a product for discriminating seed authenticity by means of a highly imitated seed with an embedded electronic label. The method comprises the steps of embedding theelectronic label into the highly imitated seed for manufacturing a highly imitated electronic seed of which the appearance is same with that of a common seed; placing the highly imitated electronic seed into a seed packaging bag and using the highly imitated electronic seed as an identification label of the seeds in the seed packaging bag; writing seed information by means of a reader; recordingthe ID number of the seed into an F-RAM storage array through controlling and authorization of the electronic label, wherein the ID number is the unique ID number of the seed; in seed authenticity discrimination, reading the seed packaging bag by means of the reader; and identifying the related information of the seed by the reader according to the ID number which is fed back from the highly imitated electronic seed. According to the method and the product, an RF identification non-contact reading characteristic is utilized for realizing terminal authenticity searching and hidden fleeing goodschecking. The method and the product settle the problems of easy forging and easy damage in false-proofing and fleeing goods preventing facilitates in a current seed industry.

Description

technical field [0001] The invention belongs to the technical field of digital identity verification, and in particular relates to a method and product for distinguishing the authenticity of seeds by using high imitation seeds embedded in electronic tags. Background technique [0002] In recent years, an endless stream of agricultural product quality and safety accidents have caused confusion and anxiety among consumers. Driven by interests, the problem of fake seeds that have harmed farmers has always been the source of troubles for farmers and governments at all levels. Fake seeds often lead to farmers' grain failure. It is a huge harm to society. Using information technologies such as radio frequency identification and the Internet of Things to establish a seed quality traceability anti-counterfeiting system centered on the information chain of seed production and processing activities can effectively improve the standardization of seed production, build a standardized ma...

AI Technical Summary

Problems solved by technology

[0002] In recent years, an endless stream of agricultural product quality and safety accidents have caused confusion and anxiety among consumers. Driven by interests, the problem of fake seeds that have harmed farmers has always been the source of troubles for farmers and governments at all levels. Fake seeds often lead to farmers' grain failure. Harmful to society

However, the current application is usually to affix the radio frequency identification label on the packaging bag, and unscrupulous profiteers can still drop the package and sell the goods, and it is impossible to fundamentally prevent the occurrence of fake seeds.

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