Custody information management method based on QR code

Abstract

The invention provides a two-dimensional code-based monitoring information management method, comprising: generating and storing an initial two-dimensional code; sending the initial two-dimensional code to a wearable product manufacturer; printing the initial two-dimensional code on the wearable product; After consumers purchase the wearable product, the initial QR code on it is parsed and the content redefines to generate a custom QR code, the custom QR code contains monitoring information; the custom QR code and the monitoring information are combined. Binding, forming an associative array and storing; uploading the associative array to the cloud server, wherein the guardianship information includes at least one guardian information and at least one guardian information. The invention embeds the guardianship information into the custom two-dimensional code. When the child is lost, passers-by can read the relevant information of the guardian by scanning and analyzing the two-dimensional code, get in touch in time, make full use of social goodwill resources, and provide accurate and accurate information feedback. The QR code is valid for a long time and is more secure and reliable.

Description

technical field [0001] The present application relates to the technical field of two-dimensional codes, in particular to a method for managing guardianship information based on two-dimensional codes. Background technique [0002] In today's society, child abduction and trafficking incidents are emerging one after another. For many parents, traveling with children is usually a hidden risk, and they must always pay attention. Due to the lively and active nature of children, they often run out of sight without paying attention. Therefore, many companies have developed smart wearable products for the purpose of preventing children from getting lost, such as smart bracelets, etc. Most of these products have embedded GPS chips to enable parents to locate and find by tracking signals, but currently on the market The general positioning function of products is not accurate, and the error even has a radius of three or four hundred meters. Moreover, the battery life of smart products ...

AI Technical Summary

Problems solved by technology

Therefore, many companies have developed smart wearable products for the purpose of preventing children from getting lost, such as smart bracelets, etc. Most of these products have embedded GPS chips to enable parents to locate and find by tracking signals, but currently on the market The general positioning function of products is not accurate, and the error even has a radius of three or four hundred meters. Moreover, the battery life of smart products is not strong enough, and there are many restrictions on time.