Blood management system based on radio frequency recognizing technology and read-write equipment thereof

Abstract

This invention relates to one radio identification technique to realize traceable blood management system and read device in information electron field, wherein, the system comprises electron label, read device, blood management servo, blood management database and blood traceable public service system; the blood management read device comprises antenna, read module, data process module, communication module, input module and memory module.

Description

technical field [0001] The invention belongs to the field of information management systems, specifically, a blood management system and a special read-write device for realizing real-time traceability of blood quality and safety through radio frequency identification technology. technical background [0002] There are many problems in blood transmission. The quality of blood collection and transportation cannot be effectively controlled. Blood transfusions are infected with diseases. Regardless of the safety of blood donors and blood patients, illegal blood collection is conducted in underground blood collection stations. In recent years, medical treatment caused by blood transfusion Accidents happen frequently, not only causing huge economic losses, but also seriously endangering people's health. Therefore, the standardized management of blood has been widely concerned by people. In the current blood management, from blood collection to final use, it needs to go through a...

AI Technical Summary

Problems solved by technology

1) Database problem. The existing system relies too much on the database, but the stability and security of the database often fail to meet the requirements; on the other hand, most of the information in the database requires manual input, which is cumbersome and has a high error rate; 2) Barcode problem , barcodes have been widely used in blood banks and hospitals, but the information storage capacity of barcodes is very small. To complete the tracking of blood, it may take more than ten barcodes, and the links between these barcodes distributed in various stages can be attributed to one data body, its cost is self-evident

In addition, the reliability of barcodes is not as good as it should be

Such as: when subjected to moisture or friction, the barcode readability is reduced, and even data loss

3) Data capacity issues. Some systems are trying to use portrait photography technology to identify personal identities, but this technology has high equipment costs, large storage space for portrait data, and low efficiency of comparison and recognition; 4) Traceability issues, blood collection , The quality of the storage and transportation process has not been monitored, and the source of the blood is difficult to verify

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