Intelligent blood management system

Abstract

The invention discloses an intelligent blood management system. The intelligent blood management system comprises a labeling terminal module, a basketing terminal module, a blood storage terminal module, a sorting terminal module, a system equipment control platform and a blood station blood collecting and supplying management module, wherein the system equipment control platform is connected witha blood station blood collecting and supplying management system and further manages all terminal upper computers through a message bus; a configuration parameter management module, a license management module, a monitoring big screen display module and a driving management module are integrated inside the system equipment control platform; and the blood station blood collecting and supplying management module manages the complete-flow-scheme data information about collection, storage, transportation and usage of blood collecting and supplying. A robot and a mechanical arm for the system canreplace manual operations and further be combined with the system equipment control platform to achieve overall-process automation of labeling, boxing, basketing, storing and sorting of blood after the assay is approved, the system can be suitable for all sorts of common blood release modes, and working efficiency is improved. The system is likely to cause blood management process reengineering, and the foundation is laid for achieving complete-flow-scheme intelligence of the blood from blood stations to hospitals and blood big data application.

Description

technical field [0001] The invention belongs to the field of medical and health management systems, and in particular relates to a system for intelligently and automatically managing blood packaging, storage, sorting and transportation based on a data management platform. Background technique [0002] With the acceleration of urbanization in my country, the amount of blood collected and used has increased significantly. The huge amount of blood collected and the characteristics of blood products have put forward high requirements for blood management in various places. [0003] The current blood storage, distribution, scrapping and other processes are basically done manually. For example, the conventional method of blood storage is to put the labeled blood bags into the baskets, which are manually transferred and sent to the shelves in the cold storage. The main disadvantage is that the door must be opened frequently when storing and picking up the goods, and there are poor...

AI Technical Summary

Problems solved by technology

For example, the conventional method of blood storage is to put the labeled blood bags into the baskets, which are manually transferred and sent to the shelves in the cold storage. The main disadvantage is that the door must be opened frequently when storing and picking up the goods, and there are poor working conditions, Error-prone, temperature instability issues

As another example, in addition to the heavy workload and error-prone manual sorting, the blood will be exposed to normal temperature for a long time, which will adversely affect the blood quality

[0004] Manual work makes errors and mistakes unavoidable, and there are hidden dangers in the reliability of blood information

Manual work also results in prolonged exposure of the blood at room temperature, thus creating uncertain effects on blood quality

In addition, the existing operation method still has disadvantages such as frequent personnel entering and exiting the storage cold storage, harsh working environment, and unstable temperature of blood storage.

[0005] Although some domestic blood banks have made various explorations and efforts to solve the above problems, such as the use of automatic labeling machines and blood storage banks, etc., but the common points of these improvements are partial improvements, resulting in a single function of the equipment, applicable The scope is narrow, and the main tasks such as basketing, transshipment, and sorting of blood are still done manually, and the problem has not been effectively solved

Images