RFID-based injury testing classifying and wounded personnel transportation system and injury testing classifying information processing method

Abstract

The invention discloses an RFID-based injury testing classifying and wounded personnel transportation system which comprises the components of a WiFi-based wireless local area network which is established in a temporary rescue center, a frontend command control center, a portable acquisition terminal and an RFID injury testing classifying label. The invention further discloses an injury testing classifying information processing method for the system. A data processing process is divided into a data acquisition period and a data processing period. In each period, data operation is performed ina streamline manner. Multiple threads are established. A buffering container is established between the data acquisition period and the data processing period. First-id information is accurately acquired in time through a buffering queue, a thread pool and a database connecting pool. The system has advantages of efficiently and scientifically scheduling first-aid resources, improving first-aid success rate of emergent severe injured personnel, and reducing damage caused by misdiagnosis and improper first-aid measures.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to an RFID-based injury classification and wounded transfer system and a method for processing information on injury classification. Background technique [0002] In recent years, disasters have become a serious and prominent problem threatening human health. Earthquakes, floods, fires, mine disasters, landslides, mudslides, tsunamis, collective poisoning, traffic accidents and other mass casualties occur frequently, often causing a large number of casualties and serious economic losses. The location of the disaster may be located in a remote area, or due to secondary disasters causing traffic jams and inconvenient transportation. The current information construction of disaster first aid is still lagging behind, and the traditional first aid mode is still used, using manual search, coding and writing of medical records. There is still a lack of remote means of hospital contact, a...

AI Technical Summary

Problems solved by technology

The location of the disaster may be located in a remote area, or due to secondary disasters causing traffic jams and inconvenient transportation. The current information construction of disaster first aid is still lagging behind, and the traditional first aid mode is still used, using manual search, coding and writing of medical records. There is still a lack of remote means of hospital contact, and it is difficult for emergency personnel to obtain accurate and timely information on the injured. There is a lack of effective connection between disaster first aid and in-hospital diagnosis and treatment, which greatly affects the treatment of emergency and severe injuries.

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