RFID Soldier Electronic Injury Management System Makes Rescue Faster!PVC RFID Card wholesale

　　RFID Soldier Electronic Injury Management System Makes Rescue Faster

　　The application of RFID helps to improve its battlefield rescue capabilities. The RFID Soldiers’ Electronic Injury Management System makes rescues faster and integrates RFID technology and satellite communication technology to track the status and evacuation of disabled soldiers under field conditions. It is through the wristband based on RFID technology to enable medical personnel to improve the ability of resource allocation.

　　Real-time understanding of the status of the wounded and determining the location of the wounded will enable medical staff to respond more quickly to medical needs and help them plan for the wounded to be accepted. When wounded soldiers need to be treated, doctors code their ID, illness, history of allergies, and other reflux conditions into tags, and these data are then transmitted to the command center via satellite. In the new test in the future, soldiers will be issued "military identity cards" based on RFID technology with names, social security numbers, blood types, and other important things. In simulation training and future actual combat, medical staff will write the data read from the "identity card" directly into the wristband and distribute it to the wounded. This can save time and reduce errors to a large extent.

　　The application process of the medical system on the battlefield:

　　1. Handling of soldiers injured

　　The construction of military informatization is a very important core component. Experience in the application of RFID technology in civilian medical management, and start the application research work of RFID technology in battlefield emergency medical management. The main goal is to develop a battlefield emergency medical management system based on RFID technology, so that the medical management system can respond quickly in future wars and better complete its tasks. Develop an emergency medical management system that can monitor the physical state of soldiers in real time on the battlefield in the future, quickly and accurately determine the personal details of the injured soldier’s identity and injury, and quickly initiate treatment, to replace the traditional battlefield wounded treatment and management methods , Maximize the healing rate of the wounded on the battlefield in the future, and protect the combat effectiveness of the troops.

　　2. Field medical rescuers

　　How to quickly carry out the treatment and management of wounded soldiers will also become the top priority of the future battlefield emergency medical system. With the development of RFID technology becoming more and more mature, research and realization of the application of RFID technology in the field of emergency medical management in the field, the technical feasibility is relatively good, and it is in line with the general direction of the military medical system management mode reform.

　　3. On-site rescue by the medical team

　　When a soldier is injured on the battlefield, press the SOS button of the military wristband, and the wireless device on the wristband will send the geographic coordinates of the injured soldier to the backstage of the medical system via the Beidou satellite. The alarm system will be activated immediately in the background, and the nearest medical ambulance will be retrieved for rescue. If there is no medical ambulance in the theater, the background system will notify the nearest medical team in the theater. The medical team deployed medical paramedics to the injured scene for rescue.

　　4. Mutual assistance between medical teams

　　After the medical ambulanceman finds the wounded person who is calling for help, he judges whether he can carry out simple rescue, such as bandaging to stop bleeding. If it is only a minor injury, the ambulanceman can treat it by himself. After the ambulanceman handles it himself, the result will be sent to the database; if it is judged that the treatment cannot be cured, the information will be sent to the database in the data center, and the injured will be sent to the nearby medical team.

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