Efficient automated medical system based on RFID positioning technology
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RFID positioning application background
Almost all large hospitals in domestic first-tier cities are labeled as difficult to see a doctor. One of the main reasons for the difficulty in seeing a doctor is the queuing, the queuing for registration, the queuing for doctors, the queuing for injections, and the use of medical equipment during operation. Rate is also a very important key point.Tianjin Little Bee thinksRFIDPositioning will play a huge role in the future medical system. This article explains how this technology plays an important role in the medical system from the perspective of RFID positioning technology.
RFID positioning scheme design
1. Registration waiting area
An electronic watch is provided for each registered person, and an electronic sign is set up in the waiting area. There are RFID electronic tags in the electronic wristwatch, and the wristwatch registered through the system will carry information such as the patient’s name and age. The waiting area is equipped with RFID fixed readers, which can accurately perform RFID positioning in real time. Through the large screen, patients can clearly see the distribution of personnel in the waiting area and the distribution of appointments in each consulting room, which is convenient for patients to choose when registering . And when displaying, the area with too many people can be displayed in red, and the area with less people can be displayed in green. The implied method can effectively avoid the unreasonable distribution of medical resources caused by the excessive registration of certain doctors, and allow people to choose the clinic more sensibly (such as certain diseases that are not very serious. Physician) enhance the patient’s treatment experience.
2. Ward area monitoring
Wear electronic tags for each patient and medical staff, and perform RFID positioning for each patient and medical staff. Through the visualization system, you can clearly see the distribution of patients and medical staff. By setting the system, you can calculate the ratio of patients to medical staff in a certain area. When the value is lower than the set value, the system will Remind the manager to redistribute. At the same time, data statistics and sorting also help hospitals conduct big data analysis, rationally allocate medical resources, and improve the level of operation and management.
3. RFID positioning of medical equipment
At present, the automatic management level of medical equipment management in domestic hospitals is relatively low, and the real-time use information of medical equipment cannot be fully controlled. If RFID positioning of medical equipment can be carried out in an all-round way, it will be a qualitative leap to improve the efficiency of medical equipment use. By attaching electronic tags to important medical equipment and fixed readers in the hospital, you can control the use information and location of medical equipment in real time, so that you can fully control the use of medical equipment in a timely and effective manner. Statistics on the information, through the big data analysis model to determine whether to buy new use equipment or redistribute the allocation of medical equipment in various departments.
Tianjin Little Bee believes that the future medical management system will definitely take the road of combining with big data technology, and RFID positioning will serve as aInternet of ThingsOne of the core technologies of the company is bound to play a huge potential in the future. The application of big data technology in the medical system will greatly improve my country’s current medical conditions and increase the efficiency of medical resources.
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