Remote monitoring emergency system

Abstract

The invention provides a remote monitoring emergency system, which comprises a patient monitoring module, an AI analysis module, a manual control module, an unmanned aerial vehicle control module and an unmanned aerial vehicle, and is characterized in that the patient monitoring module transmits monitoring data of a patient to the AI analysis module in real time, the AI analysis module analyzes and stores the data, and when an analysis result is high risk, the unmanned aerial vehicle control module controls the manual control module to control the unmanned aerial vehicle. The AI analysis module sends an alarm signal and patient positioning information to the unmanned aerial vehicle control module, the unmanned aerial vehicle control module commands the unmanned aerial vehicle to take off with preset first-aid equipment and drugs for first aid, meanwhile, the AI analysis module sends an alarm to the manual control module, and a doctor on duty performs subsequent manual rescue work. The invention provides a first-aid system composed of the remote intelligent monitoring and early warning equipment and the unmanned aerial vehicle equipment, patients are monitored in real time, early discovery and early treatment can be achieved, automatic judgment can be conducted when emergency situations occur, the unmanned aerial vehicle is commanded to go for treatment, and treatment delay caused by missed diagnosis, misdiagnosis, traffic jam and the like is avoided.

Description

technical field [0001] The invention relates to a monitoring emergency system, in particular to a remote monitoring emergency system. Background technique [0002] With the development of urbanization, the traffic in most cities in my country is relatively congested, and the traffic in urban and rural areas is inconvenient. It is difficult for traditional ambulances to arrive at the scene in time when patients are acutely ill, and valuable effective first aid time is lost. Taking cardiovascular disease as an example, in 2015, about 17.7 million people died of cardiovascular disease in the world. It is estimated that the number of patients with cardiovascular disease in my country is about 290 million, accounting for more than 40% of the residents' deaths. The main cause of death is sudden Acute events (acute coronary syndrome, malignant arrhythmia, etc.), and more than 70% occurred outside the hospital. Therefore, reducing the out-of-hospital mortality of cardiovascular dise...

AI Technical Summary

Problems solved by technology

At present, the remote monitoring and timely intervention of patients are still very insufficient, mainly reflected in: 1. The patient cannot get real-time and effective monitoring of the course of the disease during the period outside the hospital. Unable to perform effective and correct first aid treatment, missing the best first aid time window

2. Sudden onset of sudden onset in patients living alone, no one knows

3. The patient suffers from sudden onset of syncope at night, and it is difficult for the family members to know

4. In a city or an urban-rural combination area, due to traffic congestion or inconvenience, the ambulance cannot reach the scene in time, and the emergency time is missed

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