Intelligent anesthesia safety monitoring method and system for perioperative period environment

Abstract

The invention discloses an intelligent anesthesia safety monitoring method and system for perioperative period environment. The method comprises the following steps: S1, collecting field environment information in real time, wherein the environment information at least comprises video information, audio information, patient body surface temperature information and environment gas information; S2, inputting the collected field environment information into an environment information authentication model for feature authentication to obtain result information corresponding to each piece of environment information; S3, fusing the result information corresponding to each piece of environment information according to a preset fusion rule to obtain terminal result information and a risk level; and S4, synchronizing the terminal result information and the risk level to an intelligent terminal for display and early warning. According to the intelligent anesthesia safety monitoring method and system, the vital signs of a patient in the perioperative period can be monitored in real time, the occurrence of medical accidents caused by improper monitoring is reduced, and meanwhile, the mental stress of anesthesia medical staff is reduced.

Description

technical field [0001] The invention relates to the field of medical technology, and more specifically relates to an intelligent anesthesia safety monitoring system for perioperative environment. Background technique [0002] The continuous monitoring of the patient's vital signs is the key guarantee for the life safety of patients in the perioperative period. At present, it is mainly through wired monitoring, and medical staff can view the monitoring and instant diagnosis in real time. However, in high-load clinical work, especially in the process of continuous long-term work, doctors and nurses will inevitably suffer from fatigue, drowsiness, decreased concentration, etc., and there may be safety hazards caused by insufficient monitoring; secondly, due to some uncontrollable factors. During the time, such as taking medicine or doing blood gas, etc., it is impossible to check the patient's vital signs in time. Therefore, it is necessary to develop an intelligent anesthesia...

AI Technical Summary

Problems solved by technology

However, in high-load clinical work, especially in the process of continuous long-term work, doctors and nurses will inevitably experience fatigue, drowsiness, decreased concentration, etc., and there may be safety hazards caused by insufficient monitoring; secondly, due to some uncontrollable factors. In time, such as taking medicine or doing blood gas, etc., it is impossible to check the patient's vital signs in time

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