Infectious disease monitoring system and method based on wearable intelligent bandage

Abstract

The invention discloses an infectious disease monitoring system and method based on a wearable intelligent bandage. The method comprises the following steps: collecting human body multi-dimensional physical sign data by using the wearable intelligent bandage; transmitting the collected physical sign data to a paired epidemic situation monitoring terminal through a Bluetooth communication module; calculating the collected human body multi-dimensional physical sign data through a corresponding detection algorithm so as to detect physiological parameters of a human body; comparing the physical sign data with a normal threshold value by the epidemic situation monitoring terminal through a patient diagnosis module in combination with output of a state judgment module, analyzing the physical sign data and judging the infection state of an individual; if all the physical sign data are within a normal range, continuing real-time monitoring; and when the physical sign data of the individual exceed a normal range, determining the wearer as a suspected infected person, and sending a prompt to a personal monitoring terminal. The system and method can diagnose a novel coronavirus infected person in time and are of great importance to discovery of patients and prevention and control of epidemic situations.

Description

technical field [0001] The invention relates to the field of epidemic monitoring, in particular to an infectious disease monitoring system and method based on a wearable smart bandage. Background technique [0002] Accurate and timely diagnosis of 2019-nCoV infection is crucial to the treatment of patients and the prevention and control of the epidemic. With the realization of miniaturized design and wide application, portable medical electronic equipment has become a new focus, and the research and development of mobile medical electronic products has also entered a new stage. Monitoring equipment can reflect people's health status by detecting physiological parameters of the human body, and has gradually become a kind of medical equipment with great demand. The wearable multi-physiological parameter acquisition system can realize the characteristics of low physiological and psychological load acquisition of human physiological parameters. No matter whether the patient is ...

AI Technical Summary

Problems solved by technology

[0006] Fever, shortness of breath, and spontaneous sweating are the three major symptoms of patients with new coronary pneumonia. However, when the human body is in a state of exercise, it may also cause temperature rise, shortness of breath, and sweating, which will cause misjudgment and reduce the accuracy of diagnosis. Existing technology cannot judge the increase in body temperature, shortness of breath and sweating caused by exercise

"Hardware System Design of Multifunctional Monitor" (Zheng Yi) can reflect people's health status through simultaneous detection of blood pressure, ECG, blood oxygen, pulse, body temperature and other physiological parameters, but lacks the judgment of human behavior status

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