Heart rate variability monitoring underwear and system

Abstract

The invention relates to the technical field of physiological data collection, and discloses heart rate variability monitoring underwear. The heart rate variability monitoring underwear comprises a heart rate variability module arranged on the underwear, and the heart rate variability module comprises three sampling electrodes, an ADC sampling unit, a heart rate variability analysis unit and a micro control unit, wherein the three sampling electrodes make contact with the skin to obtain physiological electronic signals; the ADC sampling unit is in signal connection with two sampling electrodes to extract weak bio-electricity signals; the heart rate variability analysis unit obtains heart rate data according to the bio-electricity signals extracted by the ADC sampling unit, carries out heart rate variability analysis on the heart rate data, and outputs a heart rate variability analysis result; the micro control unit coordinates work of all the units. As the heart rate variability module capable of collecting heart rate change is arranged on the underwear, it can be ensured that the heart rate variability module makes contact with the skin in real time, the heart rate data can be collected in real time, heart rate variability can be predicted and reminded in real time, timeliness of electrocardio acquisition data and prediction accuracy is improved, and the mental stress and sudden death risk of a user are prevented and reminded.

Description

technical field [0001] The invention relates to the technical field of physiological data collection, in particular to a heart rate variability monitoring underwear and a system. Background technique [0002] The heart is an important organ of the human body. It is usually impossible to predict whether there are possible problems with the heart. At present, only the professional equipment of medical institutions can collect relevant data and analyze them to obtain possible risk prediction results. During exercise, the heart is in a larger and heavier load state, which is more prone to variability and thus risks. However, professional equipment in medical institutions cannot record heart rate changes in real time and predict possible risks in advance in real time. Contents of the invention [0003] The main technical problem to be solved by the present invention is to provide a heart rate variability monitoring underwear and system, which can prevent large medical equipmen...

AI Technical Summary

Problems solved by technology

[0002] The heart is an important organ of the human body. It is usually impossible to predict whether there are possible problems with the heart. At present, only the professional equipment of medical institutions can collect relevant data and analyze them to obtain possible risk prediction results.

During exercise, the heart is in a larger and heavier state, and is more prone to variability, resulting in risk

However, professional equipment in medical institutions cannot record heart rate changes in real time and predict possible risks in advance in real time

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