Human health information real-time measurement and display system

Abstract

The invention provides a human health information real-time measurement and display system. The system comprises a heart rate acquisition module, a pulse acquisition module, a CPU and a power supply module. The heart rate acquisition module and the pulse acquisition module transmit heart rate data and pulse data which are acquired in real time to a CPU data center, the CPU uses a mode combining the western medicine heart rate variability (HRV) measurement method and 18 pulse conditions of the traditional Chinese medicine pulse measurement method, the monitored data is analyzed, and the acquired heart rate data and pulse data are compared, the heart rate variability data and the pulse rates of the 18 pulse conditions are calculated by applying the heart rate variability algorithm and the pulse algorithm respectively, health values are comprehensively calculated according to set healthy, sub-healthy, weak, unhealthy and critical state thresholds, and a health value graph display result of a western medicine heart rate variability data mode is output. The real-time measurement and display system is simple in hardware structure, small in size and convenient to carry, health information is clear at a glance, and personal health states can be monitored in real time at any time and any place.

Description

technical field [0001] The invention relates to the field of human health monitoring, which is a monitoring device for detecting physiological parameters of a human body and monitoring the movement behavior of a human body by using human body activity characteristics. In particular, it is about a display system that uses the variability of heart rate and the algorithm of pulse to realize the measurement of human health. Background technique [0002] In recent years, with the improvement of people's material living conditions and the gradual enhancement of health awareness, people pay more attention to their own health, and health problems have become the focus of people's attention. The traditional single-function, poor operability, and difficult to achieve real-time effective human health monitoring model can no longer meet the demand. With the development and progress of modern medical science and technology and the deepening of the research on the concept of health, the ...

AI Technical Summary

Problems solved by technology

HRV detection in sleep and active states is prone to certain data errors

[0009] 2) Although the heart rate variability algorithm of western medicine also includes the heart, kidney, pancreas, liver and other internal organs, compared with the detectable organs included in the internal organs and endocrine system of traditional Chinese medicine, the number is still relatively small

In general, these devices cannot realize 24-hour safety monitoring of people, and have certain impact on people's normal life, and it is still not very convenient to carry

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