A Sub-health Quantitative Evaluation System Based on Meridian Balance

Abstract

The invention discloses a sub-health quantitative evaluation system based on meridian balance, which relates to the technical field of medical devices. The weighted statistical algorithm calculates the deviation degree of a single meridian and the degree of deviation of the meridian relative to the overall level, and calculates the degree of deviation between the individual and the healthy population through the method of big data, and finally calculates a total degree of deviation to reflect the imbalance of the human body. This data directly reflects the degree of sub-health of the human body; it can directly and quantitatively evaluate the sub-health level through the skin resistance characteristics of the meridians, and can also locate a certain meridian to indicate the possible problems of qi and blood levels in the corresponding organs, and provide guidance for disease prevention. The whole operation process is non-invasive and simple, easy to be further integrated and intelligent, and even real-time monitoring can be achieved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a sub-health quantitative assessment system based on meridian balance. Background technique [0002] Sub-health refers to a state in which the human body is between health and disease. People in a sub-health state cannot meet the standard of health, manifested as symptoms of reduced vitality, function and adaptability within a certain period of time, but do not meet the clinical or subclinical diagnostic criteria of modern medical related diseases. Since the symptoms of sub-health cannot be defined by pathological indicators in clinical medicine, it is difficult to unify the evaluation methods and standards of sub-health, and the research methods are mostly limited to cross-sectional surveys, and most of the tools used are self-assessment forms Or the questionnaire, which has a lot of subjectivity. However, the current testing methods only start with a limited number of...

AI Technical Summary

Problems solved by technology

Those who are in a sub-health state cannot meet the standard of health, manifested as symptoms of reduced vitality, function and adaptability within a certain period of time, but do not meet the clinical or subclinical diagnostic criteria of modern medicine related diseases

Since the symptoms of sub-health cannot be defined by pathological indicators in clinical medicine, it is difficult to unify the evaluation methods and standards of sub-health, and the research methods are mostly limited to cross-sectional surveys, and most of the tools used are self-assessment forms Or the questionnaire, which has a large degree of subjectivity

However, the current testing methods only start with a limited number of physiological indicators such as blood pressure, heart rate, body temperature, respiration, and blood oxygen saturation, and even add complex data processing methods, such as the use of neural networks. However, this testing method is essentially Incomplete: From the perspective of system science, the human body is a highly nonlinear open system, and sub-health and disease states are both manifestations of the imbalance of the system, but the difference is different from the degree of imbalance

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