Dynamic monitoring system of body sign

Abstract

The invention discloses a dynamic inspecting system for human body character, which comprises at least one or one set of minisize sensor on an underlay and a calculating part for each wearer. The calculating part is connected with the minisize sensor to jointly form the wearing type inspecting device. An inspecting and controlling center is provided, which is connected with the calculating part wirelessly or through cable communications. The invention, for continuously inspecting with a plurality kinds of sensors as physiology, activity, environment and psychology, etc, not only can collect affairs of low probability, but also can inspect the change of physiological reaction and physiological cadence during daily life such as activity, rest and sleeping and under environment condition and psychological factor, which is impossible for common inspecting equipment and method used for general surgery and hospital; on the other hand, by continuously inspecting the psychological signals and measuring the scene in daily life and then combining the two kinds of information, the invention is significantly for sport, health care and improvement of living quality.

Description

technical field [0001] The invention belongs to the technical field of medical detection, in particular to a wearable dynamic monitoring system for physical signs. Background technique [0002] We use cardiovascular disease as an example to illustrate the importance of this invention. According to the Beijing Cardiovascular Disease Forum in 2005, the prevalence of hypertension in China has tripled, with approximately 160 million patients; cardiovascular and cerebrovascular diseases have increased by 4 times, and are the number one cause of disability, costing nearly 300 billion yuan a year RMB. According to the American Heart Association's heart disease statistics in 2005, about 1 / 4 or 70.1 million Americans are suffering from one or more cardiovascular and cerebrovascular diseases. The direct and indirect costs of cardiovascular disease amounted to $393.5 billion. Of that, $151.6 billion was due to patient incapacity. [0003] Experts from Europe, the United States and ...

AI Technical Summary

Problems solved by technology

[0007] In order to solve the problem that the existing technology cannot measure the relationship between the patient's activity status in daily life and the physiological response of the body, the purpose of the present invention is to continuously monitor and collect low-probability events of the human body and record its situation. , the present invention provides a wearable dynamic monitoring system for physical signs that can analyze the dynamic physiological responses and circadian rhythms of the body

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