System and method for monitoring personal health

Abstract

The invention provides a system and a method for monitoring personal health, wherein the system comprises a physiological parameter measuring device for measuring various physiological parameters of amonitored person and sending the measured physiological parameter data; a data processing device for receiving the physiological parameter data sent by the physiological parameter measuring device, storing the physiological parameter data to a local personal health file, sending the physiological parameter data to a health monitoring center server, and receiving health state diagnosis results sent by a health monitoring center server; and a health monitoring center server for receiving the physiological parameter data of the monitored person sent by the data processing device, updating the local stored personal health file, receiving the health state diagnosis results input by the doctor based on the personal health file information and sending the health state diagnosis results to the data processing device. The system can acquire a plurality of physiological parameters of a human body, and the health state diagnosis results from the doctor can be given after the physiological parameters are sent to the health monitoring center.

Description

technical field [0001] The invention relates to the field of data transmission and analysis, in particular to a personal health monitoring system and method for transmitting collected personal physiological data to a health monitoring center by using network communication technology for diagnosis by doctors. Background technique [0002] With the advancement of society, people's living standards are improving day by day, but it has also brought some negative effects. More and more people have symptoms of "three highs" such as high blood pressure, high blood fat, and high blood sugar, which seriously threaten people's health. Health, therefore, people hope that once the monitored person has unstable or abnormal physiological parameters, they can quickly and conveniently obtain support from a doctor, and maintain or treat under the doctor's advice. [0003] For some patients with early or latent heart disease, it is difficult to detect by conventional electrocardiogram examina...

AI Technical Summary

Problems solved by technology

[0003] For some patients with early or latent heart disease, it is difficult to detect by conventional electrocardiogram examination, because these patients will have abnormal electrocardiogram only under certain conditions, such as emotional excitement, work stress, mental or physical overload, If the dynamic electrical signal cannot be monitored for a long time, the changes of the ECG signal at the time of onset can be captured in time, and the diagnosis can be made in time, and the patients with hidden heart disease cannot be treated in time, which often leads to sudden cardiac death.

[0004] Traditional personal health and home health care equipment are all aimed at one or several human physiological parameters, such as blood pressure, blood sugar, etc. The functions of various instruments are single, and they cannot monitor the health status of the monitored person in real time; Real-time processing and analysis of various physiological parameters, so as to understand the overall health status of the body; when the physiological parameters of the monitored person are abnormal, it is impossible to automatically and timely contact the emergency center and relatives

For example, the traditional digital wrist sphygmomanometer is only a monitoring device worn by the patient, and cannot upload the measured blood pressure status to the health monitoring center; the traditional ECG monitor can only upload the ECG information of the monitored person Stored in the storage medium for retrospective analysis, the ECG signal cannot be analyzed in real time, and the alarm cannot be reported in time when the heart of the monitored person is in danger, which may delay the timing of treatment

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