Pregnancy-induced hypertension remote prediction monitoring system and application method

Abstract

The invention belongs to the technical field of pregnancy-induced hypertension remote medical treatment, and relates to a pregnancy-induced hypertension remote prediction monitoring system and an application method. The system comprises a terminal detection system and a hospital server system. The terminal detection system is formed by wirelessly connecting and combining a finger tip volume pulsesensor and a user mobile phone; the hospital server system is composed of a cloud server, a management terminal and a hospital management system assembled on the cloud server and the management terminal. The cloud server is in wireless connection and communication with a mobile phone of a user, and the cloud server is connected with the management terminal for information interaction. The system can collect finger tip pulse waves conveniently, the preprocessed finger tip pulse waves are analyzed and processed to obtain a pulse waveform diagram, and through feature point extraction analysis, transverse comparative analysis and longitudinal comparative analysis, doctors are more accurately assisted in predicting pregnancy-induced hypertension in real time, discovering pregnancy-induced hypertension in time and treating pregnancy-induced hypertension, and life health of pregnant women is protected.

Description

Technical field: [0001] The invention belongs to the technical field of telemedicine for pregnancy-induced hypertension, and relates to a method and system for monitoring pregnancy-induced hypertension by using a network to realize the collection, storage and analysis of telemedicine data, in particular to a remote prediction and monitoring system for pregnancy-induced hypertension and an application method thereof. The Gaozheng remote predictive monitoring system obtains the detection data of the terminal detection system in real time through the network, and realizes the remote dynamic monitoring function of pregnancy-induced hypertension through data processing and analysis. Background technique: [0002] Changes in pulse waveform characteristics can evaluate changes in the physiological and pathological state of the human cardiovascular system. The study found that the pulse wave characteristics of PIH patients and healthy pregnant women can be used to obtain the differe...

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Problems solved by technology

[0005] The purpose of the present invention is to overcome the shortcomings of the existing equipment, aiming at the inability of the existing technology to carry out real-time data collection and analysis on pregnant women, and the inability to...

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