Heart signal integrated intelligent acquisition sensing system terminal, method and cloud control platform

Abstract

The embodiment of the invention provides a heart signal integrated intelligent acquisition sensing system terminal, a method and a cloud control platform. The heart signal integrated intelligent acquisition sensing system terminal comprises a heart sound and electrocardio integrated wireless sensing device, a handheld intelligent signal analysis terminal, an HHT signal analysis module, a health management and service APP and a cloud big data control center network platform; the integrated sensing device comprises a sensor, a communication module, a preprocessor and a power supply; the handheldterminal comprises a displayer, a signal analyzer, a memorizer, a communication module and the like; the HHT analysis module uses a novel HHT algorithm to analyze a transient heart signal, constructa three-dimensional feature analysis model, and realize signal quantitative feature extraction; archive management, one-key positioning rescue, signal display, wireless communication and medical guidance are set in the health management and service APP, and the health management and service APP is compatible with a common mobile terminal equipment system; and the cloud control platform is wirelessly connected with the mobile terminal APP and the handheld terminal, and has the functions of database construction, early warning rescue, patient follow-up visit and deep learning.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of medical devices, and in particular to a terminal, a method, and a cloud control platform of a heart signal integrated intelligent acquisition and sensing system. Background technique [0002] The cardiac system has extremely complex dynamic and electrical functional behaviors, and exhibits typical nonlinear and non-stationary characteristics. Heart sounds can reflect the movement state of the mechanical structure of the heart, and ECG reflects the electrical conduction characteristics of the heart. Subtle changes in these signals often reflect the early changes of heart diseases and contain a large amount of pathophysiological information. And, the two are inseparable. The patient's prognosis depends on early and accurate diagnosis, and traditional detection does not have good technical means. Synchronous analysis of changes in heart sounds and electrocardiograms will be a solu...

AI Technical Summary

Problems solved by technology

However, there are many problems in the acquisition of traditional heart sounds and ECG signals. For example, heart sound signals contain complex cardiac dynamics information. Signal acquisition mainly relies on electrocardiographs, and the current ECG equipment inspection is cumbersome, not portable, has professional technical requirements, and lacks universality;

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