Cardiac function data obtaining system

Abstract

The invention relates to a cardiac function data obtaining system. The system comprises a radial artery information collection control circuit, a data processing circuit connected with the radial artery information collection control circuit, an output feedback circuit connected with the data processing circuit and a traditional Chinese medicine cloud system; the radial artery information collection control circuit comprises a pressure sensing driving circuit, a pressurization processing circuit and a photoelectric sensing driving circuit, and the data processing circuit comprises a spectral analysis module, a system management module, a resource management module and an information storage module. According to the cardiac function data obtaining system, dynamic information measurement andlong-time storage information collection can be conducted to form a database; diagnosis can be conducted intelligently to form pulse diagnosis results, the pulse condition element information is quantitatively and directly reflected, a diagnosis closed loop is formed through an intelligent traditional Chinese medicine cloud platform, a solution is provided so as to accurately obtain pulse diagnosis information data and cardiac function related indicator data, and clinical diagnosis and treatment are guided.

Description

technical field [0001] The invention relates to the technical field of data acquisition, in particular to a cardiac function data acquisition system. Background technique [0002] Pulse diagnosis is the most distinctive detection method in traditional Chinese medicine. Through "pulse-cutting", doctors can sense the rich information displayed by the patient's radial artery with their fingers, identify the cause, pathogenesis, and disease location of the patient, and further propose treatment methods. In order to feel the pulse of different degrees, three kinds of finger force should be used when cutting the pulse. At the beginning, light force is used, which is called floating on the skin, which is called lifting; , in the muscles and bones for sinking, called pressing. Therefore, in Qiemai, it is divided into three divisions: Cun, Guan and Chi, and each division has three periods of floating, middle and sinking, also known as "three divisions and nine divisions". [0003]...

AI Technical Summary

Problems solved by technology

In recent years, a variety of pulse monitors have appeared. By extracting various information of the characteristics of the pulse chart and using various analysis techniques such as time-domain analysis technology, many quantitative indicators have been obtained, which provides a great deal for clinical research. It is very convenient, but many pulse monitors on the market are complicated in design and not convenient to carry; Timely intelligence to obtain pulse information; nor can a large amount of data on cardiac function be obtained by monitoring relevant indicators of cardiac function, and the correlation research and comparison between various parameters of pulse condition and cardiovascular system indicators can not be carried out simultaneously

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