Electrocardiogram detection displaying method

Abstract

The invention discloses an electrocardiogram detection displaying method, which comprises collecting electrocardiogram signal data of a human body, analyzing and processing the collected electrocardiogram signal data of the human body, obtaining solid cardiac graphic displaying control information based on an analysis and processing result, and controlling displaying states of each sub-part of a solid cardiac graph according to the solid cardiac graphic displaying control information. The invention can completely overcome problems of abstractness and speciality of the conventional electrocardiogram detection displaying method, and users can rapidly and conveniently read working and health conditions of hearts on the basis of the displaying states of each sub-part of the solid cardiac graphs in the absence of professional doctors. The electrocardiogram detection method based on the invention can greatly promote civil application of electrocardiograms.

Description

technical field [0001] The invention relates to a method for detecting and displaying electrocardiogram. Background technique [0002] When the human heart beats, the atrium and ventricle continuously perform orderly and coordinated contraction and relaxation alternately. The excitation process of cardiomyocytes is the initiating factor that triggers the above-mentioned contraction reaction. Microbioelectricity will be generated during the process of myocardial excitation and recovery, and these bioelectricity will be conducted to the surface of the body through the conductive tissue and body fluid around the heart. There are also regular electrical changes in each cardiac cycle. Place the measuring electrodes on a certain part of the heart or the surface of the human body, and record the continuous curve of the electrical changes of the heart with an electrocardiograph, which is the electrocardiogram. [0003] The traditional electrocardiogram is one-dimensional linear ex...

AI Technical Summary

Problems solved by technology

Therefore, the current use of electrocardiographs is generally limited to hospitals, and professional doctors are required for follow-up observation, which costs too much

In addition, although there are some home-use electrocardiographs on the market, which allow patients to continuously observe their own heart health at home, the ECG detection and display methods adopted by such home-use electrocardiographs are not much different from those used in medical electrocardiographs. , so the above problems are not solved, and the patients cannot read the effective information from the ECG well, which greatly limits the scope of its application

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