Two-electrode electrocardiographic lead intelligent positioning system

Abstract

The invention relates to a two-electrode electrocardiographic lead intelligent positioning system. An automatic correction method of an electrocardio electrode position of the intelligent positioningsystem comprises the following steps that S1, normal electrocardiographic signal characters are learned artificially intelligently, and an own criterion of a user is established; S2, the user recordsa waveform during measuring, analyzes the waveform, extracts a same parameter with a reference waveform, the parameter is compared with a reference parameter to compute a composition error; S3, the user records electrocardiographic digital information of the composition error in step S2 voluntarily for artificial intelligent comparison, so that the correct placement of the electrode lead is intelligently auxiliarily guided. The two-electrode electrocardiographic lead intelligent positioning system has the advantages that the correct placement of the electrode lead can be intelligently auxiliarily guided, thereby achieving the correct long time-history electrocardio dynamic monitoring of a two-electrode electrocardiographic monitor, early and effectively identifying cardiac ischemia, malignant arrhythmia and other angiocardiopathy hazardous events, and finally improving the rescue success rate of the angiocardiopathy hazardous events and reducing the death rate of the angiocardiopathy hazardous events.

Description

Technical field [0001] The present invention relates to the technical field of electrocardiogram, in particular to a two-electrode electrocardiogram lead intelligent positioning system. Background technique [0002] The action potential activity of myocardial cells contributes to the conduction of the electrocardiogram signal and the diastolic and contractile functions of the myocardial cells. The heart is a three-dimensional structure. In order to reflect the electrical activity of different levels of the heart, electrodes are placed in different parts of the human body. The voltage waveform formed by the voltage difference can record and reflect the electrical activity of the heart. Therefore, placing electrodes on different parts of the human body can reflect the activity of the heart from different angles, and the placement of the electrodes has a great influence on the waveform obtained, but the placement of the ECG electrodes is more complicated, and many non-professionals ...

AI Technical Summary

Problems solved by technology

This realizes the positioning of each electrode lead assembly and automatically corrects the waveform order, thereby avoiding misdiagnosis caused by wrong placement of electrode lead assemblies and reducing the workload of doctors. However, for ordinary people, this Positioning systems are still specialized, complex and difficult to apply

[0004] In summary, there is a need for an intelligent assistant to guide the correct placement of the electrode leads, so as to realize the correct long-term ECG dynamic monitoring of the two-electrode ECG monitor, and early and effectively identify cardiovascular diseases such as cardiac ischemia and malignant arrhythmia. Cardiovascular disease risk events, and ultimately achieve a two-electrode ECG lead intelligent positioning system that improves the success rate of rescue of cardiovascular disease risk events and reduces their mortality. However, there is no report on this two-electrode ECG lead intelligent positioning system.

Images