Electrocardiogram electrode positioning assistive device and method for locating electrocardiogram patch position by assistive device

Abstract

The invention provides an electrocardiogram electrode positioning assistive device. The electrocardiogram electrode positioning assistive device comprises an image processing module and an image display module, wherein the image processing module is used for generating standard plural electrode positions and used for marking a correct electrocardiogram measurement position on a human body featureimage; the image display module is used for simultaneously displaying the human body feature image and the standard plural electrode positions, and only displaying one of the standard plural electrodepositions for allowing at least one user to configure at least one electrocardiogram measurement electrode on a to-be-measured user according to the corresponding standard plural electrode position to perform electrocardiogram measurement, wherein the human body feature image and the standard plural electrode positions have a fixed proportion; and in addition, the human body feature image and thestandard plural electrode positions can be zoomed. Therefore, the common people without professional medical training can find a correct position for placing the electrocardiogram measurement electrode within a short time, so that medical treatment efficiency is improved while erroneous judgment is lowered. The invention also provides a method for locating an electrocardiogram patch position by the assistive device.

Description

technical field [0001] The invention relates to a positioning aid and a method for positioning a patch with the aid of the aid, in particular to an electrocardiogram electrode positioning aid and a method for positioning the position of an electrocardiogram patch with the aid of the aid. Background technique [0002] The traditional standard 12-leads measurement specification for measuring human ECG information can only be carried out efficiently and smoothly by professionally trained medical personnel. For ordinary users, it takes a lot of time to find the placement amount. The correct position of the electrodes of the electrocardiogram is measured, and due to the different techniques and proficiency, each person, or even the same person, has a slight difference in the position of marking and placing the electrodes in each test, resulting in measurement errors. The accuracy of medical diagnosis and treatment is compromised, and even the risk of misjudgment exists. Accordin...

AI Technical Summary

Problems solved by technology

[0006] However, none of the above-mentioned prior art provides specific solutions for how to conveniently and quickly find the correct position for placing the electrodes for measuring the ECG. For the general public without professional training or people living in remote areas , it is difficult to find the correct position to place the electrodes for electrocardiogram measurement in a short time, which not only affects medical efficiency but also easily leads to misjudgment due to measurement errors

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