Electrocardiogram measurement method

Abstract

The present invention provides an electrocardiogram measurement method, which is used in an environment where two or more electrodes are used to perform human body electrocardiogram measurement and includes the following steps: marking two or more electrode calibration positions for measuring human body electrocardiogram information by using at least one feature of points, lines, and surfaces of ahuman appearance structure; placing two or more electrodes at the two or more electrode calibration positions for measuring human body electrocardiogram information; and activating a human body electrocardiogram measurement system to proceed with measurement, wherein the at least one feature is configured to divide and classify at least one user into at least two size levels; and the two or moreelectrode calibration positions meet measurement guidelines for standard 12-lead electrocardiogram.

Description

technical field [0001] The invention relates to a method for measuring an electrocardiogram, in particular to a method for measuring an electrocardiogram of a human body which can quickly mark the measurement positions of the correct standard electrocardiogram according to users of different body sizes by utilizing the appearance structures of human bodies of different body sizes. Background technique [0002] The standard 12-leads (Leads) measurement specification that traditionally measures and analyzes human body ECG information must rely on professionally trained medical personnel to be carried out efficiently and smoothly. For ordinary users, it takes a lot of time to find Place the correct position of the electrode for measuring the electrocardiogram, and due to the difference in technique and proficiency, each person, or even the same person, has a slight difference in the position of marking and placing the electrode in each test, resulting in measurement errors It a...

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Problems solved by technology

[0006] However, the content of the aforementioned prior art does not clarify how to find the correct position for placing the electrodes for measuring the electrocardiogram in a convenient and fast way for different body sizes and propose specific solutions. For the general public who have not received professional training, In other words, it is difficult to find the correct position for placing the electrodes for measuring ECG for patients of various sizes in a short period of time, such as newborn babies, middle-aged people, and the elderly, and each electrode placement must be re-measured separately and marking, which not only affects medical efficiency, but also easily leads to misjudgment due to measurement errors

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