12-lead electrocardio-electrode plate wearing auxiliary examination method based on image target detection

Abstract

The invention discloses a 12-lead electrocardio electrode plate wearing auxiliary examination method based on image target detection, which comprises the following steps: firstly, detecting 10 electrode plates in an image by utilizing a target detection network model; determining the number of each electrode plate in the image according to the coordinate relation of the electrode plates; analyzing whether the position relation of each electrode plate in the image meets the standard or not, and carrying out electrode plate wearing auxiliary inspection; and finally, an electrode plate wearing auxiliary examination result is fed back in an image-text combination mode. The invention can be applied to mobile phone Apps, Web webpage ends and other side ends. A user can use a mobile phone or a computer camera to shoot an image of the wearing condition of the electrode slice after completing the wearing of the electrode slice of the 12-lead electrocardio acquisition device by himself / herself under the condition that no medical care exists in remote diagnosis and treatment, and can use the method to carry out auxiliary examination on the wearing condition of the electrode slice, so that the user can wear the electrocardio electrode slice more correctly, and the quality of electrocardiosignals collected in remote diagnosis and treatment is improved.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and relates to a 12-lead electrocardiogram electrode sheet wearing auxiliary inspection method, in particular to a 12-lead electrocardiogram electrode sheet wearing auxiliary inspection method based on image target detection. Background technique [0002] Cardiovascular disease is one of the main causes of death in humans, and cardiovascular health has received increasing attention. With the development of network technology, applications such as cardiac remote diagnosis and ECG monitoring have begun to appear. Many of these applications are based on ECG signal acquisition. To use these applications, users need to use ECG acquisition devices to collect ECG signals by themselves, and transmit the collected ECG signals to remote diagnosis terminals (remote doctors, intelligent analysis systems, etc.) through the network for analysis and diagnosis. [0003] When users conduct remote diag...

AI Technical Summary

Problems solved by technology

[0003] When users conduct remote diagnosis and treatment at home, they need to wear ECG electrodes to collect ECG signals, and most users have not received relevant training. Wearing electrodes by themselves without medical care in remote diagnosis and treatment will cause some deviations

If the position of wearing the electrode piece is incorrect, it will affect the quality of the collected ECG signal, thereby affecting the accuracy of ECG signal analysis and diagnosis

[0004] The existing 12-lead ECG acquisition device requires medical staff to wear electrodes for patients on site. In the case of remote diagnosis and treatment without medical care, users can only wear electrode patches by themselves through the instructions, which is prone to some deviations

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