Multi-lead wearable electrocardiograph monitoring device

Abstract

The invention provides a multi-lead wearable electrocardiograph monitoring device. The device is composed of an multi-lead electrocardiogram collection and analysis module (electrocardiogram analyzer)and a data display and transmission module (wristwatch), wherein the electrocardiogram analyzer has a diagnostic function, and the wristwatch is worn on the wrist; the electrocardiogram analyzer is in buckled connection to two electrocardiogram electrode plates adhering to the chest and fixed on the surface of the body; the lead wires are made from a flexible material and connected to the electrode plates on the chest; the electrocardiogram analyzer has a pacing signal detection function and is internally provided with an acceleration sensor; the wristwatch is internally provided with an Internet of Things module and a positioning function module; the electrocardiogram analyzer collects and analyzes electrocardiogram data in real time, sends rhythm and ST-segment abnormal information of each channel to the wristwatch, and the wristwatch performs prompting or sends the rhythm, the ST-segment abnormal information and position data to relatives, friends and caregivers or transmits the data to a remote monitoring center. The multi-lead wearable electrocardiograph monitoring device considers the comfort of wearing, the use convenience and the comprehensiveness of monitoring parameters,and is suitable for long-term continuous monitoring outside a hospital and daily wearing and use of an individual user.

Description

technical field [0001] The invention relates to the field of electrocardiographic monitoring, in particular to a multi-lead wearable electrocardiographic monitoring device. Background technique [0002] Electrocardiogram (ECG) examination is a non-invasive detection method that sticks probe electrodes on the body surface and studies whether the heart function is normal by recording and analyzing changes in body surface electrical signals. It is widely used in clinical practice. Traditional ECG examinations include conventional ECG examinations and dynamic ECG examinations. The former uses an electrocardiogram machine to collect and print 12-lead ECGs on the patient's body surface, and the doctor makes judgments based on the ECGs; the latter is performed by the patient wearing a Holter for continuous 24-hour data analysis. After recording, the data will be played back to the computer for analysis. Both of the above inspections require the patient to go to the hospital. In re...

AI Technical Summary

Problems solved by technology

However, the clinical ECG examination pays equal attention to arrhythmia and urgent ischemia, and myocardial ischemia corresponds to different parts of the heart. The information provided by single-lead ECG acquisition is relatively limited, which has certain limitations in clinical application. In heart monitoring applications that use mobile phones as display terminals, remote monitoring may often be interrupted due to reasons such as the absence of the mobile phone, the battery is dead, or the multitasking of the mobile phone itself is blocked.

Images