ECG Watch --I

ECG device principle

Electrophysiological heart rate monitoring (ECG) is a technology that detects the electrical activity of the heart and is widely used in heart rate monitoring devices. ECG devices detect heart rate by capturing changes in heart voltage, a process based on the electrical signals generated by the heart every time it beats. These electrical signals are captured by sensors on the watch and then converted into graphical data to display the heart's activity.

ECG detection logic

The user wears the ECG device and puts the electrode sheet close to the skin to record the ECG signal---the device converts the ECG signal into an electrical signal through sensors, electronic components and other technologies---the device converts the ECG signal into an electrical signal---the device transmits the electrical signal to the algorithm---the algorithm analyzes and processes the ECG signal to generate an ECG waveform--the generated ECG is transmitted to the device and APP, so that users can view and analyze it at any time.

ECG's role and scope of application

1. Diagnosis of heart disease - By analyzing the characteristics of ECG signals, doctors can be assisted in disease diagnosis and treatment planning, such as myocardial ischemia, coronary heart disease, etc.

2. Heart rate prediction and health management - By analyzing the characteristics of ECG, the user's heart rate can be predicted and corresponding health advice can be provided, such as heart rate prediction.

3. Heart disease screening and prevention - By analyzing the characteristics of ECG signals, potential heart diseases can be found in health examinations and disease screening, and early intervention and treatment can be provided.