Toilet seat-based electrocardiogram acquisition device, system and method for monitoring electrocardiogram

Abstract

The invention discloses a toilet seat-based electrocardiogram acquisition device, a system and method for monitoring electrocardiogram. The device comprises a bio-electrode for acquiring a bioelectrical signal of a user, a heart rate sensor for acquiring a heart rate signal of the user, a pressure sensor for acquiring a pressure signal from a toilet seat when the user sits on a toilet, a pre-processing unit for performing filter, amplification and conversion processing on the acquired bioelectrical signal, the heart rate signal and the pressure signal, and a communication unit for transmittingthe preprocessed bioelectrical signal, the heart rate signal and the pressure signal to a cloud server, and precise electrocardiogram data can be calculated through the cloud server. The electrocardiogram can greatly solve the compliance of a detected person without changing existing habit or behavior of the detected person, and can achieve a constant detection effect by once or multiple measurement each day, so that electrocardiogram data can be monitored for a long time, and users can prevent diseases as early as possible.

Description

technical field [0001] The invention belongs to the technical field of electrocardiogram collection, and in particular relates to an electrocardiogram collection device based on a toilet seat, an electrocardiogram monitoring system and a method. Background technique [0002] According to my country's statistics in 2000, whether in rural areas or in cities, the incidence of cardiovascular disease is very high, which is basically the same as the statistical ratio of the World Health Organization. The British Cardiovascular Research Group studied 1,290 patients with sudden death and interviewed their family members and colleagues. Among the 1,290 patients, 70% of them had symptoms of chest tightness and shortness of breath within one month before the sudden death, and 70% of them had Symptoms last for more than 15 minutes, and these sudden situations are often ignored by the person and the people around them, and the electrocardiograph is an important instrument used to record ...

AI Technical Summary

Problems solved by technology

[0003] Traditional ECG Figure 1 Generally, detection in medical institutions or collection on small home-use ECG detectors often requires personnel intervention, and measurement also refers to on-demand measurement, which cannot avoid intervention and continuous collection of ECG data, especially for patients with cardiovascular-related diseases , often because the understanding of symptoms lags behind, and the best time for treatment is delayed; most electrocardiographs directly obtain ECG data through heart rate sensors, such data cannot meet the requirements of medical data, although some use electrodes to collect ECG, However, the result is also directly calculated by the MCU on the device. The computing power of the device MCU is very weak compared to the cloud computing power. The computing power is limited and the expected effect cannot be achieved.

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