Double-stage wearable household electrocardiocorder and method thereof

Abstract

The invention discloses a double-stage wearable household electrocardiocorder and a method thereof. The electrocardiocorder comprises a shell, a bipolar lead electrode, a signal filtering, amplifying and conditioning circuit and a CPU, wherein the bipolar lead electrode, the signal filtering, amplifying and conditioning circuit and the CPU are arranged in the shell. The microprocessor is further connected with a memory card. The shell is provided with a switch / emergency button and an indicator lamp. A power module and a charge circuit are further arranged in the shell. The bipolar lead electrode is connected with the signal filtering, amplifying and conditioning circuit. The signal filtering, amplifying and conditioning circuit, the switch / emergency button, the indictor lamp, the memory card and a data communication module are connected with the CPU. The signal filtering, amplifying and conditioning circuit, the CPU, the switch / emergency button, the indicator lamp, the memory card and the data communication module are connected with the power module. The charge circuit is connected with the power module. The electrocardiocorder is convenient to operate and suitable for household use; by means of a fixing mode in which patches and binding belts are adopted, it can be avoided that motion interference is caused when a user moves to drag a lead wire.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a two-stage wearable household electrocardiogram recorder and a method thereof. Background technique [0002] Cardiovascular disease is one of the most serious diseases threatening human beings in the world today, and its morbidity and mortality have surpassed tumor diseases and ranked first. Because of the inconsistency in the manifestations and onset time of the disease, there are still many inconveniences in the prevention, diagnosis and treatment of cardiovascular diseases in the existing medical model and system. Therefore, early family intervention of high-risk groups is an important method to prevent cardiovascular diseases. It is an effective method to help solve the above contradictions to develop an easy-to-use ECG recording device for the family. [0003] The existing dynamic ECG recorder collects ECG signals by connecting the lead wires to the human body. The products...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing dynamic ECG recorder adopts the lead wire to connect the human body to collect ECG signals. The product is large in size, heavy in weight, complex in operation, and inconvenient to carry.

During use, it is easy to involve the lead wire during exercise, causing the electrodes to fall off or poor contact, which will cause interference signals and may be misjudged as abnormal ECG signals, which will greatly affect clinical diagnosis.

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