Dynamic electrocardiograph monitoring system based on internet of things

Abstract

The invention discloses a dynamic electrocardiograph monitoring system based on the internet of things. The dynamic electrocardiograph monitoring system comprises electrocardiograph data network of things collecting module and an electrocardiograph monitoring module. The electrocardiograph data network of things collecting module comprises an electrocardiograph sensor and a data processor. The electrocardiograph sensor is used for collecting electrocardiograph signals and transmitting the collected electrocardiograph signals to the data processor. The data processor transmits the electrocardiograph signals to the electrocardiograph monitoring module in a wireless mode through a remote transmission module after processing the obtained electrocardiograph signals. The electrocardiograph monitoring module comprises an electrocardiograph data storage server, an electrocardiograph analysis workstation and an intelligent mobile terminal. The electrocardiograph data storage server is used for storing information sent by the remote transmission module, and after the information is analyzed by the electrocardiograph analysis workstation, an analysis result is transmitted to the intelligent mobile terminal. The dynamic electrocardiograph monitoring system based on the internet of things can be used for collecting, transmitting and monitoring electrocardiograph data of patients in real time.

Description

technical field [0001] The invention relates to an improvement of a dynamic electrocardiographic monitoring device, in particular to a dynamic electrocardiographic monitoring system based on the Internet of Things that can monitor patients in real time. Background technique [0002] Routine ECG examination time is short and the amount of information is limited. Some patients with paroxysmal symptoms and short duration, even if they go to the hospital in time after the onset, the symptoms may disappear before the examination, and the electrocardiogram examination is difficult to provide a useful diagnostic basis. Dynamic electrocardiography is a method that can continuously record and analyze the changes of the human heart's electrocardiogram in the active and quiet state for a long time. It has become one of the important diagnostic methods for non-invasive examination in the clinical cardiovascular field. Compared with ordinary electrocardiograms, dynamic electrocardiogram...

AI Technical Summary

Problems solved by technology

However, during the working period of the ECG recorder, the doctor cannot observe and analyze the patient's ECG data in real time, cannot know whether the data quality meets the requirements, and cannot provide timely and effective guidance to the patient. The patient must go to the hospital to hand over the ECG recorder 24 hours later. To the doctor, longer ECG monitoring time cannot be guaranteed

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