Cardiology real-time monitoring system and monitoring method thereof

Abstract

The invention provides a cardiology real-time monitoring system and a monitoring method thereof. The system includes an electrocardiographic monitoring module, a transmission module and a smart mobileterminal module, and is used for realizing the real-time monitoring, treatment, display and analysis of electrocardio-signals; the electrocardiographic monitoring module adopts a lossless data compression algorithm to perform lossless compression on electrocardio-signal data collected in real time; the transmission module adopts an LP-WAN wireless communication transmission mode to realize the long-distance low-power wireless network transmission of real-time electrocardio-signal monitoring data; and the smart mobile terminal module performs electrocardio-signal reconstruction on the electrocardio-signal compression data to convert into original electrocardio-signals so as to generate electrocardiographic monitoring images. The monitoring method of the system realizes the real-time monitoring and analysis of the electrocardio-signal data through the compression, transmission, reconstruction, analysis and display of the electrocardio-signals; and the system can realize the real-time compression and high-precision reconstruction of the electrocardio-signal data and can carry out the long-distance low-power wireless network transmission of the data.

Description

technical field [0001] The invention relates to the field of electrocardiographic monitoring data, in particular to a real-time monitoring system and a monitoring method for the cardiology department. Background technique [0002] Cardiac disease, as the most common cardiovascular disease with a high mortality rate, is the focus of research in the field of cardiology. In clinical practice, electrocardiogram is usually used to monitor the heartbeat rhythm of patients. ECG monitoring technology has the advantages of convenience, harmlessness and low cost, and is the most common and basic diagnostic method in the screening of various cardiac abnormalities. Long-term continuous ECG monitoring is of great significance for the prevention and early detection of heart disease. The continuous monitoring method of Holter monitoring expands the time limit of screening and can indeed increase the detection rate of abnormal heart rhythms. However, due to limited equipment technology, u...

AI Technical Summary

Problems solved by technology

However, the disadvantage of this method is that the wireless transmission method of Bluetooth transmission is suitable for short-distance transmission, so the application of this system for long-distance transmission is limited.

But the disadvantage of this method is: the application of this system for long-distance transmission is limited, and the data compression and transmission of ECG signals have not been greatly improved.

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