Human body electrocardio-data collection device and informationized data management method thereof

Abstract

The invention relates to a human body electrocardio-data collection device and an informationized data management method thereof, comprising an electrocardio sensor, an electrocardio-data collector and a USB connecting line which are connected in sequence; the electrocardio-data collector comprises a signal collection treatment circuit, an A / D convertor, a microprocessor circuit, a data storage circuit, a clock circuit and a USB interface circuit, wherein the data storage circuit is internally provided with in an informationized data management program. The invention also provides an informationized data management method thereof implemented on the human body electrocardio-data collection device. The invention is simple in structure and convenient in use, the device can be connected with acomputer or an intelligent mobile phone and other external devices through the informationized data management program arranged inside the data storage circuit of the electrocardio-data collector aswell as the USB interface circuit and the USB connecting line, and the collected electrocardio-data are stored, analyzed, managed and transmitted among networks by the external devices.

Description

Technical field [0001] The invention relates to a medical detection device, in particular to a human body electrocardiogram data acquisition device and a method for the device to perform human body electrocardiogram data collection and informatization data management. Background technique [0002] Cardiovascular diseases (coronary heart disease, high blood pressure) are epidemic diseases that endanger people in all countries in the world. The mortality rate accounts for about 1 / 3 of the total deaths in the world. The simplest and most effective way to distinguish ECG diseases is through The collection and analysis of the body surface electrocardiogram determine the patient's cardiac electrophysiology. More than 100 years after the birth of ECG, with the rapid development of electronic technology, ECG testing equipment has experienced tremendous development from analog trace display to ECG digital management, from single-lead ECG acquisition to 12-lead synchronous data acquisition...

AI Technical Summary

Problems solved by technology

However, the data signals obtained by the electrocardiogram examination equipment currently used in clinical practice can only be displayed and used on professional machines, and it is impossible to implement network information storage and management of patients' electrocardiogram data.

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