Collecting and processing method applicable to different electrocardio collecting boxes

Abstract

The invention relates to a collecting and processing method applicable to different electrocardio collecting boxes. The method comprises the following steps: (1) a receiving end is connected with an object to be detected to start to check and collect electrocardio signals, and transmit the electrocardio signals to a receiving / forwarding box; (2) the receiving / forwarding box judges whether the electrocardio signals are received, if so, the step (3) is carried out, if not, the step (1) is repeated; (3) the receiving / forwarding box recognizes the received electrocardio signals, converts the signals into electrocardio signals of a uniform form, and transmits the converted signals to a network server through a network; (4) the network server receives the electrocardio signals and judges whether the signals are well received, if so, the step (5) is carried out, if not, the step (3) is repeated; (5) the network server stores the received electrocardio signals and creates a file in a database; and (6) a user browses the electrocardio signals through a browser terminal. Compared with the prior art, the collecting and processing method disclosed by the invention has the advantages of environment friendliness, fastness, high working efficiency and the like.

Description

technical field [0001] The invention relates to a collection method of electrocardiogram signals, in particular to a collection and processing method suitable for different electrocardiogram collection boxes. Background technique [0002] The heart is the power source of blood circulation in the human body, relying on the rhythmic beating of the heart to make the blood continuously circulate in the body to maintain normal life activities. Before the heart beats, the myocardium is firstly excited, and a weak current is generated during the exciting process, and the current is transmitted to various parts through the human body tissue. Because the tissue of each part of the body is different, the distance between each part and the heart is different, so in the human body Various parts of the table show different potential changes, and these potential changes can be sent to a special recording device----electrocardiogram equipment through wires to record and form a dynamic curv...

AI Technical Summary

Problems solved by technology

However, in the international context, the most commonly used electrocardiogram in clinical practice has not yet had an ideal network solution.

[0006] The crux of the problem lies in: the classification of ECG information is relatively complicated, and there are many manufacturers of ECG equipment with different product specifications. Consider that the data output by different brands of ECG machines can only be viewed by their own viewers, so the format of the obtained ECG is not uniform

This not only brings difficulties to the exchange of ECG data, but also brings difficulties to the computer automatic analysis of ECG

[0007] On the other hand, conventional static ECG is divided into different types such as single lead, 3 lead, 6 lead, 12 lead synchronous, etc. In addition, there are 3 lead and 12 lead 24-hour Holter ECG, ECG, ventricular late potential, ECG Stress test and other in-depth ECG analysis techniques, so it is difficult to use a digital technology and network technology to cover all ECG product models and all ECG detection content. The original international trial standard "Standardization of ECG information Communication Protocol-SCP-ECG", which is not comprehensive enough because it only includes static ECG, and its digital communication solution is technically unacceptable by mainstream ECG equipment manufacturers

Therefore, until now, there is no authoritative ECG information standard in the world.

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