Portable electrocardio signal monitoring instrument

Abstract

The invention discloses a portable electrocardio signal monitoring instrument which comprises an external shell body and an electronic circuit board. A program downloading module, a program downloading interface, a first data storage unit, a data interface connected with an electrocardiogram machine, a program updating module, a data processor, a second data storage unit, a parameter setting unit, a display unit and a clock circuit are arranged on the electronic circuit board. The program downloading module is used for downloading a diagnostic method for automatically diagnosing an actually measured electrocardio signal and a corresponding control program. The data processor is used for analyzing and processing the electrocardio signal measured by the electrocardiogram machine and correspondingly obtaining a tentative diagnostic scheme. The second data storage unit is used for synchronously storing the electrocardio signal and test time measured by the electrocardiogram machine and the tentative diagnostic scheme obtained by analysis by the data processor. The portable electrocardio signal monitoring instrument has the advantage of being simple in structure, reasonable in design, convenient to install and distribute, simple and convenient to use and operate, high in intellectualization degree, good in use effect, and capable of automatically completing electrocardio signal monitoring and tentative diagnosis process at home.

Description

technical field [0001] The invention relates to a portable monitoring instrument, in particular to a portable electrocardiographic signal monitoring instrument. Background technique [0002] In the actual diagnosis of the disease, the electrocardiogram can be used to analyze and identify various arrhythmias, and can also reflect the degree and development of myocardial damage and the functional structure of the atria and ventricles. It has reference value. The existing ECG remote analysis system is established on the basis of remote communication. Specifically, the measured ECG information is sent to the ECG worker through remote communication, and timely and accurate pathological guidance is given to the patient accordingly. Therefore, it is necessary to wait The electrocardiogram worker at the other end of the server performs diagnosis, that is to say, the electrocardiogram worker needs to conduct remote online guidance and diagnosis, so the workload of the electrocardiog...

AI Technical Summary

Problems solved by technology

However, many patients nowadays do not need ECG workers to perform real-time online diagnosis, they only need to conduct routine analysis of the ECG measured at each time period, and the vast majority of patients are patients who undergo routine ECG tests on a regular basis , and does not require ECG workers to conduct online diagnosis and guidance one by one, unless it is for special patients or patients with more serious conditions, ECG workers need online diagnosis and guidance

Therefore, in today's remote ECG analysis system, ECG workers need to perform online diagnosis and guidance on the diagnosis requests sent by each patient, and perform one-by-one diagnosis on routine routines according to the normal diagnostic procedures. Various practical problems such as slow speed and possible delayed diagnosis of critically ill patients

[0003] To sum up, there is a lack of a blood pressure monitoring instrument with reasonable design, easy operation, high degree of intelligence and good use effect, which can automatically complete the ECG signal monitoring and preliminary diagnosis process at home, and patients do not need to go to the hospital. It greatly reduces the workload of hospital staff, and at the same time wins more time for diagnosis and treatment for patients with serious conditions

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