Novel intelligent electrocardiogram test healthcare apparatus

Abstract

A novel intelligent electrocardiogram test healthcare apparatus is capable of acquiring electrocardiogram signals by the aid of biological contact electrodes, realizes processes including amplifying, A / D (Analog / Digital) conversion, drift suppression, alternating-current filtering, electrocardiogram filtering, contact examination and the like on the electrocardiogram signals by the aid of a single processing chip, and accordingly acquires high-quality electrocardiograms. The healthcare apparatus is connected with a computer software analysis processing device which is installed on a personal computer, a laptop, a netbook and a mobile phone through a communication interface module to record and analyze electrocardiogram wave for reference of clinical examination. The computer software analysis processing device analyzes the electrocardiogram signals through a signal analysis module and has functions including heart rate test, pressure test, decompressing interaction, electrocardiogram medical monitoring, identification, mode test and the like. Electrocardiogram information of a user can be acquired, displayed and stored within a few seconds, and the novel intelligent electrocardiogram test healthcare apparatus can be connected with a monitoring center of a national remote electrocardiogram monitoring network system at any place and any time through a network communication module by the aid of a wired / wireless communication network so as to obtain help of remote doctors.

Description

technical field [0001] The invention relates to a medical care device, in particular to a novel intelligent health care device for electrocardiogram testing. Background technique [0002] At present, ECG monitors at home and abroad are mainly used in clinical side care equipment. It only involves the technical field of monitoring the electrocardiogram of the human body. As long-term home monitoring of heart disease patients and self-testing of sub-healthy people, there are problems such as large volume, complicated operation, and long time-consuming; ECG data is difficult to save for a long time, low efficiency, expensive, poor real-time performance, etc. Restricting the patient's activities is not convenient for ECG testing. [0003] There is also a dynamic ECG system, for example: Patent No. 95114236 "a dynamic ECG monitoring device and its intelligent monitoring method". The existing dynamic ECG signal acquisition equipment generally only collects ECG signals without r...

AI Technical Summary

Problems solved by technology

The existing dynamic ECG signal acquisition equipment generally only collects ECG signals without real-time analysis and processing. For patients, the collected data must be sent back to the hospital for analysis, which is highly dependent on the doctor's diagnosis. Poor, usually takes a long time from signal collection to analysis and processing results; and because it does not support online analysis and processing, when there is no doctor present, most patients cannot have a relatively complete understanding of the condition

Especially for some high-risk signal signs, the existing equipment cannot provide real-time early warning, and can only play a recording role, and cannot play a life-saving role.

[0004] Secondly, existing equipment generally only has one or two wireless communication methods, which is not a complete solution

Due to the limited access mode, the application is limited, and it is not suitable for the application and popularization of the multimedia era in the future.

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