Time-phased wireless transmission Holter electrocardiograph monitoring system
A technology of ECG monitoring and wireless transmission, applied in sensors, medical science, diagnostic recording/measurement, etc., can solve the problems of emergency treatment death, increased mortality rate, life threat, etc., and achieves low cost, simple hardware structure, and rescue life effect
Inactive Publication Date: 2015-04-15
郭英杰
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However, even if the disease occurs during the monitoring process, the instrument can only make corresponding marks in the form of ECG event records, and cannot terminate the monitoring in time and transfer to the rescue process. For life-threatening sudden heart diseases, many patients with sudden The life is threatened if the treatment is not timely, so patients with acute myocardial infarction during monitoring often die due to lack of timely rescue treatment
Early rescue of acute myocardial infarction is a key issue related to whether the patient's life can be saved. Evidence-based medicine has confirmed that the success rate of rescue within 6-12 hours of the onset of the disease is very high, and the opportunity for interventional treatment is basically lost after 12 hours, and the mortality rate Significantly increased
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[0022] Give an acute myocardial infarction patient to implement the Holter ECG monitoring example of this patented technology below to illustrate the flow process and method of the present invention:
[0023] Examinee Zhang XX, male, 56 years old, had atypical precordial pain for 3 months, and went to see a doctor after 2 days of aggravation. After routine medical history inquiry and physical examination by grassroots community clinicians, an application for Holter ECG monitoring was submitted for suspected coronary heart disease. At 8:32 a.m. on September 27, 2012, he wore a Holter recording box for ECG monitoring. At 11:42 noon, Zhang felt pain in the precordial area, a sense of pressure, and dyspnea, so he pressed the ECG event button set on the recording box. Zhang's real-time ECG signal starts at the same time, and is transmitted wirelessly to the ECG center analysis host for early warning and real-time display. Dr. Guo, who was on duty in the ECG center, found ...
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The invention discloses a time-phased wireless transmission Holter electrocardiograph monitoring system which is characterized by comprising a monitoring lead wire with an electrode buckle plate, a Holter recording box, an analysis main machine personal computer (PC) and a remote electrocardiograph monitoring consultation center, wherein the monitoring lead wire is connected with the Holter recording box, the analysis main machine PC and the Holter recording box achieve transmission and receiving of electrocardiograph information data and control instructions through a universal serial bus (USB) communication cable and a wireless communication device, and the analysis main machine PC is connected with the remote electrocardiograph monitoring consultation center through the internet. The time-phased wireless transmission Holter electrocardiograph monitoring system can provide real-time electrocardiograph signals and segmented or time-phased electrocardiograph monitoring data, can immediately implement rescue pointing to symptoms in the monitoring process without stopping monitoring even when deadly electrocardio accidents happen, and is simple in hardware structure, low in cost, easy to popularize and especially applicable to monitoring treatment of sudden cardiac death (SCD) patients suffering from acute coronary syndromes or malignant fatal arrhythmia.
Description
technical field [0001] The invention belongs to the field of medical electrocardiographic monitoring instruments, and in particular relates to a Holter electrocardiographic monitoring system for wireless transmission in time intervals. Background technique [0002] ECG monitoring technology is currently one of the most commonly used detection methods in clinical and sports medicine. The main detection methods are divided into wired and wireless, and the analysis and diagnosis methods mainly include real-time monitoring and retrospective monitoring. The central content of the real-time monitoring method is that the ECG information of the subject appears on the display screen synchronously. When an ECG event occurs, the doctor can quickly find out and take rescue measures. Therefore, this monitoring method is mostly used in close medical institutions, such as emergency departments of various hospitals, coronary heart disease care unit CCU, and intensive care unit ICU. In sp...
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IPC IPC(8): A61B5/0402
Inventor 郭英杰刘军周鲁军杨晓峰
Owner 郭英杰