Method and system of wireless medical monitoring

Abstract

The invention provides a method and system of wireless medical monitoring which can be used anytime and anywhere to carry out wireless monitoring to patients in hospital and revisiting after discharge. The method comprises: acquiring human body physiology data of patients at any place in hospital in real time through an acquisition apparatus adorned on patients and transmitting the data to a monitoring center of the hospital; associating by the hospital monitoring center the acquired human body physiology data with medical information of patients, carrying out an integrate analysis of the acquired human body physiology data by utilizing historical data of medical information; determining whether condition is abnormal in dependence on analysis results and alarming when in abnormity. The method and system raise free degree of monitoring and change the situation that in traditional monitoring mode patients are constrained in ward beds, besides, they can carry out a whole course tracking and monitoring to patients after discharge and realize integration of wireless monitoring in hospital and rehabilitation tracking after discharge, thereby easily solving the problem of revisiting hard for patients after discharge at present.

Description

technical field [0001] The invention relates to the technical fields of network communication and medical sensing, in particular to a wireless medical monitoring method and system. Background technique [0002] Medical monitoring is the detection and monitoring of the physiological and pathological state of the human body. It can monitor the important vital parameters of the patient in real time, continuously and for a long time, and transmit these physiological parameters to the doctor. The doctor will diagnose and treat the patient according to the test results. . It plays an important role in the monitoring of critically ill patients, the rescue of wounded and sick, the monitoring of patients with chronic diseases and elderly patients, and the detection of athletes' physical activity. [0003] At present, most of the monitoring systems used in hospitals use fixed medical monitoring equipment, which collect physiological parameters of the human body through sensors, and t...

AI Technical Summary

Problems solved by technology

This kind of traditional monitoring system based on cable connection is often bulky, consumes a lot of power, and is not portable, which limits the movement of patients and medical staff and increases their burden and risk.

[0004] For example, in the intensive care unit of a hospital, all kinds of monitoring equipment are placed around the hospital bed, and only the patients in the intensive care unit can be monitored.

For the monitoring of some common diseases, such as inpatients in the recovery from surgery, they will not stay in the intensive care unit all the time, and they will go out for a walk based on the needs of rehabilitation. However, if the patient temporarily leaves the intensive care unit, continuous monitoring cannot be performed.

What's more serious is that if the patient has an emergency while walking or going to the toilet, and no one around finds out, this situation is very dangerous to the patient, and the monitoring work is meaningless at this time

As for the medical staff, it is also necessary to pay attention to the monitoring data of the patient at any time. Once the medical staff makes omissions, it will delay the diagnosis and treatment of the patient.

[0005] In addition, this traditional medical monitoring method is likely to increase the patient's psychological pressure and tension, which in turn affects the patient's physical condition, causing a certain gap between the diagnostic data and the patient's real physiological condition, and affecting the correct diagnosis of the disease.

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