Medical treatment monitoring system based on wireless network

Abstract

The invention relates to a medical treatment monitoring system based on a wireless network. The medical treatment monitoring system comprises a measuring device and a monitoring host, wherein the measuring device is used for collecting and sending physiological parameter information of a patient, and the monitoring host is in wireless connection with the measuring device and used for receiving the physiological parameter information, and processing, storing and displaying the physiological parameter information. According to the medical treatment monitoring system based on the wireless network, uninterrupted real-time monitoring can be achieved, medical service quality of a hospital can be improved, labor can be saved, working burdens of medical workers can be reduced, and an arranged permission authentication module can prevent a non-permitted person from peeping at privacy of the patient and keep the information of the patient secret. When an abnormal condition appears, phone numbers of the related medical workers and family members of the patient can be dialed through a phone dialing module, and abnormal information is timely told to the medical workers and the family members of the patient, an alarm sound is sent out through an alarm apparatus, and therefore the medical workers and the family members of the patient can timely take related measures.

Description

technical field [0001] The invention relates to a monitoring system, in particular to a wireless network-based medical monitoring system. Background technique [0002] As the incidence of various diseases continues to rise, people's requirements for medical treatment and first aid continue to increase. Medical informationization has become the only way for the modernization of my country's medical institutions. [0003] The measurement of physiological parameters can provide users with timely information feedback, which is of great significance. Physiological parameters mainly involve ECG, heart rate, respiration, invasive blood pressure, non-invasive blood pressure, body temperature, cardiac output, blood oxygen saturation, Pulse, blood sugar level, etc. [0004] In traditional medical institutions, medical staff usually help patients measure various physiological parameters and record them one by one. The work intensity of medical staff is high and the waste of human reso...

AI Technical Summary

Problems solved by technology

[0004] In traditional medical institutions, medical staff usually help patients measure various physiological parameters and record them one by one. The work intensity of medical staff is high, and human resources are seriously wasted.

Although there are existing instruments that can automatically measure the patient's physiological parameters, the instrument cannot monitor the patient's physiological parameters in real time, resulting in frequent delays in treatment, and the safety of the patient cannot be guaranteed

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