Physiological multi-parameter remote monitoring system based on B/S structure

Abstract

The present invention provides a physiological multiple-parameter remote monitoring system based on a B / S structure and a method thereof and belongs to the physiological parameter remote monitoring field. The monitoring system comprises a multiple-physiological-parameter collector, a client-side PC machine, an Internet network and a hospital server. The multiple-physiological-parameter collector is connected with the client-side PC machine. The client-side PC machine is connected with the hospital server by the Internet network. The system adopts the multithreading technology and is based on TCP / IP agreement to extend a central monitoring system from the inside of the hospital to the family or the community, and the multithreading concurrent server mode is applied to hospital server-side software. The ActiveX technology is combined with the B / S structure, and an ActiveX control is embedded into a Web page, which ensures that a serial can be read and written by a browser to send data to the server-side. The system of the present invention is convenient for arranging and maintaining the client-side software and provides a new solution for the polarization and the networking of medical instruments.

Description

technical field [0001] The invention relates to a physiological multi-parameter remote monitoring system based on a B / S (browser / server) structure, belonging to the field of physiological parameter remote monitoring. Background technique [0002] Clinically important physiological parameters include ECG, blood pressure, body temperature, blood oxygen saturation, respiratory wave, etc. The monitoring and detection of these physiological parameters has extremely important clinical significance for the health of chronic disease patients and the elderly, as well as the prevention and treatment of cardiovascular diseases. In particular, long-term monitoring of these physiological parameters can help us understand the changing trend of the health status of the human body and grasp the impact of some diseases on the human body. The multi-physiological parameter remote monitoring system can enable patients to receive the same service as the hospital in the community or at home, whic...

AI Technical Summary

Problems solved by technology

[0005] At present, in this remote monitoring system based on client / server mode, the client uploads the collected physiological parameters to the server, and the doctor downloads the physiological parameters from the server for diagnosis, and cannot monitor the physiological information of the client in real time.

Moreover, the corresponding software is usually installed on the client side, and the cost of maintenance and upgrade is relatively high.

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