Physiological information monitoring system and monitoring method

Abstract

The invention discloses a physiological information monitoring system comprising a physiological information collector, a remote data terminal and a hospital monitoring center, wherein the physiological information collector is used for collecting a physiological signal, encrypting the collected physiological signal data and transmitting the physiological signal data to the remote data terminal, the remote data terminal is used for adding an identification code on the received physiological signal data and transmitting the physiological signal data to the hospital monitoring center, and the hospital monitoring center is used for decrypting, storing and analyzing the physiological signal data and sending a diagnostic report to the remote data terminal. The invention further provides a monitoring method. The physiological information monitoring system and the physiological information monitoring method disclosed by the invention are used for solving the problem of low privacy safety of subjects and low utilization rate of monitoring information, the collected physiological signal data are transmitted after being encrypted, thereby preventing the physiological information of the subjects from being leaked by illegal monitoring in the transmission process; and the hospital monitoring center analyzes the received data and provides the diagnostic report to provide illness condition caution to the subjects in time.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a physiological information monitoring system and a monitoring method. Background technique [0002] With the improvement of the quality of life, people pay more and more attention to personal health, and the demand for monitoring personal physiological parameters has expanded from hospitals to families. With the development of radio technology, a system for real-time monitoring of personal physiological information has emerged. [0003] See the Chinese invention application "A Real-time Monitoring System for Networked Human Physiological Parameters" (Application No.: 201110435674.0). The monitoring system includes several human physiological information monitoring devices, which are connected to a terminal in the cabin. The terminal is connected to an outboard terminal, and the outboard terminal is connected to a computer. The human physiological information monitorin...

AI Technical Summary

Problems solved by technology

This physiological information monitoring system can realize multiple physiological information monitoring, but has the following defects: (1) To realize multiple physiological information monitoring requires multiple human physiological information monitoring devices, the system is complex, and the interweaving of various wiring harnesses is easy to cause interference, and cannot meet the requirements portable requirements

(2) It can only be used in the cabin, and the place of use is limited

(3) After the collection of physiological information, only a simple summary is carried out without further analysis, and the information utilization rate is low

(4) No confidentiality measures are taken for the physiological information of each collection object, and the physiological information of the subject is easily monitored by illegal elements during the transmission process, which leaks the privacy of the subject

However, the physiological monitoring device or system still lacks centralized intelligent analysis and processing of the collected information, and the information utilization rate is low; it also does not keep confidential the personal physiological information, which endangers the privacy of the subjects.

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