Generic access network-based tele-medicine method and system

Abstract

The invention provides a generic access network-based tele-medicine system which comprises a medicine terminal, a user self-service portal and a machine-to-machine (M2M) service management platform; wherein the medical terminal is used for collecting physical index data of a user and transmitting the collected physical index data to the M2M service management platform; the user self-service portal is used for determining the machine model of the medicine terminal according to selection of the user, and sending a registration request carrying the machine model of the medicine terminal to the M2M service management platform, as well as receiving and storing diagnosis result data from the M2M service management platform, and showing the diagnosis result data to the user according to the request of the user; and the M2M service management platform is used for scheduling information of a corresponding adaptive template according to the machine model of the medicine terminal in registration information of the user, storing and displaying the analyzed physical index data and transmitting the diagnosis result data to the user self-service portal.

Description

technical field [0001] The present invention relates to mobile communication technology, in particular to a telemedicine method and system based on a universal access network. Background technique [0002] my country is the country with the largest elderly population in the world. By the end of 2009, the total number of elderly people in my country had reached 167 million, accounting for 12.5% ​​of the total population. During the "Twelfth Five-Year Plan" period, the national elderly population will exceed 200 million. Population aging has become a trend, and there are more and more patients with chronic geriatric diseases. In addition, the fast pace of life in modern society, high work pressure, mental stress, unhealthy lifestyle and obesity have also led to an increasing number of chronic disease patients among young and middle-aged people. [0003] Chronic diseases and degenerative diseases require long-term follow-up and treatment, and currently hospital observation a...

AI Technical Summary

Problems solved by technology

[0010] The existing remote health diagnosis and treatment solutions have the following defects: medical terminals launched by different manufacturers often use proprietary protocols, that is, they have different message formats; moreover, the interpretation of terminal measurement results is diversified: for the same measurement index, different The data measured by some terminals have different interpretation meanings; moreover, some terminals do not have the function of data export at all, and can only read the measurement data manually

Therefore, most of the existing telemedicine systems are self-contained, and often due to the inconsistency of interfaces and architectures, these subsystems that should be tightly integrated have become "information islands" one by one, and the systems launched by different manufacturers cannot achieve mutual cooperation. The coordination and cooperation between the systems, the degree of integration between the systems is very low and there are bottlenecks

The remote access of medical terminals (or "non-standard medical terminals") of third-party manufacturers can only be realized by introducing a customized access adapter, and the adapter can only support a certain medical terminal or certain medical Terminals, unable to achieve universal access to all medical terminals, which will limit the application and promotion of telemedicine systems

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