Remote mobile medical system based on cloud computing

Abstract

The invention discloses a remote mobile medical system based on cloud computing. The remote mobile medical system comprises a physiological data acquisition terminal, a mobile medical client, a medical cloud platform and a management system, wherein the physiological data acquisition terminal is connected with the mobile medical client through wireless communication; the mobile medical client performs data interaction with the medical cloud platform through a Socket network communication module via a TCP / IP (Transmission Control Protocol / Internet Protocol); the physiological data acquisition terminal is a wearable medical sensor; the wearable medical sensor is used for transmitting acquired physiological data to the mobile medical client; the mobile medical client is used for storing, processing and displaying the physiological data; the mobile medical client is used for transmitting the physiological data to the medical cloud platform; the medical cloud platform is used for storing and processing the received physiological data; and the management system is used for managing the mobile medical client and the medical cloud platform. Through adoption of the remote mobile medical system, a large quantity of physiological data of a user can be stored, and the user can check a physical condition at any time and make a simple diagnosis.

Description

technical field [0001] The invention relates to the field of intelligent health care, in particular to a remote mobile medical system based on cloud computing. Background technique [0002] With the acceleration of the growth rate of my country's aging population, the number of patients with chronic diseases and degenerative diseases has also increased significantly, and children cannot be with their parents all the time, and the interval between physical examinations is relatively long. Expansion capabilities and mobile terminal service capabilities have put forward higher requirements. The existing community medical and health information systems, mainly traditional record-based health management, maintain a system centered on hospitals or medical institutions, and are deployed separately in each Community health service centers are also isolated among different communities, data are scattered in various places, and there is no unified plan. The examinations done by patients...

AI Technical Summary

Problems solved by technology

[0002] With the acceleration of the growth rate of my country's aging population, the number of patients with chronic diseases and degenerative diseases has also increased significantly, and children cannot be with their parents all the time, and the interval between physical examinations is relatively long. Expansion capabilities and mobile terminal service capabilities have put forward higher requirements. The existing community medical and health information systems, mainly traditional record-based health management, maintain a system centered on hospitals or medical institutions, and are deployed separately in each Community health service centers are also isolated among different communities, data are scattered in various places, and there is no unified plan. The examinations done by patients in different community health service centers are not recognized in other central sites, and there are shortcomings such as data isolation and non-traceability , In this way, when the doctor checks the cause of the disease, he only gets the temporary situation, but cannot obtain the historical data, which will cause a great chance of misdiagnosis, and delay the time and money of diagnosis and treatment.

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