Telemedicine service system based on cloud platform and telemedicine service control method

Abstract

The invention relates to a telemedicine service system based on a cloud platform and a telemedicine service control method and belongs to the technical field of medical equipment. The system comprises a cloud server, a medical care subject terminal unit and a doctor diagnosis terminal unit. The cloud server is used for storing self-measured vital sign information and doctor diagnosis information of a medical care subject and generating medical record information according to the diagnosis information. The medical care subject terminal unit is used for acquiring the vital sign information of the medical care subject and uploading the vital sign information to the cloud server and can also be used for downloading the diagnosis information and the medical record information so that the information can synchronize with the information of the cloud server. The doctor diagnosis terminal unit is used for downloading the vital sign information of the medical care subject and uploading the corresponding diagnosis information to a cloud server terminal so that a doctor can perform online diagnosis according to the self-collected vital sign information of the medical care subject by means of the doctor diagnosis terminal unit of the system to achieve telemedicine. The cloud server can achieve cloud storage and maintenance of medical records so as to facilitate consultation and downloading, and thus the medical care subject can share the medical record with the family and a service institution.

Description

technical field [0001] The present invention relates to the technical field of medical equipment, in particular to the technical field of network-based telemedicine equipment, and specifically refers to a remote medical service system and a remote medical service control method based on a cloud platform. Background technique [0002] Many international and domestic companies have HIS (Health Information System) products, whose main functions are access, integration and process management of medical information. For example, the HighCare digital hospital solution of NEC Corporation of Japan focuses on and optimizes medical process management, and provides clinical information management functions based on standardization and in line with international standards. Many domestic companies also have HIS products, such as the HIS system developed by Shanghai Jiaotong University School of Medicine used by Shanghai Ruijin Hospital. [0003] These systems have the following characte...

AI Technical Summary

Problems solved by technology

[0006] 3) The computers of the system are mostly connected by Ethernet, the medical place is fixed in the hospital, and the medical computer has no mobility

[0007] 4) All the information in the HIS is provided by medical staff, and there is no information provided by medical objects

[0008] 5) Medical objects cannot view HIS information

[0009] 6) There is no system that can provide telemedicine at home. The telemedicine system represented by Shandong Provincial Hospital only uses the Polycom video conferencing system to solve the problem of multi-party video communication. Patients still need to go to a hospital with this system. Designated hospitals to receive relevant medical services

[0010] 7) At present, there is no system that can use Internet-based server push technology to remind, warn and provide health care service feedback to medical care objects

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