Usage of Narrowband Internet of Things in Smart Medicine and Construction of Robotic Rehabilitation System

Abstract

The Internet of Things (IoT) technology and robotics technology are applied to the smart medicine to reduce the labor intensity of medical staff and complete more work within unit time. A narrowband intelligent medical system based on the IoT is designed by taking the lower limb exoskeleton robot rehabilitation system as the entry point. In this study, the key points of the IoT technology are analyzed firstly, and the model of the robot rehabilitation system and the overall system architecture are designed. Then, the software and hardware of the patient data acquisition equipment are designed, realizing interaction between the information acquisition platform and other functions. Thirdly, the system management software is designed, and the medical information communication and management is constructed between the user and the intelligent cloud platform and the hospital server. Finally, a smart rehabilitation system is built to realize quick response to user needs. The test results show that the system constructed in this study can realize the real-time, automatic, and remote upload of the collected information of patients, so that the information is not restricted by the location and it is convenient for doctors to diagnose the condition of patient anytime and anywhere. The system designed in this study provides a reference for the application of advanced IoT technology in medical diagnosis.