Application of Internet of Things Technology in 3D Medical Image Model

Abstract

The Internet of Things technology has been used in many fields with its powerful functions, diverse forms, and advanced technologies. The Internet of Things technology can be connected with various technologies and models through the cognitive recognition layer, network construction layer, management service layer, and integrated application layer, to get better functionality. In order to make medical technology more advanced, the IoT technology is applied to the 3D medical image model to improve the treatment effect. First, 30 volunteers were selected to perform X-ray scanning on the human body through the sensor module to obtain the data. Then, the data were transmitted to the Geomagic Studio module through the Zig-Bee module, and the orthopedic rehabilitation device was adjusted to complete the establishment of the 3D model. Finally, the CAE finite-element analysis module is used to analyze the performance of the model, and the optimal structure is calculated to print the best 3D model. Then, the volunteers are tracked to integrate the data from the size and weight. The 3D printed models were investigated in eight aspects: adjustment, safety, durability, ease of use, comfort, and effectiveness. Finally, it is concluded that the application of the Internet of Things technology to the 3D medical image model can improve the convenience, safety, durability, and effectiveness of the 3D medical image model, thereby improving the overall medical level.