Design and Implementation of Industrial Auxiliary System Based on Hololens

In order to solve the problem of untimely and incomplete information acquisition of production site staff, this paper proposes an industrial auxiliary system design method based on Hololens, analyzes the overall design framework of industrial auxiliary system, constructs the functional modules of the system, and takes the flexible assembly line as an example for research and development. Based on the information visualization demand analysis of the manufacturing integration platform, the overall architecture and functional modules of the industrial auxiliary system are designed. The wearable AR device is used as the information display device, and human-computer interaction is carried out by means of gesture interaction and voice interaction. Wireless communication is adopted to realize information transmission between AR equipment and production line equipment. The registration and tracking method based on improved ORB algorithm is adopted to realize the auxiliary assembly function. The system has good immersion and interactivity, and effectively improves the efficiency of information acquisition of production site personnel. The practical application effect is significant.