Intelligently precise positioning method for acupuncture and tuina

Abstract

The present invention provides an intelligently precise positioning method for acupuncture and tuina, including the following steps: S1: multimodal data acquisition. In the intelligently precise positioning method for acupuncture and tuina provided in the present invention, through cooperation of steps of the multimodal data acquisition, data preprocessing and feature fusion, intelligent acupoint positioning, treatment plan generation, coordinated treatment and real-time feedback, dynamic regulation, treatment recording and traceability, and the like, the multimodal sensor comprehensively acquires surface and subcutaneous data. Combined with the deep learning model and the traditional Chinese medicine acupoint knowledge graph, precise positioning can be implemented without reliance on practitioner experience, thereby reducing human errors and improving acupoint positioning accuracy. A personalized treatment plan is generated based on individual data, a coordinated treatment mode is adapted to different clinical needs, and a closed-loop control module dynamically adjusts a parameter to prevent a treatment deviation.