Intelligent timing control system and method for plantar flap transplantation heating lamp

Abstract

The invention relates to an intelligent timing control system and method for plantar flap transplantation heating lamp. Belongs to the field of intelligent control for medical devices. The system integrates multi-point temperature sensors and blood flow velocity sensors to collect real-time temperature and hemodynamic data from the flap area. The control module uses intelligent control algorithms to dynamically fuse and analyze multimodal information, automatically adjusting the heating lamp's temperature, irradiation duration, and distance from the flap to achieve closed-loop, personalized, and precise management of the heating process. The system features abnormal alarm and safety protection mechanisms to ensure treatment safety and reduce medical intervention. The collected multimodal data can be used for modeling and optimization in subsequent treatment processes, improving flap survival rate and recovery quality. The invention significantly enhances the intelligence and reliability of postoperative irradiation for plantar flaps and has broad clinical application prospects.