Enhanced Surveillance Marker System for Robotic-Assisted Surgery

The disclosed inventive concept improves the accuracy and efficiency of robotic-assisted surgical procedures by integrating advanced surveillance marker technologies, real-time feedback, and personalized surgical planning.

The original patent disclosed a system for monitoring registration of a patient to a surgical robot, which relied on surveillance markers for tracking movement of the surgical robot. However, the original system had limitations in terms of tracking accuracy, marker placement, and surgical planning. The new inventive concept addresses these limitations by introducing enhancements to the surveillance marker system, real-time feedback, and personalized surgical planning.

The enhanced surveillance marker system comprises a real-time feedback module to alert surgeons of potential tracking errors during the procedure. The system also includes a method for enhancing registration accuracy, which involves calibrating the tracking camera system, tracking movement of the surgical robot, and dynamically adjusting the surveillance marker position to optimize tracking. Additionally, the surveillance marker is integrated with an LED indicator to provide visual confirmation of tracking accuracy during the procedure. Furthermore, the system features a retractable tip to facilitate easy insertion and removal from the bony structure. A surgical planning module is also configured to generate personalized surgical plans based on the patient's anatomy and the surgeon's preferences, thereby improving registration accuracy and reducing procedure time.

The new claims introduce several novel features, including the real-time feedback module, dynamic surveillance marker positioning, LED indicator integration, retractable tip design, and personalized surgical planning module. These features provide a significant improvement over the original patent, enabling more accurate and efficient robotic-assisted surgical procedures.

Alternative embodiments of the inventive concept may include varying the design of the surveillance marker post, using different materials for the marker, or integrating additional sensors to enhance tracking accuracy. Variations of the surgical planning module may include incorporating machine learning algorithms to optimize surgical plans or integrating with other surgical systems to provide a more comprehensive solution.

The enhanced surveillance marker system has significant commercial potential in the robotic-assisted surgery market, which is expected to grow rapidly in the coming years. The system's ability to improve accuracy and efficiency will appeal to hospitals and surgical centers seeking to reduce procedure time and improve patient outcomes. Additionally, the system's personalized surgical planning capabilities will be attractive to surgeons seeking to tailor their approach to individual patients.