US US20260224309A1
[0000] A robotic surgical system is disclosed incorporating artificial intelligence (AI)-driven haptic feedback to enhance surgical precision and safety. The system includes a surgeon console, robotic arms with surgical tools, imaging devices, and sensors configured to acquire intraoperative data. A processor executes an AI model trained to infer anatomical context and generate haptic control parameters. A haptic feedback interface delivers force, vibration, shear, or thermal stimuli, while a controller applies haptic signals in real time with latency below 50 milliseconds. Feedback is dynamically modulated according to AI-inferred interaction classifications. The system utilizes real-time data, including video, imaging, force, and biometric inputs, to support intraoperative decision-making, trajectory refinement, and surgeon performance assessment. Capabilities include autonomous surgical step execution, surgeon fatigue detection, and continuous model training using historical and live surgical data, enabling adaptive and personalized robotic-assisted procedures.
A document turning up in a search is not the same as a document that anticipates your claims. Our registered Patent Agents read the claims, not just the abstract, and tell you where you still have room.
Protect Your InventionBibliographic data via the European Patent Office's Open Patent Services (DOCDB) . Republished here for research and prior-art review. This page is not legal advice, and its presence in our index says nothing about the validity or enforceability of the document. For the Indian legal position (status, oppositions, renewals), see InPASS.