Body-Worn AR Surgical Guidance for Instrument Identification

The patent uses augmented reality to create virtual copies of surgical instruments and instructions that are overlaid onto the physical surgical field. Instead of using physical printouts or models that occupy space, the system projects digital representations through AR glasses, allowing surgeons to access detailed instrument information, assembly instructions, and procedural guidance without physical objects blocking the view or workspace.

The system incorporates computer vision technology that continuously monitors the surgical field and automatically identifies instruments based on their visual characteristics. The AR display provides real-time feedback by highlighting or labeling instruments as they are detected, eliminating the need for manual searching and allowing the surgical team to quickly locate required tools without interrupting the procedure flow.

The patent replaces the mechanical laser pointer system with an augmented reality optical display system. Instead of using external laser devices that require breaking sterility barriers, the instrument indication is achieved through virtual overlays projected directly into the surgeon's field of view via AR glasses. This substitution maintains the informational function while preserving the sterile environment and eliminating safety concerns associated with laser pointers in surgical settings.