University of Pittsburgh researchers have developed a novel system that utilizes extended reality (XR) to control operating room (OR) tools. This innovative system allows surgeons to interact with non-sterile tools through a holographic interface, enhancing efficiency and maintaining sterility in the OR. The system focuses on security and fault tolerance, using wireless communication or a robotic intermediary to adjust tool settings.
Description
The system comprises two main components: an XR headset and a central communication hub. The XR headset projects a hologram that provides a visual representation of all relevant OR feedback systems, such as heart monitors, and allows the operator to control tool settings, such as bovie systems. The system can receive current settings from the tools and adjust them as needed, providing bidirectional interaction between the surgeon and the OR ecosystem.
Applications
- Surgical tool control
- Operating room efficiency enhancement
- Sterility maintenance in surgical environments
- Biomedical engineering
Advantages
This technology offers a unique solution for surgeons to interact with non-sterile tools without compromising sterility. It provides a bidirectional interaction between the surgeon using XR and the OR ecosystem, enhancing the efficiency and safety of surgical procedures. The system's focus on security and fault tolerance ensures reliable and secure operation in the demanding environment of the OR.
Invention Readiness
The concept has been defined, and copyrightable text exists. The system is in the early stages of development, with ongoing research to further refine and validate the approach.
IP Status
Patent pending
