20240016572. Mirroring in image guided surgery simplified abstract (AUGMEDICS LTD.)
Contents
Mirroring in image guided surgery
Organization Name
Inventor(s)
Nissan Elimelech of Beerotaim (IL)
Mirroring in image guided surgery - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240016572 titled 'Mirroring in image guided surgery
Simplified Explanation
The abstract describes an imaging system that includes a head-mounted display worn by a system operator. The system uses a marker attached to a human subject to define a plane. Optically reflective elements are placed on the marker and on opposing sides of the plane in a non-symmetrical arrangement. The system also includes a memory that stores a graphical representation of a tool used in a procedure on the human subject, as well as an image of the subject's anatomy. A camera attached to the display captures an image of the marker and the tool. A processor analyzes the image to identify the plane and the side where the camera is located, and then renders the image of the subject's anatomy with the graphical representation of the tool superimposed from the identified side of the plane.
- The system includes a head-mounted display worn by a system operator.
- A marker attached to a human subject is used to define a plane.
- Optically reflective elements are placed on the marker and on opposing sides of the plane in a non-symmetrical arrangement.
- The system stores a graphical representation of a tool used in a procedure on the human subject, as well as an image of the subject's anatomy.
- A camera attached to the display captures an image of the marker and the tool.
- A processor analyzes the image to identify the plane and the side where the camera is located.
- The processor then renders the image of the subject's anatomy with the graphical representation of the tool superimposed from the identified side of the plane.
Potential applications of this technology:
- Medical procedures: The system can be used in medical procedures to provide real-time visualization of the tool and the subject's anatomy, aiding in accurate and precise surgical interventions.
- Training and education: The system can be used in medical training and education to simulate procedures and provide a visual overlay of the tool on the subject's anatomy, enhancing learning and skill development.
Problems solved by this technology:
- Limited visualization: The system solves the problem of limited visualization during medical procedures by providing a superimposed image of the tool on the subject's anatomy, improving accuracy and reducing the risk of errors.
- Spatial orientation: The system helps the operator maintain spatial orientation by identifying the plane and rendering the image from the identified side, allowing for better understanding of the tool's position in relation to the subject's anatomy.
Benefits of this technology:
- Enhanced accuracy: The system improves accuracy in medical procedures by providing a visual overlay of the tool on the subject's anatomy, allowing for precise and targeted interventions.
- Improved training: The system enhances medical training by providing a realistic simulation of procedures and visual guidance, enabling trainees to develop their skills effectively.
- Reduced risk: The system reduces the risk of errors and complications during medical procedures by providing real-time visualization and spatial orientation, improving patient safety.
Original Abstract Submitted
an imaging system, including a head-mounted display worn by a system operator. a marker defines a plane when attached to a human subject. optically reflective elements are disposed on the marker and on opposing sides of the plane in a non-symmetrical arrangement with respect to the plane. a memory stores a graphical representation of a tool used in a procedure performed on the human subject, and an image of anatomy of the human subject. a camera attached to the display acquires an image of the marker and the tool. a processor analyzes the image to identify the plane and to identify a side of the plane wherein the camera is located, and to render to the display the image of the anatomy of the human subject with the graphical representation of the tool superimposed thereon from a point of view in the identified side of the plane.
