Use of immersive real-time metaverse and avatar and 3-D hologram for medical and veterinary applications using spatially coordinated multi-imager based 3-D imaging

Smart overview of the Invention

The patent application introduces a method to create a three-dimensional (3-D) virtual image of a patient within a metaverse, specifically for medical and veterinary procedures. This approach allows medical practitioners to use avatars that mimic their actions during surgeries, providing real-time visualization of organs and instrument locations inside the patient. The integration of spatial coordination in image reconstruction offers a practical implementation in the metaverse, serving as a training and support tool for medical professionals.

Current Limitations

Existing robotic-assisted procedures often limit surgeons to narrow fields of view through microscopes or optical cables. While technologies like MRI, CT, and ultrasound provide diagnostic images, they lack real-time capabilities necessary for procedures. These limitations prevent surgeons from seeing instrument positions in real-time during operations, which could enhance procedural efficiency and reduce complications.

Proposed Solution

The invention proposes combining real-time imaging techniques such as ultrasound or low-intensity X-rays with high-resolution scans like MRI or CT. This combination generates spatially aligned 3-D images that update in real-time, allowing for an immersive metaverse experience. By embedding sensors in surgical tools and attire, practitioners can visualize and control their actions within the metaverse through avatars, enhancing procedural accuracy.

Applications and Benefits

This technology provides medical professionals with tools for conducting invasive procedures with enhanced visibility and control through real-time 3-D holographic images in a virtual reality environment. It facilitates improved diagnosis, procedure planning, remote consultations, and training by simulating procedures on 3-D holographic images of patients. This reduces procedural risks and improves success rates by familiarizing teams with individual complexities before actual operations.

Technological Integration

The invention integrates multiple scanning systems to generate real-time 3-D virtual images within the metaverse. While high-resolution scans like CT and MRI offer detailed images, they are not feasible for real-time monitoring due to scanning delays and limitations with metallic instruments. Ultrasound provides continuous real-time imaging without harmful radiation exposure, making it suitable for updating immersive virtual displays during procedures.