Use of real-time and storable image data stream for generation of an immersive virtual universe in metaverse or a 3-D hologram, for medical and veterinary teaching and training

Smart overview of the Invention

The patent application describes a method for generating a three-dimensional (3-D) virtual image of a patient in the metaverse or as a 3-D hologram. This technology is intended for use in medical and veterinary fields, facilitating surgical procedures by allowing practitioners to visualize organs and instrument locations in real-time. The real-time image data stream can be stored for later use, serving as a teaching and training tool. The metaverse implementation integrates data from various imaging systems, enhancing diagnostic capabilities and providing real-time feedback during medical procedures.

Current Limitations

Current medical imaging technologies such as MRI, CT scans, X-rays, and ultrasound have limitations in providing real-time, comprehensive views during procedures. While these technologies are valuable for diagnostics, they lack the ability to offer a wide view of the operating field in real-time. Surgeons often rely on limited visual information through microscopes and optical cables. Existing 3-D imaging technologies are not yet capable of creating immersive virtual environments where practitioners can observe and interact with the procedure as it happens.

Proposed Solution

The invention proposes using a combination of real-time imaging techniques like ultrasound or low-intensity X-rays with high-resolution scans such as MRI or CT. This approach aims to generate spatially aligned, continuously updating 3-D images of patients. These images create a virtual universe presented to practitioners within the metaverse, enhancing visual capabilities during critical procedures. By embedding sensors in clothing, gloves, and instruments, the actions of medical staff can be represented by avatars in the metaverse, providing full visual control over the operating environment.

Advantages and Applications

This innovation offers significant benefits to medical practitioners by enabling full visibility and control during procedures through immersive 3-D holographic images within a virtual reality universe. It facilitates better diagnosis, procedure planning, early problem identification, and remote consultations with experts. Additionally, it allows for virtual practice of procedures on 3-D holographic images of patients before actual operations, reducing risks and improving success rates. This tool is invaluable for both teaching and performing complex medical procedures.

Technical Considerations

While high-resolution scans like CT and MRI provide detailed images, they are not suitable for real-time applications due to long processing times and radiation exposure risks. Ultrasound offers safer real-time imaging but with lower resolution. The invention suggests using ultrasound or low-energy X-rays for continuous updates within the metaverse display while leveraging high-resolution scans for initial image generation. This combination provides an optimal solution for generating real-time 3-D images applicable in virtual reality environments.