20240050606. ULTRAVIOLET DISINFECTION WITH AUGMENTED REALITY MONITORING simplified abstract (Atlantium Technologies Ltd)

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ULTRAVIOLET DISINFECTION WITH AUGMENTED REALITY MONITORING

Organization Name

Atlantium Technologies Ltd

Inventor(s)

Michael Kertser of Bney Aish (IL)

ULTRAVIOLET DISINFECTION WITH AUGMENTED REALITY MONITORING - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240050606 titled 'ULTRAVIOLET DISINFECTION WITH AUGMENTED REALITY MONITORING

Simplified Explanation

The abstract describes a patent application for augmented reality (AR) ultraviolet (UV) disinfection systems and methods. These systems use UV sources to irradiate a target with UV radiation, while imaging units capture depth information about the target. AR processing units estimate the UV radiation intensity delivered to different locations on the target by integrating the intensity of the irradiated UV with respect to temporal and geometrical relations. They also estimate the level of disinfection at these locations based on the UV radiation intensity. Displays visually present the estimated level of disinfection on an image of the target.

  • AR UV disinfection systems use UV sources to irradiate a target with UV radiation.
  • Imaging units capture depth information about the target.
  • AR processing units estimate the UV radiation intensity delivered to different locations on the target.
  • The estimation is based on tempo-spatial integration of the irradiated UV intensity and depth information.
  • The AR processing units also estimate the level of disinfection at each location based on the UV radiation intensity.
  • Displays visually present the estimated level of disinfection on an image of the target.

Potential applications of this technology:

  • Disinfection of surfaces in healthcare settings, such as hospitals and clinics.
  • Disinfection of public spaces, including transportation vehicles, airports, and shopping malls.
  • Disinfection of food processing facilities and restaurants.
  • Disinfection of personal items, such as mobile phones and laptops.

Problems solved by this technology:

  • Provides a more accurate estimation of UV radiation intensity delivered to different locations on a target.
  • Enables real-time monitoring and visualization of the level of disinfection at each location.
  • Improves the efficiency and effectiveness of UV disinfection processes.

Benefits of this technology:

  • Enhanced disinfection capabilities, reducing the risk of infections and diseases.
  • Improved safety by ensuring proper UV radiation dosage and coverage.
  • Real-time feedback and monitoring for quality control.
  • Potential cost savings by optimizing UV disinfection processes.


Original Abstract Submitted

augmented reality (ar) ultraviolet (uv) disinfection systems and methods are provided. ar uv disinfection systems comprise uv source(s) configured to irradiate a target with uv radiation, imaging unit(s) configured to image the target and derive depth information concerning the imaged target, ar processing unit(s) configured to estimate a uv radiation intensity delivered to multiple locations on the target by tempo-spatially integrating an intensity of the irradiated uv with respect to temporal and geometrical relations between the uv source and the locations on the target, as provided by the derived depth information, and to estimate a level of disinfection of the multiple locations on the target with respect to the estimated uv radiation intensity delivered thereto, and display(s) configured to visually present the estimated level of disinfection of the multiple locations upon a displayed image of the target.

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