This invention is a sanitizer that utilizes UV radiation to sanitize closed rooms. The invention will be able to be programmed and automated to precisely deliver the exact does of UV radiation around the area of interest while also considering safety. The sanitizer will irradiate UV light with multiple beam steering devices to selectively sterilize the different areas in a room.
The appearance of SARS-CoV-2 in 2019, created a pandemic that resulted in 5,817,385 infections, and a total of 362,705 deaths worldwide. The pandemic also led to a large demand for deployable sanitization solutions to eliminate, reduce, and control the viral transmission of the virus. Current UV sanitization solutions tend to be non-programmable, static, and fixed. UV sterilizers that are already on the market that utilize UV lightning as a germicide tend to be imprecise, as their UV radiation system only tend to illuminate different areas indiscriminately and non-uniformly.
Given the current UV lightning sanitization solutions that are currently on the market, there is a high need for a new technology that is both portable and automatic. A new technology that could solve the imprecision, uniformity, and mobility problems could improve the rates of sanitization in work environments, schools, and markets, where a high number of occupants is present in a single room.
- Enclosed room businesses
- Portable and precise
- Minimal user intervention
- Deliver an exact dose of UV radiation to an area with precision
- Safer UV radiation-based sanitization system compared to existing systems
TTO Home Page: https://arizona.technologypublisher.com
Name: Richard Weite
Title: Senior Licensing Manager, College of Optical Sciences
Department: Tech Launch Arizona