20240050605. DISINFECTANT SYSTEM simplified abstract (H7 Technologies)
Contents
DISINFECTANT SYSTEM
Organization Name
Inventor(s)
Sherylinn Hoang of Orange CA (US)
DISINFECTANT SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240050605 titled 'DISINFECTANT SYSTEM
Simplified Explanation
The patent application describes a movable disinfectant system using filtered far UV-C light to safely disinfect enclosed areas in occupied spaces.
- The system includes a wheeled clamshell tower housing, filtered far UV-C lamps with an optical filter, motion sensors, a 3D or 2D LiDAR scanner, an input interface, a control unit, and a power supply.
- Far UV-C light at 222 nanometers is proven safe for human and animal exposure and more effective for pathogen inactivation than conventional UV-C light.
- The device is designed to deliver accurate UV-C dosage to effectively and safely inactivate dangerous pathogens on surfaces and in the air.
- Potential Applications
- Hospitals
- Medical clinics
- Administrative or industrial buildings
- Schools
- Subways
- Restaurants
- Problems Solved
- Safely disinfecting enclosed areas in occupied spaces
- Effectively inactivating dangerous pathogens
- Providing a movable and easy-to-use disinfectant system
- Benefits
- Safe for human and animal exposure
- More effective for pathogen inactivation than conventional UV-C light
- Accurate UV-C dosage delivery for efficient disinfection
Original Abstract Submitted
a movable disinfectant system used to safely disinfect enclosed areas and/or environments in occupied spaces, such as, e.g., hospitals, medical clinics, administrative or industrial buildings, schools, subways, restaurants, and etc. via filtered far uv-c light irradiation. the disinfectant system comprises a wheeled clamshell tower housing, a plurality of filtered far uv-c lamps with an optical filter housed within a bezel, motion sensors, a 3d or 2d lidar scanner, an input interface, a control unit, and a power supply. far uv-c is a short-wavelength in the ultraviolet c spectrum at 222 nanometers (nm) that is proven safe with human and animal exposure; furthermore, it is more effective for pathogen inactivation than conventional uv-c light. the device is configured to deliver accurate uv-c dosage to effectively and safely inactivate dangerous pathogens in occupied spaces, such as, e.g., on surfaces and in the air.
