Abstract: The present invention is directed to a portable, rechargeable, sanitation device that easily disinfects masks, as well as other items, by inactivating viruses and bacteria present on the mask's surface via exposure to UVC light. This sterilization device is composed of a mechanical case to storing the mask, a novel fastening device to ensure mask is properly secured in place for maximum sanitation effect, an optical component consisting of multiple UVC LEDs, a rechargeable power source, and a visual display that indicates the sanitation and lighting status of the device. This device will encourage adoption of reusable masks as opposed to one-time use, reducing costs of purchasing multiple masks as well environmental impact produced by single use waste. The device will ensure an easy solution for proper and frequent sanitation of face masks, meeting current CDC guidelines. Kits comprising the device and one or more attachment or mounting apparatus are also provided herein.

Abstract: The present invention is directed to a portable, rechargeable, sanitation device that easily disinfects masks, as well as other items, by inactivating viruses and bacteria present on the mask's surface via exposure to UVC light. This sterilization device is composed of a mechanical case to storing the mask, a novel fastening device to ensure mask is properly secured in place for maximum sanitation effect, an optical component consisting of multiple UVC LEDs, a rechargeable power source, and a visual display that indicates the sanitation and lighting status of the device. This device will encourage adoption of reusable masks as opposed to one-time use, reducing costs of purchasing multiple masks as well environmental impact produced by single use waste. The device will ensure an easy solution for proper and frequent sanitation of face masks, meeting current CDC guidelines. Kits comprising the device and one or more attachment or mounting apparatus are also provided herein.