Magnetically Attachable UV LED Sanitizer System

A magnetically attachable UV LED sanitizer system for sanitizing air in indoor spaces comprising one or more UV LED sanitizer units, each unit comprising:

• a. An outer shell assembly consisting of a rectangular cuboid outer machine shell, a front plate, and a back plate shaped in such a manner so as to fit inside an air conditioning duct, register, diffuser or grille;
• b. A transparent cover, said cover allowing for the transmission of germicidal ultraviolet light frequencies;
• c. An ultraviolet lamp board having an aluminum substrate insulation layer;
• d. at least one processor;
• e. a motion detector capable of detecting movement of persons in an indoor space which, upon detection of motion, sends an electric signal to the at least one processor which can control the operation of the ultraviolet lamp board.
• f. a power supply;
• g. a rechargeable battery;
• h. a wireless network card;
• i. a magnet assembly, said magnet assembly positioned on the opposite side of the transparent cover so as to attach to ferromagnetic surfaces such as air conditioning ducts, registers, diffusers and grilles;
• and
• j. memory storing computer readable instructions that, when executed by the at least one processor, cause the magnetically attachable UV LED sanitizer system to irradiate a space with germicidal UV radiation from the said ultraviolet lamp board.

A method for sanitizing air in indoor spaces using one or more magnetically attachable UV LED sanitizer system units, each unit comprising an outer shell assembly consisting of a rectangular cuboid outer machine shell, a front plate, and a back plate shaped in such a manner so as to fit inside an air conditioning duct register, diffuser or grille;

• a transparent cover, said cover allowing for the transmission of germicidal ultraviolet light frequencies;
• an ultraviolet lamp board;
• a motion detector capable of detecting movement of persons in an indoor space which, upon detection of motion, sends an electric signal to the at least one processor which can turn the ultraviolet lamp board;
• at least one processor;
• a power supply;
• a rechargeable battery;
• a wireless network card;
• a magnet assembly, said magnet assembly positioned on the opposite side of the transparent cover so as to attach to ferromagnetic surfaces such as air conditioning ducts, registers, diffusers and grilles;
• and memory storing computer readable instructions that, when executed by the at least one processor, cause the magnetically attachable UV LED sanitizer system to irradiate a space with germicidal UV radiation from the said ultraviolet lamp board;
• said method comprising the steps of:
• a. Connecting the one or more magnetically attachable UV LED sanitizer system units to a wireless network;
• b. Affixing the one or more magnetically attachable UV LED sanitizer system units inside an HVAC duct, register, diffuser and/or grille;
• c. Remotely controlling the one or more magnetically attachable UV LED sanitizer system units over a network;
• d. Sanitizing air in indoor spaces using one or more of the said magnetically attachable UV LED sanitizer system units to irradiate air passing into, through or from the said HVAC duct, register, diffuser and/or grille.