Abstract: A disinfection chamber for disinfecting objects placed within an interior space of the disinfection chamber. The chamber includes a plurality of LED fixtures and one or more shelves. The LED fixtures each comprise LED ultraviolet sources and at least one LED visible light source. The ultraviolet sources are configured to emit germicidal ultraviolet light. Each of the shelves comprise a grill frame configured to support and position objects. A first shelf of the one or more shelves is positioned at or near a floor of the interior space. A first LED fixture is positioned upon the first shelf and beneath the grill frame. A second LED fixture is positioned at or near a ceiling of the interior space. The first and second LED fixtures are arranged within the interior space, such that objects placed within the interior space will be disinfected by the ultraviolet sources.

Abstract: A disinfection chamber for disinfecting objects placed within an interior space of the disinfection chamber. The chamber includes a plurality of LED fixtures and one or more shelves. The LED fixtures each comprise LED ultraviolet sources and at least one LED visible light source. The ultraviolet sources are configured to emit germicidal ultraviolet light. Each of the shelves comprise a grill frame configured to support and position objects. A first shelf of the one or more shelves is positioned at or near a floor of the interior space. A first LED fixture is positioned upon the first shelf and beneath the grill frame. A second LED fixture is positioned at or near a ceiling of the interior space. The first and second LED fixtures are arranged within the interior space, such that objects placed within the interior space will be disinfected by the ultraviolet sources.

Abstract: An antimicrobial system for disinfecting surrounding surfaces and air passing through an apparatus mounted above a space to be disinfected. The system includes a disinfecting apparatus that includes an ultraviolet source emitting ultraviolet light for disinfecting exposed surfaces. The system also includes a fixture module retaining and supporting the ultraviolet source within the disinfecting apparatus. The system includes a drive module that positions the ultraviolet source in one of two positions within the fixture module. The ultraviolet source emits ultraviolet light onto exposed surfaces when in a “ready” position within the fixture module. The ultraviolet source is shielded when in a “storage” position within the fixture module, such that emitted ultraviolet light will not reach the exposed surfaces. The disinfecting apparatus is configured to disinfect air passing through the disinfecting apparatus when the ultraviolet source is in the “storage” position.