An apparatus for destroying pathogens includes a platform and an LED matrix panel. The platform has a portion configured to permit passage of ultraviolet light therethrough. The LED matrix panel is disposed below the portion of the platform and includes a grid and a plurality of discreetly-controlled, ultraviolet light LEDs (UV LEDs). The grid defines a plurality of cells. Each UV LED is associated with one cell such that the cells direct the ultraviolet light emitted by the UV LEDs upwardly through the portion of the platform to sanitize an object supported on the portion of the platform.

An apparatus for destroying pathogens includes a platform and an LED matrix panel. The platform has a portion configured to permit passage of ultraviolet light therethrough. The LED matrix panel is disposed below the portion of the platform and includes a grid and a plurality of discreetly-controlled, ultraviolet light LEDs (UV LEDs). The grid defines a plurality of cells. Each UV LED is associated with one cell such that the cells direct the ultraviolet light emitted by the UV LEDs upwardly through the portion of the platform to sanitize an object supported on the portion of the platform.

An apparatus for destroying pathogens includes a platform and an LED matrix panel. The platform has a portion configured to permit passage of ultraviolet light therethrough. The LED matrix panel is disposed below the portion of the platform and includes a grid and a plurality of discreetly-controlled, ultraviolet light LEDs (UV LEDs). The grid defines a plurality of cells. Each UV LED is associated with one cell such that the cells direct the ultraviolet light emitted by the UV LEDs upwardly through the portion of the platform to sanitize an object supported on the portion of the platform.

A dust suction device includes: a main body composed of a bottom plate and a footboard, wherein a dust suction part is formed in the bottom plate, and the footboard seals the dust suction part and has suction holes formed on the upper part thereof to allow the dust to be sucked to the dust suction part; a number of springs provided on the bottom inside the bottom plate matching the number of suction holes; balls which are provided on the upper part of the springs and which are in close contact with the suction holes of the footboard and open and close the suction holes; and a suction part which is connected to a side portion of the main body through a hose and sucks the dust through the suction holes toward the dust suction part when the suction holes are open.

A multi-functional integrated machine for automatic caring of footwear includes a multi-color combined footwear brush system, a color selection drive system and an automatic polish ejecting system. The multi-color combined footwear brush system is respectively connected to the color selection drive system and the automatic polish ejecting system. The automatic polish ejecting system automatically ejects the polish to the multi-color combined footwear brush system. The color selection drive system drives the multi-color combined footwear brush system to switch the brush by circular motion and to polish the footwear by moving and rotating. The polish of different colors can be selected as needed and applied in the manner of automatic ejecting, which solves the technical problems of inconveniences caused by various polish applying footwear products in the prior art.

A multi-functional integrated machine for automatic caring of footwear includes a multi-color combined footwear brush system, a color selection drive system and an automatic polish ejecting system. The multi-color combined footwear brush system is respectively connected to the color selection drive system and the automatic polish ejecting system. The automatic polish ejecting system automatically ejects the polish to the multi-color combined footwear brush system. The color selection drive system drives the multi-color combined footwear brush system to switch the brush by circular motion and to polish the footwear by moving and rotating. The polish of different colors can be selected as needed and applied in the manner of automatic ejecting, which solves the technical problems of inconveniences caused by various polish applying footwear products in the prior art.

An apparatus for destroying pathogens includes a platform and an LED matrix panel. The platform has a portion configured to permit passage of ultraviolet light therethrough. The LED matrix panel is disposed below the portion of the platform and includes a grid and a plurality of discreetly-controlled, ultraviolet light LEDs (UV LEDs). The grid defines a plurality of cells. Each UV LED is associated with one cell such that the cells direct the ultraviolet light emitted by the UV LEDs upwardly through the portion of the platform to sanitize an object supported on the portion of the platform.

An apparatus for destroying pathogens includes a platform and an LED matrix panel. The platform has a portion configured to permit passage of ultraviolet light therethrough. The LED matrix panel is disposed below the portion of the platform and includes a grid and a plurality of discreetly-controlled, ultraviolet light LEDs (UV LEDs). The grid defines a plurality of cells. Each UV LED is associated with one cell such that the cells direct the ultraviolet light emitted by the UV LEDs upwardly through the portion of the platform to sanitize an object supported on the portion of the platform.

A shoe sanitizing assembly includes a pan that is positionable adjacent to an entry of a building such that the pan can to be stepped in by patrons of the building. A plurality of biasing members is each coupled to and extends upwardly from the pan. A mat is positionable on top of the plurality of biasing members such that the patrons of the building step on the mat when the patrons pass through the entry. A pair of fluid reservoirs is provided that each contains a fluid and each of the fluid reservoirs is positioned in the pan. A plurality of pumps is each positioned in the pan. Each of the pumps is actuated when the mat is stepped upon to spray a measured amount of the fluid outwardly through the mat onto soles of shoes worn by the user.

A shoe sanitizing assembly includes a pan that is positionable adjacent to an entry of a building such that the pan can to be stepped in by patrons of the building. A plurality of biasing members is each coupled to and extends upwardly from the pan. A mat is positionable on top of the plurality of biasing members such that the patrons of the building step on the mat when the patrons pass through the entry. A pair of fluid reservoirs is provided that each contains a fluid and each of the fluid reservoirs is positioned in the pan. A plurality of pumps is each positioned in the pan. Each of the pumps is actuated when the mat is stepped upon to spray a measured amount of the fluid outwardly through the mat onto soles of shoes worn by the user.