Provided is a shoe cleaner which can be used by a user without exposing the user to high concentrations of ozone, and moreover is compact, is easy to use, and has low power consumption. The shoe cleaner is equipped with a case body and a sheet-like ozone generating body. The ozone generating body is formed from a flexible substrate and a flexible polymer resin electrode sheet. The electrode sheet is formed from a dielectric and electrodes covered by the dielectric. The case body houses a boost circuit for boosting the voltage of a battery and supplying the voltage to the electrode sheet.

Provided is a shoe cleaner which can be used by a user without exposing the user to high concentrations of ozone, and moreover is compact, is easy to use, and has low power consumption. The shoe cleaner is equipped with a case body and a sheet-like ozone generating body. The ozone generating body is formed from a flexible substrate and a flexible polymer resin electrode sheet. The electrode sheet is formed from a dielectric and electrodes covered by the dielectric. The case body houses a boost circuit for boosting the voltage of a battery and supplying the voltage to the electrode sheet.

An automatic shoe polishing device that comprises a housing cabinet containing components of the automatic shoe polisher that includes a digital control unit implementing multiple cycles of operation to accommodate multiple shoe profiles. At least one brush and spray assembly with a rotating brush and aerosol spray nozzle mounted on a linear moving platform. A shoe tray and track secure a shoe in place and transport a shoe within the device. A plurality of aerosol containers contain at least a cleaner and polisher mixture, with a pneumatic system used to distribute the aerosol mixture using an aerosol spray nozzle and to power at least one lift piston on the shoe tray and track to accommodate the multiple shoe profiles. The digital control unit operates the brush and spray assembly in multiple movement and spraying cycles back and forth to in turn clean and polish a secured shoe.

An automatic shoe polishing device that comprises a housing cabinet containing components of the automatic shoe polisher that includes a digital control unit implementing multiple cycles of operation to accommodate multiple shoe profiles. At least one brush and spray assembly with a rotating brush and aerosol spray nozzle mounted on a linear moving platform. A shoe tray and track secure a shoe in place and transport a shoe within the device. A plurality of aerosol containers contain at least a cleaner and polisher mixture, with a pneumatic system used to distribute the aerosol mixture using an aerosol spray nozzle and to power at least one lift piston on the shoe tray and track to accommodate the multiple shoe profiles. The digital control unit operates the brush and spray assembly in multiple movement and spraying cycles back and forth to in turn clean and polish a secured shoe.

The present disclosure describes a system for sanitizing footwear having a pan, two or more mats positioned in the pan, and a spraying system to spray disinfectant directly on one of the mats. One of the mats is an absorbent mat, which may be a reusable mat, a disposable pad, or a plurality of disposable pads. The other mat is a heavy mat and has one or more cutouts. The heavy mat is positioned on top of the absorbent mat. The system for sanitizing footwear is a quick and easy way to sanitize the soles of footwear in an environment that cannot have moisture or the tracking of water.

The present disclosure describes a system for sanitizing footwear having a pan, two or more mats positioned in the pan, and a spraying system to spray disinfectant directly on one of the mats. One of the mats is an absorbent mat, which may be a reusable mat, a disposable pad, or a plurality of disposable pads. The other mat is a heavy mat and has one or more cutouts. The heavy mat is positioned on top of the absorbent mat. The system for sanitizing footwear is a quick and easy way to sanitize the soles of footwear in an environment that cannot have moisture or the tracking of water.

A mat for removing debris and sanitizing the shoes of a person comprises a base that has a bottom side adapted for laying on a floor surface, a top side, two side edges, a front edge, and a rear edge. The top side of the base has a pair of shoe cleaning spaces that may contain recesses therein that each defines a recess side edge. A sanitizing circuit includes a power source, one or more UV sanitizing lamps each disposed for illuminating the person's shoes within one of the shoe recesses, and a switch for applying power to the UV sanitizing lamps. As such, when the person stands with his shoes in the shoe recesses and activates the switch, the UV sanitizing lamps activate to sanitize the person's shoes, and particularly the bottom sole of the shoes and the sides of the shoes.

A mat for removing debris and sanitizing the shoes of a person comprises a base that has a bottom side adapted for laying on a floor surface, a top side, two side edges, a front edge, and a rear edge. The top side of the base has a pair of shoe cleaning spaces that may contain recesses therein that each defines a recess side edge. A sanitizing circuit includes a power source, one or more UV sanitizing lamps each disposed for illuminating the person's shoes within one of the shoe recesses, and a switch for applying power to the UV sanitizing lamps. As such, when the person stands with his shoes in the shoe recesses and activates the switch, the UV sanitizing lamps activate to sanitize the person's shoes, and particularly the bottom sole of the shoes and the sides of the shoes.

A shoe sole cleaning device may include a fluid reservoir having an inner chamber, a trough fluidly coupled to the fluid reservoir, a brush having bristles and operably connected to an axial shaft, the brush disposed partially within or above the trough, and a motor operably connected to the axial shaft and configured to cause the brush to rotate about the axial shaft.

A shoe sole cleaning device may include a fluid reservoir having an inner chamber, a trough fluidly coupled to the fluid reservoir, a brush having bristles and operably connected to an axial shaft, the brush disposed partially within or above the trough, and a motor operably connected to the axial shaft and configured to cause the brush to rotate about the axial shaft.