A shoe management apparatus including a cabinet defining an inner space for storing shoes, an exhaust port disposed at a rear surface of the inner space and discharging air into the inner space, and a circulation filter disposed on an inner wall of the cabinet and for filtering air within the inner space of the cabinet, the circulation filter including an upper portion including a first opening and a lower portion including a second opening, the lower portion being disposed below the upper portion.

The shoe-shining device is configured for use with a shoe. The shoe-shining device is a mechanical device that buffs the shoe. The shoe-shining device comprises a shell, a drive mechanism, and a buffing structure. The shell contains the drive mechanism and the buffing structure. The buffing structure is a rotating structure that buffs a shoe placed within the shell. The drive mechanism moves the buffing structure within the shell such that the buffing structure has access to all the surfaces of the upper of the shoe. The drive mechanism provides the motive forces necessary to operate the buffing structure.

The shoe-shining device is configured for use with a shoe. The shoe-shining device is a mechanical device that buffs the shoe. The shoe-shining device comprises a shell, a drive mechanism, and a buffing structure. The shell contains the drive mechanism and the buffing structure. The buffing structure is a rotating structure that buffs a shoe placed within the shell. The drive mechanism moves the buffing structure within the shell such that the buffing structure has access to all the surfaces of the upper of the shoe. The drive mechanism provides the motive forces necessary to operate the buffing structure.

A shoe support and attachment device including a base that has a pair of sidewalls rising therefrom. The sidewalls are angled inward such that they are closer together at a topside thereof. The base and the sidewalls frictionally engage a shoe therebetween. The base has a telescopic adjustment that is controlled by an adjustment screw. At least one fastener is placed on a bottom side of the base opposite the sidewalls. The fastener attaches the device to the interior of a drier.

A shoe support and attachment device including a base that has a pair of sidewalls rising therefrom. The sidewalls are angled inward such that they are closer together at a topside thereof. The base and the sidewalls frictionally engage a shoe therebetween. The base has a telescopic adjustment that is controlled by an adjustment screw. At least one fastener is placed on a bottom side of the base opposite the sidewalls. The fastener attaches the device to the interior of a drier.

A cleaning system for outsoles includes a lid, a base, a support structure, a roller contained in the base covered by the lid. A disinfectant pad is provided on the roller. Opening the lid exposes the roller. Outsoles wiped against the disinfectant pad on the roller are disinfected. Optionally, a reservoir in the support structure may contain disinfectant for delivery to the disinfectant pad on the roller as needed. A foot pedal is provided for opening the lid.

A cleaning system for outsoles includes a lid, a base, a support structure, a roller contained in the base covered by the lid. A disinfectant pad is provided on the roller. Opening the lid exposes the roller. Outsoles wiped against the disinfectant pad on the roller are disinfected. Optionally, a reservoir in the support structure may contain disinfectant for delivery to the disinfectant pad on the roller as needed. A foot pedal is provided for opening the lid.

A footwear sanitizing system; the footwear sanitizing system includes a sterilizing unit, a first shoe tree, a second shoe tree, and a charger working in combination to provide a sterilizing device for footwear. The footwear sanitizing system provides internal and external sanitization of footwear worn in healthcare facilities through ultraviolet radiation, preventing unwanted transfer of bacteria and germs both within and outside of the environment of use of the footwear. Users are notified of completion of the sanitization via a software application program hosted on a computing device. The footwear sanitizing system reduces the risks of nosocomial infections and healthcare-associated infections occurring within, and transferred from, healthcare facilities via a necessary fomite.

A footwear sanitizing system; the footwear sanitizing system includes a sterilizing unit, a first shoe tree, a second shoe tree, and a charger working in combination to provide a sterilizing device for footwear. The footwear sanitizing system provides internal and external sanitization of footwear worn in healthcare facilities through ultraviolet radiation, preventing unwanted transfer of bacteria and germs both within and outside of the environment of use of the footwear. Users are notified of completion of the sanitization via a software application program hosted on a computing device. The footwear sanitizing system reduces the risks of nosocomial infections and healthcare-associated infections occurring within, and transferred from, healthcare facilities via a necessary fomite.

A cleaning system for outsoles includes a lid, a base, a support structure, a roller contained in the base covered by the lid. A disinfectant pad is provided on the roller. Opening the lid exposes the roller. Outsoles wiped against the disinfectant pad on the roller are disinfected. Optionally, a reservoir in the support structure may contain disinfectant for delivery to the disinfectant pad on the roller as needed. A foot pedal is provided for opening the lid.