A shoe management device may have a housing having a body to define an inner space and a cover to open or close the body to allow access to the inner space. Agitators may be provided at a bottom of the body, which may be configured to hold shoes, and the agitators may remove foreign matter from the shoes. An upper portion of the body may have an air generator configured to blow air toward the shoes to remove foreign matter. In addition, moisture and germs inside the shoe may be removed by hot air, ultraviolet light, and plasma ions provided by a care assembly provided inside of the body and configured to be at least partially inserted into the shoes.

An orientable seating device includes a seat, the orientation of which can be controlled to dynamically affect a desired of yaw, pitch and roll. The seating device can be used to reorient and/or to simulate motion for a seated person for use with video games, virtual reality headsets or goggles, land, water, air or space vehicle simulation, or wireless airborne drones, for example. The device includes a seat mounted on a carriage, which is received in a carriage pedestal. Within the pedestal, a drive wheel positioned under the carriage supports and rotates the carriage by driving an outer sphere-shaped surface of the carriage. The drive wheel can be reoriented around a vertical axis such that any combination of pitch and roll can be achieved by rotating the wheel against the sphere-shaped surface. Yaw can be controlled by a rotatable platform upon which the carriage pedestal can be mounted.

An apparatus for drying an item includes a container including a width and a height, an insert including a planar surface positioned parallel to the width at a first point along the height, wherein the insert surface includes a plurality of openings, a perforated tray positioned parallel to the width at a second point along the height between the insert and a bottom of the container, and a desiccant material positioned on the tray.

An apparatus for drying an item includes a container including a width and a height, an insert including a planar surface positioned parallel to the width at a first point along the height, wherein the insert surface includes a plurality of openings, a perforated tray positioned parallel to the width at a second point along the height between the insert and a bottom of the container, and a desiccant material positioned on the tray.

A forced air apparatus has an air blower, an air conduit and a diffusion body. The air blower has an air intake, an air outlet and a blower motor. The air conduit has a first end and a second end. The first end is connectable to the air outlet of the air blower. The diffusion body has an air conduit connection and at least one air outlet. The air conduit connection allows for removable connection of the second end of the air conduit to the diffusion body such that air flows from the air blower to the diffusion body. The at least one air outlet allows air to flow out of the diffusion body

Sports equipment racks of the present disclosure may include an enclosure having odor mitigating features. Sports equipment racks may include a drip pan for retaining liquid that may drip from associated wet sports equipment hanging on the rack. Sports equipment racks may include forced ventilation configured to draw air external from an associated enclosure.

A shoe deodorizing degerming dehumidifier includes a housing, a main control circuit installed in the housing, a fan and an ozonizer. The housing is detachable from the shoes and is in a shape suitable for putting into and out from the shoe cavity. The housing is provided with an air inlet and an air outlet. The ozonizer is used for producing ozone for sterilizing in the shoe cavity. The fan is used for pushing air into the air inlet and draining the air from the air outlet, so as to promote ventilation in the shoe cavity. The shoe deodorizing degerming dehumidifier can be detached from a shoe and used repeatedly. Compared with prior shoe and deodorant degerming product, this product is more convenient in use, easier for maintenance, more environment friendly, more energy saving, and may reduce the purchase cost of the buyer.

A shoe deodorizing degerming dehumidifier includes a housing, a main control circuit installed in the housing, a fan and an ozonizer. The housing is detachable from the shoes and is in a shape suitable for putting into and out from the shoe cavity. The housing is provided with an air inlet and an air outlet. The ozonizer is used for producing ozone for sterilizing in the shoe cavity. The fan is used for pushing air into the air inlet and draining the air from the air outlet, so as to promote ventilation in the shoe cavity. The shoe deodorizing degerming dehumidifier can be detached from a shoe and used repeatedly. Compared with prior shoe and deodorant degerming product, this product is more convenient in use, easier for maintenance, more environment friendly, more energy saving, and may reduce the purchase cost of the buyer.

A device for drying feet and/or footwear, having a casing with at least one opening for the inflow of air into the casing; an upper surface of the casing for receiving the sole of the foot and/or footwear, with at least one lower hole for the outflow of air from inside the casing to the exterior contacting with the sole of the foot and/or footwear; lateral walls projecting from the upper surface, with at least two lateral holes for the outflow of air from inside the casing; and a motor that absorbs air through the air inflow opening expelling it through the air outflow holes, wherein the lateral holes are located at least at two different heights with respect to the upper surface of the casing in order to expel the air over the sides and the instep of the foot and/or footwear.

A device for drying feet and/or footwear, having a casing with at least one opening for the inflow of air into the casing; an upper surface of the casing for receiving the sole of the foot and/or footwear, with at least one lower hole for the outflow of air from inside the casing to the exterior contacting with the sole of the foot and/or footwear; lateral walls projecting from the upper surface, with at least two lateral holes for the outflow of air from inside the casing; and a motor that absorbs air through the air inflow opening expelling it through the air outflow holes, wherein the lateral holes are located at least at two different heights with respect to the upper surface of the casing in order to expel the air over the sides and the instep of the foot and/or footwear.