A shoe disinfecting device is disclosed having a base and a lid defining an interior compartment to hold a liquid disinfecting solution. The lid is upwardly biased (e.g., spring loaded) from a compressed position to an extended position and includes openings there through to allow passage of solution between the interior compartment and an upper surface of the lid. Pressurization of the solution within the interior compartment, responsive to a force depressing the lid from the extended position to the compressed position, causes expelling of the solution through the openings and onto the upper surface. Upon release of the force depressing the lid, biasing of the lid from the depressed position to the extended position creates a vacuum within the interior compartment and pulls at least some of any remaining liquid disinfecting solution from the upper surface back through the openings and into the interior compartment.

A UV shielding device including a sanitizing interface having a top surface arranged to support device positioned above the sanitizing interface where the sanitizing interface includes a translucent material arranged to allow UV light to pass through. The device also includes at least one shape sensor arranged to detect a shape of a surface of the device facing the sanitizing interface. The device further includes an adjustable UV emission interface that is positioned adjacent to the sanitizing interface and arranged to adjustably conform to the shape of the surface of the device facing the sanitizing interface, while also being arranged to emit the UV light toward sanitizing interface and device.

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 shoe sole cleaning device; the shoe sole cleaning device includes a base housing a dirty water reservoir, a top plate, a series of spray nozzles, and at least one bristle roller brush having bristles. Extending from the base is a housing having a water-acceptance port, a user interface, a clean water reservoir, a pump, a motor, a water intake line, and a water sprayer line. The series of spray nozzles are in alignment with the at least one bristle roller brush and configured to disperse the liquid from the clean water reservoir on to the at least one bristle roller brush. The bristle roller brushes are configured to rotate and remove germs, dirt, mud, and other debris from shoes.

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.

Devices, systems and methods for cleaning and disinfecting footwear items are disclosed herein. In an aspect, an apparatus is disclosed comprising an ultraviolet light element configured to emit ultraviolet light toward a top covering element configured to receive one or more contaminated item, wherein the ultraviolet light element is located within a lower frame element. In another aspect, a grating element is disclosed comprising a frame of bars configured to support the one or more contaminated item; wherein the grating element is a ceiling enclosure portion of the lower frame element. In yet another aspect, a brush frame element mounted to an underside of the grating element is disclosed, wherein the brush frame element comprises a set of brush strips configured to protrude through at least one space between the frame bars.

The present invention relates a package securing system that protects delivered packages from theft. The system comprising a frame that defines an interior region receives a mat. The frame having a recessed chamber. A securing rail is operationally related to the frame and repositionable. A security tarp having at least a portion secured to the frame and at least a portion secured by the securing rail, the security tarp is stored in the recessed chamber. When a package is placed on the mat the package is secured by repositioning the securing rail extending the security tarp over the package. A camera establishes an optical motion free zone around the package and data communicates a secure package notification to predefined recipients when motion is detected, a package delivery or package delivery exception occurs by a package delivery person, or in response to a space-available request.

A sticky mat changing device includes a frame, an unreeling roller, a reeling roller, and a control module. The frame includes a foot board configured for supporting a sticky mat. The unreeling roller is operable to unreel the sticky mat. The reeling roller is operable to reel the sticky mat. The unreeling roller and the reeling roller are disposed inside the frame and located on opposite sides of the foot board, the control module is operable to control each of the reeling roller and the unreeling roller to rotate to change a portion of the sticky mat supported on the foot board.

A treadable mat comprises at least one sanitisation portion (10; 110) treadable by a user and provided with sanitisation means suitable to dispense a sanitising substance. The sanitisation portion comprises a treadable support surface (14). The sanitisation means are housed in a sanitisation seat (16) formed in the sanitisation portion below said support surface 14. The sanitisation means comprise at least one tank (22; 120) containing the sanitising substance, at least one dispensing nozzle (24; 122) in fluidic communication with said tank (22; 120), said dispensing nozzle having an open end on said support surface, and actuator means (30; 130) operable to generate a spray or a vaporized or nebulised jet of the sanitising substance in the presence of a sanitisation command signal.

A shoe sole sanitizing assembly includes a housing that has a bottom wall, a top wall and a perimeter wall. The top wall has an opening extending therethrough. A cylinder is rotatably mounted to the housing and extends through the opening. An outer surface of the cylinder is comprised of an adsorptive material. A sanitizing fluid is positioned within the housing and the adsorptive material is in contact with the fluid. The sanitizing fluid coats the cylinder and applies the sanitizing fluid to a bottom of a shoe sole when the shoe sole is moved across the cylinder while the cylinder rotates relative to the housing.