A sole cleaning device for footwear includes a first panel and a second panel that is sized and shaped complementarily to the first panel. The first panel is sized so that the first panel is configured to substantially overlay a sole of an article of footwear. An adhesive is coupled to and substantially covers an upper surface of the first panel. The second panel is removably coupled to the adhesive so that the second panel is selectively detachable from the adhesive. The first panel is configured to overlay the sole of the article of footwear, positioning the adhesive to bind to debris that is adhering to the sole so that the debris is removed from the sole as the first panel is peeled from the sole.

A sole cleaning device for footwear includes a first panel and a second panel that is sized and shaped complementarily to the first panel. The first panel is sized so that the first panel is configured to substantially overlay a sole of an article of footwear. An adhesive is coupled to and substantially covers an upper surface of the first panel. The second panel is removably coupled to the adhesive so that the second panel is selectively detachable from the adhesive. The first panel is configured to overlay the sole of the article of footwear, positioning the adhesive to bind to debris that is adhering to the sole so that the debris is removed from the sole as the first panel is peeled from the sole.

Disclosed is a sanitizing device, system and method of sanitizing objects, such as, for example an article of footwear. In further aspects, the present disclosure relates to a sanitizing device, system and method of sanitizing objects configured such that it sanitizes the base or surface of an article of footwear while a user is standing on the device. In another exemplary aspect, the disclosure relates to a steaming apparatus, system and method of sanitizing objects configured such that it utilizes a steamed chemical to clean the underside of an article of footwear while a user is standing on the apparatus. In further aspects, the disclosure also relates to a steaming apparatus, system and method of sanitizing objects configured such that a chemical may be used in combination with steam to clean the underside of an object or article of footwear while a user stands on the apparatus. Disclosed is a method comprising: inserting a chemical disinfectant into a steaming apparatus; placing an object onto the steaming apparatus; activating the steaming apparatus; and sanitizing the object using a combination of the chemical disinfectant and steam.

A device may include a handle component that is configured to permit a user to grasp the handle component during a sanitation process of the user wherein the user sanitizes a distal appendage using the device. The device may include a shaft component that extends in a vertical direction and that is configured to connect the handle component and a connection component. The device may include the connection component that is configured to removably adhere to a surface to permit the device to remain substantially stationary during the sanitation process of the user. The device may include a brush component that is configured to permit the user to perform the sanitation process of the user and that is removably connected to the connection component.

A hands-free footwear sole cleaning device is foot-actuated to clean the bottom of footwear sole. Applying direct force with the footwear sole actuates a sprayer to discharge a cleaning fluid directly into the crevices and traction that form in the bottom of the footwear sole; and thereby remove debris. The sprayer is adjustable so that the direction, intensity, and pattern of the cleaning fluid can be adjusted for different cleaning needs and footwear soles. The device comprises an elevated base that provides support and, through its elevated disposition enables drainage of the cleaning fluid and debris. The device also includes a sprayer that is detachably retained in the elevated base to forcibly discharge cleaning fluid towards the footwear sole. The device also includes a foot trigger that is pivotally in communication with a spray trigger on the sprayer to actuate discharge of cleaning fluid onto the footwear sole with minimal splashing and debris dislodgement above the elevated base.

A hands-free footwear sole cleaning device is foot-actuated to clean the bottom of footwear sole. Applying direct force with the footwear sole actuates a sprayer to discharge a cleaning fluid directly into the crevices and traction that form in the bottom of the footwear sole; and thereby remove debris. The sprayer is adjustable so that the direction, intensity, and pattern of the cleaning fluid can be adjusted for different cleaning needs and footwear soles. The device comprises an elevated base that provides support and, through its elevated disposition enables drainage of the cleaning fluid and debris. The device also includes a sprayer that is detachably retained in the elevated base to forcibly discharge cleaning fluid towards the footwear sole. The device also includes a foot trigger that is pivotally in communication with a spray trigger on the sprayer to actuate discharge of cleaning fluid onto the footwear sole with minimal splashing and debris dislodgement above the elevated base.

A shoe disinfecting device is disclosed having a base which defines a central recess, a right side recess, and a left side recess. The central recess houses a central wiping which is held by a central frame. Side drying pads are also mounted within side recesses. A disinfecting liquid reservoir is removably mounted to the base. A manual liquid pump is coupled to the liquid reservoir and to nozzles positioned to direct a spray of liquid onto the central pad.

Improved container for messy products which is made up of a framework (17) covered by a superposition (14) of membranes (15a to 15d), each of which is equipped with means of assembly by adhesion of at least part of at least one of the contact faces thereof to the contiguous membrane or membranes allowing said membranes to be separated by a peeling effect, said means of assembly consisting of a multitude of mechanical catching protuberances (16). The improvements made to this container relate on the one hand to the nature of the materials used for making the various components of this container and, on the other hand, to novel methods for obtaining some of said components.

Improved container for messy products which is made up of a framework (17) covered by a superposition (14) of membranes (15a to 15d), each of which is equipped with means of assembly by adhesion of at least part of at least one of the contact faces thereof to the contiguous membrane or membranes allowing said membranes to be separated by a peeling effect, said means of assembly consisting of a multitude of mechanical catching protuberances (16). The improvements made to this container relate on the one hand to the nature of the materials used for making the various components of this container and, on the other hand, to novel methods for obtaining some of said components.

A dust suctioning air mat with an air inflow valve includes: a main body composed of a bottom plate and a footboard installed on an upper part of the bottom plate, the bottom plate having a dust suction part formed therein to suck dust, and having an air inflow groove formed in one side thereof to communicate with the outside, and the footboard having suction holes through which dust can be sucked in formed therein; an air inflow valve which is installed in the air inflow groove of the bottom plate, allows the inflow of outside air, and can control the inflow amount of the air, and an elastic part which is installed inside the bottom plate and provides elastic force for opening and closing the suction holes.