A stationary platform for supporting a supply transport device is provided. The stationary platform includes a frame having at least two longitudinal sides, a first end and a second opposing end, and a top surface and a bottom surface, and a plurality of legs extending from the bottom surface of the frame to support the supply transport device on the frame. The supply transport device is slidably received on the top surface of the frame. A wheel base assembly having a cleaning device for contacting a bottom surface of the supply transport device, to remove dirt and debris from or to disinfect the supply transport device, is also provided.

A snow blower (10) for blowing snow off a surface. The snow blower (10) comprises a body (50) comprising an intake port (120); a discharge port (318); and a conduit (202) having an interior wall (212). The conduit (202) is fluidly connecting the intake port (120) to the discharge port (318). The snow blower (10) further comprises an electric circuit (114) housed by the body (50) and connected to a power source; an electric blower (104) housed by the body (50) and powered by the electric circuit (114) for drawing air from the intake port (120); and a heating coil (210) electrically connected to the electric circuit (114) and extending along a portion of the interior wall (212). The air is forced through the conduit (202), heated by the heating coil (210) and exhausted at the discharge port (318) to blow snow off the surface.

A vehicle washing device for cleaning a vehicle includes a handgrip, which is attached to a first end of an elongate handle. A pump is attached to the handgrip and is in fluidic communication with a reservoir that contains a cleaning solution. Each of a plurality of brush heads is attachable to a second end of the elongate handle so that the brush head is in fluidic communication with the pump. A battery is attachable to the handgrip to power the pump to motivate the cleaning solution from the reservoir to the brush head. A switch on the handgrip and is operationally engaged to the battery and the pump. The handgrip is grasped in a hand of a user, positioning the user to manipulate the brush head on a surface and to switch the switch to actuate the pump so that the cleaning solution is applied to the surface.

A dispenser cap includes a shell, a scraper coupled to the shell, and a fluid-delivery controller. The dispenser cap mounts on a spray can, and the fluid-delivery controller engages with a valve of the spray can to selectively dispense pressurized fluid from the spray can.

An exemplary glass cleaning device including a handle having a distal portion and a proximal portion, the proximal portion pivotally coupled to the distal portion so that the proximal portion can pivot between an extended position and a folded position, a spray head having a nozzle in fluid communication with a fluid reservoir, the fluid reservoir being disposed with the proximal portion of the handle and the nozzle being coupled to the distal portion of the handle, a button to activate the nozzle, the button being disposed on the proximal portion of the handle, and a plate coupled to the spray head.

A cleaning tool is adapted for cleaning a camera lens or sensor of a vehicle comprising a surface being subject to weather conditions in which coarse matter adheres to the surface. The cleaning tool comprises a body comprising a container for containing a cleaning solution, a delivery nozzle fluidly connected to the container, and a trigger for forcing the cleaning solution through the delivery nozzle to be sprayed over the surface of the sensor. The cleaning tool further comprises a blade extending from the body, the blade comprising an operating edge for sliding against the surface to remove the coarse matter from the surface, and a swabbing component housed by the body, the swabbing component being made from microfiber, chamois or an alternative type of cleaning cloth material and being adapted for polishing the surface.

A cleaning tool and a system for cleaning an automotive component include the cleaning tool with a portable dispenser configured to receive a both a cleanser and a pressurized gas in a hollow interior section and a flexible conduit interconnecting the portable dispenser with a brush. The brush has a hollow handle with apertures and a porous cleaning portion. The cleanser is a humectant foaming cleanser. A cleanser removing tool is effective to remove dirt, brake dust and grease from the automotive component without a water rinse.

A towel for washing a motorcycle includes an upper portion configured to overlie at least a portion of the motorcycle windshield and a lower portion configured to overlie at least a portion of the motorcycle fairing. An upper pocket of the upper portion is configured to receive the top of the motorcycle windshield, a left side pocket of the lower portion is configured to receive a left side portion of the motorcycle fairing, and a right side pocket of the lower portion is configured to receive the right side portion of the motorcycle fairing. The towel may be soaked in a cleaning fluid and is configured such that it can be positioned on the windshield and fairing and will remain there without any intervention required by a user. The user may therefore leave the towel unattended to soak on the windshield and fairing, thereby allowing sufficient time for the cleaning solution to soften debris on the windshield and fairing to make it easier to remove the debris.

A mobile pressure wash system that comprises a mobile fluid storage cabinet comprised of at least one fluid storage tank coupled to an air compressor. The air compressor supplies pressurized air into a pressurized air line. An intertwined hose comprised of a fluid supply line and the pressurized air line. The air line connects to an air gun and the fluid line connects to the air gun. The air gun comprises a syphon tip, and the fluid line connects to the syphon tip to facilitate a pressure differential to syphon fluid from the at least one fluid storage tank to eject fluid under pressure when pressurized air flows through the air gun.

The ice-removing device is configured to remove ice from the exterior surface of a vehicle. Specifically, the ice-removing device is an apparatus that applies an ice-removing chemical to the exterior surface of the vehicle for the purpose of removing the accumulation of ice on the vehicle. The ice-removing device comprises a reservoir, a hose, a pump, a removal device and a deicing fluid. The pump transports the deicing fluid from the reservoir through the hose to the vehicle. The removal device is a structure that is designed to scrap and move ice that has accumulated on the vehicle. The removal device is mounted on the outlet port of the pump such that the deicing fluid flows through the removal device.