Donald Scott Shaver, 643524 N Torrey Pines Dr, Las Vegas, NV 89108

7163351, Jan 16, 2007

Dec 21, 2005

11/312566

Donald S. Shaver - Las Vegas NV, US

E01C 5/16

404 15, 404 35, 15 531, 15 94

The tire cleaning apparatus provides a vibration-inducing surface for a vehicle passing over the tire cleaning apparatus in order to remove dirt and debris from the tires of the vehicle. The tire cleaning apparatus includes at least one tire-cleaning frame, which is formed from a plurality of upper C-shaped beams, which are secured to a plurality of lower C-shaped beams in a rectilinear grid-shaped pattern. Sidewalls of the upper C-shaped beams, which project upwardly, form the vibration-inducing surface, and channels formed in the upper C-shaped beams allow for the collection of dirt and debris, and also provide for the drainage of water. Similar sidewalls of the lower C-shaped beams engage the ground for secure positioning of the tire-cleaning frame.

2007001, Jan 25, 2007

Jul 20, 2006

11/489564

Donald Shaver - Las Vegas NV, US

B01D 12/00

210513000

A high-pressure, water recycling, spray tire wash system with an elevated wash rack having water collection trays therebeneath. A number of high-pressure spray heads are spaced along each side of the wash rack for collecting used wash water. There are a plurality of high-pressure sprauy heads arranged along the side of the wash rack so as to direct water to the tires of a vehicle on the rack. Water collected on the trays is conveyed to a primary settling tank, and then a secondary tank, for clarification and polishing of the water, and then through filters to a holding tank where the polished and filtered water is stored awaiting use. High-pressure pumps direct water through hoses to spray head manifolds and then to the high-pressure spray heads, where water is ejected at a pressure ranging from about 900 psi to 1500 psi at the vehicle tires to clean them.