Abstract: A recreational slide is presented having a lubricious top surface having an entry end and an exit end. Two side tubes are affixed laterally along each side of the slide to prevent water and users from sliding off the slide while in use. One or more water sprayers are located along the interconnection between the slide and one or both of the tubes to provide a continuous water supply to the surface of the slide. The exit end of the tube is configured with a connecting flap which removably attaches to the entry end of a tube of an adjoining slide to make a seamless transition between tubes. In addition, the water sprayers are configured so that the exit end of one water sprayer is interconnectable with the entry end of an adjoining water sprayer to make a seamless transition between water sprayers when interconnected.

Abstract: A recreational slide is presented having a lubricious top surface having an entry end and an exit end. Two side tubes are affixed laterally along each side of the slide to prevent water and users from sliding off the slide while in use. One or more water sprayers are located along the interconnection between the slide and one or both of the tubes to provide a continuous water supply to the surface of the slide. The exit end of the tube is configured with a connecting flap which removably attaches to the entry end of a tube of an adjoining slide to make a seamless transition between tubes. In addition, the water sprayers are configured so that the exit end of one water sprayer is interconnectable with the entry end of an adjoining water sprayer to make a seamless transition between water sprayers when interconnected.

Abstract: A method and system for the inflation of a sealed air product with accommodations for both a high capacity, low pressure blower and a low capacity, high pressure pump. The blower is attached to a fill tube and inflates the product until it approaches a point at which the pump does not have sufficient pressure to continue. The fill tube is coiled to prevent the air inside the sealed-air product from escaping and placed into a compartment behind a closable opening which is then closed. The air pump is then attached to an inflation port located on the sealed-air product which, when activated, inflates the sealed-air product to the desired air pressure. A pressure relief valves ensures the product is not over-inflated. After use, air may be allowed to escape through the fill tube, thereby allowing rapid deflation of the product.

Abstract: A method and system for the inflation of a sealed air product with accommodations for both a high capacity, low pressure blower and a low capacity, high pressure pump. The blower is attached to a fill tube and inflates the product until it approaches a point at which the pump does not have sufficient pressure to continue. The fill tube is coiled to prevent the air inside the sealed-air product from escaping and placed into a compartment behind a closable opening which is then closed. The air pump is then attached to an inflation port located on the sealed-air product which, when activated, inflates the sealed-air product to the desired air pressure. A pressure relief valves ensures the product is not over-inflated. After use, air may be allowed to escape through the fill tube, thereby allowing rapid deflation of the product.