Abstract: An inflatable structure has a top wall, a bottom wall vertically spaced from the top wall, and a vertical baffle having a top edge connected to the top wall, and a bottom edge connected to the bottom wall. A pair of top diagonal support baffles connect the vertical baffle to the top wall, each of the pair of top diagonal support baffles being connected to the top wall on opposite sides of a top edge of the vertical baffle, and spaced a distance from the top edge of the vertical baffle. A pair of bottom diagonal support baffles further connect the vertical baffle to the bottom wall, each of the pair of bottom diagonal support baffles being connected to the bottom wall on opposite sides of bottom edge of the vertical baffle, and spaced a distance from the bottom edge of the vertical baffle.

Abstract: An inflatable structure has a top wall, a bottom wall vertically spaced from the top wall, and a vertical baffle having a top edge connected to the top wall, and a bottom edge connected to the bottom wall. A pair of top diagonal support baffles connect the vertical baffle to the top wall, each of the pair of top diagonal support baffles being connected to the top wall on opposite sides of a top edge of the vertical baffle, and spaced a distance from the top edge of the vertical baffle. A pair of bottom diagonal support baffles further connect the vertical baffle to the bottom wall, each of the pair of bottom diagonal support baffles being connected to the bottom wall on opposite sides of bottom edge of the vertical baffle, and spaced a distance from the bottom edge of the vertical baffle.

Abstract: The quick connect vehicle attachment as disclosed herein generally includes a bayonet lug having a series of threads that engage a tow hook boss on one end and a locking pin protruding out opposite sides of an interface shoulder on another end for select slide-in reception into a bayonet housing and along a cam slot for locking engagement therewith in a pair of slotted receptacles under a spring-biased preload.

Abstract: An inflatable structure has an air mattress capable of sustaining an air pressure, and having a mattress aperture through a side wall of the air mattress. The inflatable structure further includes a panel secured with fasteners for fastening the first pair of opposing edges to the air mattress such that a panel aperture is positioned over the mattress aperture. Finally, the inflatable structure includes an elongate sheet having a sheet aperture. The elongate sheet is slidably mounted between the panel and the air mattress so that the elongate sheet may slide between a closed position wherein the elongate sheet covers the mattress aperture to provide a seal over the air mattress, and an open position wherein the sheet aperture is aligned with the mattress aperture and the panel aperture, thereby permitting air/water to drain out of the air mattress.

Abstract: An airbag system having a base air mattress, a top air mattress, and a plurality of tubular posts positioned between the base air mattress and the top air mattress in a generally vertical orientation so that the top air mattress is supported upon the base air mattress. A plurality of breather holes are provided in either the top air mattress or the base air mattress, wherein each of the tubular posts is sealably mounted around at least one of the plurality of breather holes. The tubular posts all have a common diameter, and the tubular posts are separated from each other by a distance that is greater than the common diameter of the tubular posts.

Abstract: A structure generally comprising a support structure with a rotating form is disclosed. The support structure may be an upright tube or other shape, and the rotating form may be a ring or other shape configured with the tube. Holes may be in the outer circumference of the tube and in the inner circumference of the opening of the ring. Pressurized air may pass into the tube and out its holes, and then into the ring. In this way, the air may apply a lift to the ring and may minimize friction between the tube and the ring, thus allowing it to rotate freely.

Abstract: A slide system has a base inflatable structure capable of sustaining an air pressure, and a slide surface supported by the base inflatable structure. A lower slide flap forms a bottom end of the slide surface, and a lower slide support of the base inflatable structure supports the lower slide flap. A bumper body receives air pressure from the base inflatable structure to inflate to form a protrusion that extends upwardly from the lower slide support when inflated. A restraint structure restrains the bumper body to a flattened configuration, but when the restraint structure is released, the bumper body inflates to form the protrusion that forms a bumper at the bottom of the slide.

Abstract: An inflatable landing pad has an air mattress capable of sustaining an air pressure, and an air supply tube for supplying air from an inflatable play structure to the air mattress. The air mattress is separated into a plurality of sections by vented baffles. A proximal end of the air supply tube is sealably attached to the air mattress around an aperture for directing air into the air mattress, and the distal end of the air supply tube includes a coupling for connecting to an air supply port of the inflatable play structures. The air mattress is adapted to be positioned adjacent an exit portion of an inflatable play structure.