Abstract: An inflatable floating device has an inflatable body which includes front and rear ends, a hand grip disposed on a top side of the inflatable body adjacent to the front end, a rudder portion projecting downwardly from a bottom side of the inflatable body, a counterweight disposed in the inflatable body adjacent to the bottom side, and two leg support parts disposed on the top side of the inflatable body. The bottom side of the inflatable body is convexed downwardly between the front and rear ends.

Abstract: An above ground pool includes a pool body, an air inflatable ring member, and a reinforcing member. The pool body has a bottom wall and a surrounding wall that extends upwardly and integrally from a periphery of the bottom wall and that has a distal top edge. The air inflatable ring member has a lower ring part connected integrally to the distal top edge of the surrounding wall. The reinforcing member is mounted in the ring member, and ensures that a central ring axis of the ring member is generally concentric with and does not extend outside a circular area bounded by the distal top edge of the surrounding wall.

Abstract: A device for controlling air filling and air exhausting of an air cushion includes a casing provided inside with a motor controlled by a wire controller and a fan blade, and an upper cover mounted on the casing. An air-exhausting nozzle closed by a film is provided outside the casing. A support plate is positioned above the fan blade, fixed on an upper surface with a transformer and an electro-magnetic valve controlled by the wire controller. A push plate is combined on a front end of the magnetic rod of the electro-magnetic valve, having a push rod protruding through the casing and extending in the air-exhausting nozzle to push open the film. Then this device can be controlled by wire controlling or manual controlling to adjust resilience of an air cushion.

Abstract: A device for controlling air filling and air exhausting of an air cushion includes a casing provided inside with a motor controlled by a wire controller and a fan blade, and an upper cover mounted on the casing. An air-exhausting nozzle closed by a film is provided outside the casing. A support plate is positioned above the fan blade, fixed on an upper surface with a transformer and an electromagnetic valve controlled by the wire controller. A push plate is combined on a front end of the magnetic rod of the electro-magnetic valve, having a push rod protruding through the casing and extending in the air-exhausting nozzle to push open the film. Then this device can be controlled by wire controlling or manual controlling to adjust resilience of an air cushion.

Abstract: An inflatable swimming pool assembly includes an inflatable swimming pool with a surrounding wall which confines an accommodation space and which terminates at an upper surrounding edge portion to define an opening. A flexible cover has an upper major wall to rest on the upper surrounding edge portion to cover the opening, and a flap portion to be pulled over to be disposed beyond, and outwardly and downwardly of the upper surrounding edge portion when the flexible cover is stretched. A flexible sheet member has a peripheral edge portion which is in sealing attachment to the upper major wall to confine an inflatable space therebetween to be inflated to stretch the flexible cover. An inflating valve is disposed to inflate or deflate the inflatable space.

Abstract: An inflatable swimming pool assembly includes an inflatable swimming pool with a peripheral wall that has a top surface, a first half and a second half. A sun shield has a flexible sunshade portion with two opposite sides, which are formed respectively with a curved first inflatable tube and a curved second inflatable tube. The first inflatable tube has two ends that are respectively in fluid communication with two ends of the second inflatable tube at two intersections.