An inflatable pool is provided having a thermal insulation structure. The inflatable pool has a bottom wall and an inflatable side wall, the inflatable side wall and the bottom wall jointly defining a water holding space. The inflatable side wall includes an inflatable chamber and a side wall thermal insulation structure arranged in the inflatable chamber. Further, a pool cover having a similar structure is disclosed.

A device for covering an above-ground pool having an inflatable interior volume. A first flexible planar member is sealed to a second flexible planar member along a peripheral edge portion. An interior volume is defined between the first and second flexible planar members. A one-way valve is disposed in the first flexible planar member, wherein the one-way valve is utilized to selectively inflate the interior volume with a compressed air pump. A securement band is disposed on the first flexible planar member, wherein the securement band runs along the peripheral edge thereof.

The portable bathtub safety device is a portable inflatable barrier system, that when correctly installed and maintained (fully inflated) should help prevent people from falling into most types of empty bathtubs. The device utilizes a separate barrier cushion over the edge of the tub that should lessen the chance of serious injury by acting as a protective cushion over the edge of the tub.

The portable bathtub safety device is a portable inflatable barrier system, that when correctly installed and maintained (fully inflated) should help prevent people from falling into most types of empty bathtubs. The device utilizes a separate barrier cushion over the edge of the tub that should lessen the chance of serious injury by acting as a protective cushion over the edge of the tub.

A spa cover constructed of layers of pliable insulation encapsulated within a weatherproof vinyl reinforced fabric or a rubber membrane which is attached to rigid square support tubes that run parallel to the short end of the spa. The encapsulated insulation is fastened to the bottom of the square support tubes with corrosion-free nylon anchors which allows the soft insulation assembly to span over the water and rest directly on the spa bartop surface sealing the heat in and keeping debris out. An arched fiberglass rod structure supports a weatherproof rainfly which is permanently affixed to the flat cover assembly to shed rain and debris. The entire assembly is held in place at each end with adjustable straps which stretch the cover from end to end keeping the rainfly taut. Removing the cover to access the spa involves undoing the straps on one end and rolling the cover assembly towards the other end until the desired amount of spa exposure is reached. Covering the spa after use is just the opposite procedure.

A spa cover comprising: a) a bladder section having a length and a width approximating that of a water spa; b) a plurality of elongated and generally parallel structures affixed to and substantially spanning the width of the bladder section; c) a plurality of flexible rods affixed to the bladder section and under sufficient tension to compress and create an arc over the width of the bladder section; and d) a cover supported by the flexible rods; wherein the rods and the elongated structures are spaced sufficiently to allow the bladder section and the cover to be rolled lengthwise.

An inflatable spa liner to be placed in a tub or spa pedicure bucket to prevent a user from contacting the surface of the tub is disclosed. The inflatable spa liner includes a first layer and a second layer that are sandwiched. The inflatable spa liner includes air channels formed at one of the first layer and the second layer. The air channels are arranged in between the first layer and the second layer. The inflatable spa liner is placed in a tub such that the first layer is in contact with the surface of the tub. The air channels inflate such that a user sitting in said inflatable spa liner contacting said second layer does not come in contact with the surface of said tub.

A spa cover comprising: a) a bladder section having a length and a width approximating that of a water spa; b) a plurality of elongated and generally parallel structures affixed to and substantially spanning the width of the bladder section; c) a plurality of flexible rods affixed to the bladder section and under sufficient tension to compress and create an arc over the width of the bladder section; and d) a cover supported by the flexible rods; wherein the rods and the elongated structures are spaced sufficiently to allow the bladder section and the cover to be rolled lengthwise.

An inflatable pool cover for pool apparatus, including hot tubs and spas, is disclosed. The inflatable pool cover includes a body having slightly larger diameter than the pool apparatus. The body, made of durable and waterproof material, includes rings, handles and a valve. Rings are used to tie the inflatable pool cover to the pool apparatus via straps. Handles are used to place or remove the inflatable pool cover from the top of the pool apparatus. The valve is used to inflate the body. In one example, the body has a tapered portion. When placed over the pool apparatus, the tapered portion of the inflatable pool cover ensures water and debris slide and fall outside of the pool apparatus, preventing accumulation of water and debris over the inflatable pool cover. For easy storage and transportation, the inflatable pool cover may be deflated, folded and stored in the included kit.

A system including a pool apparatus and an inflatable pool cover is disclosed. The pool apparatus includes a first tank positioned within a second tank, creating an air gap. The second tank includes pipe receiving sections. The pipe receiving sections facilitate the passage of pipes. The pipes circulate water through a closed-loop system and direct it into the first tank. The first tank stores water and maintains its temperature. The inflatable pool cover includes a valve that is configured to inflate the inflatable pool cover. The inflatable pool cover positions over the pool apparatus when not in use, and prevents dust and debris from entering the pool apparatus. The inflatable pool cover includes rings and handles. The handles facilitate the placement and removal of the inflatable pool cover from the pool apparatus. The rings are configured to secure the inflatable pool cover to the pool apparatus.