A diving pool includes a first tiered section extending to a first depth of the diving pool, a second tiered section extending to a second depth of the diving pool that is deeper than the first depth, and a cover. The cover can be releasably positioned within the diving pool at a depth of the diving pool to isolate a shallower portion of the diving pool above the cover at the depth from a deeper portion of the diving pool below the cover at the depth.

A diving pool includes a first tiered section extending to a first depth of the diving pool, a second tiered section extending to a second depth of the diving pool that is deeper than the first depth. The diving pool may be configured to facilitate pressure-based therapeutic treatments at the various depths. The diving pool may include a cover. The cover can be releasably positioned within the diving pool at a depth of the diving pool to isolate a shallower portion of the diving pool above the cover at the depth from a deeper portion of the diving pool below the cover at the depth.

A pool divider assembly for restricting access to a deep portion of a swimming pool includes a pair of rods. Each of the rods is extendable downwardly into a swimming pool adjacent to opposite sides of the swimming pool with respect to each other. Each of the rods has an engagement thereon and the engagement on each of the rods engages a respective well in a deck of the swimming pool to inhibit the rods from moving. A barrier is coupled between each of the rods to inhibit a child or a non-swimming adult from passing beyond the barrier. The barrier is comprised of a fluid permeable material to facilitate pool water to pass therethrough.

A diving pool includes a first tiered section extending to a first depth of the diving pool, a second tiered section extending to a second depth of the diving pool that is deeper than the first depth, and a cover. The cover can be releasably positioned within the diving pool at a depth of the diving pool to isolate a shallower portion of the diving pool above the cover at the depth from a deeper portion of the diving pool below the cover at the depth.

A blow-up swimming pool that has an inflatable wall structure, a fan conductively coupled to the wall structure, a one-way air valve, and a blower control system for controlling the fan and the one-way air valve. The one-way air valve is disposed between the blower control system and the inflatable wall structure.

A diving pool includes a first tiered section extending to a first depth of the diving pool, a second tiered section extending to a second depth of the diving pool that is deeper than the first depth, and a cover. The cover can be releasably positioned within the diving pool at a depth of the diving pool to isolate a shallower portion of the diving pool above the cover at the depth from a deeper portion of the diving pool below the cover at the depth.

A swim lane apparatus having one or more attachment or tethering devices. The one or more attachment or tethering devices are configured to couple or affix to a foundation of the pool. The swim lane apparatus has a first sidewall. The first sidewall is coupled to the one or more attachment or tethering devices. The first sidewall is configured to form a channel and direct a flow of water out of the channel when the flow of water enters the channel.

A swim lane apparatus having one or more attachment or tethering devices. The one or more attachment or tethering devices are configured to couple or affix to a foundation of the pool. The swim lane apparatus has a first sidewall. The first sidewall is coupled to the one or more attachment or tethering devices. The first sidewall is configured to form a channel and direct a flow of water out of the channel when the flow of water enters the channel.

The present invention provides an improved method for mounting and securing Flashing at exterior wall fenestration openings by using a three part system, Mounting Channel, Flashing, and Retaining Clip. The Mounting Channel is mounted at the opening or transition area when the framing is complete. The Flashing is inserted into the Mounting Channel. The Flashing is held in place with a Retaining Clip that uses tension to retain the Flashing in place. In this manner, the Flashing can be installed without the need for any mechanical fasteners and is designed to attach Flashing in a manner that allows fenestration to seal directly to the Air Barrier and reduce thermal bridging. Further, because the Flashing can be installed after all other exterior building components are installed, it is less likely that the Flashing will be damaged during the construction process.

The present invention provides an improved method for mounting and securing Flashing at exterior wall fenestration openings by using a three part system, Mounting Channel, Flashing, and Retaining Clip. The Mounting Channel is mounted at the opening or transition area when the framing is complete. The Flashing is inserted into the Mounting Channel. The Flashing is held in place with a Retaining Clip that uses tension to retain the Flashing in place. In this manner, the Flashing can be installed without the need for any mechanical fasteners and is designed to attach Flashing in a manner that allows fenestration to seal directly to the Air Barrier and reduce thermal bridging. Further, because the Flashing can be installed after all other exterior building components are installed, it is less likely that the Flashing will be damaged during the construction process.