The present invention resides in a sprinkler elevation device comprising an elongate member having a first end comprising a ground engaging portion, and a second end comprising a sprinkler attachment portion, and a hose retaining member located on the elongate member. The present invention alleviates some the problems associated with presently available sprinkler systems.

A ground-mounted soap injection system that can be used with a SLIP 'N SLIDE or other similar device needing the addition of a lubricating agent. The invention includes a liquid reservoir connected to a metering valve and an injection venturi. A hose is connected to the device and water passing through an internal passage draws the lubricating agent into the moving stream in a controlled fashion. Spikes are provided to secure the device to the ground.

A ground-mounted soap injection system that can be used with a SLIP 'N SLIDE or other similar device needing the addition of a lubricating agent. The invention includes a liquid reservoir connected to a metering valve and an injection venturi. A hose is connected to the device and water passing through an internal passage draws the lubricating agent into the moving stream in a controlled fashion. Spikes are provided to secure the device to the ground.

A sprinkler enclosure device includes a baseplate having a generally hollow cup extending upward therefrom in a perpendicular manner. The cup includes an inside diameter that is suitable for receiving a sprinkler body, and a height that is suitable for receiving at least a portion of the sprinkler body. Each of the baseplate and the cup include centrally located apertures that are aligned linearly. Each of the aligned apertures include dimensions suitable for receiving an irrigation fitting for connecting the sprinkler body positioned within the cup to an irrigation water supply line. A sealing ring is removably positioned along the top end of the cup and includes a central opening having a diameter that is complementary to the outside diameter of the received sprinkler body. The sealing ring preventing dirt from entering the interior space of the cup.

A sprinkler enclosure device includes a baseplate having a generally hollow cup extending upward therefrom in a perpendicular manner. The cup includes an inside diameter that is suitable for receiving a sprinkler body, and a height that is suitable for receiving at least a portion of the sprinkler body. Each of the baseplate and the cup include centrally located apertures that are aligned linearly. Each of the aligned apertures include dimensions suitable for receiving an irrigation fitting for connecting the sprinkler body positioned within the cup to an irrigation water supply line. A sealing ring is removably positioned along the top end of the cup and includes a central opening having a diameter that is complementary to the outside diameter of the received sprinkler body. The sealing ring preventing dirt from entering the interior space of the cup.

Disclosed herein are new sprinkler sleeve assemblies, and methods of use, configured to be placed around underground sprinkler heads to create a barrier between the sprinkler head and the surrounding soil. More specifically, the sprinkler sleeve assemblies comprise a top unit and a bottom unit, wherein the top unit comprises a vertical channel configured to surround the sprinkler head; and the bottom unit is configured to receive the top unit and can comprise one or more passageways that allow irrigation tubing to pass through.

Example implementations of a synthetic turf system comprise a turf tray and a turf element. The turf tray is rigid and planar, and has a lattice structure extending within the lateral perimeter. The turf element includes a backing portion and a blade portion. The blade portion is defined by a plurality of blades of artificial grass affixed to the backing portion, the backing portion is placed secured engagement with the upper side by way of, for example, adhesive or screws. The turf trays may include perimeter and auxiliary adhesive tracks, and an array of screw retention bosses. The system may include a sprinkler assembly mountable in the turf trays for washing down the turf elements. The sprinkler assembly may include mounting flanges configurable to accommodate mounting of various sprinklers. The system may include height-adjustable pedestals or joists to support the turf trays at a distance above the local horizonal surface.

Example implementations of a synthetic turf system comprise a turf tray and a turf element. The turf tray is rigid and planar, and has a lattice structure extending within the lateral perimeter. The turf element includes a backing portion and a blade portion. The blade portion is defined by a plurality of blades of artificial grass affixed to the backing portion, the backing portion is placed secured engagement with the upper side by way of, for example, adhesive or screws. The turf trays may include perimeter and auxiliary adhesive tracks, and an array of screw retention bosses. The system may include a sprinkler assembly mountable in the turf trays for washing down the turf elements. The sprinkler assembly may include mounting flanges configurable to accommodate mounting of various sprinklers. The system may include height-adjustable pedestals or joists to support the turf trays at a distance above the local horizonal surface.

The present invention resides in a sprinkler elevation device comprising an elongate member having a first end comprising a ground engaging portion, and a second end comprising a sprinkler attachment portion, and a hose retaining member located on the elongate member. The present invention alleviates some the problems associated with presently available sprinkler systems.

A sprinkler enclosure device includes a baseplate having a generally hollow cup extending upward therefrom in a perpendicular manner. The cup includes an inside diameter that is suitable for receiving a sprinkler body, and a height that is suitable for receiving at least a portion of the sprinkler body. Each of the baseplate and the cup include centrally located apertures that are aligned linearly. Each of the aligned apertures include dimensions suitable for receiving an irrigation fitting for connecting the sprinkler body positioned within the cup to an irrigation water supply line. A sealing ring is removably positioned along the top end of the cup and includes a central opening having a diameter that is complementary to the outside diameter of the received sprinkler body. The sealing ring preventing dirt from entering the interior space of the cup.