Abstract: An extendable shower head apparatus that includes a hollow support rod, the hollow support rod provides support to the extendable shower head apparatus, a connection piece that is movably connected to the hollow support rod and a shower head that includes a hollow stem. The apparatus also includes a plurality of wheel bearings that roll along the hollow support rod, a first hose extended through the wheel bearings and provides the water to the shower head, a tension pulley that supports movement of the first hose, a two hose connector attached to the second end of the first hose and a pipe that provides the water to the two hose connector used by a user, the pipe is connected to the two hose connector and the two hose connector connects the pipe to the second end of the first hose.

Abstract: An extendable shower head apparatus that includes a hollow support rod, the hollow support rod provides support to the extendable shower head apparatus, a connection piece that is movably connected to the hollow support rod and a shower head that includes a hollow stem. The apparatus also includes a plurality of wheel bearings that roll along the hollow support rod, a first hose extended through the wheel bearings and provides the water to the shower head, a tension pulley that supports movement of the first hose, a two hose connector attached to the second end of the first hose and a pipe that provides the water to the two hose connector used by a user, the pipe is connected to the two hose connector and the two hose connector connects the pipe to the second end of the first hose.

Abstract: An automatic water leveling device for a swimming pool comprising: a cylinder attached to an edge of the swimming pool; a float suspended from a line within the cylinder, where the float rests upon the water within the cylinder; a magnetic contact attached to the float; drain magnets attached towards the top of the cylinder; and fill magnets attached toward the bottom of the cylinder. The automatic water leveling device adjusts the water levels within the swimming pool by activating a drain or spigot associated with the pool. As water levels rise, the float and magnetic contact meet the drain magnets to activate a system to drain the swimming pool. As the water levels lower, the float and magnetic contact meet the fill magnets to activate the system to fill the swimming pool. The system continues to drain or fill the swimming pool until the original water level is achieved.