Abstract: A float assembly means that includes platform consisting of a plurality of floats adjoined to float on the surface of a body of water; a bottom base below the water surface consisting of a plurality of floats adjoined that are submerged in the water; and a surrounding wall disposed between the platform and the bottom base consisting of a plurality of floats stacked together that are submerged in the water. The surrounding wall is formed of a plurality of wall surfaces, each wall surface collectively closing off a sealed area. The sealed area, at its lower extent, is closured by the bottom base and an opening is formed over the recess in its upper extent. The resulting structure is capable of, on a water surface, covering a specific body of water to form a safe swimming and water recreation area.

Abstract: A float structure having supplementary floating bodies that is comprised of a cavitary body, the hollow internal aspect of which enables buoyance and floatation in water, and a plurality of floating bodies disposed within the cavitary body. Given such a structure, when a float, containing the plurality of floating bodies in its cavitary body, incurs collision and wear damage that results in leakage and a loss of the floating body capability it should possess, the supplementation provided by the invention herein constitutes another source of buoyance that supports the entire float in retaining a major portion of its buoyance, thereby preventing the float from sinking and maintaining a set buoyant force.

Abstract: A float structure comprised of a cavitary body consisting of a hollow internal section, the cavitary body having disposed on it a first conjoinment structure and a second conjoinment structure. As such, when two floats of the invention herein are stacked into an assemblage, the first conjoinment structure of the rear float is inserted into the second conjoinment structure of the front float to thereby enable the connective assembly of the two floats.