Abstract: A water entertainment assembly of shoreline mounted and floating water based modules releasably interconnected with edge joints, bridges, or strung along a flexible cord that is constructed on a beach or anchored to the sea floor in any selected configuration, including individual modules and assemblies for use as: deck platforms; shelters or kiosks; docks; playground equipment; parasols; bars; pool decks; seating areas; a swimming safety barrier, swimming spectator seating; floating dock platforms for various water based activities; containers for artificial grass and planters; floating spectator seating area; floating dock platform; floating platform for mounting various water activity accessories such as: a slide; a diving board; a ladder, bridge for spanning between adjacent platform modules; a lifeguard station; a trampoline; water area illumination; audio speakers; and a contoured seating surface.

Abstract: A buoyant recreational device for use in swimming, sunbathing or exercise on a water surface has an annular buoyant frame with an interior opening and a flexible resilient water permeable platform having an outer perimeter edge connected to the interior opening of the frame. The platform is polypropylene fibre fabric with inherent resilient properties and may be connected to the frame with resilient connectors such as springs or bungee cords. The frame is a hollow rotation moulded polyethylene plastic structure, preferably at least seven feet in outer diameter and five feet in inner diameter and capable of supporting the weight of six adult persons resting on the platform while immersed upon a water surface. The frame may include mounting means for attaching accessories such as: an umbrella; a rudder; an anchor; a towline; and a motor, and optionally includes a storage socket or compartment for sun tan oil or beverage containers.

Abstract: A kiosk structure of hollow rotary moulded plastic counter modules having a body of circular segmental configuration with top horizontal surface, horizontal bottom surface, vertical front and back walls and at least two vertical sleeves at opposing ends of the body having a vertical bore through the top and bottom surfaces. A like number of vertical support posts within the bores have a bottom portion anchored within a granular beach sand or soil foundation layer. A variety of differently shaped arrays can be constructed of counter modules with a lintel spanning between a post of each adjacent counter module of the array. the posts and lintels can support a tubular frame roof with fabric extending across the frame providing shelter. The kiosk structure can be easily assembled and disassembled for temporary events or for storage in off season.

Abstract: A pedal powered drive mechanism and an aquatic vehicle having such a mechanism are constructed primarily of lightweight inexpensive moulded plastic. The vehicle has a buoyant hull with a central longitudinal axis and saddle seat. Handle bar steering is mounted to the hull and a pedal powered drive mechanism drives a stem mounted propeller. The mechanism is constructed of moulded plastic components for simple assembly and results in an inexpensive lightweight drive compared to conventional metal components. The drive has a housing with two axially spaced apart shaft bearing cradles. The crank shaft is disposed in the cradles, with opposing crank arms and pedal mounts extending perpendicular to the crank shaft axis and outward of the cradles. A drive pulley is mounted on the shaft between the cradles by sliding a pulley central opening along the shaft over at least one pedal mount. Collars disposed on the shaft between the pulley and each cradle retain the assembly in a simple manner.

Abstract: The invention is directed to a peddle powered aquatic vehicle with a propeller driven by pedal cranks, a flywheel, and water-cooled belt drive transmission, the vehicle hull including T-bar steering handles, a saddle seat and lateral outriggers to enable a passenger to ride the vehicle like a bicycle on water. The aquatic vehicle has a buoyant hull with a central longitudinal body with the saddle seat allowing a passenger to be supported in a startling position. To provide lateral stability two elongate outriggers are disposed laterally from the central hull body with outrigger arms connecting the body to the outriggers. A manual steering mechanism is attached to the hull for steering by the passenger; preferably in the form of a T-bar journaled to the hull connected with cords to a rear mounted rudder. Pedal powered drive means are mounted in the hull for driving a stern mounted propeller. A pair of pedal cranks are journaled for rotation about the transverse axis.