Portable multi-point fluid delivery system

A portable multi-point fluid delivery system comprising:

• a fluid conduit assembly having a stationary conduit and a positionable conduit disposed in a fluid communicating relationship with one another,
• a plurality of fluid inlet members each structured to facilitate connection of said system to a fluid supply,
• a flow control assembly comprising a spigot disposed in fluid communication with said stationary conduit and an adjustable spray head disposed in fluid communication with said positionable conduit,
• said flow control assembly further comprising a flow control member disposed in fluid communication between said fixed conduit and said positionable conduit,
• said flow control assembly structured to permit fluid flow from said spigot and said adjustable spray head independent of one another,
• said flow control assembly further structured to permit fluid flow from said spigot and said adjustable spray head simultaneous with one another,
• a flexible conduit extension interconnected in said fluid communicating relation with said stationary conduit and said positionable conduit,
• said flexible conduit extension structured to allow disposition of said positionable fluid delivery member in a spaced apart relation from said fixed fluid delivery member, thereby permitting fluid to be delivered to any of a plurality of spaced apart locations, and
• a plurality of storage members attached to said stationary conduit structured to retain said positionable conduit when said stationary conduit and said stationary conduit are disconnected from one another and to create a compact storage profile to facilitate storage and transport said fluid conduit assembly.

A portable multi-point fluid delivery system comprising:

• a fluid conduit assembly having a stationary conduit and a positionable conduit disposed in a fluid communicating relationship with one another,
• a plurality of fluid inlet members each structured to facilitate connection of said system to a fluid supply,
• a flow control assembly comprising a spigot disposed in fluid communication with said stationary conduit and an adjustable spray head disposed in fluid communication with said positionable conduit,
• said flow control assembly further comprising a flow control member disposed in fluid communication between said fixed conduit and said positionable conduit,
• said flow control assembly structured to permit fluid flow from said spigot and said adjustable spray head independent of one another,
• said flow control assembly further structured to permit fluid flow from said spigot and said adjustable spray head simultaneous with one another,
• a hose interconnected in said fluid communicating relation between said stationary conduit and said positionable conduit,
• a plurality of hose bib connectors structured to releasably interconnect said hose in said fluid communication between said stationary conduit and said positionable conduit, and to permit a user to assemble and disassemble said fluid conduit assembly,
• said hose structured to allow disposition of said positionable fluid delivery member in a spaced apart relation from said fixed fluid delivery member, thereby permitting fluid to be delivered to any of a plurality of spaced apart locations,
• said positionable fluid delivery member is removably interconnected to said positionable conduit via an elbow in downwardly angled disposition to facilitate delivery of fluid to any of said plurality of spaced apart locations, and
• a plurality of storage members attached to said stationary conduit and structured to retain said positionable conduit, when said stationary conduit and said stationary conduit are disconnected from one another, and create a compact storage profile to facilitate storage and transport.