Vortex venturi water spraying assembly

A water spraying assembly comprising:

• a fluid conduit for connecting and for receiving water from a water supply, said fluid conduit including an outlet for expelling water from within said fluid conduit;
• a vortex chamber having an entrance connecting to said fluid conduit's outlet and an exit, said vortex chamber including a hollow interior having a longitudinal axis, a plurality of blades each having a periphery and an interior side, and a plurality of passageways between said blades, said blades arranged around said longitudinal axis and spaced laterally away from said nozzle's longitudinal axis to position said blades in an annular arrangement with said hollow interior in the middle of said blades, and said blades spaced apart from one another with the spacing between them forming said passageways, said blades receiving water at their peripheries from said fluid conduit and directing such water to flow in a direction inwardly at least partially perpendicular and rotationally around said longitudinal axis to cause water to rotate within said vortex chamber's hollow interior and to be expelled from said vortex chamber in a rotating manner through said vortex chamber's exit;
• an intermediate chamber having an intermediate chamber inlet connected to said vortex chamber exit and an intermediate chamber outlet which includes a tubular section;
• a nozzle chamber including sidewall, a nozzle chamber inlet for receiving water from said intermediate chamber outlet, and a nozzle chamber outlet for spraying water;
• said intermediate chamber tubular section projects into said nozzle chamber with said intermediate chamber's tubular section smaller than said nozzle chamber inlet so that said nozzle chamber includes an annular gap around said intermediate chamber's tubular section between said intermediate chamber's tubular section and said nozzle chamber's sidewall;
• and
• said nozzle sidewall includes one or more holes which project through said nozzle's sidewall, said one or more holes projecting through said sidewall either into said nozzle chamber's annular gap or into said nozzle chamber immediately downstream of said nozzle chamber's annular gap, said one or more holes exposed to the ambient air for receiving air into said one or more holes to aspirate into said nozzle chamber when water flows through said nozzle chamber from said nozzle chamber inlet to said nozzle chamber outlet.