Self-locking sprinkler head for spraying high corrosive chemical liquid media

A self-locking sprinkler system, comprising:

• a sprinkler head, comprising:
• an outer body, comprising:
• an outer wall having an outer threaded surface;
• a receiving portion having an inner threaded surface defining a central aperture, wherein the receiving portion is positioned centrally within and connected to the outer wall via ribs;
• and
• fluid paths formed between the outer wall and the receiving portion and between the ribs;
• a sprinkler diffusor threadably connected to the receiving portion, the sprinkler diffusor comprising:
• a blade configured to dispense a fluid, and
• a threaded post extending perpendicularly from the blade and configured to threadably mate with the inner threaded surface;
• wherein the blade comprises a sloped surface sloping in a same direction as the inner threaded surface;
• and
• a fluid dispensing system threadably connected to the outer body via the outer threaded surface.

A method, comprising:

• providing a fluid dispensing system;
• screwing a self-locking sprinkler into a connection joint of the fluid dispensing system;
• introducing a fluid to the self-locking sprinkler via the connection joint, wherein the self-locking sprinkler comprises:
• an outer body, comprising:
• a receiving portion having an inner threaded surface;
• an outer wall having an outer threaded surface;
• and
• a fluid path formed between the receiving portion and the outer wall;
• a sprinkler diffusor threadably connected to the inner threaded surface, the sprinkler diffusor comprising:
• a blade configured to dispense the fluid, and
• a threaded post extending perpendicularly from the blade and threadably mated with the inner threaded surface;
• and
• spraying the fluid out of the self-locking sprinkler;
• and
• exerting a turning momentum in a direction of the outer body and the threaded post, where the turning momentum is created, at least in part, by spraying the fluid