Spray Nozzles TRIZ Cases

Flexible chute mediates hydrant discharge to dissipate kinetic energy, preventing pedestrian injury and landscaping damage.

A rotatable spray bar directs binding fluid onto cargo while diverting excess into a recapture trough.

Conical inlet sections reduce airflow velocity to focus dry material toward liquid injectors, resolving inconsistent slurry consistency and clogging issues.

A pump fragrance device uses a volatile carrier agent to absorb aromatic substances for controlled release.

Segmented flow conduit geometry merges liquid and gas streams to produce fine sprays without complex restrictors.

Dual arm support structures pivotably adjust the showerhead position and lock it in place, resolving instability under high water pressure.

A nozzle balances gas flow ratios between tip openings and side holes to prevent secondary blockages during solid unloading.

A foam nozzle with a slot-shaped orifice produces a uniform fan spray pattern from pressurized single-component polyurethane.

A fluidic circuit design with a barrier separates flow passages into power nozzles to control liquid droplet spread.

Segmented nozzle caps oriented at specific angles minimize spray overlap and adapt to vehicle speed variations for uniform chemical distribution.

A shower jet disk integrates a rigid switch cover to seal the changeover mechanism while mounting on the main body.

Segmented passages deliver low-pressure cooling fuel to the actuator bore, preventing high-temperature debris deposition on internal components.