Sprinkler Deflector Guiding Element Reduces Liquid Splash

The deflecting surface is segmented into multiple inclined surfaces arranged in sequence. Each inclined surface redirects splashed liquid at different angles, progressively guiding it back toward the liquid jet path rather than allowing it to splash away in random directions. This segmentation reduces liquid wastage while maintaining range adjustment capability.

The inclined surfaces act as intermediary elements between the liquid jet and the surrounding environment. Instead of the liquid jet directly splashing onto horizontal surfaces or components, the inclined surfaces mediate the liquid flow, redirecting it back into the jet path and preventing harmful splashing.

The deflecting surface is divided into multiple inclined surfaces that work in sequence. Each surface redirects splashed liquid at progressively different angles, ensuring that liquid is guided back toward the jet path rather than accumulating around the sprinkler head. This segmented approach prevents liquid damage to surrounding vegetation and components.

The inclined surfaces convert the harmful splashed liquid into a beneficial resource by redirecting it back into the liquid jet path. The splashed liquid, which would otherwise be wasted or cause damage, is instead recovered and reused, improving overall sprinkler efficiency.

The deflecting surface is segmented into multiple inclined surfaces that progressively redirect splashed liquid. This segmentation ensures that liquid flows in a controlled manner back toward the jet path rather than flowing down through internal components, preventing damage and maintaining reliability.

The inclined surfaces serve as intermediary structures that intercept and redirect splashed liquid before it can flow down through the sprinkler components. This mediation protects internal components from liquid damage while maintaining the range control function.