Triggered flow-rate changes across ride vehicles create escalating, less predictable water effects that keep repeat riders engaged.
Sensors track swimmer position and automatically vary pump flow, removing cumbersome manual speed adjustment in swim-in-place pools.
Liquid-level feedback adjusts pure water flow to stabilize boiling phosphoric acid concentration during substrate etching.
Sensors and processor-driven pumps adjust water flow from swimmer location data, keeping users centered without manual speed changes.
Sensors detect swimmer location and trigger pump adjustments to keep swim-in-place pool flow comfortable without manual speed changes.
Sensors and timed water flows let each ride vehicle deliver escalating, interaction-based effects instead of the same repeated splash sequence.
Flow front and gate position sensing automatically correct valve opening delays between cycles to reduce molding defects and setup effort.