Segmented exhaust passages and dynamic user interaction resolve insufficient exhalation pressure, enabling efficient water drainage without surfacing.
Relocating the outlet conduit to the upper frame reduces weight and widens the field of view without increasing frame thickness.
A buoyant rigid body and weighted ring stabilize a snorkel airway above water, preventing flooding from splashes.
A wearable sensor detects gas bubbles in diver blood to trigger alarms and adjust decompression profiles.
A snorkeling mask ventilation tube connects via a film-like joint to allow swinging motion.
A scuba tank pod transmits pressure data via sonar waves to a wearable electronic device for diver monitoring.
Segmented plastic shells secure metal cores for durable, customizable deep-sea diving weights.