Underwater Equipment TRIZ Cases

External float and shutter hinges keep the snorkel tube cross-section constant, reducing breathing effort while blocking water entry.

Separate intake and exhaust passages in a snorkeling mask prevent exhaled air mixing, reduce CO2 buildup, and improve water drainage.

A movable balancing chamber replaces spring calibration to improve valve closure, reduce venting, and keep breathing gas flow stable.

Recessed fluid tubes in an insulated dry suit maintain diver temperature with less bulk, lower energy loss, and no electric shock hazard.

A hydrophobic PMP membrane and water flow path sustain O2 uptake and CO2 removal underwater without bulky air tanks or chemical scrubbers.

Longitudinal elastic panels compress loose drysuit regions to cut trapped air, improve fit across body types, and maintain waterproofing.

Finned airflow channels cool and dehumidify exhaled nose air before it reaches the lenses, helping a diving mask stay clear.

Knob-back screw fasteners let divers reconfigure accessories and secure excess belt quickly, reducing delay during underwater changes.

Partitioned chambers, one-way airflow, and a drain valve separate inhalation and exhalation to limit CO2 buildup and water ingress.

Separate upper and lower chambers with one-way intake and drain valves enable nasal breathing while preventing CO2 mixing and window fogging.

An adjustable vent and side exhaust layout cut inhalation effort, redirect high airflow, and suit both right- and left-handed divers.

A rigid gas-and-liquid buoyancy housing stabilizes neutral buoyancy by automatically balancing pressure changes during ascent and descent.

A rigid gas-and-liquid chamber automatically balances buoyancy during a dive, reducing manual adjustment and unstable ascents or descents.

An underarm low-pressure inflator layout lets one buoyancy compensator bladder work in both back mount and side mount diving without reconfiguration.

High friction and a collapsing pocket opening hinder BCD weight pouch handling; a waterproof liner uses boning and a semi-rigid tab to ease insertion and removal.

A dynamic partition and fluid pressurization system adjusts SCUBA vessel volume as gas is consumed, maintaining buoyancy without ballast.

An oscillatable lever and separate coupling body make the breathing tube easier to remove while preserving reliable snap engagement and coupling tolerances.

An inflexible breathing pipe uses a pre-formed mouthpiece angle to reduce tilting, muscle load, and discomfort during snorkeling.

Hollow side structures elastically support upper and lower teeth, helping users keep the mouth slightly open during prolonged water-sports use.

Mixing water with pressurized gas forms a visible jet for locating divers in low light without adding a large buoy.

A shipboard nitrogen producer replaces bulky helium storage for decompression chambers, reducing mother-ship size in shallow saturation diving.

A raised frame and perforated basket separate stored subsea equipment from sediment while supporting retrieval.

A T-shaped rail and slot guides full pouch insertion, locks the weight securely, and supports quick release during dives.

A single-piece rigid tube uses a float-actuated shutter to block water ingress without reducing the breathing cross-section.

Accelerometers and magnetometers calculate pitch, roll, and compass direction while a separate display provides real-time dive feedback.

Electronic control replaces mechanical valves to maintain safety reliability while optimizing gas consumption through real-time sensor feedback.

A diving computer detects isobaric counter diffusion risks by monitoring breathing gas composition and ambient pressure to adjust ascent profiles.

A diving computer classifies gases into primary and secondary groups to calculate ascent time using reserve options.

A first stage pressure regulator uses a threshold actuation mechanism to maintain constant intermediate gas pressure.

Buoyancy positions the top opening above water level, and the valve assembly prevents water ingress into the breathing piece during use.

Foldable elastic funnel in wetsuit resolves watertight seal versus ease of operation contradiction.

Threaded mechanical coupling replaces welding to eliminate thermal stress and deformation while allowing easy maintenance of the diver gas reclaim regulator.

Rigid frame internal conduit channels exhaled air while flexible skirt maintains seal integrity.

A portable stabilisation system uses a pressure differential device to adjust the depth position of a diver in an underwater environment.

Segmented LED array with flashing patterns indicates near hyperoxic and hypoxic conditions for color-blind diver safety.

A modular breathing apparatus with side-mounted connectors and dedicated valves manages gas flow for divers.

Relocating the air-supply port to the pump base redirects rotational forces away from the shoulders, maintaining horizontal diving position.

Elastomeric exhaust tubes decouple from the rigid frame to absorb impact forces without transmitting stress to the main structure.

A pressure reducing second stage uses a vertical inlet and bypass tube to supply breathing gas directly to the mouthpiece.

Integrating a camera into the mask frame eliminates the need to hold a separate device, preserving hands-free maneuverability for active snorkelers.

A motorized ventilation device forces air into the inhalation duct to reduce breathing effort in full face diving masks.

A buoyancy compensator harness uses a sliding mechanism to adjust the back length for diverse diver heights.

A snorkel headpiece uses a flexible support surface to conform to the swimmer's head.

A diving mask frame features a recessed connection region for a removable camera mount piece.

Rotating folding section mounts oxygen tank, resolving transport complexity and limited air duration in underwater mobility devices.

Segmented chambers and unidirectional exhaust prevent carbon dioxide buildup, enabling comfortable nose breathing during snorkeling.

Integrally molded soft body check valve prevents water entry while eliminating discomfort from hard drain components.

A detachable buoy snorkel uses a clover body to stabilize the hose, resolving trade-offs between rigidity and flexibility.

A full-face snorkeling mask uses a two-point head strap to reduce volume and improve wearing convenience.

A diving mask integrates a detachable camera support base with an elastic locking portion to secure imaging devices firmly against the frame.

Rear exit mouths and deflector bodies shorten exhalation pathways, reducing breathing effort and preventing bubble obstruction in full face diving masks.