Body Suits TRIZ Cases

Flexible gas-filled polymer fiber sheets replace rigid floats, improving buoyancy, movement, and horizontal floating for safer swim learning.

An integrated inflatable bladder uses submarine air to support ascent and keep an incapacitated wearer upright with the head above water.

A multilayer thermal, waterproof, and protective suit helps untrained submariners escape quickly and preserve heat for extended Arctic survival.

Flexible stacked polymer-fiber floats keep swimmers above water without rigid inserts, preserving movement and a natural horizontal position.

Real-time pressure monitoring triggers a dual-stage buoyancy vest to warn divers and lift them during shallow-water blackout emergencies.

Liquid-phase gas in a flexible container inflates an emergency flotation device without heavy steel cylinders.

Segmenting the hood via releasable connections enables face exposure to reduce claustrophobia while maintaining a waterproof seal against water ingress.

Segmented abdominal floats insert into textile housing to prevent detachment while providing buoyancy and airway protection.

Water contact triggers a spring-loaded actuator to shift the demand valve cover, eliminating manual activation and conserving pressurized gas.

Inflatable torso ring prevents water entry while providing buoyancy for chest waders.

Elastic adjustment members extend along suit sides to accommodate varying wearer heights.

Inflatable tubular rings integrate into swimwear leg openings to provide floatation support without visible bulk or compromised shape.

Separating the reaction chamber from the inflatable bladder prevents hazardous reactant dispersion and ensures consistent gas production.

Inflatable bladders in a garment allow dynamic volume adjustment to improve swimming efficiency while maintaining mobility.

Scissor link mechanisms deploy vertical flags above submerged life vests, resolving visibility contradictions in rough water conditions.

Fluid entry extends the marker board from the sleeve to enhance rescue visibility without increasing wind resistance.