Protective Garment TRIZ Cases

Neoprene vest with elastic cords restricts dominant arm motion, forcing non-dominant use for balanced dexterity.

A pivot plate chest protector deflects impact energy away from the cardiac silhouette using a fulcrum block and resilient materials.

Integrally-formed flaps capture air to increase drag on athletic apparel, resolving the trade-off between enhanced resistance and natural movement freedom.

Black inner layers absorb residual solar radiation in white outer clothing, preventing heat buildup from skin reflection.

An adjustable kneepad support eliminates constant readjustment by securing pads to shoes via sliding beams and detents, preventing slippage during work.

A segmented back protection plate features four movable zones separated by variable inclination slots to enable independent torsional mobility.

A hockey leg pad adjusts its lower shell position via a connecting band to maintain coverage while accommodating ankle movement.

An adjustable smock uses deformable wings to secure tabs into receptacles for a customizable fit.

Segmenting the airbag system into a removable lining simplifies manufacturing complexity and enables easy cleaning of the protective garment.

A pleating spacer stabilizes and expands the effective surface area of respirator filters to improve airflow.

Segmented earpieces with traps hold a replaceable protective sheet, reducing skin irritation from elastic loops.

Bonding woven and spacer fabrics distributes impact energy, reducing thickness while maintaining breathability.

A wearable headwear unit uses ultraviolet light to disinfect ambient air for the user.

Flexible garment panels and releasable closures allow harness attachment points to remain accessible while maintaining full body coverage.

Segmenting the garment allows the inner portion to hold the inflatable protection device, restoring a standard zipper position and visual appeal for the rider.

Pre-cut nose wires are metered and deposited onto a running carrier web, eliminating in-line cutting and splicing delays that limit production speed.