Protective Garment TRIZ Cases

See how longitudinal passageways in solid material enable knee pads to flex without permanent c

Longitudinal passageways in a solid knee pad deliver flex-based cushioning, better airflow, and resilience that foam pads lose over time.

A sliding rack and elastic release let arc protection plates detach quickly without turning over an injured wearer, reducing secondary injury risk.

Preformed tubular sleeves are layered between front and back sheets, then joined and cut in one flow to simplify garment production and reduce contamination risk.

A folded inflatable member stays inside its housing, improving breathability, comfort, aerodynamics, and reusable impact protection.

Preformed inflatable protrusions let a flat airbag bend into a 3D protective shape, cutting sewing time, cost, and material waste.

Moisture-resistant breathable fabric and off-center straps keep shoulder and chest coverage stable, preventing infant reflux from reaching clothing.

Interconnected overlapping plates create a strapless knee pad that preserves blood flow, improves comfort, and spreads impact forces.

Dynamic team displays, smart textiles, and thermal control let one sports jersey support multiple teams while improving comfort and live event interaction.

A dual-layer vest pocket uses a non-stretch inner layer and stretch outer layer to hold icepacks upright while conforming to body movement.

A seam-reduced one-piece wader body and boot-top stiffener improve waterproofing, prevent water pooling, and widen crotch movement.

Independent inflatable assemblies with different sensors and activation logics tailor impact protection to specific body regions.

A double-bar ultrasonic seam blocks fluid strike-through in PPE joints while preserving mechanical strength for AAMI level 4 zones.

A curved rocking base, compression zones, and spring sheets spread kneeling loads to reduce knee and shin pressure concentration.

Multiple adhesive strips seal the nose, cheeks, and chin of a strapless facemask to prevent air bypass across varied face shapes.

Nested garment pockets with an aperture route pump tubing and wires safely, reducing snagging while improving comfort, privacy, and access.

A hard outer shell with inner protrusions and a softer cushion creates an air pocket that spreads kneeling load and reduces patella pressure.

Layered Teflon inserts in internal apron pockets block hot splatters and thermal energy while adding self-extinguishing fire resistance.

Continuous airflow from a mini exhaust fan helps keep pathogens from settling on the mask surface and being inhaled by immunocompromised patients.

Angled tie attachment cuts stress at facemask connection points, improving durability while supporting faster automated production.

A removable adapter aligns face shields on AR and light headsets to cut reflections and preserve spatial imaging in surgery.

A segmented garment with front and back fastening plus a movable rear panel enables independent dressing, full coverage, and cleaner restroom use.

Reversible openings, snaps, zippers, and magnets give caregivers fast access to pediatric patients and attached devices without full disrobing.

Modular gel pads and pocketed sensors capture impact force and direction in real time, helping manage player load and chest protection.

Shoulder flaps create grip points that mimic pads, helping players practice blocking and jamming in non-contact drills with lower injury risk.

A sleeve window with elastic, overlapping layers, or a flap keeps thumb-hole coverage while making a wrist-worn device easy to view.

Porous screen fabric and sealed wrist, ankle, and hood openings block insect entry while preserving airflow and comfort.

Segmented protective inserts and reflective straps help shield workers from sharp or flying objects while improving visibility.

A reel-and-cable strap system replaces hook-and-loop fastening to give durable, precise abdominal tightening during intense sports use.

Micro-perforated clear film with anti-biological coating and skin-facing fabric layers enables facial visibility, breathability, and lower irritation.

A motorized UV bridge moves between visor surfaces to disinfect both sides thoroughly while keeping users shielded from eye exposure.

A layered cooling garment uses a water inlet and bottom drain to refresh stored water for repeated evaporative cooling without power.

A ventilation cape and mesh lining improve heat dissipation in a rear-opening protective gown while preserving splash protection and easier doffing.

A non-coaxial torus vent improves garment airflow while blocking rain and insects, reducing sweat, heat buildup, and material use.

A sliding belt-mounted inflatable element stays aligned with the body part during inflation, improving protection and long-wear comfort.

Longitudinal folding lines expand mask breathing space while preserving 3D support, reducing resistance and improving fit across head profiles.

An elastic inflatable bag stays compact at rest, then expands for protection while preserving garment breathability, comfort, and flexibility.

A mesh-backed insulated baffle structure lets air and moisture escape while retaining warmth, resolving the insulation-versus-ventilation tradeoff.

A V-shaped elastic support structure replaces rigid waist plates to improve fit across body shapes while maintaining lumbar support and comfort.

Longitudinal folding lines let the front mask panel expand for more airflow while preserving the supporting space and fit.

Proximity sensors trigger a retractable facial shield only when needed, preserving breathing ease while automated UV or liquid sanitization limits contamination.

Inflatable bladders and thermal interface layers keep heating or cooling units close to the body for better fit, conduction, and comfort.

Spaced protrusions shield garment seams from ground friction and tensile loads while keeping protective clothing flexible and comfortable.

Butt-stitched laminated panels and stretchable waterproof tape let fishing waders fold into an integral pocket without losing comfort or seam sealing.

Closed-cell polyethylene foam integrated into clothing cushions fall impacts while adding buoyancy without bulky, costly protective gear.

Internal pockets and aligned anchor points hide impact pads in medical garments, combining injury protection with a conventional, non-intimidating appearance.

Discrete wearable airbags use selective inflation and pressure relief to improve coverage, wearability, and response time.

Detachable front and back panels improve fit for full-term pregnancy while preserving privacy and enabling breastfeeding or skin-to-skin contact.

A V-shaped elastic support structure lets a waist protector change curvature and size to fit different waists without losing support.

Venting pathways redirect exhaled air away from the shield, while magnetic coupling keeps the mask and shield aligned for clear, easy wear.

Regenerative tubing, pumps, and Peltier or cryocooler modules deliver lightweight wearable temperature control without bulky personal cooling gear.

A partial-coupled neck protector and rear-tied shielding strip keep critical zone A covered across body sizes without added gown seams.