Protective Garment TRIZ Cases

A protective garment uses a Y-shaped torso strap to enable independent dressing for users with limited mobility.

Folded elastomeric segments bias inward upper arm sleeves to prevent riding up and reduce shoulder stress during heavy bench press exercises.

Patsnap Eureka TRIZ case: A face mask with formable seal and baffles redirects exhaled vapor away from eyewear, resolving fogging caused by inadequate sealing.

Segmenting the filter into discrete melt blown nonwoven fabric layers maintains low breathing resistance while achieving high filtration efficiency.

Ceramic balls roll within ceramic bearings on a deformable base to reduce friction and heat during high-speed motorcycle cornering maneuvers.

A protective apparatus featuring a mandible guard, visor, and skirt for comprehensive coverage.

An adjustable strap system with a clip mechanism reduces ear pressure while limiting air leakage around the mask perimeter.

Airflow passages between inflatable bag sides improve breathability while non-inflatable partitions prevent ballooning without internal tethers.

Inverted U-shaped flaps with separable hook and loop fasteners balance provider access needs against patient privacy requirements.

A batter hand guard uses a moldable wrist extension to disperse impact forces, resolving injury risks from errant pitches.

A spacer maintains separation between an inflatable element and the user's body to create ventilation channels.

Variable depression depth and kneecap elevation distribute pressure to reduce friction and abrasion during kneeling.

An inflatable airbag in a riding vest uses a compressed air protector as its source, eliminating bulky CO2 cartridges and reducing injury risk.

Longitudinal laces or zippers adjust sleeve openings, resolving the contradiction between high tensile strength and ease of donning.

Differential mesh expansion in an inflatable element resolves anatomical shape adaptation limits.

Alternating punches on an elastic cord-connected ball prevent repetitive monotony while enhancing hand-eye coordination and upper body strength.

An inflatable member with an accordion-shaped portion expands and contracts within a casing to maintain airflow.

Targeted rigid plate placement at the left pectoral region dissipates impact forces, reducing commotio cordis risk without adding bulk.

Shoulder-suspended members create airflow passages between fabric and body while distributing garment weight.

Elastic bands connect overlapping protective panels to adjust coverage, resolving the trade-off between protection reliability and player mobility.

Replacing mechanical straps with a removable adhesive backing eliminates leg discomfort while maintaining pad stability on ordinary work pants.

Pocket with strap openings secures knee pads on pantlegs, preventing sliding during physical labor.

Elastic portions provide a self-adjusting fit for diverse head sizes while electrostatic treatment enhances particle filtration in disposable masks.

Segmenting the shirt along a removable seam with magnets allows dressing while keeping the arm in traction, eliminating pain from forced movement.

A synthetic neck muscle system uses fiber-reinforced putty and microsphere layers to absorb impact energy.

Segmentation and dynamics principles resolve the trade-off between thermal insulation and phone visibility in this convertible muff design.

Segmenting the visor from the base body resolves fogging and seal issues while enabling easy cleaning and replacement of the cleanroom hood.

Segmented inflatable portions anchor to targeted body parts, preventing dislocation during deployment.

A cone-shaped cup with a moldable lip and absorbent liner captures expelled droplets.

Segmenting the inflatable protector from the outer garment resolves the trade-off between protective reliability and versatile design options.

Velcro-based connection replaces rigid straps on karting body armor, enabling continuous size adjustment for uniform chest and rib coverage.

A weight lifting shirt uses a figure eight grid plate to store and release elastic energy during bench press movements.

Porous fabric dissipates heat while blocking UV rays, preventing athlete discomfort during extreme sports.

A loop-like hand protecting device acts as a fulcrum point for straightening bars, absorbing compressive forces during manual adjustments.

A garment vent seam with scalloped openings directs airflow toward the wearer's skin to increase thermal energy dissipation.

Positioning the reinforcement member below the center resolves lower lip discomfort while maintaining manufacturing simplicity.

Rotary seal in aerosol mask contains harmful particles during device insertion, reducing healthcare worker exposure.

A halo brim face shield uses a flexible sealing lip to block vertical contaminant migration from above the wearer's head.

Active fluid circulation within a segmented garment structure resolves the trade-off between thermal insulation and moisture venting during physical activity.

Segmented weights attach to a chest vest to resolve the trade-off between lightweight protection and variable training resistance.

Segmented pad housings in this torso protection apparatus deliver targeted coverage while maintaining breathability and flexibility for extreme sports.

Porous mesh base material supports retroreflective and fluorescent signal strips to maintain visibility without restricting airflow or wearing comfort.

Segmented back plate, straps, and waist belt distribute pressure on the upper trunk to reduce stress concentration during supine work.

Front snap fasteners on overlapping panels eliminate inaccessible rear ties, allowing patients to adjust coverage independently.

A wearable vest with multiple hooks attaches to bag handle straps for hands-free carrying.

Segmented front and rear panels with detachable crotch sections maintain modesty while enabling direct access to nether regions during medical procedures.

A garment integrates a compact fan with hygroscopic fabric to maintain internal comfort.

Segmented hook-and-loop fastening allows users to reposition pad elements on apparel, resolving the trade-off between fixed protection and user customization.

Textile bands pull sleeves away from the arm to reduce distraction during a golf swing.