Protective Garment TRIZ Cases

Segmented rigid body and pads distribute recoil impact, protecting sensitive torso areas from firearm impulse.

Segmented absorbent cuffs remove hand sweat while airflow vaporizes moisture, resolving heat retention conflicts during exercise.

A torso-mounted yoke shifts helmet load to the shoulders, reducing neck strain and expanding field of vision.

A weather-resistant mask uses waterproof breathable fabric for the facial covering and a non-absorbent screen mesh over the mouth port.

A pull cord activates a peelable quick-release fastener on clothing shoulders, resolving the trade-off between selective detachment and component complexity.

Segmented transparent face masks use flexible plastic segments and ear risers to maintain visibility while controlling respiratory droplet spread.

Thermoset viscoelastomeric pads absorb recoil forces via viscoelasticity, resolving bulky rubber limitations.

Segmented hinge mechanism locks into garment pockets, preventing debris entry while maintaining comfort.

Merged concealed pocket with microfiber binding solves bulky harness discomfort and unsightly external pockets.

A medical gown uses a releasable seam with high strength loop fasteners to secure closure.

Detachable cut-resistant fibers guide saw chains into housing to stop blades, while the leather shell resists cracking and moisture.

Overlapping panels create vent openings to move heated air while curved edges prevent precipitation entry.

Segmented contact surfaces and stabilizing projections distribute user weight to prevent slipping and reduce fatigue during kneeling.

A v-neck collar with an angle greater than 90 degrees prevents gapping during movement while maintaining liquid barrier performance.

Curved strap ears center the support frame on the leg, preventing misalignment during prolonged kneeling tasks.

A weight lifting shirt uses elastic arm bands to transfer barbell energy to the triceps and pectoral muscles.

Plastic-enclosed metal strips in disposable masks reduce manufacturing costs and skin irritation while maintaining structural integrity.

Outer and inner spacer members prevent air inlet blockage from overlying clothing, ensuring reliable cooling performance.

Segmented rear panel and slit opening allow dressing over halo braces without pain.

Offset seams between laminated fabric plies prevent liquid permeation through needle holes while maintaining comfort and low manufacturing costs.

A thermoplastic resin cloth laminate knee protector integrates a dish-like recess and shock absorbing member to balance impact resistance with mobility.

A sleeve assembly inflates a cloth member to accentuate designs, resolving visibility issues without adding complex display mechanisms.

A protective garment features a slidable energy absorbing device connected to a flexible base layer via fixation members.

Segmented rigid brace with multiple belts maintains preferred orientation while resolving support effectiveness versus device complexity trade-offs.

A face mask uses an intermediate frame to stand off from the user's face.

Multi-line machining with staggered opposite arrangement increases production capacity to 300-400 pieces per minute while reducing material waste.

Hanger-mounted UV emitters sterilize sleeve interiors and pockets in a single cycle.

Composite pockets resolve rigidity trade-offs by using non-stretch rear panels for structural support and stretch front panels for body conformation.

Segmented inflatable cells expand to form a cooling gap, resolving overheating risks while maintaining bulletproof protection.

Polymer foam pad component with elongate grooves and voids secured by a contrasting bonding agent joins apparel material layers.

Porous foam layers in this garment pad reduce bulk and weight while preserving impact absorption effectiveness for flexible protective clothing.

Segmented groin shields with flexible wings redirect impact forces to thigh muscles, resolving comfort versus protection trade-offs.