Garment Special Features TRIZ Cases

A sterile gown uses an inverted fold to keep the exterior surface inside during packaging, allowing users to don the garment without touching contaminated areas.

A halter bib athletic garment lowers the upper body section via a neck loop strap for convenient access.

Five segmented surfaces fold into a 3D shape that adapts to face contours while maintaining a sealed air chamber.

Carbonaceous fiber blend textiles emit far infrared energy to regulate body temperature, reducing anxiety and sleep disturbances in autism treatment.

An elastic laminate with embedded sensors detects acoustic emissions and regulates temperature to prevent heat damage in equine athletes.

A thumb-mounted loader apparatus cushions the digit and provides a barrier to prevent skin oils from contacting the ammunition.

Fish-scale pocket arrays create continuous pulsation waves that improve venous return while preventing harmful tourniquet effects on endothelial cells.

Segmented sleeve panels use dynamic flaps that open at the elbow joint to improve ventilation while maintaining weather protection.

Integrating a porous flocking layer onto a clothing substrate provides thermal insulation and slip-or-grip friction while maintaining fluid flow.

Graphene layers modulate infrared radiation through ion intercalation, resolving the trade-off between adaptability and device complexity.

Segmented dorsal panels and a planar-configurable wrist fastening allow individuals with limited hand mobility to easily don and doff the glove.

A wearable textile article uses woven weft and warp threads fused with reinforcement bands to provide structural support.

A ventilation apparatus ring uses a guide wall to direct a projection into an engagement surface for secure attachment.

Segmented seal components adapt to anatomical variations, reducing pressure marks on skin.

Anatomy shading patterns apply brightness gradients to garment surfaces, resolving misaligned visual contours that reduce wearer attractiveness.

A gripping glove integrates a thumb web support to enhance grip strength and control during tool manipulation.

Segmented shield with pneumatic bladder resolves comfort versus protection trade-offs for sports bras.

A quick release buckle assembly uses a sliding mechanism connected to a cable for simultaneous disengagement.

A stretchable textile laminate with an elastic film stimulates muscles to improve blood flow.

A combination garment uses a four-way stretch liner with shaped pockets to hold enhancing pads.

Boronate ester adhesives enable reversible bonding between apparel components, resolving the trade-off between structural strength and recycling efficiency.

Segmenting the full jacket into a wearable sleeve with far infrared fiber heating resolves bulk hazards and quick removal delays.

Protruding pockets containing salt crystals compress to increase surface area, deactivating airborne viruses inhaled or exhaled through the mask.

Segmenting the shield into separate zones allows the absorbent pouch to cradle the scrotum while the flange covers the penis, preventing moisture accumulation.

Compressing cranial outflow vessels reduces slosh energy absorption, while elevating CO2 levels alters hemoglobin conformation to promote elastic collisions.

Offset seam openings create internal exhaust passages that remove moisture vapor while the segmented insulation layers retain body heat.

Segmenting the glove body into independent fastening zones allows dynamic adaptation to different hand geometries while maintaining simple donning operations.

Exposing boronate ester adhesive to acidic pH reverses bonding strength, enabling efficient disassembly of mixed-material garments for recycling.

A sliding cord loop holds fabric away from the breast, enabling one-handed operation while freeing both hands for child holding.