Garments TRIZ Cases

A wearable garment uses actuators to deliver tactile feedback to spectators.

A bra strap ornament assembly uses a panel and belts to cover brassiere straps.

Integrating conductive yarn coils around magnets minimizes garment thickness while maintaining flexibility for continuous power generation.

Segmented liner design with closable openings allows direct fabric access, eliminating cutting and reattachment labor during embroidery application.

An integrated knitted fabric structure eliminates adhesive assembly steps, preventing delamination during washing and ensuring structural reliability.

Vulcanized silicone rubber stretch sections replace elastic threads and adjustment straps in EMS garments to maintain durability and hygiene.

An abrasion-resistant cover strip spans inner and outer seams to distribute tensile loads, delaying wear from frictional stress.

Straight-edged overlapping brassiere layers secure a breast pump funnel, eliminating cumbersome attachments and enabling comfortable extended wear.

Zonal grip yarns in woven garments increase friction to prevent displacement during athletic activities.

A disc concealer covers reproductive regions with a thin fabric layer, resolving modesty issues in stretch garments.

Embedded sensor nodes analyze fabric strain and tears to generate real-time notifications, replacing inefficient manual inspection methods.

Upper lateral pocket uses elastic compression to hide items without creating visible bulk or distorting natural contours.

Ultrasonic spot fusion joins three layers to form a dimpled pad that improves breathability and moisture management in athletic brassieres.

Patterned roller adhesive transfer eliminates scrap waste and reduces production costs while maintaining strong textile bonds.

Segmented sensor and actuator layers in a haptic garment replicate direct skin-to-skin contact fidelity for immersive virtual interactions.

Segmented undergarment with elastic bands maintains coverage while allowing abdominal access during labor.

An adjustable garment pocket secures handguns via elastic bands while minimizing telegraphing through flexible fabric layers.

Flexible members bias a base panel toward the dispensing opening, maintaining article accessibility as contents are depleted.

Garment panels with snap fasteners enable quick infant ventral surface exposure without disrobing.

Integrally joined ridge walls create removable chamber partitions in a sock container, while pivotable covers enable quick access and user identification.

A product manufacture system compresses and sorts intellectual property data using an inverted pyramid structure for efficient additive manufacturing.

A bullet-resistant vest stack uses intermediate panels with mixed satin and full weave patterns to increase projectile deformation.

A laminate apparatus combines activated carbon with foraminous layers to adsorb body odors.

Central and lateral hook-and-loop strips merge into a border, replacing time-consuming buttoning with simple pressing.

A nanopigment polymeric sublayer between transparent microspheres and a reflective metal layer maintains retroreflectivity while enhancing color luminance.

Segmenting the illumination system into a permanent base and modular covers enables design variety without increasing manufacturing complexity.

A multi-functional modesty panel forms pocket bags within lightweight apparel layers.

A unitary baby bib uses stretchable retention bands to form a crisscross pattern behind the front panel for secure fit.

Segmented porous PVC inserts in undergarments conceal groin contours without restricting athletic movement or blocking air circulation.

A three-dimensional liquid diode system channels sweat through vertical hydrophilic gradients and horizontal microstructures to maintain skin comfort.

Digital fabric printers transfer color patterns onto distinct textile materials to create unified garments.

Coupling straps to balls eliminates component loss while distributing pressure for uniform leather softening.

A packaging insert retains articles in a fixed orientation within a container cavity.

A flexible mold system conforms to the inner surface of a baseball glove to maintain its structural shape during storage.

Thermoplastic adhesive bonds the polyester pocket to garments, maintaining breathability while replacing sewing.

Releasable adhesive tabs cover stitching and seams, reducing skin irritation while extending clothing lifespan.

A garment with integrated electrodes delivers targeted electrical stimulation to relax spastic muscles.

Heat-sealable textile sheet material with adhesive coating comprising renewable raw materials applied to woven or nonwoven fabric substrate.

A clear plastic layer protects an electroluminescent panel from external wear while maintaining visibility through the fabric.

Hinged bill members and rotatable locking clips protect cap structure while allowing easy removal.

A stackable headwear storage device uses a magnetic door mechanism to hold the container open while a sliding drawer provides easy access.

A three-layer nursing garment holds pumping shields via foldable intermediate cups for hands-free milk expression.

Folds unfold under tension to expand leather, resolving weight and tear resistance trade-offs in summer apparel.

Ultrasonic bonding fuses thermoplastic yarns to reinforce seams without mechanical stitching, minimizing bulk while maintaining tensile strength.

Mechanical clips replace adhesives to ensure reusable attachment while dual layers conceal fasteners from outer clothing visibility.

Segmented slits arranged in asymmetric patterns distribute stretch forces evenly, preventing inconsistent ventilation gaps during athletic movement.

Holding portions grip flexible conductors before insertion, preventing positional shifts that impair electrical contact reliability.