Pattern Making TRIZ Cases

See how automated image scanning and feedback control correct fabric design pattern deformation

See how conductive ink penetrates fiber substrates to form fine patterns with improved bending

See how calender and hot-fluid consolidation stages resolve the strength-thickness contradictio

See how fast fiber lasers with 35 µs rise time eliminate dead regions and improve graphic contr

See how generative adversarial networks extract laser input files from existing garments to rep

See how a polyester composite fabric with embossed front and rear layers achieves 50% weight re

See how laser ablation replaces stone washing and chemical bleaching to create wear patterns on

See how laser ablation replaces water and chemical finishing to create wear patterns on denim,

Dual laser generators and rotating arms cut garment handling steps, speed uniform surface treatment, and keep operator access clear.

See how a trouser treatment device uses automated transport clamps and a multi-rod holder to el

See how indigo ring-dyed yarn structure enables fast laser ablation with precise grayscale cont

See how automated image scanning and real-time comparison replace manual fabric correction in t

Controlled compacted recesses let cellulose nonwoven fabric keep visible dry patterns while maintaining strength and flexibility.

See how micro- and nano-embossing creates hydrophobic fiber surfaces without fluorinated polyme

See how a shipping-container retail structure with laser finishing replaces water and chemical

A honeycomb non-woven wheel guard uses hollow and high-shrinkage fibers to preserve shape while improving sound absorption and NVH.

Deep recesses extending into a soft thermoplastic layer help synthetic resin skin keep embossed 3D patterns durable for vehicle interiors.

GAN-generated laser input files replicate authentic denim wear patterns while cutting water, chemicals, processing time, and cost.

See how laser ablation replaces chemical oxidizers and pumice in denim finishing, cutting water

See how functional material integrated inside a hydrophobic fiber substrate enables fine wiring

See how ring-dyed yarn structure enables laser ablation to create distressed denim patterns in

See how thermomechanical embossing creates hydrophobic fiber surfaces without fluoropolymers or

See how laser finishing replaces water and chemical denim treatments, reducing environmental im

See how ring-dyed indigo yarn structure enables fast laser ablation to create distressed denim

See how laser ablation replaces water-intensive chemical finishing to create wear patterns on d

See how a laser-based design tool replaces water-intensive finishing with real-time pattern pre

Localized thermal embossing forms mesh grooves and elevations that preserve wipe flexibility and absorbency while improving strength and durability.

See how CaCl2/EtOH/H2O treatment enables three-dimensional polyamide textile forming with dimen

See how dissolving soluble fibers in alkali solution creates porous yarn structures that enhanc

See how etched metal web supports with integral recesses and water conduction holes enable dura

See how automated fastening clamps and multi-rod trouser holders eliminate manual positioning,

Ring-dyed denim enables fast laser fading with grayscale control while preserving fabric strength and stretch and reducing water and chemicals.

See how laser-based finishing with real-time design preview replaces water and chemical methods

See how indigo-dyed yarn with controlled dye distribution enables fast laser-based wear pattern

See how stitching high-visibility yarn through a retroreflective core combines directional ligh

See how laser finishing replaces water and chemical denim treatments, reducing environmental im

See how CleanKore technology modifies scouring and dyeing stages to retain a white yarn core wh

See how generative adversarial networks create laser input files from garment images to reprodu

See how laser finishing replaces chemical oxidizers with programmable energy patterns, enabling

See how laser finishing replaces chemical oxidizers and mechanical abrasion with programmable f

Laser finishing on fabric templates creates varied denim wear patterns while cutting water, chemicals, and processing time.

See how water-soluble polysaccharide particles replace sandblasting to distress fabrics safely,

See how a mobile retail structure integrates laser finishing to replace water-intensive denim p

See how laser-based wear pattern reproduction replaces water and chemical finishing, reducing e

Detached or weakened protrusion tips let bonded film layers move on small rolls, reducing internal stress and delamination in industrial textiles.

Groove-shaped engraving on the second foulard roll lets fleece escape the nip, preventing sticking and supporting faster binder application.

Variable-width sinusoidal line patterns improve fibrous structure softness, cleaning perception, and strength without losing manufacturability.

A suction-assisted drum and structuring shell bond thermally fusible nonwovens while forming clear patterns, volume, and surface texture.

An elastic fabric tension reliever absorbs widthwise tension fluctuations during intermittent feeding to prevent print misalignment.

Heated polishing, conditioning, and shearing turn wool pile on scrim into a soft, dense sheepskin-like fabric with breathable insulation.

Projections entering matching recesses stretch discrete sheet regions in multiple directions, improving elasticity for nonwoven webs and laminates.

Parallel pinned bars and accordion linkages compress fibrous mats evenly across the width to improve density uniformity, moisture consistency, and bonding.

Selective lattice updates in a 3D LUT improve real-time color correction accuracy across display color spaces without dedicated memory.

Hydrophilic additives plus heating or moistening improve wetting of hydrophobic filaments, enabling efficient hydrodynamic compacting of spun fleece.

Recessed and perforated drum bands improve aspiration uniformity, reduce fibre sticking, and protect nonwoven quality under high-pressure jets.

Heated roll polishing and conditioning turn wool pile fabric into a soft, dense, breathable shearling-like material with more consistent supply.

Composite aramid nonwoven fabric replaces glass fiber filters by combining para and meta fibers to resolve durability and heat resistance trade-offs.

Directed liquid streams create low-density non-woven structures with high drapeability, resolving the trade-off between density and cushiony feel.

Heated outfeed rolls preconsolidate spunbond filament mats to prevent irregularities during subsequent high-pressure water jet treatment.

A layered fire retardant fabric uses chemical resin bonding to integrate fibers without mechanical damage.

A hydroengorgement process applies hydraulic energy to spunmelt nonwovens featuring a pattern of fusion bonds.

A fibrous non-woven structure achieves high drapeability through controlled liquid stream contact with a stabilized web.

A hydroentangled nonwoven fabric process uses hot water to entangle fibers near their glass transition temperature.