Ornamental Textile Articles TRIZ Cases

A spacer fabric layer manages liquid distribution within absorbent articles through its three-dimensional pile filament structure.

Warp-knitted protective tube forms a closed tubular shape via overlapping longitudinal edges, eliminating the need for thermal treatment or sewing processes.

A preassembled clothing insert channels perspiration vapor through a spacer layer using the stack effect for natural ventilation.

A double raschel warp knitting machine inserts yarns between base fabrics to form patterned surface irregularities.

Transfer needles form tuck loops reassigned to latch needles, enabling fine meshes with large holes while maintaining fabric elasticity.

Continuous flechage knitting eliminates sewing seams to resolve appearance defects at thumb pouch boundaries while maintaining consistent width.

A knitted fabric insert uses partial weft staple fiber yarns to achieve high elasticity in multiple directions.

An inclined rotation shell directs beads along a parabolic trajectory to the needle assembly, preventing scattering and increasing beading success rates.

A multi-layer gauze fabric uses twisted yarns with varying twist coefficients to create a soft touch and breathable structure.

Unitary braided upper structure varies braid density across instep and foot regions to customize support.

Thermal bonding of overlapping ribbon sections replaces stitching and adhesives, reducing weight and rigidity while maintaining structural strength.

Oriented optical fiber filaments in a sensing textile detect structural damage, resolving the trade-off between monitoring reliability and ease of use.

Segmented decorative lining with opaque threads blocks diffusion, eliminating halos and maintaining sharp light definition.

Dual-zone undergarments resolve placement difficulty by using a smooth floating mesh for sliding and an elastic woven mesh for compression.

Rotatable collector unit deposits polymer fibers into varied geometries to resolve the trade-off between process simplicity and scaffold porosity.

Segmented knitted fabric uses pliable threads to resolve the contradiction between compact collapsed volume and wide expansion area for inflatable devices.

Flat knitting machine knits basic and three-dimensional structures integrally, eliminating spliced edges and chemical adhesive harm.

Merging toe and wing portions eliminates seams that reduce comfort, while continuous knitting improves manufacturing efficiency.

An oval braiding ring guides threads to produce uniform flat braids without thread distortion.

A composite fastener element uses polyamide backing and polypropylene loops to secure hook-and-loop connections.

Continuous knitting creates unitary seamless headgear structures, eliminating material waste from cutting and reducing manufacturing complexity.

Variable tensile modulus zones in the braided string eliminate cumbersome adjustment knobs, enabling localized tension control and improved aesthetics.

Straight insertion warps reinforce warp-knitted chain loops, preventing fiber bending and boosting tensile capacity without adding weight.

A knitted suspension band integrates inlay structures within loop structures to enhance tensile strength and energy absorption capabilities.

Variable elasticity knit zones merge structural support and cushioning functions, reducing manufacturing complexity while maintaining performance.

Embedded activatable yarns melt or shrink to lock the braided sleeve against expansion, eliminating secondary fixation tape and reducing assembly labor.

Three-dimensional woven fabric impregnation material with Z-yarn pillar structures enables high liquid cosmetic absorption rates.

Warp-knitted fabric with ridge portions uses chain-stitch rows of different colored yarns to create a stable color effect.

Elastic warp yarns interwoven with binding twines resolve the contradiction between stretchability and air permeability in sportswear fabrics.

Configurable horngears enable continuous tubular and flat braid production without stopping the machine or changing parts.

Nested filling yarn expands bulging regions in a 3D woven fabric, resolving the contradiction between flat mat simplicity and sufficient yoga cushioning.

Separately tension axial tows during fabric wrapping to eliminate wrinkles and improve mechanical properties of composite preforms.

Segmented warp knitted spacer textile resolves uneven tearing properties and excessive adhesive consumption through specialized loop configurations.

A double-layer tubular braid structure connects layers via a removable draw yarn to enable diameter expansion.

Replacing dry heat setting with hydro-setting prevents yarn damage and permanent creases while improving fabric yield.

Nesting the optical fiber between parallel warp threads protects the sensor from mechanical damage during installation and use.

A prosthetic fabric uses a water-soluble coating on barbs to enable secure tissue attachment after implantation.

Knitted polyamide loops bonded to a nonwoven carrier provide a soft, low-weight surface that reduces skin irritation while maintaining hook strength.

Pre-densifying the preform with CVI gas-phase infiltration protects stitching threads during subsequent liquid-phase silicon infiltration.

Reinserting protruding weft yarn ends into the warp system reinforces knitted fabric edges without complex needle structures.

A spacer fabric uses low-strength weft threads to create predetermined separation points for controlled tearing.

Merges separate protective layers into one monolithic sleeve using interlinked yarn, eliminating complex wrapping steps and reducing inventory needs.

Segmenting noble metal mesh knitting into dual layers connected by stitches eliminates warping and wire breaks during simultaneous production.

Variable stiffness fibers resolve sealing contradictions across varying tissue thicknesses.

Elastic yarns in a 3D warp knitted spacer fabric redistribute pressure and shear forces, preventing decubitus ulcers in immobile patients.

A knitting method forms a partitioning section in tubular fabric using base surface and setup portions.

Satin fabric adhesive tape resolves the flexibility versus abrasion resistance trade-off by using polyester spun yarns in a satin weave construction.

Odd-even bias yarn placement in a triaxial armature eliminates internal voids, achieving high fiber volume ratios without complex layering.

Twisted multifilament yarns form multi-directional flow passages, resolving uneven resin distribution and air cavity defects in composite manufacturing.

Lobed polyacrylonitrile carbon fibers replicate rayon properties via asymmetric extrusion, resolving environmental constraints in ablative composites.