Ornamental Textile Articles TRIZ Cases

A double raschel warp knitting machine inserts yarns between base fabrics to create textured surfaces.

Graduated compression zones minimize edema in ankle and calf areas while facilitating upward fluid movement for faster recovery.

Trilobal fibers with controlled length-to-width ratios deliver stiffness to prevent wrinkling while maintaining softness for wearer comfort.

Segmented knitting joins fabric panels to embed a conductive bus, resolving the trade-off between smart textile integration and manufacturing complexity.

Interwoven weft threads connect fabric segments into an inflatable 4-wall structure that meets static requirements while allowing flat storage.

Knitting woolly nylon with cellulose fiber yarns into float loops resolves the trade-off between cushioning and durability for long-term factory use.

Tapered protruding portions on an elastic cord reversibly restrict movement through eyelets.

A garment design method segments discarded clothing into fabric strips, applies soluble adhesive, and sews components to create unified textile structures.

Metallic spacer yarns conduct heat and electricity through warp-knitted textile layers while maintaining lightweight flexibility.

A flexible grinding product applies a polymer coating to create flat areas on an open cloth, preventing clogging from abrasive dust accumulation.

A plant-based nonwoven fabric combines regenerated cellulose fibers with pulp fibers through hydroentanglement to form a durable structure.

Electrospun polymer fibers with shear-thickening liquid cores dissipate mechanical energy through viscous damping.

Circular knitting method feeds elastomeric and non-elastomeric yarns through a single carrier plate aperture in an untwisted relation.

A ligature delivery system uses woven mesh with axially arranged non-biodegradable threads to provide physiological axial support.

Inner and outer tacky yarns in a sock prevent foot slippage inside the shoe without requiring tight footwear.

Nested front and back yarn loops conceal vertical filaments, resolving visibility versus weight trade-offs in smart textile manufacturing.

A braided textile sleeve uses alternating stiffness regions to maintain structural integrity during installation.

Segmented components resolve the trade-off between bulky traditional tools and versatile bow production by allowing quick assembly of specific configurations.

Staggered exposing and bulging segments increase friction to prevent slippage while simplifying manufacturing through a single production line.

A porous non-woven PTFE tape containing oriented fibrils and embedded active particles.

Selective circular knitting of elasticized yarns creates variable elasticity zones in spacer fabrics, eliminating costly lamination and sewing steps.

Templates with ribbon positioning surfaces guide folding into symmetrical loops, resolving the difficulty of learning uniform bow construction.

A helical textile uses knitted chain stitches to secure non-interlaced weft fibers to circumferential warp fibers.

Alternating stitched and unstitched layers form self-supporting 3D structures, eliminating adhesive deterioration from UV exposure.

Three-dimensional nonwoven protrusions feature wide base openings and differential opacity regions to enhance softness and liquid acquisition.

Segmented bonding layer resolves adhesion-penetration trade-off by using high thread density for elastomer grip and low density for concrete interlock.