Overgarments TRIZ Cases

See how water-insoluble upper threads and water-soluble lower threads enable easy garment disas

See how foam ink nodes printed on apparel inner surfaces create stand-off space to reduce cling

See how printed foam nodes with perforations create stand-off between garment and skin to reduc

See how printed foam nodes create stand-off space on athletic apparel to reduce cling and enhan

See how a dual-layer hair towel cape merges water-absorbent and waterproof materials to elimina

Angled arm channels keep a towel anchored on the shoulders, preserving upper-torso warmth while leaving the hands free for activity.

Applied foam nodes create stand-off from skin, improving airflow and moisture escape to reduce cling and boost evaporative cooling.

Flexible interactive skin combines touch input, visual output, and condition sensing to expand wearable controls without separate interface hardware.

A decoupled outer and inner sleeve layout improves arm and shoulder mobility while preserving coverage, ventilation, and weather protection.

Heat-conducting strips or mesh spread warmth from the internal heater to the contact surface for more even body heating and hot-compress relief.

An inner hood drawstring constricts warmth around the face while a separate outer hood keeps its weather-shedding shape intact.

An upper chest pocket with magnetic or retractable closure improves item access, secure storage, and device protection in hooded garments.

Button-actuated quills hidden in a thick coat deploy quickly for self-defense, balancing concealment, comfort, and rapid protection.