Garment Special Features TRIZ Cases

See how a Peltier cooler, thermal shield, and blower enable UV-protective garments to cool the

See how segmented garment panels with seam-mounted fasteners enable access to treatment sites w

See how a valve-equipped receptacle anchors to masks, enabling straw insertion through a nested

See how segmented insulated panels separated by expandable gussets provide warmth and movement

See how modular cooling pad units, separable controllers, and periodic air supply resolve energ

See how a leg warmer uses stretchable binders and divided openings to retain body heat, prevent

See how metal-salt coagulation forms a porous urethane coating on fiber gloves without heating,

See how chenille yarn linear members interlace with batting to prevent leaning and maintain lof

See how two-step chemical modification integrates phase change materials into goose down to enh

See how sequential pulls integrated at anatomical regions generate leverage to reduce donning f

See how a pressure-adjustable inflatable liner expands for easy limb application, then contract

See how a C-shaped clip and pin with detent mechanism enables quiet, rapid vest donning and dof

See how detachable fringes with corner closures prevent damage during washing while reinforced

See how a textile with zinc oxide nanoparticles in nanoporous polyethylene reflects over 90% of

See how a valve-equipped receptacle device anchors to a mask, enabling safe drinking and eating

See how a neck pillow nests a wearable garment inside its hollow body, enabling dual-use as sup

See how ceramic ink printed on fabric interiors retains body heat while maintaining breathabili

See how discontinuous ceramic print patterns on fabric inner surfaces provide heat retention wh

See how a strap-and-receptor applicator enables easy application of tight knee sleeves over lar

See how segmented cooling pad units and extractable controllers enable temperature regulation i

See how discontinuous multispectral cooling material on fabric reflects 41% more solar energy w

See how a reusable finger sleeve uses inside-out folding and segmented pockets to enclose conta

See how graphene particles dispersed in a polymer matrix replace wire heaters to deliver unifor

See how nested trough-shaped walls and spanning layers retain insulating particles during laund

See how a swaddle wrap eliminates buttons, zippers, and snaps by using dual enclosures that sec

See how a detachable Peltier device and flexible heating medium path target large blood vessels

See how interlaced core and effect strands prevent batting leaning in sleeping bags, maintainin

See how a wider strip-like part in the seat support provides continuous size adjustment while p

See how a pizza box lid with a neck recess transforms into a wearable bib, preventing topping s

See how asymmetric hydrophobic and hydrophilic nanofiber layers create a surface energy gradien

See how a reusable finger sleeve flips inside out to enclose contaminated surfaces, enabling re

See how nested insulating layers conceal vertical walls and reduce particle protrusion through

See how a pouch-like covering with a seating flap encircles the lower body to trap body heat an

See how a polyurethane film laminate redistributes stress in body-shaping garments to improve s

See how mechanical carding and air-cleaning of cashmere fiber masses produce fluffy filling tha

See how overlapping garment portions with adjustable fasteners and loops secure medical tubing

See how a non-porous polyester film mixed with carbon black fine particles resolves the windpro

See how segmented garment panels with fasteners along seams enable selective body access for me

See how embedded humidity and temperature sensors predict thermal discomfort and adjust heating

See how a blanket with heavy high-weave zones for heat retention and lighter low-weave zones fo

See how a cuff-based barrier and automated dispensing system enable contamination-free donning

See how fluorine-free organic particles with hydrophobic monomers maintain water-repellency whi

See how segmented aramid and polymer layers resolve the contradiction between comprehensive fir

See how segmented insulated panels and expandable gussets resolve the contradiction between the

See how spacer elements between heat-reflecting layers and skin maintain moisture vapor transmi

See how a selector throughbore aligned in both positions lets users switch between plain water

See how segmented ceramic printing with non-printed hinges provides heat retention while mainta

Adjustable front panels, an inner pocket, and a detachable belt secure chest-to-chest infant contact while keeping the caregiver hands-free.

A 3D synthetic-fiber laminate creates air-trapping space for heat retention while reducing bulk, weight, drying time, and padding shift.

A split PEMF applicator places RF amplification and impedance matching in the applicator unit to cut power loss and keep therapy wearable.

A pull-release towel bib keeps the bather's torso dry and hands free, making infant or pet bathing and quick wrapping easier.

An adjustable harness and waist-belt carrier supports babies from infancy to toddlerhood while improving load distribution and carrying flexibility.

UV absorbers and light stabilizers added during dyeing help flame-resistant fabrics retain strength and color under outdoor UV exposure.

A detachable cuff tab enables touchless sterile glove donning, cutting contamination risk without added packaging or dispenser complexity.

An integrated snowsuit-carrier keeps infants warm and dry while simplifying carrying and adding storage for bottles, diapers, and essentials.

Integrated thin-film layers let flexible fabric store and release electrical energy for heating, cooling, or lighting without losing breathability.

Differential thermal elongation in multicomponent fibers lets fabric change loft and density, delivering reversible insulation adjustment across temperatures.

Back guides and a handgrip lift the hemline toward the neck, making wet skintight sportswear easier to remove without help.

Loop-yarn height changes and smart fibers create body-specific insulation in one fabric layer, reducing bulk, seams, and mobility loss.

Secure attachment points keep the blanket from slipping while integrated storage and work areas help maintain privacy during nursing or feeding.

A fabric treatment combines negative ion agents with moisture-wicking layers or coatings to move sweat outward and improve wearer comfort.

Stretchable wrap tension pulls the baby snug to the adult torso, reducing fall risk while preserving skin-to-skin contact and hands-free comfort.

A modular battery pouch and power-data hub make tactical garments lighter, easier to access, and able to power cameras and peripherals.

AC-driven electroadhesive clutch isolation enables adaptive apparel support while limiting charge buildup, dielectric absorption, and power use.

A single wireless battery pack coordinates power, temperature settings, and status across multiple heated garments for simpler control.

A sealed USB-C input keeps heated wearable controls accessible for charging and data transfer while isolating PCB circuitry from water.

Modular battery pouches on a load-bearing garment improve access and appearance flexibility while powering cameras, hubs, and mobile devices.

A compact holder and travel charger powers heated garments and external devices while preserving user mobility through intelligent power control.

A replaceable MOLLE-compatible battery pouch improves access, reduces carry burden, and adapts tactical power gear to different environments.

Layered thermal wear combines insulation, removable heating elements, and IoT control to keep users warm without heavy clothing, burns, or poor washability.

An electroadhesive textile clutch uses nested electrode assemblies and AC signals to deliver adaptive garment support while limiting charge buildup.

One controller detects the connected jacket type and switches between fixed or adjustable voltage to replace separate heat and fan jacket controllers.

Alternating-current electroadhesive clutches in textiles vary support with activity while reducing bulk charge buildup and dielectric absorption.

A battery pack with a built-in controller and transceiver centralizes wireless control of multiple heated garments for longer runtime or steadier heat.

An electroadhesive clutch garment uses AC control and watertight encapsulation to deliver adjustable support without charge buildup or moisture-related loss.

A replaceable tactical pouch with an integrated power and data hub reduces battery bulk while powering cameras and other wearable devices.

Separate trigger and holder openings let a glove securely mount reusable electrical parts, cutting cost and avoiding disposal of intact electronics.

A flexible handlebar-shaped heating element in a pocket sleeve delivers direct warmth and retains heat longer with self-closing fabric.

By integrating the amplifier, control circuitry, and batteries into a wearable garment, this case removes bulky external TTFields hardware and improves mobility.

A sensor-triggered cycling airbag uses aerodynamic placement and evaporative cooling fabric to cut drag while preserving movement and protection.

A tubular sleeve with nested heating elements, battery placement, and heat-capture fabric extends warmth while keeping the hand warmer portable.

A 3D decorative add-on uses flexible sliding insert sections to stay prominent on shoes while remaining secure, removable, and easy to swap.

Alternating-current electroadhesion gives apparel adjustable support while limiting bulk charge buildup and dielectric absorption.

A replaceable wearable battery pouch and power-data hub reduce bulk while powering cameras, phones, and other tactical peripherals.

A mower electrical port powers thermo-electric clothing to heat or cool the operator, with a backup battery for use away from the machine.

Sensors trigger a footwear control lockout during intense activity to prevent accidental tensioning adjustments and maintain stable fit.

Changing channel cross-sections between vehicle surface fins accelerate flow and create suction effects that cut drag and energy use.

Sensors detect high-intensity movement and disable footwear manual controls to prevent accidental fit changes during competitive activity.

Sensors detect competitive activity and lock manual footwear controls to prevent accidental motorized tensioning changes.

A flexible circuit board replaces long heater wires to cut impedance, simplify garment wiring, and keep heating pieces at a more even temperature.

Sensors lock manual footwear tensioning controls during intense activity to prevent accidental fit changes and maintain comfort.

A spring-loaded clip on the back of a work glove keeps notes or sandpaper within reach, reducing pocket access delays and climbs.

A gas-permeable layer continuously replenishes the air layer, keeping liquid off the surface to reduce corrosion, fouling, and drag.

A rotating closure seals the air passage while enabling pump-free air injection and discharge, improving wear comfort and reducing leakage.

A sensor-based lockout disables footwear manual controls during intense motion to prevent accidental tension changes and keep fit stable.

Interlinked vortex generators simplify handling and keep spacing uniform, improving boundary-layer disruption and drag behavior.

Segmented weighted compartments and adjustable straps deliver conforming deep pressure stimulation to reduce anxiety and improve focus.

A thumb-index stiffener and palm brace limit small-object grasping while abrasion- and slip-resistant surfaces support crawling mobility.