Brassieres TRIZ Cases

Disposable double-sided tape secures cups while a stretchable covering conceals the assembly, balancing stability with clothing compatibility.

Multiple cup darts lift breasts to reduce clavicle pressure and back stress, eliminating underwire discomfort during exercise.

A two-piece surgical garment system combines a supportive undergarment with an outer gown featuring removable shoulder portions.

Reactive hotmelt polyurethane glue joins bra fabric layers via chemical cross-linking, eliminating silicone irritation and enabling safe thermo-forming.

Catenary wing edges and low-modulus fabric eliminate skin bulges while maintaining structural support for discreet wear under delicate clothing.

An inflatable brassiere lifts breast tissue to a precise treatment position using pressurized bladders.

Bonding folded fabric layers with laminate film eliminates bulky seams that cause skin friction while maintaining structural support.

A molded brassiere cup sandwiches an underwire between fabric layers with a foam insert for comfort.

Extending the rear wall to the front connection maintains breast support during nipple exposure, eliminating reliance on removable inserts.

Elastic band anchors bra support structure to maintain position while garment adapts to wearer movement, resolving pinching discomfort from rigid underwires.

Segmented front and back portions with extendable wings enable girth adjustment to resolve the trade-off between support reliability and donning ease.

Nested gel inserts in a dual-shell bra correct asymmetrical breast shapes without complex manufacturing.

A garment closure uses a rotating bar in a blind hole to secure an arm between protrusions.

Twisted wire surfaces form a three-dimensional structure that outlines the cleavage line while maintaining heart position support in low-cut underwear.

Replacing toxic petroleum foams with biodegradable sugar cane EVA eliminates waste while maintaining necessary breast support through optimized density.

Segmented inserts replace degraded adhesive layers to maintain backless strapless support while avoiding humidity-related bonding failure.

Reinforced outer cup portions constrain lateral breast movement toward the armpit, reducing wound tension and infection risk for cardiac surgery patients.

A bra cup integrates a printed polymer layer to create an elastic modulus gradient across the fabric substrate.

A bra cup uses a tensioned internal skin to push the bust upward without adding filling material weight.

Rigid cups and side wings anchor breast tissue to restrict motion, resolving the trade-off between impact protection and wearer mobility.

Self-supporting cups fold along a defined line to expose the nipple while minimizing breast tissue exposure and improving clothing versatility.

Horizontal straps narrow scapular distance to correct posture without restricting natural movement or breathability.

Non-uniform lateral spacing between eye columns in a brassiere closure accommodates varying ribcage sizes without increasing structural complexity.

Sensor module measures garment oscillations to compute a support index, addressing reliability loss from elastic degradation.

An arched rigid elastic underwire supports the chest in a backless brassiere, replacing adhesive materials to improve comfort and durability.

Multiple stretching module zones in garment side portions reduce respiratory restriction while maintaining breast tissue movement management.

An absorbent bra liner intercepts sweat before it reaches the bra cup, preventing visible stains and skin irritation during physical activity.

Segmented bra inserts resolve the strength versus comfort contradiction by isolating rigid structural elements from skin-contact layers.

A brassiere foam pad uses a shaped fabric cover positioned between the foam and liner layers to provide enhanced coverage at the apex region.

Adjustable strap clips and mesh side panels reduce skin irritation and swelling while a drain apron secures medical bulbs.

Segmented underwire terminates within an elasticated control panel to prevent digging into the ribcage while smoothing the underarm area.

Support straps extend between breasts to provide positioning, reducing compression and breathing restrictions caused by conventional designs.

A brassiere basque uses foam padding to reduce skin injury risks from rigid underwires while maintaining structural support during movement.

Laminated brassiere cups house a resiliently bendable non-metallic support strip to provide structural integrity without rigid underwires.

Segmenting support into inner and outer bands resolves the contradiction between adequate breast support and underarm bulging in conventional bras.

Inner pocket cups stabilize breast mass while a crisscross back distributes tension to prevent upward creep between shoulder blades.

Independent back and front strap systems deliver multi-directional support by resolving the trade-off between static compression comfort and dynamic stability.

A single sensor unit measures bust movement along three axes during exercise to determine support levels.

A functional brassiere uses shoulder loops and cross straps to lift breasts while maintaining posture.

Molded foam cup with sternum rib creates push-up effect without wires, eliminating skin discomfort and complex seam lines.

Half-circle pockets attached to internal cups eliminate skin-to-skin contact and reduce perspiration while providing lift.

A shape-formable polyurethane foam softens at body temperature to conform precisely to human contours.

Alternating flexible chain and rigid connector segments enable adjustable bra straps that resolve fixed-length sizing constraints.

A garment surface features distinct friction zones to secure overgarments at specific contact points.

Adjustable elastic expansion bags match patient contours, eliminating discrete prosthetic gaps and improving fit accuracy.

An adjustable athletic bra uses independent shoulder and back strap systems to provide customizable tension across the front portion.

A bra design nests storage pockets between internal material layers to create low-profile compartments for secure item retention.

An interchangeable modesty panel attaches via hook and loop fasteners, enabling adjustable cleavage coverage without requiring clothing changes.

U-shaped underwire attachment inserts into brassiere cups to provide adjustable support and shape.