Brassieres TRIZ Cases

See how elastomeric strips between fabric layers replace steel rings and rubber bands to provid

See how a hinged retainer with gripping teeth secures brassiere hook-and-eyelet clasps during w

See how a chest-integrated pouch with two-way stretchable fabric enables hands-free infant carr

A stretch-knit chest pouch expands horizontally to hold a newborn securely against the wearer while keeping both hands free.

A chest-worn infant pouch uses horizontal stretch and a U-shaped seam to free the parent's hands without losing support stability.

Discrete anti-slip zones are heat-transferred onto stockings to improve hold while reducing rolling, skin adhesion, and tourniquet discomfort.

A chest-worn infant pouch uses horizontal stretch and limited vertical give to keep newborns close while freeing the parent's hands.

Electroadhesive clutches and sensors let apparel openings tighten or relax with activity, improving comfort and support across body types.

An electroadhesive clutch adjusts apparel support while AC signals limit charge buildup and a watertight encasing blocks moisture.

A single-DLL clock path uses delay taps and phase mixing to correct duty cycle faster while cutting silicon area and static power in memory devices.

A one-piece bra pad with deformable extensions stays seated between textile layers, reducing shifting, loss, and repositioning effort.

An integrated back pocket lets the support garment invert into a compact pouch, improving discreet storage and carry convenience.

Interlayer compartments and moisture-wicking layers hold breast pumps or prosthetics securely while improving comfort during exercise.

Layered pockets and adjustable wrapping wings secure prosthetics while improving post-surgery comfort, fit, and natural appearance.

Three pressure zones and flexible padding gather and lift mamma accessoria while reducing localized pressure and breast sagging.

Optical breast sensors in a garment insert track tissue changes over time to flag risk and reduce reliance on inconvenient mammograms.

A removable back adjuster bridges a rear gap so shapewear stays hidden under ultra low-back garments while restoring shaping support when needed.

Additively printed graticulate cup supports replace underwires to improve comfort, fit varied anatomies, and reduce wear points.

An elastic abutting element in a simple through-hole socket improves tool retention while avoiding complex machining and added cost.

Cutout breast covers and support members hold the treated breast in shape while separating the other breast for more reproducible radiation setup.

Spacer-fabric bra pads use synthetic fiber permeability and molded curvature to shed liquid fast, stay positioned, and dry quickly.

A mesh intermediate layer and indirectly attached foam pads maintain breast support while reducing seam pressure and improving flexibility.

Segmented support strips across the cup side and lower regions improve lifting, stabilize cup position, and avoid underwire discomfort.

Multi-layer stretchable, shape-retaining cups and underband improve under-bust support, reducing sagging and lower-edge wrinkles.

Independent cup movement, stretch fabric, and adjustable closures let one bra assembly fit multiple cup and underband sizes comfortably.

A single-layer nursing bra uses pump-support openings and detachable cups to improve breathability, comfort, and hands-free pumping.

Multiway cup, band, and strap adjustment with removable pads helps one nursing bra adapt to breast changes while maintaining comfort and support.

Strategic adhesive zones replace straps and underwires to support breast tissue while improving lymphatic drainage, circulation, and movement.

A laminated wicking, absorbent, and barrier bra cup enables seamless thermomoulding while preventing leaks, bulk, and fabric defects.

Breathable mesh and removable cooling pads balance sports bra support with heat dissipation, lowering skin temperature by 2-3°C.

Different knit zones in a seamless nursing bra improve airflow at sweat-prone areas while maintaining breast support during pregnancy and nursing.

A concave two-part bra cup support uses different hardness zones to improve breast support while reducing body pressure and discomfort.

Finger pockets and a front clasp let users with limited dexterity secure and adjust a bra with simpler hand movements.

Parallel support members linking the abdomen and thighs lift the buttocks naturally without discomfort or visible lines under clothing.

Different hardness zones in a bra cup balance upper-breast comfort with firmer side and bottom support for better overall fit.

An integrated pocket stores a garment fastener extender inside the closure, expanding fit adjustment without the risk of loss or misplacement.

A slidable coupling joins high-stretch and low-stretch straps to tune garment fit, comfort, and movement accommodation.

A continuous cable and pulley layout lets bra support self-adjust to breast movement and shape changes without manual readjustment.

A cushioned underarm panel isolates rigid bra support ends from skin while preserving side gathering, shaping, and full breast support.

A side support panel with higher lengthwise stretch and openings lets the bra follow body-side skin movement during arm raising without losing support.

An integrated pocket stores a garment fastener extender inside the closure, expanding fit adjustment without losing a separate extender.

Continuous garment-based breast sensing tracks changes over time to flag anomalies and prompt timely medical evaluation.

A front pulley string lifts and secures bra cups for adjustable support while reducing torso, neck, and shoulder restriction during activity.

Dual-layer shielding underwear uses high-Z and low-Z materials to block scattered rays and braking radiation while maintaining a secure fit.

A thin polyurethane web on a mesh bra cup improves support and reduces breast projection without adding padding, weight, or heat.

A 3D layered front panel uses foam compression, cavity support, and secure edge attachment to reduce breast movement during exercise.

Adjustable drawstrings and soft seals keep water and soap out during showering while preserving wound access and patient comfort.

Electrodes and measuring electronics are concentrated in a bra side wing to simplify garment integration, preserve comfort, and ease recycling.

Variable-density mesh and thicker flank support balance breathability, expansion, and shape retention in a seamless body shaper.

A cup-free underbust support and optional pressing member enlarge the bust by allowing expansion while maintaining support.

Gathered cup seams, removable pads, and adjustable band fasteners let one nursing bra adapt to breast changes with better comfort and support.

A limiting body constrains the bra cup and adhesive layer to prevent wrinkles, enable smooth attachment, and keep the adhesive replaceable.

A patterned silicone or TPE adhesive garment improves breast lift and airflow while avoiding irritation, moisture buildup, and painful removal.

Fixed cupless padding and perforated fabric prevent shifting and folding while improving breathability and fit during exercise.