Brassieres TRIZ Cases

Two-dimensional openings with elastic compression areas prevent flange wobbling while maintaining privacy.

Dome-shaped design accommodates battery-powered LEDs within adhesive covers, merging jewelry and illumination functions to resolve space constraints.

Varying thickness polymer coatings on breast cups solve the trade-off between modesty and comfort by eliminating heavy foam padding.

Elastic inner layer pockets secure breast pump shields, eliminating manual holding during pumping.

Programmable cutting devices shape bra cups via digital patterns, eliminating manual labor and custom hardware complexity.

Flexible cup bodies and lower supporting bodies create an opening for natural breast movement, reducing wearing stress caused by rigid fastening.

An internal sleep stay in a breast support garment stretches to enwrap the inner curve, providing horizontal stability during side sleeping.

Non-elastic shoulder straps raise lower breast cups to correct asymmetrical bosom alignment while adjustable elastic sections maintain wearing comfort.

Segmented cup materials resolve the trade-off between holding force and stretchability for better fit.

A seamless pullover bra design uses varying fabric densities to provide individual encapsulation and support for each breast.

A sports bra front panel uses a shape memory polymer film that stiffens during high-impact movement to absorb kinetic forces.

Sliding hooks on an extension strap resolve the trade-off between adaptability and structural complexity for varying clasp distances.

Segmented cups and replaceable adhesive wings resolve waste issues from deteriorating stickiness while accommodating varying breast shapes.

Curved support structures redistribute breast weight across the rib cage, eliminating pressure points and spinal misalignment caused by traditional underwires.

Adhesive joins fabric layers with cutouts to enable muscle movement, resolving the conflict between torso support and flexibility.

Variable density foam sections in the bra cup cradle and lift breast tissue, preventing visible indentations under clothing.

A strapless sports bra uses crisscrossing back straps and semi-rigid rods to hold breast position during vigorous exercise.

Segmented layers with arcuate stiffeners constrain upward and lateral breast tissue movement, preventing sagging from Cooper's ligament stretching.

Folding the outer layer reduces edge thickness and eliminates stepped transitions caused by traditional hemming methods.

A cable-driven adjustment mechanism moves multiple garment adjusters to resolve the contradiction between individual fit customization and device complexity.

A bra cup pad includes a raised convex protrusion near the underbust edge to resolve lift versus comfort trade-offs.

A bandless brassiere uses cross-connected shoulder straps to secure cups without a thoracic wing.

V-shaped medial and lateral padding configurations counteract gravity forces, inhibiting ptosis and widening while reducing skin creases.

Interlayer plastic ribs in dual-layer foam cups deliver firm support without underwire discomfort.

Adjustable bra fasteners maintain fit accuracy despite material stretching and varying body types.

Segmentation and intermediary principles resolve dress code adaptability by attaching a removable cover to conceal cleavage without altering the base garment.

Engineered strut areas distribute tensioning forces across alternating openings to provide localized breast support.

Segmented brassiere cups with reinforced zones mitigate breast movement while reducing pressure on the chest.

Segmented cup layers form a buffer space to prevent nipple prominence in thin, elastic underwear fabrics.

Upper body garment with adjustable tensioning segments applies controlled force to specific muscle groups.

Power-mesh panels apply downward compression to upper breasts while elastic bands grip the midriff, limiting vertical bounce without bulk.

A chest binder body features a girding zipper at the side piece to adjust the circumference.

Nested foam layers create a central channel that lifts breasts inward, solving the trade-off between visual size enhancement and surgical complexity.

Bonded elastomeric film strips replace rigid underwires in a lightweight bra, resolving the trade-off between structural support and wearer comfort.

A bra cup applies a suede ink layer to the inner surface, resolving bulk issues while maintaining modesty.

Flexible torso bands apply downward force to counteract upward momentum, reducing vertical displacement and discomfort during exercise.

Segmented cage elements provide spatially varying support for complex wearer motion.

Non-elasticized support bands attached to brassiere back panels constrain elongation, resolving the trade-off between shoulder strap comfort and breast support.

Varying silicone surface densities on double-faced elastomer yarn create distinct elastic moduli for tailored support.

Segmented compression sleeves apply uniform radial pressure to the breast periphery, resolving the trade-off between comfort and effective milk expression.

Internal pockets in a postsurgical shirt discreetly secure drainage devices, eliminating visible external attachments that cause patient discomfort.

A brassiere fastener uses a movable concealing sleeve to hide inter-engaging fastening parts.

A bra collection uses printed reinforcement layers between fabric sheets to provide tailored support levels for breast tissue.

A knit tank top integrates a floating bra structure using double-layered cups and compression fabric straps for reliable support.

A bra size measuring device uses separable bands to indicate band and cup sizes simultaneously.

Discontinuous elastomeric protrusions on a lingerie holding element reduce skin occlusion and irritation while maintaining reliable anti-slipping adherence.

Elastic fabric cups act as stretchable slings to lift breasts, eliminating wire-induced chafing while maintaining structural support.

Flat-knit elastic fabric layers in shoulder straps and side wings accommodate varying body sizes, resolving tightness discomfort from standard materials.

Segmented rigid under support with anchors prevents implant shift and reduces pressure points.