Brassieres TRIZ Cases

Discrete heat-activated adhesive zones secure pads while allowing fabric flexibility and breathability between attachment points.

An adjustable bra uses independent band and cup mechanisms to customize fit for diverse body types.

A brassiere steel ring features an irregular cross section with a reduced neck section dividing upper and lower structural zones.

Expandable chambers in a smart bra cup compress breast tissue to reduce light scattering and improve detection of abnormal tissue.

A standardized brassiere sizing system uses direct breast volume and underbust circumference measurements to define a consistent grading array.

Flexible bands integrated into the gore eliminate steel ring compression, reducing skin damage and improving blood circulation while maintaining breast shape.

Segmented attachment points allow the bra to move freely, resolving bunching issues while maintaining seamless appearance.

Segmenting the garment into a support girdle and a faux shirt prevents upward migration while covering the exposed midriff area.

A reversible bra cup uses a localized thin zone to conceal underwires during manual reversal.

Segmented breast cups apply local quality principles to resolve the trade-off between reliable movement control and aesthetic shape in active wear.

A polyamide-imide coating layer bonds a steel core wire to an outer polyamide shell.

Pelvic straps route through the hip region to provide breast support without exposing back wings under garments.

Overlapping material layers in a nursing garment provide multi-directional support to breast pump funnels.

Anatomically shaped shelves follow inframammary fold contours to provide precise pressure, resolving discomfort from mass-produced underwires.

Expandable chambers compress breast tissue against optical sensors to improve scanning accuracy.