Shoulder Strap TRIZ Cases

A hollow strap encases sliding electrodes to switch between free motion and static hold, enabling adaptive apparel support with protected components.

Alternating-current electroadhesive clutch control limits bulk charge and dielectric absorption to maintain smooth sliding support.

Activity sensors and a control circuit adjust lace tension in support garments automatically, improving comfort and stability across changing activity levels.

Motion sensing and lace spool control automatically vary garment support, avoiding manual adjustment across changing activity levels.

A shear thickening strap stays soft at rest but stiffens during motion to improve breast stability without shoulder digging or chafing.

Separated hook-and-slot clasps across garment layers prevent fastener interference, easing breast pump use and reducing discomfort.

Rotary knobs, wire reels, and crossed elastic bands let sports users quickly adjust vest tightness as body shape changes.

Direct sewing secures the strap to the adjustment ring, cutting threading steps, strap bulk, and friction during length adjustment.

Negative pressure locks a footwear bladder at the chosen shape, combining size adaptability with a secure, consistent fit.

Multiple mesh and spacer-mesh layers provide bra support while preserving breathability, light weight, and quick drying for physical activity.

Shoulder-strap clips hold a shirt above the breast, freeing the chin, improving latch visibility, and reducing neck and back pain.

Adjusting chamber pressure moves internal locking elements between released and locked states, helping apparel or footwear conform securely to the wearer.

Spaced torsion-stabilizing members help flat-profile shoulder straps resist twisting while preserving flexibility and comfort.

A three-layer bra strap uses a porous sandwich piece to distribute pressure, improve load-bearing strength, and reduce shoulder marks.

A male-female hook coupling and sliding strap adjust garment support with one hand, avoiding two-handed fastening during athletic activity.

This bra uses spacer and mesh layers to resolve the tradeoff between support, breathability, and drying speed.

A flexible bladder uses pressure-driven locking elements to switch between adjustable and stable footwear fit.

Movable elastic connecting member adapts configuration to wearer movement, resolving static support limitations.

A bra strap adjustment mechanism uses a fabric-piercing protrusion to fix the strap length in place.

A single continuous strap adjusts breast cups and underband simultaneously through diagonal routing across wing apertures.

A configurable athletic bra uses a strap attachment mechanism with multiple slots to reposition straps for varied styles.

Removable strap covers conceal exposed bra straps under sleeveless clothing without requiring expensive strapless bras.

A magnetic shoulder strap retainer system secures undergarment straps beneath outer garments using magnetically attracted anchor and base plate members.

Segmented elastic fasteners prevent strap cover bunching while enabling interchangeable fashion designs without multiple garment purchases.

A perforated elastic strap enables versatile accessory attachment by stretching to insert items and recovering to secure them without complex mechanisms.

Removable linking elements join clothing components via universal coupling interfaces to enable customizable fit and ornamental designs.

A bra adapter uses quick-release fasteners to attach severed straps and a sling, converting standard bras into nursing wear.

Intermediary anchor loops link adjustable bra straps to prevent side slip while maintaining vertical support.