Bracelets TRIZ Cases

A bracelet clasp uses a spacer between cover flaps to constrain lateral movement of the clevis.

Segmented prisms linked by a tensioned spring allow the ring to flex for insertion while maintaining a rigid circular shape, eliminating resizing needs.

A biometric wrist bracelet tracks location via SMS alerts using integrated GPS and cellular modules.

A buckle uses a swing arm and slide plate to adjust band length without buttons.

Deformable bezel claws secure stones without soldering, allowing wearers to mount and dismount gems easily.

Segmented pendants with unique colors resolve ambiguity in social signaling by clearly indicating single, partnered, or married status.

Segmented arbor and spring-loaded pusher resolve unstable locking by engaging recesses for stable adjustment.

Watchband assembly mounts the rotating shaft between buckle covers to eliminate the convex cylinder that causes wrist pressure and skin pinching.

Segmented holes along the band allow dynamic tension adjustment, preventing sliding while maintaining skin comfort.

A watch strap coupler uses a spring rod and fixing member to join decorative members, enabling versatile accessory attachment.

A bracelet clasp adjusts length using a pawl and toothed rack mechanism for discrete positioning.

A jewelry closure mechanism uses a looped leaf spring to flip between two stable positions, enabling easy operation by touch alone.

A quick release watch band uses a frangible clasp to detach from the wrist under excessive load.

Rotatable arms on an asymmetric butterfly member extend metallic watch bands for diving suits, enabling tool-free size adjustment.

A jewelry RFID transponder array uses multiple peripherally arranged units to enable omnidirectional data reading and resolve limited reading area constraints.

A loom assembly uses a movable slider and biased fingers to hold threads in place for beaded jewelry creation.