Bait TRIZ Cases

Twist rings connect a non-planar blade to a lure eye, creating erratic side-to-side motion that mimics fleeing bait fish without causing line twist.

A fly reel housing moves its spool shaft transversely to accommodate interchangeable spools of varying sizes.

A fish calling device sprays water in circular patterns to mimic bait fish appearance and sound.

A bait form compresses gelatinous material into a compacted mass within an elongated housing.

Mobile wing arms on the lure body create realistic flapping motion, resolving low catch rates from static designs.

Active light emission replaces passive reflection to solve deep water visibility limits, while wireless reconfiguration eliminates physical accessory changes.

A thin circular plastic sheet with a radial cut deflects under water resistance to rotate around the fishing line and generate visual flash.

Elastic members support a visible swing member inside a fishing lure cavity to create dynamic light reflection.

Preset speed settings on the selector assembly resolve complexity trade-offs while enabling variable lure movement.

An integrated motion system uses a contained battery and vibrator motor to produce acoustic signals that attract fish in murky water without manual movement.

A fishing lure head accepts interchangeable cavity portions with rigid mesh sidewalls to securely enclose bait while permitting water flow.

A fishing lure uses flexible stainless steel arms and a rear-mounted weight to maintain bait separation during retrieval.

An internal body bore channels water into a rear baitwell, resolving bait retention and accessibility trade-offs.

Segmented flexible tails navigate weeds without snagging while producing acoustic signals that attract fish.