Bait TRIZ Cases

Segmenting the lure assembly via a universal receiver eliminates line waste and downtime during tackle changes.

Segmented frame components and adjustable weights resolve the trade-off between realistic bait fish simulation and manufacturing complexity.

Gradient thermochromatic ink application resolves uniform color block realism issues by varying hue saturation across lure zones.

Dispersing tungsten or bismuth within the plastisol matrix eliminates toxic lead weights while maintaining reliable sinking performance.

A fishing lure features a hollow body and removable cover to securely retain bait while allowing scent emission.

A fishing lure body features a transverse hole that generates pressure waves and air bubbles to attract fish.

Amorphous glass inline lure integrates blade and weight functions via controlled density, resolving complexity and environmental harm.

A fishing lure casing with a threaded sleeve and movable weight adjusts the gravity centre height to modify oscillation patterns.

Electromagnetic induction powers a spinner lure light, eliminating bulky batteries that alter shape and deter fish.

A pivoting blade member couples to a two-leg wire frame, enabling rapid oscillation while maintaining structural integrity during retrieval.

Extending at least 75% of the feather length creates flexible trailing and leading portions that mimic natural movements to attract fish.

A rotatable fishing lure skirt deflects vegetation to protect the hook.

A convertible fishing lure assembly uses a channel and removable securing member to attach tackle components.

A fishing lure body with a hollow cavity accepts colored inserts to change appearance, eliminating time loss and injury risks from frequent lure swaps.

Internal oscillating body changes light direction within a translucent lure shell.

Aligning the center of balance with a single contact point resolves stability versus adaptability contradictions, enabling natural wobbles at rest.

A fishing lure skirt assembly kit uses a hub member to attach silicone tendrils for personalized designs.

A mold apparatus partitions a cavity with barriers to inject separate resin colors into distinct sub-cavities without intermixing.

An elastic fishing lure contracts and expands its length through water flow to mimic live bait movement.

A quick change blade system uses a clevis and clasp to attach lure components.

A fishing lure body integrates a freely rotating spinner blade on a capped stem to generate erratic water movement.

An automated fishing lure uses a solenoid and check valve to dispense attractant continuously, eliminating the need for manual re-application.

A casting guidance system merges sonar imagery with visible feature data to orient underwater targets relative to above-water landmarks.

A fishing lure clapper device uses a loose strike member to generate acoustic signals.

Segmenting the lure into a reusable base and disposable skins reduces equipment costs while maintaining adaptability across different fishing environments.

Banana-shaped lure uses a blowhole tunnel to force water through the bait chamber for scent dispersion.

A floating assembly with a semi-flexible wire holds a lure above water, enabling natural insect-like movement instead of rigid bobbing.

Segregating electronics into a buoyant housing protects components from damage while the submersible module simulates prey motion.

Segmenting the lure into replaceable modules reduces waste by allowing broken parts to be swapped without discarding the entire unit.

Mechanical rotation of water wheels modulates chemiluminescent glow stick light through apertures, eliminating electronic cold water failures.

Segmented flasher bodies accept interchangeable panels to adapt surface features without replacing the entire unit, reducing inventory costs.

A castable sensor device measures lure depth and wobble using pressure and gyroscope sensors.

A rigid angling lure head retains a flexible body using an attachment rod that exerts compressive force against the rear face.

Threaded head and neck structure secures fishing line without knots, eliminating complex knot-tying time and reducing user error.

A trolling diver pivots its release arm to align the guide plate with the fishing line.

A fishing lure uses a substantial game bird neck feather with leading and trailing portions attached to the hook.

Positioning the center-of-gravity tube below the middle height prevents overturning from irregular angler actions or waves.

A fishing lure housing accepts interchangeable disks to change visual appearance without untying the line.

A fishing lure rod bridges two body parts using a flange and projecting portion to secure the internal cavity structure.

A fishing device base supports a reel and indicator mechanism that pops up when a fish pulls the line.

Breakaway coupling mechanisms detach barbed hooks from lure bodies to eliminate safety hazards while preserving aesthetic value.

Diamond-like carbon coatings on metal lures resist flaking and wear while maintaining iridescent optical properties through composite layer structures.

Segmented arm design allows easy replacement of broken components, extending rig lifespan while reducing material waste.

A streamlined lure uses a U-shaped member to rotate parallel fins up and down.

A fishing lure with a pivotable attachment loop and elastic band drives blade movement.

Interlocking rib protrusions prevent rear sagging in long bionic baits, maintaining natural fish-like swing motion.

Articulated linkage connectors allow segmented lure bodies to collapse longitudinally during flight.

A modular fishing lure body accepts a removably attached lip secured by a release mechanism for quick configuration changes.

Segmentation separates the durable head from the replaceable soft body, resolving the trade-off between structural strength and ease of repair.

Planar deviations on a spinner arm generate erratic motion and drag, enhancing lure vibration without increasing manufacturing cost.