Bows/Crossbows TRIZ Cases

Offset magnets create repelling force to automatically reset archery release jaws, eliminating manual effort required for quick follow-up shots.

A bowfishing quiver holds arrow shafts and replacement tips in cylindrical bores extending perpendicular to the riser.

Bow-mountable laser speed measurement instrument detects arrow velocity to resolve the trade-off between measurement precision and device complexity.

Helical grooves grip parted bowstring strands under tension to eliminate time-consuming manual serving and skilled labor requirements.

Adjustable bow press fingers accommodate diverse limb geometries to prevent twisting damage during compression.

A bow energy storage system uses pulleys to guide power cords and minimize cam lean.

A powered bow uses an internal carriage and launch string to leverage main power string movement.

A multi-stage link unit with a serrated slot and rod engages the bow string progressively.

Segmented stabilizer assembly with expanding collar eliminates threaded installation time while preserving vibration dampening performance.

A drop away arrow rest uses a torsion spring and cord lever to delay the release mechanism after string release.

A magnetically attracted pivot arm holds the arrow support close to the bow riser.

Rotating bearing ring feedback resolves inconsistent finger placement by providing tactile control through high mass extensions.

A crossbow crank shaft with a pivoting release lever disengages the ratchet to resolve high draw weight and device complexity trade-offs.

A twisting arrow rest imparts clockwise rotation to the arrow shaft during flight.

A drop-a-way archery bow rest uses a cable-connected launcher to hold an arrow securely during the draw cycle.

Steel limbs paired with elastomeric springs bias crossbow limbs to a relaxed position, reducing manufacturing costs while maintaining performance consistency.

A peep tuner bead adjusts bowstring orientation to resolve twist misalignment and ensure safe arrow launch.