Bows/Crossbows TRIZ Cases

Segmented cylindrical facets redirect stray light to eliminate glare, maintaining clear target visibility despite bow misalignment.

In-line dampening spring absorbs cord load at rotation limit to prevent string breakage and mechanism wear.

Portable archery training system mimics compound bow draw using adjustable resistance bands and a finger release aid.

Arcuate forearm brace reduces grip-induced torques and vibrations while maintaining consistent anchor point for improved shooting accuracy.

Segmented dovetail interfaces enable independent angular and positional adjustment of rear-mounted accessories without losing X, Y, or Z settings.

A crossbow trigger latch mechanism with a detent system retains the bowstring in a disengaged position without manual trigger operation.

A rotatable tab positioning wheel engages the archer's mandible to enable precise longitudinal and lateral adjustments.

Interconnects transfer force from limbs to arrow cams, reducing unsprung mass and complexity while maintaining narrow width.

Fiber optic strands guide light from an onboard source to illuminate the sight guard and pin, preventing beam leakage toward the target.

An optical sight integrates a bubble level within the housing to provide simultaneous target viewing and alignment indication.

Planetary gear set reduces manual effort to cock high-poundage limbs by converting low input force into higher output torque via mechanical advantage.

Offset synchronizer track balances torque to reduce adjustment instability.

Internal riser channels route wires and cables, preventing entanglement with the archer's grip.

Segmenting the support structure and adding a flexible intermediary pin prevents arrow displacement when the bow tilts.

A compact compound bow riser assembly features a re-locatable handle that rotates between positions to switch handedness configurations.

A rotatable clip receiver secures a bow to a trekking pole, providing vertical support that reduces user fatigue during aiming.

A modular magnetic mount secures compound bow release aids using adjustable adsorption plates and regulation holes.

Segmented compartments isolate gear from human odors, preventing scent detection by game animals during transport.

An elastomeric pad with string and cam grooves absorbs bowstring energy.

Symmetric handle body enables grip repositioning to resolve inventory complexity from separate handedness designs.

Asymmetric orifice heights in the cable slide prevent balance damage from uneven string tension.

Nested grip inserts adjust size and angle to reduce torque while maintaining riser rigidity.

An asymmetric, movable cable guide member reduces friction and wear on crossbow power cables by balancing tensile forces.

Concentric rings redirect stray photons into annular grooves, while interchangeable baffles adapt to lighting conditions for precise aiming.

Segmented riser sections joined by steps form an internal cavity to strengthen the structure while reducing material volume.

Segmented handheld pullers distribute cocking force to reduce physical exertion and eliminate cumbersome reset procedures.

Segmented sleeve and pressing components allow individual replacement without detaching the aiming device, resolving maintenance constraints.

Rotating sear settings adjust release timing to reduce archer anxiety.

Resilient cantilevered support arms flex during launch to absorb vibrations, reducing noise and stabilizing arrow trajectory.

A slide-based arrow rest mount enables precise fore-aft adjustment while preventing bracket rotation during setup.

A self-tensioning reel seat uses a coil spring to secure fishing reels between proximal and distal ends.

Segmented cam assemblies decouple cable loops from the main string, enabling independent replacement while maintaining high power conversion efficiency.