Butts TRIZ Cases

Angled notches and flanges distribute weight to stabilize firearms on uneven surfaces, resolving the trade-off between hand comfort and structural reliability.

Intermediary rail attaches via sling stud and trigger guard apertures to enable adjustable accessory mounting while preserving original stock integrity.

Adjustable butt pad rotates to contour angle while locking mechanism engages receiver extension tube for stable operation in bulky gear.

A front linear arming device uses a nested linkage system to enable manual cocking while preserving the rifle's classic wooden fore-end aesthetics.

Replacing ball latches with a wave spring biased post eliminates accidental release risks while maintaining reliable quick detachment capability.

A multi-platform foregrip base integrates KeyMod and M-LOK engagement features into a single unitary body for secure firearm attachment.

An end plate aligns the receiver extension with an outer tube while pawls engage teeth to resolve loose tolerance standards that deteriorate firing accuracy.

Spring-loaded latches secure accessories to Picatinny rails, eliminating external tool requirements for rapid single-handed mounting.

Segmenting the barrel nut from an adjustable jam ring eliminates over-torque misalignment during free-float handguard installation.

A cam-based mounting interface uses rotating locking mechanisms to engage handguard openings.

Clamping eccentric generates axial tensile force to secure handgun forestocks, eliminating time-consuming threaded screw assembly.

A firearm buttstock assembly integrates a polymeric base wall with an outwardly projecting metal guard element to enhance structural robustness.

Rotatable brace plates and a keyed mounting post resolve stability versus adjustability contradictions by reducing movement and noise.

Adjustable buttstock assembly uses friction-based locking to secure comb and recoil pad positions on a modular firearm frame.

Finger ridges align user digits horizontally on the body while receiver and stock plates secure the unit to the firearm.

Forward frame and grip undercuts interlock to absorb recoil, preventing screw loosening while maintaining easy installation.

Lever arms engage receiver extension recesses to eliminate rattle without adding complex components.

Segmented gyroid lattice layers disperse recoil force to resolve the trade-off between structural integrity and user comfort during storage.

A collapsible carbine buttstock incorporates a hollow body compartment to store spare magazines securely.

A compact recoil management system uses a nested buffer assembly to reduce firearm length while maintaining effective shock absorption.

A cam locking structure uses a rotating wrench to clamp devices onto an M-LOK rail without tools.

A firearm chassis system encloses the action and barrel while providing a unified rail for peripheral attachments.

A rechargeable cartridge with a resistive heating element fits inside an interchangeable pistol grip body.

Segmented locking blocks and dynamic hand levers eliminate tool dependency for rapid barrel interchange while maintaining attachment security.

Spring-loaded cam levers lock adjustment rails to resolve the trade-off between tool-free operation and recoil stability.

A firearm bipod grip housing a retractable support portion that extends from a void to form a stable bipod.

Segmented mating interfaces join firearm stocks to receiver extensions, eliminating friction from diameter discrepancies during length adjustment.

An integrated pivot and slide mechanism reduces part count to eliminate jamming in adjustable firearm stocks.

Long fiber reinforced plastic composite handguards overlay firearm barrel nuts to prevent rotation and provide thermal insulation against metal heat transfer.

A rigid handgun brace extends radially from the trigger guard to engage the non-primary grip finger and apply a stabilizing counter-force.

Segmented forearm assemblies with cinch blocks enable barrel nut access without compromising structural rigidity.

A firearm grip cage holds compressible elastomer through openings to absorb recoil forces, reducing user fatigue while maintaining structural integrity.

A folding firearm stock assembly with a segmented hinge mechanism that prevents translation along the hinge axis.

Spring-loaded cam latches secure folded bipod legs within an elongate slot, eliminating snagging risks on the firearm stock.

Elongated rubber panel features integrally formed attachment protrusions that engage directly into firearm rail system keyholes without separate fasteners.

Internal ridge on elastic grip sleeve constrains non-firing hand movement to improve shooting accuracy and stability.

A firearm stabilizing accessory uses a fork end joint and latch bolt nut to secure a handgun for operator support.

Rotatable front and rear stock sections linked by a universal joint resolve the contradiction between structural rigidity and anatomical adaptability.

Segmented elongated members transmit compressive force to the receiver, isolating the barrel from bending loads and preserving shot accuracy.

A free float handguard uses a coaxial barrel locker to mount securely around the rifle barrel without external support.

A weapon front handle features a pivoting grip connected to a mounting plate, allowing users to adjust finger groove orientation for customized comfort.

A centralized power rail distributes energy to rifle accessories via galvanic contacts.

A recoil reduction system for small arms weapons uses a drive assembly and coil spring to mitigate discharge forces.

Self-registering interference fit in the locking hinge prevents jamming and ensures reliable locking engagement across multiple platforms.

A flexible rifle grip pivots on a rail mount to resolve fixed-position discomfort and accidental activation risks during ambidextrous operations.

A recoil damping system uses a multilayered elastomer body and hydraulic cylinder to absorb kinetic energy.

A firearm handguard assembly uses non-parallel fasteners to secure the handguard to an index block, distributing tension across multiple apertures.

Segmented hand guard members clamp to a barrel nut flange, enabling installation without removing the delta ring or disturbing firearm accuracy.

Ergonomic vertical forward grip features an index finger stabilization cradle and textured surface for enhanced shooter control.