Weapon Components TRIZ Cases

A detent-adjusted gas block manages gas flow impedance, enabling reliable operation when suppressors increase system backpressure.

A modular mounting assembly uses a threaded governor post to adjust clamping force via Belleville spring washers.

A pivot mechanism repositions the barrel assembly to accommodate left or right handed shooters.

Segmentation resolves the weight-length trade-off by enabling single or two-stage configurations.

Segmented baffle units with guide rods decelerate muzzle blast gases, resolving baffle strike damage from wad and shot impact.

Indirect plunger control via adjustment knob minimizes fouling while enabling precise gas pressure tuning for self-loading firearms.

A converging-diverging muzzle expands discharge gases isentropically to reduce blast overpressure.

Elevated multi-accessory mount assembly positions firearm accessories above the rail plane to clear infrared laser emission paths and optic sight lines.

A cinch pivot structure adjusts secondary optic distance and angle from the bore, enabling rapid target acquisition without complex fixed mounts.

Removable accessory rail kit uses a stabilizer arm and self-retaining fasteners for secure weapon mounting.

Spring-pretensioned locking spindle secures accessories to firearms, eliminating tool requirements and reducing accidental opening risks.

A suppressor body with tapered ends and perforated baffles dissipates gas expansion energy to reduce acoustic noise.

A dual interface rail mount uses alignment relief lugs to secure firearm accessories on standard rails.

An adaptable optic mount uses an adjustable stop block to maintain scope alignment on varying side rail dimensions.

Alignment aperture in firearm gas block enables direct visual verification of internal port positioning during assembly.

A viscoelastic polymeric gun barrel cap resists muzzle heat transfer and operator burns while maintaining flexibility across extreme temperature fluctuations.

A pressure-regulating gas block vents excess high-pressure gas through an adjustable relief port to stabilize firearm operation.

Segmented baffles with distinct aperture configurations manage gas expansion to reduce muzzle blast while a rear sleeve dissipates heat to prevent blowback.

A retrofittable adjustable gas valve moderates propellant gas pressure via a threaded stem to reduce moving part wear and accommodate suppressor back pressure.

A sliding regulator plate adjusts gas port alignment to reduce suppressor backpressure, fouling, and cyclic rate while extending barrel life.

Clamping mechanisms on a rail-mounted fixture secure bayonets without permanent barrel mounts, resolving compatibility issues with modern firearms.

Multi-angle hollow chambers in a monolithic suppressor expand propellant gases to reduce noise while minimizing point of impact shift caused by heat distortion.

A universal mounting assembly secures auxiliary devices to firearms via a flexible housing and sliding tab mechanism.

A ported barrel assembly redirects propellant pressure to release cartridge cases from the chamber.

A slideable ejection port cover uses a spring-loaded locking component to secure the shutter against the receiver.

A firearm silencer uses radial splines to prevent disassembly while baffles create gas expansion chambers for noise suppression.

A stabilizing recoil lug mates with a scope base pocket to lock the barrel and optics together, preventing misalignment under intense recoil.

Angled strike face counters tilting forces from the operating rod while drain holes expel water from the receiver extension.

A gas block assembly uses a primary and initial gas tube in fluid communication to direct propellant gas toward the bolt carrier.

A Picatinny rail incorporates flammable material and a striker to generate sparks for emergency fire starting.

Segmented baffles redirect gas through reflection surfaces, reducing noise without compromising projectile power or accuracy.

A valve piston regulates gas pressure in semi-automatic firearms to reduce recoil.

A compact firearm silencer uses a retractable third chamber to trap and slow expanding gases for effective sound suppression.

A firearm accessory mount uses a body passageway for the objective lens and a fastener block to secure equipment on the mounting rail.

A sliding holding device allows weapon components to displace parallel to the barrel before absorbing recoil forces.

Nested cylinders with offset axial slots redirect blast pressure away from the user, resolving concussion risks in underwater firearms.

An angled projection on a flexible adhesive base bends during recoil to prevent mouth injury while maintaining consistent alignment accuracy.

A spring-loaded detent mechanism holds a needle valve in three positions to regulate propellant gas flow without venting excess pressure.

A composite outer sleeve maintains barrel concentricity while reducing weight, eliminating metal fatigue risks after repeated firings.

Offset chambers in an adjustable gas block reduce structural force while enabling precise control of high-pressure gas flow.

An adjustable gas piston head vents excess pressure from mounted noise suppressors, preventing rapid cycling and component damage.

A firearm accessory mount uses a segmented plate, mechanical anchor, and magnet for secure attachment.

Merging the multi-tool, bit driver, and bit storage into one assembly resolves the contradiction between portability and misplacement risk.

Conical baffle port directs exhaust gas through an elongate circumferential path to dissipate kinetic energy via fluid expansion.

A cam lever mechanism with a disc spring secures firearm accessories under recoil while maintaining aiming accuracy.

A handgun-mounted spray dispenser uses a pivoting actuator to displace a pressurized canister for one-handed chemical irritant release.

A hybrid gas system uses a lightweight tube and trunnion-mounted piston to redirect energy for bolt operation.

Nested expansion volumes mitigate dangerous heat retention while preventing blowback in firearm suppressors.