Weapon Components TRIZ Cases

Segmented baffle sections with distinct exhaust channels create turbulence to reduce sound report and recoil in firearm suppressors.

A firearm sound suppressor back section features three interrelated chambers that preprocess combustion gases before they reach the front attenuation stage.

A rifle grip housing integrates a slide mechanism to deploy pepper spray without removing the finger from the trigger.

Alignment tool with port and slot marks gas block and barrel, eliminating trial-and-error fitting.

Monolithic dust cover with elastically deformable connection portions eliminates tool dependency while maintaining secure coupling.

An asymmetric mount offsets the optic between 5 and 30 degrees, resolving the conflict between precise optic alignment and unobstructed iron sight access.

Cylindrical connection device uses a deformation gap to adjust internal space for clamping various functional components.

A pivotable gas selector with an end stop prevents tilting and uncontrolled gas escape during tool-free adjustment.

Relocating the gas port closer to the chamber captures higher pressure gases, enabling reliable cycling across all calibers and barrel lengths.

A tool-free adjustable gas block uses a knurled knob to rotate a plunger for precise gas flow control.

Rotating the partial annular regulator changes the gas port diameter, resolving over-gas or under-gas issues caused by environmental shifts.

Removable shells enclose suppressor chambers to allow easy access and removal of deposits, solving maintenance difficulties caused by lead and carbon build-up.

A multi-baffled suppressor design featuring baffled exhaust gas tubes positioned within fluted spiral structures that follow a rifling pattern.

A lever pivots a clamping bar to secure an optic mount, preventing vibration-induced loosening.

Segmented baffle bodies with asymmetric tabs enable easy disassembly while preventing misalignment during reassembly.

A kinematic rail mount uses a cam-in-a-cam mechanism to translate rotary force into linear clamping pressure via an adjustment lever.

Adhesive-backed mounting cleats with integrated threaded inserts secure accessories to helmets without drilling, preserving ballistic shell integrity.

Recoil stud engages transverse groove to transfer forces without play, preventing scope tilting.

A weapon accessory mount uses an interchangeable rail slot key to secure accessories on Picatinny and Weaver rails.

A pressure compensating gas piston adjusts gas flow to cycle firearms reliably across varying shot loads.

External end cap threading and a protruding segmented baffle core resolve residue buildup issues by enabling rapid disassembly for cleaning.

Segmented cooling channels dissipate heat from the suppressor body during sustained firing to prevent dangerous temperature accumulation.

A gas regulator uses a throttling valve to control combustion pressure for auto loader cycling.

Segmented baffle design extracts hot gases away from the firearm to prevent fouling and reduce heating.

A telescoping silencer uses a retractable inner chamber to trap expanding gases, resolving the trade-off between suppression volume and compact outer diameter.

Serpentine ports slow expanding gases to subsonic speeds, reducing recoil and sound signatures below human hearing.

A spring-loaded gas cutoff valve blocks excess gas entry to prevent component over-stressing and ensure reliable cycling across ammunition types.

Segmented chambers and a valve mechanism divert toxic gases away from the user while reducing mechanical action over-cycling.

Interchangeable mount interfaces adapt the suppressor for rifles or pistols, while tapered baffle nesting prevents loosening during firing.

Biconvex ports on frusto-conical baffles generate turbulence to reduce sound pressure while minimizing system heating and weight compared to coaxial designs.

A firearm scope mount uses magnetic retention to hold auxiliary devices without tools.

Segmented suppressor design enables rapid disassembly and cleaning of propellant debris while maintaining tight tolerances for effective noise reduction.

An adjustable gas regulator valve with an upper receiver actuator controls expanding gas flow through a plug mechanism.

Dual-protrusion rail attachment assembly mates with M-Lok or KeyMod slots via fastener, resolving incompatibility between distinct rail systems.

An adjustable locking mechanism accommodates rail dimensional variations while preventing surface abrasion through a low-friction Teflon-coated bushing.

An intermediary cover system protects suppressor markings from thermal degradation while maintaining structural simplicity.

A mechanical mounting system offsets a telescopic sight to enable a spotter to guide aiming.

A firearm silencer shutter mechanism closes the barrel after projectile passage to redirect combustion gases and sound waves.

Segmented gas feed components with an adjustable closure element resolve manufacturing precision trade-offs while managing propellant gases.

A pivot mount uses semispherical balls and gothic-arch recesses to guide accessories into repeatable positions.

An adjustable rotary and push-button gas block regulator changes backflow pressure to reduce bolt carrier group wear during suppressed operation.

A multi-position sight mount secures optical devices using a rotating cylinder mechanism.

Dovetail connectors and adjustable shims enable toolless installation of firearm accessories on various firearms.

Integrated mounting eliminates adapter plates, reducing firearm weight while maintaining precise sight alignment during removal.

Intermediary support absorbs lateral forces to prevent trigger guard stress during roll pin extraction.

Asymmetric baffles simplify cleaning and assembly while accommodating multiple projectile calibers.

A firearm suppressor uses a radial outer chamber to trap discharge gases behind the projectile.

An over-center cam mechanism in a rail mount assembly prevents unintended loosening under shock by converting lever rotation into axial clamping force.