Compressed Gas Guns TRIZ Cases

Segmented body design reduces regulator weight and volume while maintaining safety through optimized structural parameters.

External pneumatic calibration replaces coil springs for firing impulse compensation, reducing device complexity and weight while maintaining precision.

A bypass valve connects a high pressure reservoir directly to the firing pressure reservoir, enabling selective gas pressure delivery.

A dual reservoir fluid distribution system uses a moving piston to balance pressure between two chambers, maintaining consistent pellet speed during firing.

A toy gun gas cartridge attachment mechanism uses a rotating clamp arm and sliding abutment portion to secure the cylinder.

Segmented chambers isolate pressure spikes via a poppet valve, reducing regulator weight while maintaining safety against sudden gas surges.

Bidirectional compression via dual pistons increases shooting power while reducing vibration and eliminating auxiliary compressor needs.

A toy gun piercing mechanism uses a push rod and return spring to rapidly insert an air bottle into the cylinder.

A gas canister replacement structure for toy guns uses magnetic retention to simplify component removal.

A breech bushing shaped surface interacts with a barrel guide surface to align the projectile channel during cocking.

A rotatable dart carrier aligns barrels with a high-pressure air conduit via a gear train, reducing reloading time between shots.

An integrated pneumatic bolt design reduces manufacturing costs and complexity while maintaining reliable projectile launching performance.

Adjustable retention mechanism holds arrow during pressure build-up while damping coupling reduces barrel vibration for consistent shot velocity.

A manual dual-sided pressure adjustment mechanism limits pneumatic pump power stroke length to control dart projection force.

A pneumatic assembly uses a solenoid valve to direct compressed gas for nozzle actuation.

Segmentation and universality principles enable rapid magazine swapping across platforms while maintaining consistent firing performance.

An action module prevents electrical power waste by using a magazine contact part to mechanically actuate a switch trigger only when the magazine is installed.

Sliding air cylinder assembly absorbs recoil energy through spring tension, minimizing vibration impact on the shooter.

A stretchable coil spring connects drive and finger frames in a paintball agitator to enable easy maintenance access.

Segmenting the unitary bolt into independent components allows counterbalancing motion that eliminates recoil and prevents misfires.

A rotating retainer aligns the bullet with the inner barrel to ensure stable capture and release.

Direct magnetic actuation eliminates gear breakage and heat losses while maintaining consistent projectile force.

A magnetic bolt valve mechanism couples compressed air to a projectile using an electric motor and slider crank arrangement.

A resilient magazine carousel uses a ratchet pawl to index pellets without spring resistance during loading.

Segmented barrel tips with interchangeable inserts adjust magna port size to match carbon dioxide pressure, eliminating frequent full barrel swaps.

Segmented cavities and preliminary air compression automate bullet feeding, eliminating manual reloading to boost continuous shooting productivity.

A bottom feed magazine uses a rotating hub and J-shaped tube to drive paintballs from storage.

A toy gun ballistic adjusting structure uses a spiral guiding slot to drive a robbing cylinder, creating a hopping bullet trajectory.

A pneumatic launcher uses a gear box and lever arm to drive a telescoping tube assembly for air compression.

A springless air cylinder uses a solenoid valve to drive a piston axially for consistent high-pressure airflow.

A toy gun magazine ejects its pellet holder automatically via an extendible rod and elastic latch mechanism.

A valve spool with a gas balance chamber uses pressure differentials to bias the mechanism toward closure.

A cut-off device controls the drive circuit of an electric motor in imitation guns using a dedicated selector unit and switch mechanism.

An inclined surface mediates attachment between a rear working portion and a cover panel, resolving the trade-off between ease of operation and aesthetic shape.

A pneumatic circuit uses an independent solenoid valve to control gas supply, eliminating complex mechanical linkages and reducing wasted energy.

Elastic mediator ejects air gun magazine without exposing the body, preventing foreign matter infiltration and operational malfunctions.

A pneumatic projectile engine replaces mechanical springs with a spool valve to resolve size and reliability contradictions in airsoft systems.

A pneumatic firing device uses a solenoid valve to control pressure differences between chambers for rapid pellet delivery.

An air vent channel forms between the engagement lug and screw base slot to relieve internal pressure, enabling quick disassembly without manual balancing.

A paintball pod uses a magnetic ratchet valve to enable gravity-fed reloading into the hopper.

Integrating the propellant reservoir within the gun chassis provides thermal mass that stabilizes pressure during rapid firing cycles.

A gas gun valve mechanism opens directly into the barrel axis to transfer pressurized gas efficiently.

Merged pneumatic assembly reduces marker weight while maintaining reliable firing function through integrated gas storage.

A tactical rail mounting system with multiple connector units provides varied surface orientations for auxiliary gear attachment.

A ball tossing apparatus uses a two-dimensional array of launch devices to project balls vertically into the air for sports training.

Segmented foregrip components and extraction springs resolve sight obstruction and projectile damage trade-offs.