Compressed Gas Guns TRIZ Cases

A turbine-driven feed disk positions projectiles for rapid discharge, reducing mechanical complexity and lethal injury risks in less-lethal operations.

A toy gun gas cartridge loading device uses an interlocking lock mechanism to enable single-action detachment from the gun body.

Single pulse pneumatic bolt valve chambers and launches projectiles using controlled gas pressure to eliminate continuous supply complexity.

A bypass valve connects a high pressure reservoir directly to a firing pressure reservoir, enabling user-selectable gas pressure modes.

A toy gun magazine uses a torsion spring to move projectiles from a circular to a linear passageway.

A bleed-off port directs pressurized gas from the breech to agitate paintballs in a gravity-fed hopper.

A rapid-firing spear gun uses elastic recovery to automatically return the projectile to a cocked position after discharge.

A hinged safety arm extends across the launching chamber to prevent non-standard darts from firing, ensuring safe operation without complex sensors.

Elastic press set drives piercing pin through bottle lid, eliminating screw rotation to reduce installation time and improve rapid-fire usability.

A cam-shaped trigger actuates a pneumatic valve via roller bearings to reduce friction and improve mechanical feel.

An elastic member connects the drive shaft projection to absorb impact from stationary paintballs, preventing breakage during forced feeding.

Angled wedges on the barrel block engage inclined shelves to maintain precise alignment, eliminating shims and reducing wear from manufacturing tolerances.

A paintball loader body splits vertically along a hinge to expose internal feed system components.

A pellet magazine uses a spring and rotating pocket to dispense projectiles sequentially.

Breech lighting system creates tracer effect by illuminating BBs, solving low visibility in dark conditions.

Segmenting compression into nested stages reduces peak force while increasing air volume for pneumatic tools.

Inserting a spacer ring between loader shell segments increases paintball capacity without redesigning the entire structure.

Segmenting clamping force into a gentle spring and a fixed block prevents pellet deformation during acceleration while maintaining reliable bolt action.

A projectile launching device uses a spherical interior tube and flexible air bag to propel objects.

Integrating the air release mechanism within the bolt assembly removes the empty volume that wastes gas, allowing more shots per cylinder.

A toy gun with multiple detachable gas cartridges and a valve system manages compressed gas flow for extended operation.

A toy gun gas cylinder housing uses a spherical receptacle and roller to secure the cylinder during insertion.

A piercing device uses a rotating housing and stressing element to pierce a gas bottle sealing membrane.

A telescopic cylinder assembly uses nested cylinders to extend stroke length and enhance bolt carrier acceleration in toy guns.

A multi-stage pneumatic gun uses a three-stage air pump to compress gas efficiently.

Nested guide tubes constrain the free length of a power spring, reducing vibration amplitude while maintaining full power delivery.

Segmented flexible vanes enable quick resupply without cap removal, resolving the trade-off between fast access and reliable paintball containment.

Dual pushers in a speedloader batch-load soft bullets into cartridges, solving the manual loading bottleneck that slows toy gun gameplay.

Rotating the bottom cover disengages interlocking hooks, driving the rear cover open to enable rapid gas cylinder exchange without losing protective components.

Segmenting the propellant canister from the firing mechanism reduces device complexity while maintaining reliable projectile launch.

Pressurized gas moves detent pin to lock barrel, resolving alignment reliability issues.

Tapered attachment walls prevent pellet entanglement during rotation, resolving the contradiction between structural strength and operational smoothness.

Enclosing a gas line within a trigger guard passage protects the component from collision damage while simplifying assembly through integrated locking heads.

A breechless alignment module uses gravity and compressed air to launch soft projectiles through a barrel seal.

Segmented valves bypass empty launch tubes to direct compressed air to loaded barrels, eliminating wasted pneumatic energy.

A loader motor control system monitors power consumption to detect paintball position and adjust feeding speed.

A rotating cylinder with multiple chambers ejects ribbons sequentially via a trigger-driven striking unit.

Sensor-triggered motor rotates gear to advance pellets, preventing jams caused by gelatinous pellet adhesion.

A toy gun kickback mechanism uses a spring-driven piston and sliding sleeve to generate recoil force.

Externalizing the recoil bar and spring simplifies internal complexity, stabilizes operation, and eases maintenance for toy guns.

Segmented variable-volume chambers and a shared supply conduit eliminate fluid waste during air weapon shots while simplifying rearm operations.

Pivoting the butt stock and barrel against the forestock reduces overall size for portable storage while maintaining structural stability during firing.

A check valve with a movable piston seals compressed gas in training magazines while protecting the filling port from dirt and moisture.

Segmented pusher parts move relative to each other to distribute launch forces, preventing warhead explosive damage during high-acceleration ejection.

Segmented seal interfaces and a bypass channel balance airflow across sequential BBs, resolving uneven energy distribution in partial loads.

A toy gun foregrip moves horizontally via a link member to drive the feed assembly and trigger bar.

Fixing elements centre the hollow tube inside a moulding machine to enable uniform over-moulding of rifle barrels.

A toy gun link mechanism inverts to actuate a nail, moving the cartridge further per trigger pull.

Elongated pin extends beyond recessed membrane to prevent back pressure and ensure complete piercing of high-pressure nitrogen cartridges.