Target Ranges TRIZ Cases

A motor-driven mesh net catches intact missed aerial targets, filters out fragments, and conveys reusable targets to collection.

Suspended rotating brake tubes absorb projectile energy to prevent ricochets, reduce lead dust, and spread wear for reliable recovery.

Elevated target sets and computing devices make opponent progress visible while automating scores and competition updates.

A target holder assembly with adjustable arms and clamps securely supports interchangeable two-dimensional and three-dimensional targets.

Secures targets to support cords via aperture tension or adhesive, eliminating separate holders to reduce transport volume.

Disposable modular targets resolve high maintenance costs and hazardous material risks by replacing surplus vehicles with recyclable lightweight units.

A portable bullet trap slides along a wall-mounted rail to enable rapid repositioning, reducing space wastage and minimizing wear on the training environment.

Automated sensors detect bullet impacts on the target carrier, triggering immediate movement to a safe position to prevent cumulative damage.

Distributed evaluation units at each station eliminate central computer bottlenecks, enabling parallel competition processing with high measurement precision.

A tapered gun-placing barrel guides a pistol muzzle into a buffer body using an inclined sliding-sleeve assembly.

Segmented shipping container units assemble into reconfigurable shooting ranges with integrated bullet traps and ventilation systems.

Adjustable leg assemblies pivot and extend to stabilize a folding target stand on rough terrain, resolving transport and stability trade-offs.

Adjustable legs on this portable archery target stand resolve the trade-off between stability and transport weight by enabling secure setup on uneven ground.

Pivotal mounting adjusts the target body angle to simulate animal profiles from elevated positions, resolving fixed-mount limitations.

A releasable clamp assembly holds bullet deflecting plates via perpendicular clamping force.

Mesh-linked acoustic sensors detect projectile location via time difference of arrival signals.

A containerized tubular shooting range assembly enables mobile training operations.

Positive pressure air injection prevents lead fragment recirculation and reduces energy consumption compared to negative pressure traps.

A target mount uses a pivoting support arm to adjust height and retract from the shooting path.

A pivotable cross member and handle assembly orient a target at discrete angles to match shooter position.

Segmented firing channels with integrated ventilation and soft ballistic traps reduce training travel time while containing noise and pollutants.

Angled deflector plates redirect stray projectiles away from the firing line, preventing ricochets and reducing equipment damage in shooting ranges.

Non-rigidly attached flexible plates deform to reduce ricochet risk during cross-shooting while enabling quick plate replacement without welding.

Fluid lubrication minimizes ricochet and lead dust while nested plumbing reduces device complexity.

Hinged extension arms rotate upon impact to present fresh faces, eliminating manual resetting and improving shooting range efficiency.

Segmented LED luminous fields provide clear visual feedback for shooting results, resolving information clarity issues in competition management.

Pivotable legs and a rotating mount allow tool-free height adjustment, resolving the trade-off between portability and stability against bullet impacts.

Adjusts cable tension via a ratchet-driven winding shaft to eliminate jerky motion and tangling while reducing strain on motors and components during operation.

A suspended metal target plate with a curved surface deflects incoming projectiles away from the shooter.