Movable Targets TRIZ Cases

A modular shooting target uses a trigger release element and connector to collapse upon impact.

Bending a single metal piece into varied planes eliminates welds that fail under vibration, reducing splatter risks and manufacturing costs.

A rotating target plate flips via a rear ramp to restore visibility, resolving the conflict between stability and automatic reset.

Inverting the loading mechanism reduces mechanical stress on fragile clay targets, preventing breakage during automated launching.

A processor renders a vitals target with variable zone dimensions on an output device.

An inertial trap wobbler eliminates motors by using centrifugal force to swing the throwing frame, increasing aiming difficulty without added complexity.

An adjustable flap modifies the launch angle of a concave supporting surface, resolving complexity issues in trajectory control.

A shooting target assembly uses pivotally connected arms and catch mechanisms to track movement along a curved edge.

Crack nucleation elements in the helical body ensure reliable witness cap separation, eliminating uncontrolled fragment movement during clay target shooting.

An intelligent ballistic target uses sensors to detect impact locations and a controller to weigh hits by anatomical region.

Interlocking notches on target supports enable tool-free assembly, resolving the trade-off between structural strength and ease of operation.

A dynamic hanging target uses destructible elements and suspension lines to provide visual feedback of projectile impacts.

An inflatable skeet target employs a variable-pitch rotor to create random trajectories, eliminating lead pollution and reducing storage costs.

A shooting target thrower uses a spring-driven throwing arm and charge pedal to launch targets with consistent force.

Segmented RF targets relay hit detection via a gateway to resolve connectivity reliability while managing device complexity.

A foldable cardboard target device features adjustable extensions for versatile shooting practice.

A modular shooting panel uses a rhomboid steel mesh and elastomer layer to absorb projectile impact energy.

Segmented release and safety mechanisms require dual-hand operation to prevent accidental injury from single-handed activation.

An automated return assembly uses a motor and drive disk to pivot the target plate upright, eliminating manual reset delays between shots.

Offset bearing surface modifies thrust force application to stabilize target flight, reducing friction and jamming risks with light polymer targets.

A wireless shooting target apparatus uses double torsion springs and magnets to transition between concealed and ready positions.

Hinged legs and AR-550 steel enable portable targets with predictable bullet deflection angles.

Nested containers disperse chalk powder via kinetic impact, providing immediate visual feedback without chemical safety risks.

A tilting target support plate uses pre-deformed visual representations to maintain identical orthogonal projections across different inclinations.

A slide plate target-drop hole changing structure uses a detachable filling piece to form variable apertures.

An infrared image analysis system detects bullet hits on a thin-wall dome mannequin, resolving the trade-off between detection precision and device complexity.

A single clay target throwing machine mounted on a rail carriage adjusts angular orientation and height to replicate competition positions.

A lever mechanism releases tension in a trap machine spring, eliminating safety hazards and wear from constant force.

A spring-loaded target arm pivots to a ready position using stored mechanical energy from a biasing member.

Removable support legs and platform bases reduce the footprint of a target assembly in its stowed position, resolving portability versus stability trade-offs.

Rotating frame drives multiple target bodies to flip upright using gravity, eliminating manual resetting and reducing operational costs.

Elastic restoring energy returns the throwing arm to its start position, eliminating motor costs and electricity use.

A spring-loaded throwing arm mechanism rotates rapidly to project shooting targets upon mechanical release.

Slotted plates and pivot supports allow mechanical assembly of hardened steel targets, preserving material hardness by avoiding thermal processing.

A pressurized capsule device thrusts an actuating member against a cutting element to sever a flexible tube attached to the balloon envelope.

Inflatable targets coated with thermal materials mimic human heat signatures, enabling realistic detection practice for night vision and thermal cameras.

Sensor-triggered rotation of the dart target distributes wear across sectors, eliminating manual arrow removal.

A reactive target system uses a pivot reset mechanism to automatically reposition the device after impact.

Rotatable shooting targets reset automatically via gravity, eliminating manual intervention and complex mechanical systems.

Motorized targets and LED illumination create varied presentations, resolving the contradiction between static range setups and effective shooter training.

A resetting gun target uses curved rocking members to disperse bullet impact force across the structure.

A portable rotating target system uses wireless microcontroller control to automate target sequencing.

Replacing electromagnets with motor-activated mechanical blockers reduces shaft stress and eliminates device blocking for reliable instant launches.

A main drive assembly positioning structure uses paired fixing frames with semicircular arc grooves to pivotally constrain the drive unit.

Segmented conductive layers in a target panel complete circuits upon impact, resolving durability versus detection trade-offs.

Articulating robotic targets simulate moving threats to resolve the contradiction between static training realism and officer decision-making precision.

A wireless shot timer uses a vertically sliding plastic strike face to register projectile hits and transmit performance data.

A modular target structure uses an interconnecting member to join leg structures into a triangular support for attaching targets.

A wearable UHF RFID tag triggers automatic target release when a shooter enters the designated range area.