Movable Targets TRIZ Cases

Pivoting retaining claws let a tubular launching head carry and release multiple fragile targets in sequence without reloading or damage.

Blower current changes reveal hits on inflatable shooting targets, enabling real-time indication without complex visual target hardware.

Prismatic cavities in stepped clay target domes concentrate stress, trap pellets, improve breakage on impact, and limit ricochets.

A rotating target connector doubles as the release mechanism, enabling precise single-handed launches without separate prime movers or complex controls.

Rotational motion drives both target spin-up and retainer release, enabling precise single-handed launching without added actuators.

Laser projection recreates real heat signatures on a target support, avoiding fragile heating modules while enabling durable IR training.

Sensorless motor control spins helicopter-style targets to launch speed, enabling one-handed release with less mechanism complexity.

A nested inner and outer arch base expands clay target trajectories while maintaining launcher stability and load distribution.

An actuator-driven rack resets knocked-down target plates remotely, improving range safety and avoiding manual downrange resets.

Paired motorized units and a lifting crossbar reset knocked-down plate rack targets remotely while shielding electronics from ballistic impacts.

A sliding intermediate interface stabilizes turret rotation in target throwers, cutting vacillation, shaft size, and energy use.

Selectable angular deflection sectors let one target launcher switch trajectories quickly while preserving projection accuracy and stability.

Natural fatty acids, metal oxides, and plant resins create launch-stable shooting targets that shatter reliably and reduce toxicity.

A shared rotating base combines three target throwers to adjust shooting lanes quickly while maintaining accurate target trajectories.

A pendulum transfers impact energy from primary targets to launch secondary targets while deflectors redirect ricochets.

Impact sensing deactivates an electromagnetic coupling so a firearms-training target falls vertically under gravity and can be quickly reactivated.

A ribbed, lower-inertia launching arm combines recessed damping with long-range ejection while limiting target breakage and motor demands.

A bi-directional capstan winch moves a replaceable target sled for remote training.

A curved rail and pivot link give a target launching machine precise control over firing angles and orientations.

A microcontroller, wireless module, and motorized lift arm reset fallen targets remotely, avoiding tangled cords and wind interference.

Segmented target objects isolate impact vibrations from background noise, enabling accurate hit detection in noisy environments.

Dual-axis motorized drivetrain mimics unpredictable human motion to resolve static target limitations in reaction time training.

A ballistic target support uses a diverging bulletproof wall to collect projectile fragments upon impact.

A projectile-resistant tubular housing contains a target lifter arm and actuator to lift reusable shooting targets from down to upright positions.

Sensor detects projectile hits to trigger rotary actuator reset, eliminating manual operation complexity.

A shooting target assembly uses a stem slot and post protrusions to secure the plate without fasteners.

An inclined rail system positions a target via a moving trolley, reducing testing duration while maintaining impact precision.

Adjustable angular positions on the support allow a single machine to handle multiple arm rotation directions without changing barrel orientation.

Sliding a suspended target plate up an angled strut absorbs impact energy, preventing steel cratering and rebound hazards.

Light emitters designate targets while sensors detect impacts, resolving the trade-off between safety and realistic feedback in projectile training.

Pivotable carriage and spring system reset striker plates automatically, eliminating manual intervention for continuous shooting.

Motorized rotatable shafts automate target positioning, eliminating manual adjustment time and safety risks during shooting practice.

Tapered members guide pivoting target rotation to prevent sticking and enable easy part replacement.

Rotating target plates deliver visual hit feedback and automatic reset, eliminating manual resetting to reduce firearms training time.

Acoustic sensors detect projectile impacts on smart training targets to determine precise hit locations.

Replacing heavy lead acid batteries with high energy density lithium cells and integrated connections eliminates corrosion and extends operation time.

Helical ramps rotate a target mounting member away from a base to reset targets automatically, eliminating manual intervention and safety risks.

A handheld clay thrower uses a spring-loaded linkage to move the throwing arm, providing consistent projectile velocity.

An adjustable shooting target bracket made from high-grade AR-550 steel provides predictable bullet deflection while maintaining structural stability.

A motorized shooting target thrower uses a rotatable arm and spring to launch targets with interchangeable power sources.

A reactive firearm target uses a hinge mechanism to swing upon projectile impact for instant visual feedback.

Thermochromic pigment in a self-healing polymer target changes color upon impact for precise strike location feedback while resetting automatically.

A target disk throwing system uses a pivoting launch mechanism to orient projectiles for shooting training.

A pivotable target support member spring pivots targets between stowage and use positions.

Friction reliefs and a rotating roller stabilize trajectories by ensuring consistent target spin, reducing wind sensitivity.

Elongated projections on a universal main frame enable rapid configuration changes, eliminating the need for multiple specialized storage spaces.

Angled base member holds a detachable target frame to enable multiple configurations without increasing component count.

A step auto clay thrower uses a mini motor and one-way clutch to automate throwing arm return.

Segmented support structure driven by impact force resolves stability complexity trade-off for secure target positioning.

A mechanical target system uses cam linkages to reset struck targets automatically without power sources.