Defence Devices TRIZ Cases

A threat coping system defines no-coping areas around non-targets to generate engagement instructions.

A soft-kill countermeasure system uses a confirmation device to detect and track incoming threats for rapid response.

Ground system selects flight path models using multi-satellite line-of-sight data to track flying objects.

Load-limited release mechanisms detach the capture net, enabling controlled transport of intercepted drones to safe locations.

A syntactic landmine detector processes ground penetrating radar signals to identify spatial impedance discontinuities for target localization.

A detector triggers high-pressure water jets to disrupt incoming missiles before they reach close proximity, mitigating collision risks.

A spring-loaded firing pin assembly strikes a primer to generate an audible warning signal upon trip wire activation.

An orientable block mounts antennas and a detection confirmation camera to scan spaces for improvised explosive devices.

Acoustic sensor array processes shockwave and wake signatures to resolve ambiguity in supersonic projectile trajectory estimation.

Segmented photonic detectors resolve detection reliability and aerodynamic drag trade-offs in aircraft.

Follow-on object initializes track state and evaluates kinematic characteristics to distinguish lead objects from valid targets.

Latent heat storage in a heating block enables smoke generation during power failures, reducing peak electrical demand.

Dynamic yaw control of the decoy maximizes vehicle safety during bends without degrading mine-clearing performance.

An optronic system integrates a laser beam source with a detector and modulation unit to establish bidirectional optical links.

Autonomous flight controller switches manual control to self-navigation upon detecting object capture, preventing accidents from sudden weight changes.

Cryptographic binding links operators to cyber-physical vehicles, resolving enforcement capability deterioration from credential forgery.

Automated transformation converts plan goal graphs into Bayesian networks for probabilistic mission planning.

Automated catapult launch extends spike strips across paths, removing personnel from hazardous proximity during vehicle disablement.

Autonomous drone fleets reduce operational time and energy consumption by executing tasks without continuous centralized control.

Defense information integration center coordinates surveillance and communication satellites to transmit flying object data.

Airspace management system interrogates UAV transponders to verify identity and location before transmitting disablement instructions.

Absorption devices dissipate kinetic energy from mass elements, preventing net tears during drone interception.

Water seals cool the projectile and decouple explosive components, reducing detonation risk.

Continuous pulsed scanning with polarization analysis differentiates sniper scopes from ambient noise, reducing false warnings.

Bottom-access gripping tools load hazardous objects without external robots, resolving complexity trade-offs.

A universal calibration compound enables objective assessment of biological detector sensitivity through standardized training protocols.

A hardware safety configuration unit provides one-directional information transfer to resolve integration complexity and certification costs.

Segmented Vivaldi antennas eliminate panel deformation, resolving trade-offs between coverage area and wave consistency.

A dual threat warning system uses discrete sensors to detect radiation parameters for rapid identification of flash events and laser transmissions.

Fiber injection replaces high-power free-air lasers to eliminate mechanical alignment hazards while maintaining simulation fidelity.

Prickly sida plants absorb RDX and change color, enabling remote hyperspectral detection that avoids hazardous direct sampling.

A heat-shrunk boot with an electromagnetic attenuation layer attaches to operational parts via thermal contraction.

A buoyancy dissipater generates gas bubbles below a waterline to alter vessel buoyancy and divert errant ships.

A detachable mine detector mounts to combat boots using a sole-mounted antenna and main body unit.

A plasma-based electromagnetic pulse irradiation system condenses laser beams to generate focused pulses near targets.

An integrated airspace defense system detects suspicious UAVs using optical cameras and neutralizes them with kinetic impact drones.

Sensor-activated foaming agent encapsulates intruding vehicles, blocking control signals to prevent self-destruct operations.

Segmenting the barrier into optimized components resolves reliability complexity trade-offs, enabling M50-P1 crash ratings through composite structural design.

Round cross-section crossbeams and elevated drive positioning reduce damage from mine detonation pressure waves while enabling easy tool replacement.

Segmented composite panels with foam cores mitigate blast forces while reducing transport weight for rapid deployment.

Segmented attack-resistant barriers combine composite panes with universal framing to resolve the trade-off between high reliability and mobility.

Computing range from inertial data avoids complex rangefinders while maintaining beam accuracy on moving platforms.

Tracking radar detects and tracks incoming projectiles to enable immediate threat defeat confirmation and rapid redirection of electromagnetic beam generators.

Independent pivoting arms adjust to terrain variations, ensuring stable load distribution and effective mine detonation.

Flexible anti-ballistic laminate deploys from a mobile frame to absorb projectile kinetic energy through elastic deformation.

Knotted superstrong fiber netting deforms an RPG nose cone to disable the detonator, reducing vehicle weight compared to steel shields.

Distributed radar modules coordinate eject vehicles to intercept aerial threats, reducing weight and bulk on lightweight platforms.

An electromagnetic radiation source heats and ionizes air to create a dynamic atmospheric element that modifies the refractive index.