Aircraft Components TRIZ Cases

Angled clamp surfaces and coaxial punch forming improve nacelle lip skin accuracy while reducing slippage and material breakage.

Coupled UAVs extend retractable flexible screens to form mobile structures that can change shape, size, and position during flight.

Autonomous aerial vehicles capture multi-height venue views to simulate seat perspectives, improving viewing accuracy and ticket selection.

A ground control station tunes UAV video latency to balance real-time viewing, packet retransmission, and reconstructed playback quality.

Automatic drone flight paths and imaging positions enable safer structure inspection without scaffolding or lane closures.

Actuated stop members let a gimbal match rotation limits to the selected camera, preserving protection while expanding imaging coverage.

Direction and orientation inputs guide the multirotor more smoothly, reducing vibration blur without heavy gimbal hardware.

Time rings on a cockpit display turn distance cues into flight-time separation markers, reducing pilot workload during approach spacing.

Real-time vertical margin guidance shows whether a thrustless aircraft can reach a runway reference point, reducing pilot workload.

A pivoting cam and swing-arm latch secures removable avionics units with high preload while reducing weight, cost, and tool use.

Real-time neural analysis helps inspection UAVs reroute around obstacles, compensate GPS drift, and inspect assets with less operator input.

Discrete alignment elements and peelable shims let a static probe sit flush after painting, preserving aerodynamic accuracy on aircraft skin.

Flexible hysteretic members and pivoted lever sets isolate vibration while limiting instrument tilt without friction, wear, or contamination.

Spin-formed inner and outer liners cut rocket engine build cost and weight while using propellant flow between shells to manage heat.

Combining direction-of-arrival and RF distance estimates enables fast, robust 3D vehicle positioning for tracking unpredictable moving targets.

An electric drive shaft and over-center linkage replace heavy hydraulics to control retardant flow and improve dump gate reliability.

Real-time LIDAR wind sensing lets a spray drone adjust flight path, height, and droplet size to limit chemical drift near field edges.

Binocular vision lets a UAV hold height, distance, and camera axis in real time for precise orbiting where GPS is weak or unavailable.

A compact UAV camera pan-tilt integrates motor, Hall sensing, and torsion springs to cut weight, reduce jitter, and keep images clear.

By predicting a base station's future path, a leading underwater drone can sense obstacles ahead and keep real-time coordination.

Autonomous UAVs retrieve items, compute delivery routes, avoid obstacles, and land safely to speed final-mile delivery with less labor.

Pitch angle and target pixel coordinates enable accurate UAV target distance estimation, even while hovering or over uneven ground.

A releasable jaw and thrust-assisted deployment approach attaches load control equipment to a suspension cable while limiting cable twist.

A 3D virtual corridor with egocentric and exocentric views reduces cockpit clutter and improves vertical landing guidance in low visibility.

Venting grooves let trapped gas escape during superplastic forming, improving core-skin diffusion bond strength and fatigue performance.

Measured target-point deviations feed a compensation table that corrects tool paths for more precise spline groove machining in aircraft engine parts.

Nearby camera-equipped UAVs are located around an incident drone to recover images securely, even when direct communication is unavailable.

After navigation failure or attack, localized visual features let a UAV recover position and navigate toward a safe landing zone.

A gimbal-mounted USB circuit lets camera data move to external storage without removal, reducing wear from repeated mounting cycles.

Clear mode, target, and action previews help pilots avoid autopilot surprises and track parameter progress during flight.

Gyroscopes and a motion sensor counter basket spin from wind and rotor downdraft, improving patient stability during helicopter hoist rescue.

An integrated gimbal camera module cuts drone weight and motion artifacts while switching between aerial and handheld use.

Coordinated drone and zoom-lens control uses lens position data to avoid focus loss, propeller intrusion, and collision risks.

Preloaded terrain data and future position estimation let a UAV hold target altitude over uneven ground without noisy ground altimeters.

A low-drag drogue and nozzle-opened pilot and main poppets cut engagement load, reduce hose tension, and stabilize aerial refueling.

Recalculates a new top of descent from aircraft position so descent can start flexibly while still meeting flight plan altitude constraints.

Coordinated drones use sensors, base-station control, and nonlethal deterrents to locate and neutralize active shooters while reducing bystander risk.

Autonomous UAVs dispense pool chemicals and sense water conditions to cut manual service time and support remote maintenance.

Locator-guided drill alignment transfers existing canted fastener positions to replacement panels for accurate coaxial aperture drilling.

A locator and drill guide create coaxial apertures from opposite panel surfaces to preserve core integrity and align canted fasteners.

Real-time ground tracking adjusts show-effect timing so UAVs can hit cues and stay synchronized with actors and distributed show systems.

Lighting and movement patterns let observers distinguish one drone from similar nearby vehicles, reducing false positives and spoofing.

Actuated retaining members cut probe insertion force while keeping secure refuelling engagement and enabling safe release of broken tips.

Derivative roll rate and acceleration segments smooth straight-to-turn transitions, cutting cross-track error in aircraft path control.

Preloaded oil in meltable lattice pockets and bearing slots lubricates shaft and races without continuous circulation, cutting weight and complexity.

Distributed pressure sensors on fins and the missile body estimate Mach, pressure, angle of attack, and sideslip without nose-mounted probes.