Aircraft Components TRIZ Cases

Selective dimming of occluded drone light beams preserves transparency cues and delivers a clear, consistent 3D scene from multiple viewpoints.

Real-time collection vehicle positioning constrains drone harvesting and item delivery to the correct range while reducing collision damage.

Dual drainage tubes use flight pressure differences and water-responsive valves to clear fluid from exterior aircraft light housings without pumps.

User-terminal optical sensing helps identify safe UAV article release locations in disaster areas while avoiding futile aerial searches.

Receiver-side vision and image processing enable autonomous air-to-air refuelling without dedicated tanker equipment or pilot intervention.

Continuous 4D wind sensing refines airdrop release points and flight plans, cutting repeat passes, timing loss, and detection risk.

A virtual index section guides contouring forces between sparse contact points to prevent pillowing, close gaps, and speed assembly.

Continuous 4D wind sampling refines flight plans and release points for precise airdrops while avoiding extra passes and detection risk.

A guide arm positions the capture device while a cable drive takes the target load, enabling precise and reliable airborne sub-aircraft recovery.

Opposed fisheye camera modules on a UAV capture overlapping panoramic images while keeping the aircraft body out of view for easier stitching.

APIs and SDKs let developers turn high-level flight and imaging goals into autonomous UAV actions, reducing pilot error and crashes.

A UAV maps methane plumes and combines concentration and weather data to quantify emission rates across dispersed gas assets.

A perpendicular-coupled cutting insert machines aeronautical splines to tight tolerances while combining cutting and edge breaking in one step.

Grouped UAS map indicators expand into localized flight details on request, reducing display clutter while improving real-time oversight.

3D receiver and boom mapping lets the ECU predict minimum clearance and adjust boom flight control to avoid contact during refueling.

A paired service and power drone setup keeps tethered power cables off the ground while lifting tools and materials to cut crane use and labor.

Controlled laminar jet ejection from UAVs delivers small liquid doses with less drift, cleaner targeting, and lower off-target contamination.

A suspended autonomous extinguisher lets the aircraft stay clear of downdrafts while delivering precise fire suppressant around canopy obstacles.

A raised reserve tank feeds the main suction pipe by gravity, sustaining residual lubrication of all components after main tank oil loss.

A HAPS-based neural network guides drones around GPS drift and obstacles in real time while reducing onboard processing demands.

Active light sensing tracks paved-unpaved borders to guide aircraft with less processing and better low-light or adverse-weather reliability.

A pivoting pole and retractable cable shift external load position during hover-to-flight transition to keep a tailsitter stable.

A mobile imaging drone captures shelf and cooler views in motion to deliver real-time inventory and shopper behavior data without blocking aisles.

Strap channels and fasteners let one holder fit different aircraft yokes, secure a device, and keep the pilot's view less obstructed.

Partition walls and side passages route oil during negative-G operation to keep journal bearings lubricated and avoid starvation.

GPS-based collection vehicle tracking constrains a flying harvester's work range to avoid unintended harvesting and reduce delivery collisions.

Optimal launch points let autonomous vehicles leave manual delivery routes with less travel delay while reclassifying ineligible items for manual drop-off.

An unmanned aircraft guides a towed work vehicle on public roads when mud-soiled sensors would otherwise disrupt automatic driving.

Oil temperature and engine mode are used to select a start-up oil flow profile that cuts pump losses and avoids oversized aircraft starters.

Preplanned UAV passes and GPS-timed valve control cut turns and spray time while preventing product release in no-spray zones.

Adaptive delivery criteria and sensing-based flight lanes help aircraft unload products accurately in complex locations with less time and energy.

Survey flights build segmented 3D point clouds to identify obstacle-clear UAV delivery points when maps or satellite imagery are outdated.

Commercial tablets repeat certified ADS-B In traffic displays through an aircraft interface, enabling FAA-compliant retrofit cockpits.

A magnetic filter and mechanical filter separate metal powder from larger debris, preventing false magnetic plug alarms and unnecessary maintenance.

An axially adjustable damper housing tunes rotor gap to offset tolerance and fluid viscosity variation, stabilizing angle-of-attack sensor response.

A magnetized-wall filter in the lubrication circuit removes normal wear powder before the magnetic plug, cutting false alarms and downtime.

Nearby-device image analysis cuts drone communication cost and weight while avoiding raw image transfer to central servers.

Autonomous UAVs retrieve items, compute routes, avoid obstacles, and adjust landing using shared data and environmental inputs.

Parallel geo-referencing in a UAV payload assembly enables real-time map construction, live rendering, and lower mapping data transmission.

Irregular spray marks let remotely operated machines identify hard-to-reach structures by linking captured pattern images with object records.

Image tracking maps a suspended UAV payload release device in real time, correcting wind drift and descent deviations for accurate ground delivery.

Non-uniform friction-modifying layer thickness controls local stress during superplastic forming, reducing wrinkles without complex die changes.

Laser pointers and onboard imaging give UAV inspections accurate point-to-point distance and scale data without complex positioning hardware.

Variable coating thickness changes die-sheet friction at wrinkle-prone zones, improving stress uniformity without complex die geometry changes.

Altitude sensors and an adjustable lens keep an aerial spotlight's target spot size nearly constant as flight height changes.

Face-based pre-takeoff checks and wind-aware flight planning help autonomous drones avoid collisions and adapt to unsafe launch conditions.

Visual processing splits gimbal locking from flight path control, improving UAV target tracking precision while reducing replanning load.

A host aircraft relays links and deploys parasite UAVs near the target to extend range, flight time, and collision-safe reconnaissance.

A protective sock contains cable rebound after breakage, shielding hovering aircraft and rotors while preserving load support and inspection access.

A magnetic limiting piece and deformable reset assembly keep cargo secure in flight, then release it automatically when it touches the ground.