Aircraft Components TRIZ Cases

Automatic arm positioning and attitude sharing cut gimbal setup time by helping mounted phones or cameras reach a shooting-ready state.

Measured deviations on a semi-finished aircraft engine feature are fed back to correct the tool path and improve final machining precision.

Autonomous drones detect building emergencies, map safe areas, and guide occupants along evacuation routes with faster, more accurate response.

Rotating two wedges in opposite or same directions switches between elliptical and circular scans to improve survey coverage and point density.

Drone formations encode media items that a phone camera identifies for playback, adding audience targeting and active participation.

Weight is estimated from flight control signals instead of load cells, enabling simpler and more accurate real-time payload measurement.

A magnetic drain valve with a semi-permeable membrane equalizes pressure in aircraft light units while draining liquid water and limiting condensation.

A UAV with a winch and gravity-deployed sampler collects intertidal surface sediments safely and efficiently on soft ground.

A split-flow blowdown valve separates air from oil to cut downstream misting and improve aircraft engine oil scavenging.

High-resolution crop and field sensors detect temperature and growth anomalies in real time, pinpointing affected locations for faster remediation.

Rotating propellers act as low-cost sensors to derive bearing and position with lower power, enabling accurate indoor and outdoor rotorcraft control.

Slope grading, seeding coefficients, and UAV height adjustment improve aerial seeding uniformity and reduce seed waste in mine subsidence areas.

A gravity-fed upper reservoir with start-up refill pumping keeps lubrication continuous on inclines while reducing oil splashing and leakage.

2D boom keypoints are matched to a 3D model and optimized with control parameters to estimate boom tip position for precise aerial refueling.

A single camera maps 2D boom keypoints to a 6DOF pose and optimized 3D tip position for more reliable aerial refueling.

A spinning flywheel keeps free-falling biologging tags oriented during UAV deployment, improving attachment accuracy while reducing retries and animal stress.

Temperature- and mode-based oil flow profiles reduce cold-start torque and pump losses while preserving lubrication in aircraft engines.

Integrated stirring and temperature control keep aerosol content uniform and pressure stable for consistent discharge on moving vehicles.

A coaxial epicyclic hoist geartrain cartridge cuts radial bearing loads and enables faster single-unit installation with less maintenance downtime.

User movement data guides package handoff timing and location, helping drone delivery match where and when the recipient can receive it.

Active surface illumination and reflected-light border detection speed aircraft navigation and improve reliability in low light and bad weather.

An arc-shaped shaft arm lets the aerial camera slide and rotate without motor blockage, improving viewing angle, stiffness, and image quality.

Calculates runway-specific takeoff and landing performance for multiple flap settings to cut fuel use and noise without compromising safety.

Predictive feedback coordinates hoist, aircraft, and load thrusters to cut response-time variability and suppress yo-yo motion.

Sensor scan data matched to a 3D aircraft model enables automatic boom and station-keeping control when camera images are unreliable.

Real-time sensor pose calibration helps transforming movable platforms maintain stable control as arm motion shifts geometry and center of gravity.

A telescopic spindle and two-stage insertion approach enables compact, reliable rivet setting in confined spaces with better security.

Compression rollers hold sheet material during machining to limit spring back, improve hole quality, and reduce drill bit breakage.

A deployment platform matches drone location, availability, and onboard components to cut response time and avoid round-the-clock standby costs.

A drone-mounted projector uses navigation data and surface reference points to keep images aligned on moving or changing surfaces.

A detachable gimbal camera and handheld power-display module reduce blur, weight, and power use across aerial and handheld imaging.

Ranked emergency detection and automated corrective actions cut pilot interpretation delays and improve response during degraded flight states.

Preplanned drone flight paths around bridges and facilities enable detailed imaging inspection without scaffolding, lane closures, or manual risk.

Automated autorotation holds rotor RPM and airspeed during emergencies while still letting pilots maneuver through standard controls.

Coordinated reconnaissance UAVs steer image and noise sensors across adjacent flight paths to detect unauthorized drones with fewer aircraft.

A first aircraft keeps video lock on the target while a second aircraft is guided to the selected coordinate for confirmed impact or marker deployment.

A self-adjusting locking and compression insert secures aircraft components quickly while maintaining consistent flush positioning.

A cylindrical guide body stabilizes small drill bits on composite workpieces, reducing rebound, breakage, and pressure-drop tradeoffs.

Motor-driven bearings rotate the fastener stem while holding the body stationary, speeding Cleco installation and removal.

Offloading navigation and obstacle-avoidance processing to an external computing unit enables autonomous non-visual drone flight without costly onboard upgrades.

Flight-status feedback keeps the transport body stationary during takeoff, flight, and landing to improve autonomous spraying safety.

Real-time neural-network guidance helps inspection drones avoid obstacles, correct GPS drift, and keep missions safe and on course.

On-demand UAV delivery places rescue packages on wind turbines during maintenance, cutting equipment and certification costs while preserving safety.

UAVs eject pressurized water aerosol to form a stable 3D projection screen that resists wind and improves light show contrast.

A drone-to-pneumatic tube handoff speeds urgent medical supply delivery while reducing manual handling and extending reach to remote sites.

Collision-cone guidance lets multiple UAVs orient and maneuver a net to intercept, surround, and contain changing intruder swarms.

A cable-controlled aerial vehicle shifts parcels through air and water to cut energy use, conceal payloads, and handle heavier loads.

Conductive wires, braided mesh, and a support spring let the refueling hose detect damage in real time and reduce manual inspection work.

Node-based cost mapping updates air mobility routes from real-time weather and communication data to cut flight time and improve efficiency.

A flying vehicle sends blasting commands, then detaches, climbs, and returns to avoid blast damage and improve blaster recovery.