Aircraft Components TRIZ Cases

An automatic nozzle lid prevents liquid dripping from flying object nozzles by closing the port when not in use.

Curved focal plane sensor aligns with monocentric lens to capture navigational stars, while adjustable baffles block stray light from bright celestial objects.

A search and landing light system uses a perpendicular actuator axis to rotate the canopy for beam direction control.

Hollow borosilicate microspheres replace dense sulfur compounds, extending atmospheric residence time and sequestering CO2 while reflecting sunlight.

Segmented panels release payloads via low-force mechanisms, reducing peak deployment forces by 50% while maintaining the vehicle's outer mold line integrity.

A display system superimposes avionic messages on cockpit screens using modular processing and acquisition units.

Sensors detect frontal surface deformation to calculate velocity, eliminating pitot tube blockage risks from water or frost.

Pins mechanically join concentric laminate shells, resolving the contradiction between mechanical strength and thermal insulation efficiency.

A flight display system overlays time-based ranging indicators on a moving map to project ownship position at future intervals.

Segmented disposable packs with aerodynamic wings lower descent velocity, reducing impact damage and preventing theft during wide-area aerial delivery.

Perimeter structure houses cameras around rotors to eliminate obstruction and reduce collision damage risk during autonomous flight.

Directional table lookup determines safe altitude ranges for aerial vehicles, reducing collision risk and sensor complexity.

Unmanned aerial vehicle guides training vehicle via visual cues, eliminating professional instructor injury risk.

A posture control apparatus determines gravity direction using segmented acceleration signals to stabilize held objects.

A drone navigation system converts CAD blueprint measurements into yaw, pitch, and roll commands for autonomous indoor operation.

A spectral camera control system captures snapshot images using a liquid crystal tunable filter.

An electromagnet on a linear member magnetically attracts a target, stabilizing the connection against wind-induced swinging.

Tail fin placement reduces main rotor downwash interference, enabling accurate airspeed measurements at low speeds without complex calculation systems.

Virtual preparation sites enable aerial vehicles to transport items from remote sources without requiring landing infrastructure at every destination.

An electrode-arc sensor measures fluid speed and density by analyzing voltage time-series from an induced plasma arc.

A quick release mechanism detaches hybrid unmanned aerial vehicles from tether assemblies to enable untethered flight.

A magnetic chip detector applies multiple excitation currents to measure fluid resistance values for precise particle detection.

Integrating a thru-opening in the light-guiding plate eliminates extra plates to reduce device thickness while providing uniform peripheral illumination.

A state-variable anchor system enables mobile robots to attach and detach payloads using periodic power pulses.

A flush-mounted sensor measures airspeed via the cooling rate of a heated metallic layer integrated into an aircraft fuselage.

Dynamic positioning compensates for wave motion to maintain connection tension, reducing labor intensity while managing device complexity.

A secure data application module stores user credentials locally on a mobile system to enable electronic signature validation without real-time connectivity.

An octahedral camera array captures 360-degree images using multiple sensors mounted on a single structure.

A wearable augmented reality interface guides users to present calibration targets, enabling automated data collection and validation for camera systems.

A spring-loaded mechanism pivots a rocket motor from stowed to deployed position, fitting the carrier aircraft interface envelope.

A shell gripping device uses a cam and notch mechanism to hold jaws in a closed position without powered actuators.

Anodic oxidation of hydrogen peroxide generates oxygen and water on demand, reducing storage weight and volume in mobile installations.

Angled shaped charges intersect at a preferred fracturing plane, reducing tortuosity and pressure loss for efficient hydrocarbon flow.

Control tethers anchor a lift unit to fixed winches, eliminating complex sensor suites and skilled operators for safe payload delivery.

Controller merges operator input signals with sensor data to adjust aerial refueling boom position.

LIDAR sensors detect shape changes to update vehicle dimensions, enabling adaptive control that maintains safety during trailer attachment.

Auto-throttle systems transmit anticipatory pitch and weight change data to automatically adjust secondary aircraft throttles, reducing pilot workload.

Segmented storage tank places evaporator coils on the upper portion for ice formation while keeping the lower section clear for reliable water pumping.

A hard stop apparatus prevents aimable devices from pointing at aerial vehicles.

Helical panel seams create a three-dimensional leading edge that resolves trade-offs between smooth aerodynamic curves and construction complexity.

Segmenting JPADS reliability with UAV precision resolves delivery accuracy and range trade-offs.

Preprogrammed visual encoding assigns distinct symbols to RTA waypoints, reducing pilot workload during complex descent operations.

A display processing computer merges avionics and display functions into a single unit.

A digital micro-mirror device projects a position reference grid to determine location coordinates for moving objects.

A UAV lampshade structure uses a scattering surface to refract light outwardly and expand the emission angle.

Mobile sensor platforms coordinate imaging tasks through a secondary computing device that relays human operator selections to autonomous UAV fleets.

A flight path feedback tool compiles onboard weather radar data with historical flight metrics to generate suggested improved routes for display.

Tag elements merge external system data into checklists, reducing crew workload from visual switching.

Automated taxi routing guidance reduces runway entry risks by providing accurate approaching runway annunciations across complex parallel and curved taxiways.

A UAV system embeds precise GPS time-stamps into audio and video tracks to ensure accurate synchronization during post-processing.