Aircraft Components TRIZ Cases

A dual-UAV imaging system deploys a separate light platform to maintain optimal illumination for aerial photography.

A helicopter sensor moves between a stowed cavity and an extended position using a flexible sheath.

Juxtaposed refracting surfaces and a parabolic reflector collimate light flux from an LED source into a parallel beam.

Segmented laser generator transmits light to a compact optical head, reducing aerodynamic drag and weight compared to bulky projectors.

Segmenting fields into blocks enables sequential imaging and targeted spraying, reducing pesticide waste.

Distributed pressure sensors determine Mach number and angle of attack, avoiding nose stagnation interference.

Orthogonal thrust producing devices stabilize external loads on rotary wing aircraft, eliminating oscillation and rotor interference caused by downwash.

Transitioning from one-dimensional routes to three-dimensional flight paths improves measurement precision for navigation safety facilities.

An unmanned aerial vehicle cutting tool employs a variable-geometry attachment and release mechanism to prevent entanglement while stabilizing the saw assembly.

Cable-powered unmanned aerial device determines operational parameters from images and machine inputs, eliminating complex auxiliary devices.

Optical encoders replace mechanical sensors to reduce probe weight and electromagnetic sensitivity while maintaining measurement accuracy.

A waterproof pressure sensor and visual display mounted on kite bladders provide accurate readings.

Aircraft aerosol discharge system displays remaining contents via weight, pressure, and flow velocity sensors.

Segmenting the drill into a reusable body and replaceable head prevents bit chipping while suppressing delamination in layered FRP sheets.

Automated UAV systems deploy seeds pneumatically to identified microsites, resolving manual labor constraints and improving planting coverage.

A dynamic exterior aircraft light unit uses a photo detector to switch LED subsets based on reflected light signals.

A spherical camera mounting cage assembly tilts and rotates about two axes to stabilize 360-degree stereoscopic video capture on unmanned aerial vehicles.

Scroll bar symbology represents flight plan characteristics to enable efficient waypoint navigation in aircraft visual displays.

Autonomous aircraft lighting system uses real-time flight data to control exterior lights, reducing pilot workload and enhancing safety during critical phases.

A selectable force gas generator dynamically adjusts ejection force via flight parameters to prevent airborne store tumbling during separation.

Electronic devices on commercial airplanes provide earth surface data collection, eliminating space debris and reducing launch costs.

A control unit drives a pushing member to automatically re-attach weights onto a throwing mechanism chassis.

A fluid sensor uses a surface recess to create high-pressure areas, reducing drag and preventing damage during maintenance.

A display device adapts pitch law gain to pilot behavior using real-time deviation angles.

A power warning monitor detects anomalies and redirects threads to secondary memory.

Segmented curved casings enclose the camera and yaw support to shield components from erosion while reducing aerodynamic drag.

Electromagnet and superconductor align refueling probe with receptacle, replacing manual procedures to reduce training costs.

Chamfered tapered portion strengthens cutting edges to prevent fracture while guiding chips for stable discharge.

A biodegradable animal trap uses a compression-resistant bait to hold an elastic band in an expanded state until consumption triggers the kill mechanism.

Lateral protrusions on coupling lugs constrain positioning clearances, eliminating iterative mold modifications for precise housing alignment.

A rotorcraft gauge prioritization system combines multiple sensor inputs into a single display output.

A spacecraft refueling system connects propellant and ullage conduits to transfer liquid fuel between tanks.

Processing electronics adjust camera parameters and display settings using real-time weather data.

An integrally formed cockpit pedestal uses additive manufacturing to create load-bearing legs and instrument compartments in a single structure.

A steel core hoisting cable uses a tightly braided synthetic sheath to prevent premature strand breakage from drum friction.

Segmented base and rotatable adapter portions enable tool-free orientation changes while maintaining vibration resistance.

Replaces unreliable induction coils with direct mechanical sensing to resolve unsafe manual control during aerial refueling operations.

Separating ballast pods onto the ground eliminates complex tethering systems, resolving stability versus complexity trade-offs during load exchange.

A predictive radio tuning system generates frequency lists based on aircraft location and flight data.

A payload cut-down system uses two independent actuated release mechanisms to ensure reliable separation of high-altitude balloon payloads.

Solid shim placement followed by liquid shim injection through passageways enables precise aircraft component assembly.

Additive manufacturing reduces payload dispenser weight without sacrificing structural strength, enabling precise toroidal munitions dispersal.

Auxiliary charging handle assembly slides along a guide track on the receiver cover to draw the bolt carrier rearward with either hand.

Micro-controller adjusts pump motor rotational speed based on real-time flight data to maintain consistent pesticide delivery rates.

Arcuate punch and gripping means draw sheet metal blanks into complex three-dimensional compound curvature shapes without tearing or wrinkling.

Segmented databases and intuitive GUIs allow pilots to define custom airport fixes in flight, bypassing static navigation data update cycles.

An air curtain modifies the trajectory of atomized droplets from a spinning disc to resolve uneven deposition patterns in agricultural spraying.

A cross-monitoring device copies video signals between head-up displays to enable direct pilot access to neighboring instrument data.

Tapered containers penetrate fire-induced hydrophobic layers, allowing rainwater absorption and preventing mudslides.

Navigation system adapts routes using real-time user data to resolve safety and complexity trade-offs.