Aircraft Components TRIZ Cases

Repeating flight-chart patterns are converted into hardware directives, cutting file size by up to 99.6% while preserving image quality.

A cockpit light bar combines traffic and ground-obstacle inputs, prioritizing alerts by closure rate and azimuth for low-altitude flights.

A controlled winch varies payload descent rates and uses position sensing to release medical supplies near the ground safely.

Audio commands are converted to text, displayed for operator confirmation, and used to update aircraft flight plans and control instructions.

Wind and rotor downdraft can spin a patient litter basket during hoist rescue; gyroscopes generate counter-torque to stabilize it.

Folding rotor arms let an autonomous UAV shift between rigid flight and compact transport while supporting obstacle avoidance and motion planning.

Low-visibility taxiing can hide airport movement surfaces; dynamic ownship colors and animation signal confidence in aircraft location.

Dynamic tank air pressure offsets falling liquid level to keep outlet flow constant and prevent violent release.

Flight pressure changes drive passive drainage from exterior aircraft light housings, while water-responsive valves help prevent fluid accumulation.

An aerial drone lifts a flexible conveying duct, enabling people and personal items to move through high-rise narrow alleyways.

A rotating vane marker and image sensor measure angle of attack without contact, reducing friction and electromagnetic interference.

Dynamic navigation moves the fragrance drone beyond static placement for more uniform delivery across an environment.

Cached speech and acoustic models let pilots manage aircraft checklists by voice when cockpit internet access is unavailable.

Independently driven horizontal propellers align a hovering-aircraft holder for faster, safer pickup and transport of logs without manual sling placement.

A ground-level tank and hose keep cleaning product or paint off the drone, easing weight limits while extending operation.

Sensor-guided UAV spraying maps geological disaster zones and applies targeted restoration slurry without exposing crews to remote hazards.

A flexible hose adapts to changing UAV positions, enabling smooth transfer of herbicides, insecticides, or fuel from a supply station.

A rotor-equipped mounting unit moves horizontally beneath the flight vehicle to improve baggage placement despite wind interference.

Gas bubbles envelop the immersion body to reduce drag, enabling high-speed water towing and faster liquid uptake by aircraft.

A water-reactive aluminum fuel package generates hydrogen-containing gas for rapid aerostat inflation after an aircraft launch.

A dual-latch mechanism improves hopper cover sealing and reduces material waste during aerial application aircraft replenishment.

Counter-rotating atomization disks use adjustable speed and a preset model to control fog droplet size, improving crop adherence and reducing chemical waste.

Removable layered modules reconfigure UAS missions, extending exploration range and communications without major structural changes.

A spring-loaded arm and movable rod secure ammunition on aircraft launchers while enabling faster installation and release without seizing.

Flexible flow-channel support lets an unmanned aerial vehicle redirect aerosol contents while limiting pressure loss.

Annular members translate axially to control cremated ash flow and extend the scattering event.

Acceleration feedback lets adjustable grid fins generate radial loads that stabilize the drogue and reduce contact failures.

Aircraft range estimates can miss landing-gear, flap, speed-brake, and thrust effects; configurable rings visualize reachable landing options.

Uneven aerial dispersion is addressed with swingable guides that redirect ejected material toward precise ground locations.

Configuration-based range models combine aircraft data with landing gear, flap, and speed-brake states to show reachable landing areas.

See how a reusable drop-off carrier guides cargo horizontally and releases it by movable floor surfaces, reducing disposable packaging.

The hoisting mechanism anchors a ground-placed package before takeoff, enabling stable delivery without aircraft landing or package repositioning.

Identifier-based tracking separates concurrent input streams on shared displays, preserving application response when one interaction is incomplete.

Independent hoists let one UAV deliver multiple parcels to different locations, avoiding repeated return trips to the loading point.

Distributed fiber optic sensing tracks vibration, strain, temperature, and pressure along pipelines to expose flow disruption, breaches, and tampering.

Deployable airbags, springs, or air-diverting elements absorb impact during rapid medical-device delivery by drone.

A servo-actuated valve and onboard pressure device let one operator control liquid discharge without a separate ground-level pump user.

Mobile base stations use spray locations and battery levels to route agricultural UAVs while supporting refill and docking.

A lateral cable exit and traction sheave give the aircraft rescue hoist a shallow profile while preventing cable fouling.

A redesigned breechplate and magazine expand expendable capacity while retaining the legacy CMDS sequencer and dispenser.

Voice tags place stored ATC instructions at relevant flight-path locations, reducing the need to record or memorize future maneuvers.

A control unit models aircraft and airport structures to detect clearance conflicts beyond the operator’s field of view.

This case presents 3D boundary visualization and real-time aircraft positioning to guide inexperienced pilots through restricted airspace.

An air data algorithm correlates static and impact pressure to flag probe blockages and confirm clearance with external comparison.

A processor highlights selected aircraft features across displays and declutters overlapping identifiers to improve cockpit readability.

This case shows how a moveable collar and rigid bar enable hands-free payload release while the drone mechanism remains attached for reuse.

This case centralizes optical routing in a mezzanine board to reduce fiber redundancy, weight, and cost while maintaining node independence.

Automated flight and controlled mine release place multiple anti-tank mines at predetermined positions with reduced risk to friendly forces.

A drone lowers a hollow gauge into wastewater, enabling accurate sludge sampling while reducing boat-based operator safety risks.

This pylon captures and relaunches UAVs in flight while reducing impact damage and enabling refueling, recharging, and rearming.