Electronic Flight Bags Adaptations TRIZ Cases

See how a segmented pivot mount with locking pins enables tool-free EFB removal for updates and

A pivot support and hand-operated locking pin let flight crews tilt and remove EFB displays without tools while keeping the mount secure.

A keyed insert, locking notches, and spring plate enable blind alignment, tool-free rotation mounting, and crash-force resistance.

A hinged cockpit EFB mount shifts between viewing and stowed positions to improve readability while reducing visual obstruction.

Pre-arming timed vehicle actions with trigger events reduces missed steps, touchscreen workload, and situational awareness loss.

Pre-armed vehicle actions use trigger-event monitoring and a conditional timeline to cut operator workload while improving task completion reliability.

Real-time ADS-B queue position, landing time, and bingo fuel estimates help pilots decide whether to keep holding or divert.

Removable transparent shields protect aircraft display and control panels from tool impacts while keeping screens visible during servicing.

Sensor-validated preflight checks cut manual checklist time and errors while coordinating aircraft startup, hangar door opening, and takeoff positioning.

Straps anchored to an aft wall and shelf keep flight manuals stable in turbulence while preserving quick, one-handed access.

Human-readable XML formulas let electronic flight bags tailor fuel and weight values without one-off customer development.

A system coordinates with an onboard flight management system to validate external flight plan changes using aircraft state and weather data.

A computerized electronic kit bag consolidates flight data into a single portable device for immediate pilot access.

A data converter module adapts diverse avionics signals into a universal format for an electronic flight bag application.

Segmenting data processing into a separate mirror computer system safeguards aircraft onboard systems from corrupt or malicious external inputs.

Aircraft computing system displays taxi route hot spots with graphical overlays to alert pilots of nearby traffic.

Pre-configured flight condition rules enable real-time comparison of aircraft data, delivering actionable notifications to crew members.

A convolutional neural network classifies flight coordinates to identify path deviations with high accuracy.

A flight management system dynamically restores contextual information to pilots using sensory modalities based on the current flight phase.

A software development kit application server separates processing core modules from tablet logic to enable cross-platform component reuse.

A moveable emissive display apparatus expands work surfaces by transitioning between deployed and stowed positions.

A portable electronic device generates a directional pointer and location indicators to present relative bearing data from broadcast flight navigation datagrams.

Automated enablement codes activate optional vehicle functions based on trajectory and environmental data.

Segmentation and dynamics principles resolve the trade-off between crash resistance and tool-free assembly in aircraft cockpit displays.

Autonomous aircraft surface state event track system uses onboard sensors and cloud processing to detect operational states.

A standby aircraft management system provides essential navigation and communication functions via direct connections to primary avionics.

Filtering transcribed ATC and FIS broadcasts against ownship data reduces information overload while maintaining situational awareness.

A power switching component selectively applies electrical power from multiple sources to an electronic flight bag device.

A specialized data key stored in the operating system enables electronic flight bag applications to communicate with avionics systems.

Spring-loaded locking arms automatically engage centring pins to resolve the contradiction between connection security and manual complexity.

Captures pixel data from portable electronic devices to display applications on flight deck screens, resolving limited mounting space constraints.

A data capture device relays flight management computer information to portable electronic devices via a wireless interface.

Cockpit Multi Sensor system reads analog instruments via optical machine vision to broadcast wireless data streams.

A flight data prediction system calculates taxi duration using real-time airport conditions.

Integrating vertical weather hazard icons onto the lateral map display plane eliminates pilot workload from switching between separate avionics screens.

A mobile cockpit screen uses a rear reel to wind cable harnesses, resolving the trade-off between display reliability and ergonomic positioning flexibility.

A conversation log graphical user interface consolidates transcribed voice communications with timestamped data messages into a single chronological display.

Aircraft system calculates visual descent point using runway altitude and minimum descent altitude data to guide final approach.

Automated tracking of aircraft surface states using mobile sensors improves prediction accuracy and reduces missed departure slots.

EFB monitoring application detects interference with certified software on non-certified platforms, ensuring integrity without class 3 hardware costs.