Navigation Instruments TRIZ Cases

A head-worn display superimposes virtual markers onto the real terrain view for pilots.

A radar-based navigation system estimates lane positions using signature trace data for autonomous driving.

Analytic maps correlate officer telemetry with incident data, resolving the contradiction between increased patrol presence and unclear effectiveness metrics.

Processor verifies vocal responses against manual entries to reduce pilot workload and prevent data entry errors.

A mixed-reality device maps human touch inputs to virtual environments using a sensor and mapping unit.

A crowdsourced occlusion map identifies sensor blind spots using virtual detection lines and temporal classification data.

A parsing system extracts route components from text strings to build taxi navigation routes.

A navigation system segments candidate routes into distinct parts to calculate total maneuver costs for autonomous vehicle reversals.

Precomputed distance matrices replace haversine calculations, reducing computational resource consumption during location queries.

Aircraft cockpit display system arranges minimum, standard, and destination approach distance symbols on a vertical scale to assist pilot navigation.

A solid-state avionics display instrument replicates the form factor of legacy electro-mechanical units to enable direct aircraft retrofitting.

An image capture device determines celestial pole location using rotational and north-direction sensors to display position on an electronic screen.

A server device selects map tiles from candidate sets based on user contextual data to display relevant geographic information.

A dynamic calibration system adjusts sensor weighting based on real-time GNSS positional accuracy.

Integrating a circular surface into the semicircular tunnel resolves information loss of longitudinal guidance while preserving intuitive lateral visualization.

An embedded display panel system integrates a transparent protective layer into the aircraft exterior surface to generate high-quality dynamic images.

Contextual filtering merges flight and ground navigation data to eliminate phase transition discontinuities.

Prioritizing map data packets by route relevance reduces transmission latency while maintaining complete coverage for autonomous driving applications.

An active HUD boresight alignment system uses angular orientation detectors to determine real-time offsets between the display and aircraft reference axes.

A flight management system generates coordinated visible, audio, and tactile presentations for crew interfaces.

A vehicle telematics unit coordinates location data generation with a handheld wireless device to identify visited points of interest.

A skylight sensor system determines position and orientation using celestial light data without external GPS signals.

A display system overlays uncertified operational data onto certified information for flight crewmembers.

Vision sensor data estimates inertial measurement unit error values, correcting accumulated drift to maintain navigation accuracy.

A verification device calculates total error values from map and sensor data differences to identify faulty information.

A dynamic alarm system adjusts notification times using real-time location updates.

A land use model generates spatial embeddings from Points of Interest data to characterize geographic areas.

System predicts future aircraft position via speed and yaw data to prevent runway incursions without increasing pilot workload during taxiing.

A map management apparatus aligns environmental maps with service data using pattern identification and linear element detection.

A monitoring platform determines vehicle guide paths by manipulating virtual track points on a digital map interface.

A map data providing device determines coordinate systems based on activity range data to deliver tailored navigation maps.

A vehicle display device partitions screen areas to present external data alongside state information.

Adaptive display window positioning adjusts the vertical plane reference based on current flight phase and altitude to maintain stable aircraft symbol placement.

A mobile device system processes input images to integrate navigational information by recognizing objects and overlaying guidance directly onto the display.

A three-way radio switch separates manual and automated standby frequency inputs, preventing pilot confusion from overwritten settings.

A sensor unit system provides real-time load positioning using wireless ranging and inertial sensors.

A display generation system combines terrain images with non-linear pitch scales to align visual orientation with aircraft attitude.

Segmented panel interface resolves EFB navigational information loss by enabling dynamic chart sequencing.

A three-dimensional selector symbol moves within an image to enable precise touch interaction.

A circular transit timeline display maps commute segments to angles around a center point for intuitive time-based visualization.

Aircraft static pressure measurement uses a Taylor expansion series to determine position error corrections for flight level separation.

A controller calculates projected positions using velocity and yaw rate to define dynamic predicted zones around machines.

An in-vehicle device detects incidents using an acquisition unit that gathers data from multiple electronic control units.

A flight display system generates an obstacle position indicator graphic using onboard sensor data to show navigational obstacles relative to the aircraft field of view.

A transparent overlay layer displays detailed building information directly on a map interface.

A route search system prioritizes roads where estimated weather matches user history.

A dynamic lateral deviation display system calculates symbology positions and transitions between conformal and non-conformal formats.

System aligns Enhanced Ground Proximity Warning System envelopes with precise navigation data to eliminate nuisance alerts and optimize approach paths.

A vertical situation display enables pilots to interactively edit required time of arrival speed bands and priority ordering during flight operations.

A conformal display system renders traffic targets as icons in a 3D perspective view using layered sizes and indexing lines.