Instruments For Road Network Navigation TRIZ Cases

Merging vehicle sensor data with satellite radar maps corrects landmark positions, reducing the need for expensive onboard measurement units.

A wireless terminal detects location coordinates and orientation to display a correctly oriented map segment on its user interface.

Vehicle orientation sensors predict sunlight incidence angles to activate a head-up display light shutter, preventing thermal damage to imaging elements.

Replacing sharp intersections with Euler spiral and circular segments limits curvature changes, ensuring kinematically feasible paths that prevent collisions.

Dynamic arrow coloring maps route distance to visual cues, resolving the trade-off between display simplicity and driver proximity recognition.

A static navigation display anchors destination guidance in the real environment of a mobile augmented reality device.

Management server matches captured images with road view data to resolve parking location accuracy issues caused by poor GPS signals.

Electronic control unit predicts multi-stop routes to calculate optimal charging amounts at each destination.

A satellite navigation apparatus determines protection levels using interval nesting for alert limits.

A vehicle navigation system generates lane information using a neural network model to draw a continuous vehicle sign on the map.

A vehicle position detection device calculates probability indices from conditional probabilities to determine free states with high precision.

A control unit determines vehicle weight using motor torque and acceleration data to calculate electric vehicle range.

A self-driving vehicle navigates to a designated location using an internet-connected response unit during emergencies.

Dynamic range adjustment stabilizes white line detection accuracy across varying road conditions, resolving inconsistencies in vehicle positioning.

A telematics system accumulates driver and environmental data to calculate candidate paths for electric vehicles.

A positioning system stabilizes location indications by delaying position updates near system boundaries and expanding confidence circles when accuracy drops.

Navigation unit calculates remaining driving time to select points of interest matching driver desires for planned interruptions.

A geo-targeted campaign system delivers location-based messages using a ZHIING request mechanism.

A lane guidance system dynamically adjusts recommended travel lanes based on the distance to successive intersections.

Camera-equipped eyewear overlays directional cues onto the user's field of view, resolving navigation accuracy issues in unfamiliar environments.

A drag-and-drop map interface lets users select pickup locations along a predetermined route by snapping to nearest segments.

An apparatus generates upload zone indications along a planned route to guide road data gatherers.

A map-information obstacle tracking system predicts vehicle trajectories using dynamic positioning and route data to stabilize detection results.

Multi-sensor fusion resolves navigation complexity by dynamically switching between GPS and total station data for precise paving.

Parity logic detects and isolates failed inertial measurement units, enabling fault-tolerant navigation without expensive hardware redundancy.

Augmented reality system overlays grave location data onto live camera feeds for instant ancestor information access.

A system adjusts virtual road boundaries based on vehicle position and heading uncertainty values.

An event server calculates resource utilization states to send congestion relief recommendations.

A vehicle control device generates mapless traveling plans using historical environment classification data to enable autonomous navigation.

Segmenting routes by local event risk enables reliable travel plans in disaster zones without overwhelming user selection complexity.

A remote assistance system connects autonomous vehicles to human experts for real-time operational guidance.

A navigation system detects user route deviations to surface nearby points of interest and exit ratings on mobile devices.

A multifunctional motorcycle rearview mirror structure integrates a journey data recorder and GPS navigation system within its housing.

A rideshare server relays control commands from a passenger device to a vehicle through an onboard primary device, eliminating complex direct pairing steps.

A wearable device projects directional visual indicators externally to guide travel direction.

A worksite controller dynamically adjusts travel paths for mobile loading and haul machines based on real-time position data.

A vehicle control system uses vibration sensors to assess driving routes and mitigate component wear.

A head unit routes user commands to a mobile device application platform, resolving high manufacturing costs from complex infotainment hardware.

A position resolution system identifies V-shaped lane markings to detect vehicle exit maneuvers.

A satellite system estimates real-time traffic flow using image pattern recognition software.

Analysis server integrates image data with traffic signals to resolve system complexity while ensuring timely pedestrian safety information.

A route search system associates image data with location and time information to determine optimal visiting times.

Wireless deployment recognition replaces stationary mats to eliminate precise location measurement errors in GPS-denied environments.

A navigation device separates user-provided data from official maps using distinct storage flags.

Graph-based alignment matches SD waypoints to HD segments, resolving cross-reference bottlenecks while reducing memory footprint.

Test package validates map database references during incremental updates, preventing corruption from inconsistent data changes.

A vehicle self-position estimation device accumulates target position data along a travel path to determine current location.

A network computer system preselects likely service providers using historical data and real-time availability before user requests.