Road Vehicles Traffic Control TRIZ Cases

A vehicle sign pertinence receiving system captures road sign data and receives supplementary estimates from other vehicles to determine relevance.

A vehicle assistance system determines passing order by calculating distance measures to shared path corridors.

A networked platform merges individual GPS data to display real-time driver positions and statistics on a shared digital circuit.

A central server calculates optimal vehicle routes using digital map data and monitors real-time positions to provide navigation instructions.

A reverse geocoding system merges point level and street segment datasets to determine precise addresses for input coordinates.

A driving characteristics estimating device calculates operation start index values to align drive assisting interventions with individual driver tendencies.

A vehicle image output device generates graphic objects from map coordinates to overlay on camera feeds.

A traffic light recognition system determines uniform states by aggregating semantic information from multiple signals captured by a camera.

A road surface friction coefficient estimation apparatus integrates vehicle and external data sources to determine accurate grip levels for driving control.

Cloud server uses GPS proximity to trigger telematics for vehicle access, resolving delivery security versus efficiency trade-offs.

An optical sensor disposition structure positions a detection device within an airflow guide member introduction port to maintain forward visibility.

Analyzing apparent phase shift between difference signals enables reliable direction determination for precise camera triggering in traffic control systems.

An integrated signaling device automatically reports support rod status and location to a central unit, eliminating manual data entry errors.

An adaptive range vehicle locating unit alternates narrowband and wideband signals to extend detection coverage.

A GPS warning system triggers audible alerts and displays reroutes when approaching low clearance structures.

Segments geographic areas into service zones with dynamic priority schemes to resolve information overload while maintaining viewer relevance.

Driving assistance apparatus updates speed limit display during lane changes.

Terminal device separates candidate images from background using dynamic evaluation criteria, reducing data communication while maintaining detection accuracy.

A prediction system adjusts observation window size to match historical sequence complexity.

Converting image data into structured text metadata reduces communication traffic while maintaining comprehensive road condition detection.

Boundary designators enclose symbol subsets to enable accurate selection despite imprecise cursor control in challenging environments.

User equipment sends a VDC resource request message to a base station to allocate direct communication resources.

A pivot vehicle executes an RTS/CTS handshake to clear transmission paths, resolving hidden node interference and ensuring reliable broadcast data delivery.

Segmenting access lanes with dual barcodes increases hourly delivery throughput by over 60 percent while reducing customer waiting time.

Rear sensors detect approaching vehicle speed and distance to activate adaptive strobe warnings, preventing rear-end collisions caused by distracted driving.

A trailer coupling assistant switches parking aid modes to adapt obstacle warnings during vehicle maneuvering.

A vehicle computer system processes radar detector alerts through a unified gateway interface.

A trained temporal difference predictor model dynamically estimates vehicle arrival times using real-time inputs and historical trip patterns.

A driving control apparatus learns driver-specific personalization functions from manual operation data to tailor autonomous vehicle actions.

A fuel cell warm-up mechanism coordinates electric and combustion heating sources to align system readiness with user schedules.

Autonomous drones navigate routes ahead of emergency vehicles to provide real-time guidance, reducing response times in congested areas.

An HRV detection module measures heart beat frequency variations to identify fatigue or intoxication, preventing traffic accidents caused by impaired driving.

A mobile communication terminal selection mechanism targets users based on historical location data.

A caster-lock system uses dual receivers to detect signals from underground loop antennas and above-ground RF beacons.

A vehicle equipped with a lateral distance sensor and satellite positioning system records projected distance data along street segments to determine parking space status.

Extended safety model decouples sensing from planning to manage noisy data in autonomous vehicles.

Donor vehicles relay software updates via V2X links, lowering cellular network costs for recipients.

Automated video analysis identifies illegal passing vehicles on school buses using segmentation and license plate recognition.

Animated dashboard presents real-time traffic congestion metrics through gauges and maps, resolving complexity in roadway performance measurement systems.

An electronic module queries internal data to transmit the identification number, countering VIN cloning risks.

A vehicle information processing system adjusts stop positions within user tolerable ranges to optimize routing logic.

A UAV communication cell routes vehicle movement data to a mobile edge computing node, bypassing core network congestion to cut communication latency.

Processor sets discrete determination points within a target area to assess driver recognition against a visual field range.

A backscatter transponder reader determines range rate by analyzing Doppler shifts in modulated response signals.

Traffic flow data mediates sensor readings to distinguish potholes from driver avoidance maneuvers, resolving detection accuracy trade-offs.

A traffic sign determination device combines image recognition with map data to identify regulatory signs for vehicle occupants.

Automated driving systems detect emergency vehicles using fused audio and visual data to trigger compliant maneuvers.

A display control device manages speed limit information visibility on a head-up display.

An FMCW radar device measures radial velocity and position to calculate the expected time a vehicle front crosses a stop line.

A wireless transmitter and receiver system provides audible and visual cues to vehicle drivers during backup operations.