Road Vehicles Traffic Control TRIZ Cases

Dynamic asymmetric scaling expands the forward view to show more route information while keeping the current position visible.

An intelligent driving range system automatically selects one-way or two-way range displays based on vehicle location and energy levels.

A vehicle controller adjusts braking levels based on adjacent lane targets during steering maneuvers.

Image generator creates visual highlighters for threatening terrain and ground tracks on display units.

Zero-velocity and fixed-azimuth updates in a Kalman filter correct accumulated position errors from inertial measurement units.

Mobile counting replaces fixed sensors, eliminating installation costs while providing direction and speed data.

An intelligent navigation system predicts and corrects potential route deviations before they occur.

A road sign recognition method predicts image sizes within relevant spatial zones to limit search areas.

A receiving device establishes an RSSI-to-distance relationship model to identify abnormal V2X transmissions.

A location-aware appointment reminder system adjusts notification timing based on user position and travel direction.

A vehicle speed detection system uses GPS data to compare current velocity against location-based limits and generates real-time warnings for drivers.

Automated software gathers biometric records and GPS location to provide critical patient information before responders arrive at the crash scene.

A mobile terminal system gathers location and profile data to deliver targeted environmental alerts.

A surrounding image generating apparatus determines overlapping areas between camera shooting regions to set focus and metering areas.

Processor corrects accumulated motion sensor bias using GPS feedback to maintain accurate railroad vehicle tracking in dark territory.

A vehicle notification system generates route and signaling datasets to identify malfunctions using existing sensors.

A sensor recognition integration device predicts object positions to stabilize coordinates across changing sensor combinations.

Traffic control preemption system manages adjacent intersection signals using independent train detection sensors to optimize vehicular traffic flow.

An autonomous navigation system filters sensor intensity values using an adaptive threshold to isolate relevant geographic features.

A motor vehicle-external server device assesses piloting data to manage autonomous driving mode transitions.

A GPS processing system extracts common data from raw satellite signals to calculate relative vehicle proximity with high precision.

Surface alert generator calculates dynamic alert distances using trigonometric functions and ground speed data.

A characteristic digest stores detected environmental parameters at specific vehicle locations to enhance navigation accuracy.

A multi-device payment coordination system streamlines third-party transactions across connected devices.

Remote-controlled dual display signs improve officer safety by reducing exposure to traffic hazards while maintaining effective flow management.

A control system calculates corrected command values to constrain unmanned vehicle travel speed during initial operation phases.

A commercial vehicle lane-keeping system dynamically adjusts steering torque profiles based on sensor data and vehicle dimensions.

Segmenting map displays with off-screen indicators resolves information loss without increasing interface complexity.

A mobile terminal confirms transport service details through short-range wireless communication, preventing fraud and ensuring passenger safety.

A remote immobilization system generates speed profiles based on vehicle dynamics to control braking and throttle parameters.

Automated detection of bus stops and traffic signals using machine learning classification of GPS mobility patterns eliminates manual surveying.

A tractor display unit filters wireless sensor messages by synchronizing reception with vehicle control signals.

A taxi-hailing server triggers in-vehicle image capture using smart devices when route or time parameters deviate.

A controller evaluates road images to set warning thresholds only when posted limits exceed a predetermined value.

A motorcycle radar mounts downward relative to the front cover and fender to reduce cantilevered distance.

A node-based valet parking system transmits discrete route segments to autonomous vehicles for efficient navigation guidance.

A dynamic signage system adjusts display orientation and content based on real-time vehicle speed data.

Vertical optical motion patterns on a vehicle display distinguish deceleration from stopping, resolving ambiguity in pedestrian recognition.

A standalone weed map construction setup uses video and relief-tracking laser cameras to capture spatial data.

ANPR camera reads license plates to cross-reference gun ownership databases, resolving the trade-off between detection accuracy and processing time.

Digital certificates transmitted with ATC voice signals authenticate sources without encryption overhead.

A transparent vehicle display screen allows operators to view information without obstructing their field of vision.

A dispatch management system generates and updates vehicle schedules using real-time demand predictions from station sensors.

Shielding detection unit identifies unmeasured road sections using 3D point cloud data from laser scanners.

A driver assistance system monitors cognitive state to trigger timely warnings and automated braking interventions.

A vehicle gateway device routes incoming data based on type to manage system updates efficiently.

A navigation system uses acceleration detection to determine travel states and identify lane-level granularity movements for precise device positioning.

A vehicular communication system segments dedicated control channels from temporary data channels to increase available bandwidth.

Feedback systems resolve passenger detachment by transmitting real-time control information through wearable haptic and visual interfaces.