Ticket-Issuing Apparatus TRIZ Cases

Information processing apparatus determines parking spaces by matching vehicle dimensions against available lot areas.

Remote agents serve multiple stations through video links, eliminating idle time while maintaining service quality.

A mobile application manages rental vehicle access through beacon devices and locking mechanisms.

A portable data carrier generates electronic travel tickets independently of network connections using embedded cryptographic keys.

A dual mode transponder relays external signals through a bypass port for non-toll applications.

An RFID boot system uses a handheld PDA to transmit violation data and unlock codes, reducing fine settlement time.

Central processor manages transit card accounts by determining authorization status and deducting stored value for transactions.

A parking status system overlays real-time payment data onto street images via augmented reality to simplify visual verification.

A transmission-only antenna emits carrier-frequency waves to disable unintended RFID tag modulation outside the valid communication zone.

A machine-trainable model classifies user journeys by generating features from movement-sensing data and applying progressive personalization.

A smart card system uses a repayment limit to validate credit value units during bidirectional payment transactions.

An onboard unit computes tolls using precalculated Expected Travel Lines derived from service center data.

Passive transponders transmit location data to vehicle sensors for automatic identification.

A portable head section integrates a camera and RFID module to read visible codes and tags.

A time-based active representational model coordinates parking enforcement patrols using real-time sensor and historical data fusion.

A vehicle sensor system captures passenger images to generate identification data for fare matching.

Dual processing units segment credential validation to resolve storage capacity constraints while maintaining fast local access speeds.

A real-time parking availability system adjusts individual space prices based on fluctuating demand.

Segmented toll advertisement messages resolve data volume trade-offs while enabling accurate roadway usage determination across diverse topologies.

A kiosk captures facial and voice biometrics for passenger identity verification, eliminating viral transmission risks from shared touchpoints.

Comparing derived time differences between GPS and secondary systems detects impending malfunctions without adding hardware complexity.

A detection system captures vehicle images and consults a compliance database to adjust enforcement likelihood.

An electronic wallet system uses private key-based digital signatures to secure value information storage and management.

Dynamic visual patterns replace barcode scanners to resolve LCD reflectivity errors and speed up high-crowd venue entry.

Magnetometers measure geomagnetic signatures to identify vehicles and assess tolls, eliminating complex RFID or GPS infrastructure costs.

Decoupling the NFC communicator from the secure element resolves security versus interoperability contradictions.

A transportation server processes kiosk order requests through parallel computation threads to accelerate vehicle dispatching.

A vehicle detection apparatus evaluates resonant frequency detuning to monitor induction loop health without auxiliary test circuits.

Autonomy controller system detects permissioned parking spaces using sensor fusion data.

A passenger monitoring system uses cameras and facial recognition software to identify riders and verify fare compliance in real time.

Tolling system deletes vehicle images after user confirmation, reducing storage volume and communication traffic while maintaining verification accuracy.

A virtual token system transmits appropriate redemption presentations to client devices based on merchant identifiers.

An in-vehicle authentication system reads identification data and authorizes passenger entry via an external device.

A virtual white line system creates permanent digital records of excavation boundaries using marked-up images and metadata.

A parking detection system uses Bluetooth Low-Energy beacons and vision sensors to identify vehicles near access gates.

A web-based electronic parking validation system uses unique identifiers on tickets to confirm parking information and provide digital validations.

Beacon devices segment restricted airspace into levels, enabling drones to autonomously verify authorization and prevent unauthorized entry.

A vehicle control device overlays virtual parking space markers onto real-time camera feeds for intuitive driver guidance.

A mobile device analyzes location and audio sensor data to detect parking payment status, eliminating the need for manual receipt verification.

A driver verification system uses mobile device sensors for authentication.

RideFlag verifies occupancy via biometric matching, resolving automation reliability contradictions in HOV enforcement.

A mobile device computes a unique validation code using a stored key and specific device properties to verify ticket authenticity.

A license plate authentication method verifies vehicle brand, model, and color data to confirm plate authenticity.