Ticket-Issuing Apparatus TRIZ Cases

Server issues card data to ETCS terminals via security keys, eliminating physical card theft risks and structural restrictions.

A vehicle device processes location data locally using geofence definitions to calculate distance driven before transmitting results.

Integrate distance sensors with contactless media readers to detect object position, reducing power consumption from continuous polling.

A mobile device with a contactless smart chip integrates financial and transit functions for seamless fare calculations.

A multi-functional wireless device consolidates access control and ticket validation using integrated NFC, Bluetooth, RF, and UWB modules.

A segmented acknowledgment mechanism allows RFID readers to identify tags during slow data writing operations.

Gate access devices connect directly to payment networks for immediate card authentication, eliminating offline fraud risks and negative list complexity.

A tachograph virtualizer assigns protected virtual memory areas to separate program components on shared hardware.

Identity-based encryption protects supply chain privacy while enabling fast product recalls through distributed key management.

Integrating RFID and barcode scanners into one mobile reader resolves the complexity trade-off while ensuring accurate tracking of data storage devices.

A computing device determines movement information using pre-characterized sensor detection capabilities and vehicle maneuverability properties.

A wireless access control device verifies vehicle-specific telematics data to modulate entry into restricted traffic zones.

Dynamic radio identifiers protect privacy by revealing vehicle identity only after confirmed location usage.

Segmented unidirectional channels and periodic signals authenticate user terminals in mass-market devices, eliminating complex synchronization.

Detection unit stores parking snapshots when occupancy changes or time limits expire, providing legally valid proof of violations while reducing storage needs.

Low-frequency signal attenuation determines vehicle position before identity verification, reducing interference from following vehicles.

Door-free train cars extend beyond platform limits to increase passenger capacity, resolving the contradiction between longer trains and fixed station lengths.

Vehicle system extends meter time or relocates the car to prevent parking tickets without operator intervention.

A pixel-based image sensor uses a wide-angle optical system to capture front and rear vehicle views in a single surveillance zone.

Optical sensors replace mechanical stoppers to detect vehicle occupancy, eliminating physical damage risks while enabling accurate space monitoring.

A smart license plate frame with GPS and wireless communication enables secure, self-service vehicle access.

A central server forms chains of data pairs exchanged between UHF-RFID tags and readers to identify duplicated communication units.

Cloud server synchronizes real-time parking space state information via vehicle detection modules and electronic map displays.

Parking meters manage electric vehicle charging via printed receipts, expanding infrastructure without new hardware.

A ticket system uses position beacons to detect passenger terminals and manage riding state transitions via a central server.

Reference marks detect jammer interference to prevent e-ticket manipulation and maintain system integrity.

Camera networks calculate distances between detected locations to provide tamper-proof mileage estimates that prevent manual odometer alteration.

An on-board unit automates toll billing for rented vehicles, eliminating manual payments and reducing traffic congestion.

Fare payment terminal authorizes transactions using locally stored reference data.

A payment authorized lock system uses a touchscreen interface to process credit card data for automated access control.

A mobile application captures and decodes QR codes to enable offline ticket purchasing.

Automated transmission filters baggage weight information directly to servers, preventing manual entry errors and financial losses.

A point of sale payment system uses visual code copying to capture transaction data via payer devices.

Pre-generated tokens eliminate real-time challenge-response computations, resolving the contradiction between high security and fast authentication speed.

Copying ticket details to a mobile device prevents fee increases from lost physical items.

An electronic key system detects abnormal keys and requests reissuance with a new code to maintain operational continuity.

An information processing apparatus determines optimal vehicle stop locations based on user desired positions and route data.

An information processing system analyzes captured images to detect vehicle information and automatically open parking lot gates.

A mobile electronic device transmits an ID via Bluetooth Low Energy to a server that identifies the nearest unit using magnetic field detection.

An intermediary processing system reduces device complexity while tracking passenger locations via RFID tags to display car occupancy.

A validation engine analyzes conflicting image identifications from optical character recognition systems using confidence value analysis.

Mobile devices consolidate tickets and identification using NFC to eliminate paper handling and lost items.

A lockbox mounted on a vehicle exterior holds a physical key and opens via a control module to support vehicles without power locks.

An on-board unit calculates received signal strength to standardize payment distance across varying hardware sensitivities.

Automated surveillance detects arriving vehicles to alert staff, reducing customer wait times while tracking service response metrics.

Dynamic pressure control prevents ticket damage during coin collection by adjusting motor speed based on real-time content detection.

Mobile devices track transit journeys via sensors to automate fare validation, resolving capacity bottlenecks at physical validation points.

Digital ticketing modules eliminate physical infrastructure costs while ensuring accurate fare calculation through automatic validation.