Ticket-Issuing Apparatus TRIZ Cases

A wireless parking payment system uses GPS location determination and RF vehicle identification to manage sessions automatically.

A removable metallic shield disables RFID transponders by coupling to the antenna, allowing temporary toll privacy without damaging permanently mounted tags.

An onboard unit transmits anonymous position data to a central filter unit for toll relevance determination.

Periodic display operation and thermal parameter adjustment prevent overheating during real-time information updates.

A bi-directional tolling communication protocol uses predefined message formats and multilevel security mechanisms for secure data transfer.

A detection system analyzes telematics drive features to estimate ridesharing probability and classify drivers based on historical patterns.

Nodes interact via a distributed authentication protocol to record asset usage and generate fees, eliminating the need for centralized management systems.

A position data processing device limits trajectory-specific transactions to ensure valid toll calculation data integrity.

A wireless actuating device operates door lock pushbuttons via rotary relative movement between the control unit and the mechanism.

Location-based segmentation reduces lookup time and false positives by comparing identifiers only against nearby users in large transit databases.

A vehicle sharing server verifies and settles toll fees in real time using AI to process payments instantly.

Management server processes user registrations to allocate rental spaces automatically.

A network-based system manages electronic ticket delivery to multiple recipients through configurable access control mechanisms.

Underground acoustic sensors transmit periodic signals to a concentrator node for real-time parking space occupancy detection.

An access control system reduces transit congestion by validating payment cards against hot and white lists before gate entry.

Dynamic identifier generation prevents replay attacks while maintaining low battery consumption through periodic signal transmission.

Remote operations centers verify vehicle identity via networked kiosks, reducing fraud risk while lowering on-site staffing costs.

A receiver intercepts wireless signals from vehicles to generate unique identifiers without in-vehicle hardware.

A blockchain-based decentralized database manages fractional responsibility values for occupants in shared transport events.

Replacing optical barcode scanning with radio frequency identification eliminates LCD screen reflectivity errors and reduces verification time.

Mobile NFC devices validate fares via proximity tags, eliminating boarding delays and reducing infrastructure costs.

An onboard unit switches between data-reduced and raw position reporting modes to support remote transaction server auditing.

A server transmits secrets to a universal key via Bluetooth and mobile radio interfaces, reducing system complexity while maintaining security reliability.

An electronic boarding pass displays passenger position on an airport map via wireless data reception.

Roadside unit verifies vehicle authorization and path clearance using encoded lanes, light encoding, and radar signals.

A parking meter uses a low-power proximity sensor to activate a directional sensor only when an object is detected nearby.

A biometric detection module uses invisible light to identify users and send ID signals for individualized resource control.

A vehicle communications module brokers data requests from onboard devices using external Wi-Fi or DSRC connectivity to buffer content locally.

Mobile coupon delivery system encrypts reservation numbers with unique device identifiers, preventing unauthorized interception and access.

A centralized control system manages automated parking garages through user interfaces and communication interfaces.

A portable transponder links to rental vehicle license plates, resolving billing delays and complexity for transient users.

A dynamic RFID tag remaps memory sections to hide sensitive data from unauthorized readers.

Checksums verify route data against manipulation, reducing device complexity while maintaining security.

A cloud-based student loan repayment system accumulates savings through real-time progress tracking and automated deposit mechanisms.

A positioning device signals malfunctions by evaluating mobile radio reception characteristics alongside GNSS quality metrics.

Radio frequency transponders transmit identification data to resolve parking authorization monitoring complexity.

A dual-stage vehicle identification mechanism uses license plate screening and fingerprint verification to confirm driver identity.

A server program links travel and expense records using partial matching logic to identify probable data correspondences.

Automated exit gate identification system reads RFID tags and license plates to process vehicle transactions without driver intervention.

Roadside units generate location proofs from de-identified tokens to ensure reliable toll collection despite unstable GPS signals and protect driver privacy.

Automated parking blocks prevent unauthorized access and vehicle theft by restricting physical entry to authorized guests only.

Computerized vehicle rental system monitors reserved parking spaces with sensors to verify real-time availability for registered user groups.

Coordinated hue conversion shifts complementary pixel pairs to optimum points, resolving single-hue limitations that restrict image quality enhancement.

A boot path selector switches between execution environments to limit device functionality based on metered state.

Local edge processing generates real-time augmented reality queue navigation, reducing bandwidth usage and improving user boarding efficiency.

Bluetooth Low Energy beacons detect mobile device proximity to enable hands-free fare validation at transit gates.

Centralized digital identification replaces physical keys to prevent unauthorized use while simplifying fleet management operations.

A toll collection system books usage authorizations for traffic areas using vehicle position data.

Server device calculates user fare percentages using near field wireless communication to detect riding and drop-off positions, resolving manual input errors.