Ticket-Issuing Apparatus TRIZ Cases

A single space parking meter transmits stored data via a low power radio to a mobile access point during coin collection.

Integrating a concealed vehicle sensor within the meter cap resolves detection accuracy versus privacy trade-offs.

A vehicle telecommunications device exchanges token information with roadside devices to enable precise tracking of vehicle movements and speeds.

Pneumatic conduits transport odor samples to remote detectors, eliminating direct contact risks and reducing screening time.

An RFID fare collection system uses wireless transmitters and receivers to detect passenger tags at transit gates.

Segmented memory stores encryption keys in a protected unit while allowing direct access to configuration data, preventing unauthorized key exposure.

Smartphones replace fixed card readers by capturing ticket images for validation, reducing infrastructure costs.

A video-based parking management system detects vehicles and matches user data to automate fee collection.

A regulated entity issues cards and manages accounts to simplify transaction processing.

An intermediary access control system uses electromagnetic induction to read credentials remotely, eliminating physical card exchange delays at security gates.

A voucher handling device uses sensor and transport units to validate tickets automatically.

A mobile application manages booking and access control permissions for hotel rooms.

A roadside control unit captures license plates and associates them with existing offense database records for mobile inspection.

Segmenting ticket data from authentication logic enables offline service access without network infrastructure.

Integrates an electronic toll collection module within a rear view mirror housing to stabilize high-speed RF signal transmission.

A computing system clusters parking violation data by location and vehicle type to generate precise notifications for drivers.

A sales order data collection system automates data ingestion from multiple sources into enterprise resource planning platforms.

Wireless beacons generate dynamic identifiers for mobile device authentication, eliminating static card vulnerabilities and hacking risks.

A parking management system adjusts space prices dynamically based on real-time sector utilization rates to optimize allocation efficiency.

Position-dependent RF energy shielding enables wireless monitoring of aircraft components, eliminating manual inspection errors and reducing system complexity.

Electronic in-vehicle apparatus replaces mechanical key boxes with IC card authentication to eliminate hardware costs while maintaining secure vehicle access.

Segmented power architecture uses high energy density and high current batteries to extend operational duration.

Telematics control unit broadcasts encrypted toll usage messages using roadside unit public keys for secure vehicle-to-everything communication.

A wireless device transmits a biometric-linked state identifier to enable remote authentication without physical proximity.

A dynamic entry code transitions from an inoperable state to a functional state on mobile devices.

A monitoring plan evaluation system generates passage extent information to predict optimal vehicle detection locations.

GPS tracking system transmits location data via cellular modules, enabling proactive alerts for hazardous material shipments.

A universal fare payment system configures traveler devices to authorize tickets via detected NFC, Bluetooth, or contactless technologies.

A control terminal generates a control number from a fare card identification number using a one-way function for validation.

Cameras capture toll signs while a recognition unit extracts cost data to resolve the contradiction between ease of operation and device complexity.

A person display control device associates user determination results with location information to enable remote viewing of action-required persons.

Chaperone devices track baggage location to identify routing exceptions early, preventing misrouting errors and ensuring timely delivery.

Confirmation signal exchange detects communication abnormalities immediately, resolving reliability and convenience trade-offs.

An Authentication Tree algorithm merges individual item signatures into a single group signature, reducing computational costs while maintaining verifiability.

Portable object integrates near-field communication and security element to load applications via serial link, eliminating internal power needs.

Embedded sensors detect vehicle presence to automate fee collection, eliminating manual enforcement costs while reducing driver search time.

A use management system records movement information on a storage medium to calculate usage fees based on actual travel data.

A control unit manages embedded light sources in parking lots to indicate space availability and status.

Segmented dual antennas and verification parameters filter spurious signals to improve reading accuracy for tall article stacks.

A radio beacon delays transmission in one frequency band when packets appear in another, preventing mutual interference between transceivers.

A wireless device transmits unique identifiers to access points for independent location detection.

Dual identifier verification prevents fraud by immobilizing unauthorized vehicles during mismatched service requests.

A removable meter unit receives identification data from a permanently affixed location tag to enable automatic configuration association.

An RFID transponder uses a user input mechanism to change occupancy data fields for electronic toll collection.

An electronic tag captures passenger counts and transmits identification data to a toll computer.

Ticket validation transfer times detect traffic delays, resolving incomplete data coverage from missing AVL hardware.

A mileage reimbursement system calculates individualized rates using real-time driver and vehicle data.

Calculating geometric center of gravity from multiple antenna signal strengths determines vehicle lane position.