Ticket-Issuing Apparatus TRIZ Cases

See how heat transfer labels with barcodes and QR codes on apparel replace paper tickets, preve

A heat-transfer label on apparel replaces paper tickets with scannable QR or bar codes that resist loss, damage, and counterfeiting.

A self-powered sensor and alarm detects when dryer block product is nearly depleted, helping maintain consistent fabric conditioning.

When a vehicle loses wide area network access, digital backup keys sent through a local link preserve secure reservation-based entry.

A control center coordinates parking-station charging, battery monitoring, and automatic locking so EVs can be charged and returned at any station.

Coordinates provider vehicle moves to a waiting area and back, balancing charger access, parking conflicts, and fee adjustments.

Spatial red-light filtering suppresses alerts from adjacent gate signals, so drivers are warned only for the gate on their path.

Reflector-guided transmitter signals let mobile devices detect entry and exit zones more accurately, reducing ticket queues and driver distraction.

A detachable OBD2 control module pairs and unpairs across vehicles to cut rental fleet installation time, hardware cost, and desk-based access.

Phase-based timing starts after parking completion and stops before exit waiting, making automated valet parking fees fairer.

An intermediate member returns the solenoid movable part while pressing an electronic key, cutting actuator length without an external spring.

Infrastructure-guided vehicle communication enables autonomous parking and pickup while reducing collisions and vacant-slot search time.

A scannable grille pattern adds vehicle data access without extra electronics, while preserving front-end airflow and visibility through light reflection.

When parked objects encroach on a vehicle buffer zone, sensor-driven repositioning moves the vehicle to an alternate spot to avoid convergence collisions.

Reflector antennas create local signal zones so phones can detect vehicle entry and exit accurately where GPS and Bluetooth struggle.

Multiple passenger authentication options let autonomous vehicles verify third-party riders and ensure correct pickup and destination.

Short-range wireless monitoring and server-issued permissions improve rental security, machine status tracking, and automated control.

A cloud intermediary automates transfer of vehicle digital keys and settings between user apps, avoiding manual copy errors and security risks.

Virtual keys stored on the vehicle enable offline privilege checks, while server updates keep shared vehicle access secure and flexible.

Vehicles receive action opportunities and proportional rewards, linking maintenance, route optimization, and secure data handling to operational gains.

Integrating EV charging billing into multi-space parking meters cuts new infrastructure cost while managing premium spaces by pricing and use rules.

Direct wireless commands switch the key between enabled and disabled states, allowing secure temporary vehicle access without vehicle modifications.

Onboard cameras, microphones, and flexible authentication methods verify riders at pickup so driverless trips stay accessible and secure.

Wireless commands compare current time with rental expiration to block unauthorized working machine use and automate permission control.

A grille-embedded matrix code adds vehicle data access without extra electronics while preserving front-end airflow and cooling.

Real-time vehicle detection and a restricting device let EV charging spaces accept walk-ins while still guaranteeing access for reserved vehicles.

A payment server mediates vehicle use authorization, letting the control unit limit travel when payment status does not permit operation.

A server links EV charging reservations with last-mile mobility booking and holder unlocking to cut separate payment, return, and wait steps.

Dual-mode near-field and active RFID tracks students on school buses while speeding boarding and simplifying driver use.

Vehicles request lane access from a network entity, enabling dynamic lane assignment to ease congestion and improve road use.

A smartphone-linked OBU shifts display and input functions off the unit, improving telematic service access without adding size or cost.

Integrating geofencing into a digital license plate cuts installation cost, simplifies map updates, and supports road usage payments.

Distributed base units process parking sensor data locally and hand off vehicle guidance zone by zone, cutting transfer distance and bandwidth needs.

An adjustable vehicle display panel switches between inward and outward viewing to show condition-based information to intended recipients.

By comparing lot-wide cooling with in-vehicle climate control, this case cuts EV parking power use through dynamic temperature zoning.

A mobile device stores digital vehicle keys to automate rental pickup, door unlocking, and engine start without physical key handoff.

Automatic stop, weighing, and payment coordination lets unmanned vehicles clear weighbridges without manual intervention.

Real-time route guidance and in-wheel motor control cut parking time and maneuvering space while reducing congestion and accident risk.

A vehicle-displayed unique code verifies device presence to create trusted user linkages and enable secure app access and usage tracking.

Power-adaptive MQTT heartbeat and SMS fallback cut shared bicycle lock energy use while keeping server connectivity stable.

Pre-checking wiring, holes, and brackets lets retrofit charges match vehicle readiness, cutting installation uncertainty and pricing inconsistency.

Infrastructure-guided autonomous parking lets driverless vehicles self-park and return for pickup, cutting congestion, collisions, and wait time.

Remote barrier control and app-based reservations help manage small private parking spaces, cutting search time, congestion, and emissions.

A control unit checks DSRC signal quality, duration, and frequency to distinguish persistent tachograph interference from temporary disruptions.

Magnetic detection monitors ETC rearview mirror removal without contact, avoiding vibration damage while improving anti-theft protection.

Reservation-based slot control keeps underground charging poles retracted unless needed, reducing parking interference and improving charger access.

Motorized trolleys reposition wireless access points and security cameras to improve fleet facility coverage while avoiding costly permanent installs.

Vehicle and barrier controllers exchange identity and status data to let unmanned vehicles pass road barriers securely without human help.

A below-headlamp mount hides the communication device, protects it from rain and wind, and preserves forward signal reception.

Placing the communication device below the headlamp conceals it, avoids bulky cover shaping, and improves rain and wind protection.

Local virtual key slots speed shared vehicle access checks while server updates handle user lists, privileges, expiry, and status reporting.

AI sensor monitoring detects vehicle exit timing to charge actual parking time accurately without barriers or plate recognition.

A mobile terminal reads parking section codes and transmits user data to a server, eliminating the need for expensive lot sensors.