Broadcast Specific Applications TRIZ Cases

Detailed station, program, and schedule data are identified from radio signals and shown in-vehicle to speed broadcast search and selection.

A master node auto-associates item ID nodes to merge shipments without barcode scans, improving tracking visibility and condition monitoring.

A master node detects approaching ID nodes to confirm item grouping, enabling real-time shipment merging and condition-aware tracking.

Signal-based node association lets a logistics receptacle detect nearby tagged items and update inventory without manual scanning.

Broadcast node detection lets a logistics receptacle auto-associate nearby packages, update inventory, and reduce manual scanning costs.

Privilege-based master-node handoff lets wireless ID nodes share condition data across shipping stages without direct server links.

Speech input is converted into a message and sent to the broadcasting station during radio playback, avoiding manual typing in the vehicle.

Cyclic broadcast of operating-state data lets multiple electric working machines coordinate without fixed pairing while limiting power use.

Cyclic broadcast communication lets electric working machines coordinate with multiple tools while balancing data freshness and power use.

Cyclic wireless broadcasting lets one electric working machine share operating state with multiple machines while limiting power use through adjustable transmission cycles.

Known data insertion and reference-time clocking improve mobile VSB broadcast reception in noisy channels while keeping service data processing stable.

Location and sensor data let a vehicle radio tuner fetch and apply front-end parameters that improve reception under changing conditions.

Location and vehicle sensor data are used to update radio tuner parameters via a remote server, improving reception across changing driving conditions.

Location-based frequency lookup and channel analysis help a mobile FM modulator find cleaner broadcast channels with less user tuning.

Plug-in modular gateway units add broadcast data feeds and channel capacity without replacing the base unit or interrupting user service.

Sequence alignment keeps emergency alert audio packets in order during IBOC switchover, preventing decoder silence and playback interruption.

Battery-powered wireless switches replace fixed high-voltage control wiring, cutting rewiring cost while keeping flexible multi-location device control.

Compares public address event logs with predefined configurations to detect execution faults and verify emergency message delivery.

Wireless master-slave audio nodes divide large conference spaces into flexible zones to improve clarity and prevent echo during local and remote meetings.

A remote VES server streams AM radio to electric vehicles, bypassing motor interference and eliminating the need for an onboard AM tuner.

Embedded command streams let a video decoder trigger lighting, security, and thermostat actions through simple channel changes.

Adaptive cell and sector selection closes coverage gaps for location-based alerts while limiting broadcasts outside the target area.

Signal strength layers built from terminal location data enable proactive switching between over-the-air and network broadcast to avoid audio gaps.

Radar and camera monitoring detects approaching maritime objects and sends risk alerts for offshore facility safety.

A satellite receiver tunes regional channels, converts RF to digital signals, and transmits them to OTT devices across the home.

This broadcasting loop superimposes signal and DC voltage so isolators detect shorts and keep healthy sections operating.

A central server synchronizes evacuation signboard poles for uniform warning activation without sequential communication delays.

A mobile content distribution system manages wireless channel purchases and refunds based on real-time location data.