Main Station Arrangements TRIZ Cases

See how a communication unit associates measurement data with apparatus-specific location infor

See how an IoT gas system uses fan operation strategies and indicator light control to detect,

See how a smart gas IoT system uses fan operation strategies to remove leaking gas and indicato

See how a communication unit with intermediary storage automatically associates location inform

An add-on Zigbee module lets low-voltage switches log and wirelessly export residual current and insulation test data for faster analysis.

BLE battery modules are grouped and activated to cut packet collisions and speed reliable connection setup for battery health monitoring.

PII is identified and tagged at the sensor, cutting bandwidth and energy use while limiting untagged sensitive data exposure.

Synchronized current and cell-voltage sampling preserves state-of-charge and internal-resistance accuracy despite wireless retries.

Remote activation and inductive or capacitive signal coupling enable non-invasive lightning rod continuity checks in wind turbine blades.

Distributed sensors with backup power and secure links keep grid data flowing during outages, enabling consensus-based anomaly detection.

Distributed sensors with backup power and adjacent communications keep grid data flowing during outages for real-time anomaly detection.

Battery-backed distributed sensors keep power grid data flowing during outages, enabling secure real-time anomaly detection and wider situational awareness.

Distributed backup-powered sensors provide real-time, cross-utility grid visibility and anomaly detection even during outages.

Pre-sent current values and wireless module voltage reporting keep detection times aligned for more accurate state-of-charge calculation.

Preemptive identifier changes let safety links detect missing responses faster and trigger shutdown measures sooner in industrial control systems.

By changing request identifiers before earlier responses arrive, this case shortens communication error detection time for faster safety shutdowns.

Remote server-based smoke alarm testing replaces manual button checks, improving compliance while limiting battery drain and ladder hazards.

Location and time-based naming helps sensor-linked electronic units assign measured values faster and with fewer manual entry errors.

A programmable metering cabinet unifies mixed sensor protocols for data cleansing, prognostic modeling, and near real-time uncertainty analysis.

Transistor switching and clock recovery enable single-wire bidirectional data transfer without A/D, D/A, or timer circuits, reducing circuit scale.

A shared converter and connection-breaking circuit simplify single-wire bidirectional communication while suppressing leak current and circuit scale.

Command message counters let gateways limit and sequence utility meter commands, preventing LPWAN collisions and double assignment.

A dual CMC and CMCL scheme stops multiple gateways from sending conflicting utility meter commands and preserves reliable LPWAN link control.

Scheduled signals from customer-site broadband devices let a server distinguish isolated outages, regional failures, and power restoration faster.

Continuous glucose sensors, server alerts, and remote data access help caretakers respond sooner than infrequent finger-prick monitoring.

A multiband resonant antenna lets one RFID device communicate across frequency ranges and protocols, extending data and communication range.

Continuous glucose sensing sends timely alerts and data to remote caregivers.

Radio frequency transceiver interrogates distributed sensor nodes to determine sensed values.

Piggybacks client telemetry data onto existing application messages to eliminate separate communication overhead and reduce network latency.