Wireless Architecture Usage TRIZ Cases

Modular sensing and wireless alerts help RV users detect bad shore power remotely and protect electrical systems from surges and voltage faults.

Current modulation on a trailer light strip sends component status data over power and ground lines without disrupting illumination.

A separate emergency-stop remote with its own wireless network cuts touch-panel delay and adds fail-safe stopping for autonomous work vehicles.

Randomized BLE delay is added to Look Back Time so tire sensors can be auto-located accurately with lower battery use.

Dynamic TPMS BLE timing shifts sensor transmissions around onboard interference, reducing bandwidth clashes and preserving accurate tire pressure data.

Centralized table updates and backup diagnosis codes improve battery state accuracy and prevent history loss after apparatus damage.

Near-field loop antenna signals locate individual battery cells by phase difference, enabling targeted fault replacement without assembly pre-mapping.

Near-field loop antenna signals use phase-difference changes across frequencies to locate faulty battery cells and avoid full pack replacement.

Wireless monitoring of bypass valve positions keeps fill level readings valid during maintenance and unstable media conditions.

Dual signaling lights show when workers may approach and when manual action is needed during unmanned construction machine operation.

Direct thermocouple sensing with wireless signal transfer improves rotating tool temperature accuracy and balance in friction stir welding.

Automatic relay-box conversion standardizes sensor data for PLC interpretation, reducing new sensor programming and easing integration.

Adaptive sensor parameter updates improve cutting tool life estimation while reducing battery drain, data traffic, and radio interference.

Periodic sensing and parameter queries improve cutting tool life estimation while reducing sensor current draw and radio traffic.

Conditional wireless activation cuts battery drain while still transmitting sensor events and periodic data to catch instantaneous changes.

Software-controlled MOSFET resistor switching reshapes raw sensor signals to a processor input range without hardware changes or information loss.

Swappable Wi-Fi, 900 MHz, and Bluetooth modules let vaccine storage monitors fit site needs and copy settings wirelessly across units.

Real-time tracking and rule-based status updates help employees find rooms, equipment, and colleagues across unfamiliar facilities.

Switching circuits let one IR LED both relay remote commands and detect IR signals, cutting extra receiver hardware and cost.

Partial packet indicators let industrial controllers reconstruct and execute commands while cutting air interface overhead and latency.

Multiple activation signals verify implantation before waking analyte sensor electronics, reducing false starts, user steps, and power drain.

An AI terminal identifies connected devices, selects compatible AI features, and provides feature information without complex updates.

Sensors track hive weight, temperature, and vibration continuously, helping assess colony health and honey production without opening the hive.

An external AI terminal identifies each connected device, generates suitable feature information, and avoids complex device-side updates.

Reference timing narrows room audio and video analysis to relevant segments, reducing computational load for facility abnormality detection.

Pressure and inertial sensors in the rider’s footwear capture pedal force and motion, avoiding bicycle disassembly while enabling wireless power calculation.

Pressure and inertial sensors built into footwear measure pedal force and motion, avoiding complex bicycle installation while sending data to the cloud.

Pre-connected sensor electronics use primary and secondary signal checks to prevent false wake-ups, reduce user interaction, and conserve power.