Transmission Systems TRIZ Cases

Unique ID checks and flight-plan monitoring enable priority override of unauthorized UAV control to protect people and property.

Separate communication circuits and frequency channels let UAVs send working and monitoring data concurrently without interference or lost throughput.

A ceramic non-metallic layer in the bearing lid lets wireless signals pass through metal housing without added holes, wiring, or shape complexity.

When camera or LiDAR views cause vehicles to overlap, retreat control values separate them to restore tracking accuracy and avoid collisions.

A removable insert improves grip and appendage fit in a wearable remote control, reducing slippage without a complex securing structure.

Real-time glucose feedback lets an insulin pump adjust dosing automatically, reducing manual errors and hypo- or hyperglycemic risk.

Simultaneous pump-controller pairing and idle-mode power replacement keep insulin on board while reducing user interaction and safety risk.

Base-station feedback confirms when a UAV joins the cellular network, so the remote controller can send commands without connection delay.

Indoor positioning authorizes appliance remote commands only when the mobile controller is near the appliance, improving safety and control reliability.

Acoustic and Doppler sensors built into luminaires estimate human density and movement without cameras, cutting cost and privacy concerns.

Dual wireless circuits let load control devices coordinate network access beyond Wi-Fi router capacity while maintaining reliable load communication.

A pseudo index overlay in the cab view gives remote work machine operators position and azimuth cues without obscuring the captured image.

Preset speed stages let riders reach and pass the hydrofoiling threshold in steps, improving control and accessibility on motorized boards.

Separate frequency channels carry working and monitoring data at once, improving UAV identification range without disrupting normal communication.

Actuators reposition remote control elements to mirror aircraft state, giving VTOL operators tactile feedback and smoother autonomous transitions.

Communication status feedback helps reposition a relay and terminal to keep remote work vehicle links stable across large polygonal fields.

Predicted sun position and façade direction drive automatic slat tilting to block direct sunlight while maximizing indirect daylight.

UAV-reported path, speed, and altitude data let base stations predict trajectory and prepare handover with less transmission load and energy use.

A handheld remote linked through a mobile device analyzes and corrects control signals, enabling safer, reliable remote power machine operation.

Simulated environment images let operators preview work machine response before communication is established, reducing cautious startup actions.

Sensor-based projector control keeps audience light exposure below unsafe thresholds while reducing barrier extent and preserving theatre seating.

Splitting full and partial control plans across different wireless resources cuts communication load while keeping AGV or drone control reliable.

Logging duration mapping links device IDs and time ranges so analysts can quickly find and retrieve distributed log data with less setup.

Wireless remote and hub logic query lamp status and switch between unicast and multicast commands to keep grouped lighting in sync.

Wireless remote and hub messaging keep multiple lighting loads synchronized in on/off state and intensity, avoiding manual correction.

Segmented visual feedback on a remote shows which grouped loads are in sync, reducing confusion during collective lighting control.

Low-latency camera feeds and multi-link wireless relays let operators control excavators and haul trucks safely outside exclusion zones.

Previewing the next work machine environment alongside the current view helps operators adapt faster when remote control targets switch.

A resin-filled ring recess lets a bearing sensor module use its metal member as an RF passive element for stable data transmission.

A remote uses load-status feedback to detect out-of-sync grouped lights, trigger resynchronization, and show clear visual state cues.

A relay terminal separates UAV control and feedback paths on different links to reduce same-band interference and prevent control loss.

Wireless remote and hub control keep grouped lighting devices synchronized in on/off state and intensity, reducing manual resync.

Connection metrics trigger safety-envelope changes that limit robot speed or altitude as links degrade, helping avoid off-nominal operation.

Spatial audio shifts a virtual sound source with excavator motion, helping remote operators sense revolving movement and improve control accuracy.

Planned UAV path points and reporting time sent by RRC help base stations predict handovers with lower signaling overhead and energy use.

Optical IP setup lets a Wi-Fi load controller pair with smartphones for remote lighting control without direct RF-only programming.

External UWB tags let a mobile terminal identify pointed smart home equipment and open the matched control interface automatically.

Selective disabling of acceleration and direction functions blocks unauthorized remote control after shipping without disabling all user access.

Critical remote functions are disabled during shipping while non-critical controls stay available, improving security without losing usability.

A strain-sensing washer transmits fastening stress and ID data to verify bolt attachment states without slow, error-prone visual inspection.

Increased haptic reaction force alerts remote operators to communication, vehicle, or terminal abnormalities for faster response.

Predictive maps combine field data and in-situ sensing to adjust harvester reel position for crop height variation and improved harvesting.

Visual feedback on current and changing radio wave intensity helps operators anticipate link degradation and avoid remote vehicle control interruptions.

Infrastructure and onboard sensors coordinate vehicle queuing and self-loading onto carriers to cut manual handling, delays, and logistics cost.

An overview image guides the terminal to request close-up drone shots of selected areas, cutting data transfer while preserving inspection detail.

A dual-link UAV control scheme reroutes commands through a monitoring terminal when interference disrupts the primary control channel.

Dynamic C2 channel reassignment and flight planning reduce control-station RF interference while supporting denser BVLOS UAS operations.

Sensor data and environmental forecasts are combined to predict tank liquid levels remotely and help users avoid supply shortfalls.

Periodic wake-sleep transceiver control enables remote door lock operation while reducing battery drain, installation errors, and troubleshooting.

An intermediary remote controller links local and remote operation devices to cut work machine remote-control cost without losing flexibility.