Transmission Systems TRIZ Cases

Dynamic 2.4G channel allocation lets one remote control multiple UAVs during takeoff and landing while reducing interference and spectrum waste.

Encoded commands on the boundary-wire radio signal let an autonomous mobile device adjust parameters and accept remote control without extra hardware.

Preset speed and power steps help riders reach hydrofoiling takeoff with smoother control, lower operating difficulty, and adjustable acceleration.

A master-slave BLE and Wi-Fi setup unifies kitchen appliance control, reducing setup complexity and separate device management.

UWB pet positioning plus grid-map obstacle checks let a robot relocate and aim its camera for clearer, more reliable pet monitoring.

Local storage of graphic elements cuts host-to-controller data load, enabling responsive remote displays over slower RS-422/485 links.

A single high-bandwidth wireless link lets one controller switch among multiple robotic vehicles, carry video, and support battery hot-swapping.

Real-time relay positioning and link-status display keep automated work vehicles connected across wide work areas with fewer relay units.

Drones add a 3D sorting path above warehouse floors, raising package throughput while ground units handle secondary routing.

Wireless IoT control modules add remote monitoring and automated fault diagnosis for pool and spa equipment while reducing installation work.

Sync pulse timing lets asynchronous primary and secondary controllers share one resistive sensor without simultaneous access or data corruption.

A modular IoT control subsystem adds remote monitoring and installation fault diagnosis to pool and spa equipment while reducing service visits.

Periodic checks of device status, memory, processor load, and network traffic help flag failures early and keep patient data available.

Key UAV route points, altitude, and reporting time sent by RRC help base stations prepare handovers early with lower signaling energy.

A removable insert adjusts opening size and surface properties so a wearable remote fits different appendages more securely and comfortably.

A single wireless remote replaces fragile welding cables and proprietary terminals while enabling over-the-air setup and remote parameter monitoring.

Visualizing current radio strength and its change helps operators anticipate unstable links and avoid remote vehicle communication cutoffs.

Wireless remote and hub coordination keeps grouped lighting loads in sync and gives users clear status feedback across load types.

Real-time glucose feedback lets an insulin pump adjust delivery automatically, reducing dosing errors and hypoglycemia risk.

Predictive maps and in-situ sensing let harvesters adjust reel position to changing vegetation height and maintain field efficiency.

Live broadcast position updates let users identify and pair blind or shade controls without trial and error across multiple rooms.

A server-mediated handover lets a new control terminal take over drones or balance vehicles without interrupting device operation.

Wireless RF and WiFi control replaces extra wall switches for separate fan speed, light dimming, and scheduled operation.

By adjusting paging interval and data width to available field-device current, the module sustains wireless transmission without exceeding two-wire power limits.

Real-time broadcast position data links each blind or shade to the right UI control, cutting trial-and-error setup for multiple coverings.

Neighboring drones relay discovery messages when direct links fail, extending command center monitoring and control beyond line-of-sight.

Integrated antennas and authenticated wireless links give gas turbine engine controls secure offboard access for updates and troubleshooting.

Actuated controls mirror aircraft state to give VTOL pilots tactile feedback, improving awareness and smoothing autonomous-to-manual takeover.

Automatic camera selection tracks a moving work machine across fixed site cameras to keep remote operation views clear and usable.

Portable fixtures and an elongation gauge measure tie-rod stretch through capacitance, enabling accurate load readings across different rod diameters.

Cloud-delivered hotspot credentials let the vehicle link directly to a mobile device, cutting remote command delay and cellular dependence.

Dual-protocol load controls join Wi-Fi only when needed, reducing router congestion while maintaining reliable power control.

Separating UAV control signaling onto cellular links and data onto WiFi improves command reliability while keeping fast transmission rates.

Gesture inputs on the live UAV image map reference points to flight and camera view changes, speeding aerial shot composition.

A processor switches ceiling fan control to wall or remote input during startup, eliminating manual pre-setting before activation.

Geographic location guides selection of the lowest-delay wireless channel, helping remote control commands reach autonomous vehicles faster.

Two-stage drone imaging captures an overall view first, then detailed target areas, cutting wireless data load and inspection processing time.

Remote triggering opens an integrated pressure relief path to evacuate a gas spring safely without external hoses or release tools.

A flight management server assigns 2.4G control channels so one remote can switch among UAVs during take-off and landing with less interference.

Wireless pet positioning and grid-cell obstacle checks help a robot choose a clear viewing position and camera direction for reliable monitoring.

Connection-detected switching lets miniaturized robots adjust linear scale position signals without direct access to the movable side.

Simulated link-quality mapping adjusts UAV waypoints to maintain reliable ground station communication in obstacle-rich urban flights.

Selectable hand-controller presets manage speed and power so riders can transition from low-speed riding to hydrofoiling with better control.

Visitor images are recognized at the door and routed only to relevant home devices, improving security coverage without excess data traffic.

A remote controller uses device feedback to resync grouped loads and adapts one status indicator to lighting, HVAC, and shades.

Wireless group lighting control uses state queries and event-based messaging to keep devices synchronized and provide clear load status feedback.

Arrival-region notifications let AGVs receive the next travel command before stopping, reducing intermittent motion and improving route continuity.

Continuous glucose data drives automated insulin dosing, improving delivery precision while reducing hypoglycemia risk and manual burden.

Cellular monitoring, GPS tracking, and remote enable/disable help waste compactors improve dispatch timing, asset visibility, and safety.

An independent safety transmitter blocks or aborts remote object movement unless a stable safety link to the portable computer is active.