Transmission Systems TRIZ Cases

Adaptive wireless wake-up intervals match expected data volume, cutting hand-held unit energy use without adding vehicle safety control latency.

A fluid-permeable mesh raised by worm drives lifts a distressed swimmer from the pool while preserving water flow and support.

A wireless sensor detects an SPD end-of-life flag and sends low-bandwidth alerts to a hub for faster remote maintenance response.

A vehicle sends state alerts to a personal terminal with sound or vibration, helping users notice unlocked doors or lit lamps without public exposure.

Surface-mounted wireless nodes form a mesh across complex vehicle geometries, reducing metallic shielding effects and extending Internet access nearby.

When server-relay communication is restricted, control shifts to onboard automatic movement control to keep the moving object operating.

Button-press motion drives a magnet-coil microgenerator to power wireless switching without batteries, cutting waste and installation constraints.

During fuel cell shutdown, user input is masked and status feedback is provided to prevent interference with stop operations.

A window lens doubles as an RF antenna and heater, hiding camera communications while preventing fogging and frost in cold, humid conditions.

Adaptive RF polling measures key-fob distance during autonomous maneuvers, keeping the driver in range while limiting energy use.

Changing authentication information for each repeated signal group improves inter-device security and distance calculation accuracy.

A switch-triggered wireless transmitter reports SPD end-of-life and surge events remotely, simplifying status checks across distributed installations.

Continuous accumulator sensing improves state diagnosis and predicts remaining service life while helping locate end-of-life batteries for recycling.

Private ear-mounted alerts notify drivers when a vehicle is left unsecured, enabling remote state maintenance without third-party awareness.

A removable antenna extender moves the tool signal closer to the remote device, improving range through dense materials and safer operation.

Dual RF and internet authentication keeps vehicle doors operating when RF reception drops, while prioritizing RF to conserve bandwidth.

A replaceable wireless sensor module in the clamping assembly cuts toolholder sensor swap time while preserving reliable parameter measurement.

NFC-linked ID storage pairs torque and angle data with each test, enabling fast in-field screwdriver verification without manual setup.

Movement, acceleration, and vibration data help excavators identify the truck being loaded despite RFID ambiguity and harsh mining conditions.

A remote antenna detects external interference earlier, letting the battery pack switch and reserve cleaner wireless channels before packet errors rise.

Remote derestricting lets leased generators raise output on demand, preventing trip-outs while avoiding oversized equipment costs.

Only situation-relevant sensor data is sent to the remote commander, cutting transmission load while preserving accurate autonomous vehicle guidance.

Adjustable transmit power lets a user device discover and pair load control devices wirelessly, cutting setup time and easing reconfiguration.

Trajectory- and situation-based sensor limiting cuts transmission volume while preserving the information needed for accurate remote vehicle guidance.

Surface-mounted wireless nodes use unobstructed sight lines to overcome shielding and support reliable high-bandwidth links on variable vehicle geometries.

Unique CIR fingerprints authenticate wireless battery-pack messages, blocking spoofed nodes and external RF attacks inside the enclosure.

Selective camera and radar transmission based on road situation cuts remote-driving data load while preserving the information needed for guidance.

Real-time device prioritization transfers a software access token to the best nearby portable device for secure, efficient remote control.

Periodic UHF signaling lets an authorized remote device trigger wheel unit commands while reducing energy use and preserving communication quality.

A rotating-rod actuator retrofits existing toggle and rocker switches, cutting installation complexity while enabling remote and voice control.

Out-of-band receiver communication enables power allocation negotiation before charging, simplifying one-to-many wireless power sharing.

Radio wave intensity tracking stops the smart key after a set time at stationary locations, cutting power use and misuse risk.

Wireless communication lets paired switches control electric loads remotely, removing the need to reach fixed wall switch positions.

Wireless RF messaging replaces dedicated conductors in switch monitoring, simplifying integration and avoiding communication loss from cable damage.

Non-contact level sensing and Wi-Fi valve control keep pool water within set limits while reducing float failures, corrosion, and water waste.

A wireless kill switch cuts appliance power remotely, avoiding costly and risky repossession while allowing fast service restoration after payment.

Transmission history from peer slave BMS units helps the master distinguish wireless communication errors from actual slave faults.

Remote parking stays available by checking function status from either the server or the user terminal when one communication path fails.

Edge-timestamp parsing converts AK wheel speed sensor current signals into decodable data bits without special chips, cutting cost and supply risk.

Wireless code matching and camera-image confirmation help operators verify the intended vehicle before remote start-up, reducing wrong-vehicle control.

Temporary link latency spikes trigger a stop request, then cancel it if recovery occurs within brake reaction time to keep remote vehicles safe and moving.

Merged wireless command packets keep battery monitoring data valid within each control period while reducing communication delay and load.

Short-range key detection and far-field relay trigger vehicle preconditioning while preserving identification key battery life.

A recessed carrying surface and support gap weaken electrostatic attraction in a reticle pod, reducing particle adsorption and pattern defects.

A split resonator with microstrip and ground-plane slot elements keeps antenna impedance stable across changing biological environments.

Communication latency is monitored to trigger and cancel emergency braking within brake reaction time, reducing stops while keeping remote vehicles safe.

Wireless load-cell monitoring alerts users to cargo restraint tension changes and supports lifecycle tracking to reduce shifting-load risk.

Slave BMS nodes log peer transmission history so the master can separate wireless link faults from actual slave failures.

A retrofit interface detects digital or direct I/O machine controls, enabling lower-cost remote operation across varied machine configurations.

Conductive auxiliary patterns on second connection patterns diffuse static electricity to prevent disconnection defects and reduce Joule heating.

A mobile training device uses a self-stabilizing drive system to replicate human motion patterns for athletic practice.

Active and standby router controllers maintain synchronized state through internal OSPF-TE adjacency for seamless switchover.

A vehicle remote controller detects its spatial location to dynamically switch between distinct functional sets for external or internal use.

Network devices exchange neighbor negotiation packets to update link state information bases for synchronous topology discovery.

Repair label switched paths bypass failed head-end nodes, reducing state control block management complexity.

A notification system transmits vehicle feature operating instructions to users via mobile devices.

Stacking loop coils and signal lines in separate layers reduces the invalid detection area while maintaining full coverage.

Elastic sealing member maintains tight contact between protruding rod and housing to block water and dust intrusion.

Controller adjusts backoff times by communication count, reducing congestion and improving efficiency in order entry systems.