Transmission Systems TRIZ Cases

Adds wireless lighting control by locking onto an existing toggle switch with faceplate barbs, avoiding switch replacement and re-wiring.

Short- and long-term driver attention indicators add trend context to distraction alerts, helping drivers respond before focus declines.

Direct LED or audible signaling lets aircraft tire pressure monitors present configuration data for human verification without trusted intermediate devices.

An inlet fuel sensor and controller stop the pump when liquid is insufficient, preventing dry running, friction, and heat damage.

An adjustable rim band and non-metallic air-permeable holder let one tire sensor fit varied rim sizes without valve-specific parts.

A smartphone app and attachable remote platform let users securely program vehicle key fobs without dealer visits or manual steps.

A light-transmissive antenna cover keeps RF gain high while showing device status for easier load control commissioning and troubleshooting.

A vertically removable snap-fit cover gives in-ground sensor transmitters tool-free battery access while maintaining sealing and impact resistance.

Multi-axis digital sensing and wireless mobile control improve RV jack leveling accuracy across complex vehicle attitudes while securing access.

An EM aperture antenna measures multiphase flow while a pressure-retaining window blocks fluid ingress without bulky gamma-ray hardware.

Mounted over an existing toggle switch, this wireless control approach adds dimming and load control without rewiring or switch replacement.

Zero-crossing and neutral-side monitoring detect circuit deterioration before overcurrent trips, enabling early fire warnings and intervention.

A mobile device verifies license and reservation data to enable automated rental pickup, keyless vehicle access, and faster returns.

Private ear-mounted alerts notify users when a vehicle is left unsecured, enabling remote state correction without exposing the warning to others.

Wireless control enables remote parameter reading, display setup, and media playback for flexible wheel rotation imaging.

A snap-fit cover enables vertical, tool-free battery access in an installed soil sensor transmitter while preserving watertight sealing and impact strength.

Ear-mounted sound or vibration alerts let drivers privately detect an unlocked or improper vehicle state and correct it remotely.

A flexible track guides a self-moving sprayer around the handle to disinfect front, back, and side surfaces after use.

Modular battery management and power control enable flexible charging and discharging adjustment for smarter energy conversion scheduling.

When remote and vehicle control ranges differ, input scaling or range restriction preserves full operability and reflected commands.

Tool-mounted tags store operating parameters so battery production machines can auto-set values, cutting setup errors, scrap, and tool damage.

RF signaling, LED cues, and proximity vibration help drivers find parked vehicles in large garages where GPS and horn-based locating are unreliable.

An air-gap capacitive link moves data between rotating and stationary LIDAR parts at higher speed with lower power and less interference.

A coil near an AC power cable harvests induced voltage to run vehicle sensors, cutting wiring complexity, battery weight, and data gaps.

A transparent thin film conductor senses capacitance changes from debris on a LIDAR window, enabling targeted cleaning and valid sensor data.

A mounting tab and concave pedestal let a retrofit remote control stay stable and prevent base rotation without rewiring existing load controls.

Button motion drives electromagnetic induction to power wireless switching, removing batteries, wiring, and related maintenance.

Surface wave sensors on planet gear pins capture load and temperature data from rotating parts without onboard power or complex wireless hardware.

A networked media hub bridges disparate IoT protocols and interfaces, enabling unified control and interaction across isolated smart home systems.

Electromagnetic signal detection disables factory remote driving at the right route point, improving security without extra hardware.

Dual control, pilot biometrics, and flight-plan checks enable remote takeover or destruction of unauthorized unmanned aircraft.

Vehicle-side processors standardize vehicle-specific states into vehicle-agnostic input, letting one remote device work across different vehicle types.

Predictive trajectory adjustment and sensor feedback help remote drivers control high-speed vehicles despite latency and patchy network coverage.

A gateway opens outbound sessions and matches device IDs to enable secure remote access to production devices without network changes.

RFID-based securement detection lets fluid line connectors verify full engagement remotely for automated assembly and inspection.

Holding the last motor command, then ramping toward a failsafe value, avoids sudden posture shifts and motor damage during signal loss.

A sensing washer with strain sensing and RFID tracks bolt tightening stress remotely, cutting manual inspection time, cost, and errors.

An inaudible verification marker helps confirm user proximity and block replayed voice commands before device actions are executed.

Real-time proximity notifications let working machines switch between remote and manual operation without unsafe delays or workflow disruption.

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

Automatic control authority switching based on data link condition keeps semi-autonomous aircraft functions available and avoids erroneous activation.

Adds wireless digital communication to pneumatic and analog measurement devices without replacement, preserving diagnostics for industrial data systems.

Automatic control handoff between an uncrewed aircraft and ground station maintains function availability when data link conditions degrade.

A segmented reusable pump and disposable fluid path use volume sensing and valve isolation to improve dosing accuracy, sanitation, and wearability.

Round-trip time stamps on vehicle status and operator commands expose end-to-end remote control delay for safer mobile body operation.

Local graphic storage and file-ID commands cut serial link load, enabling high-resolution remote control displays with less delay.

A substitute remote terminal forwards drone control data so the primary controller stays hidden, reducing pilot position exposure.

A network switch detects stuck virtual channels and lost credits using independent software control mechanisms.

Stacked hybrid electrodes in a touch screen panel reduce mask counts and deposition costs while maintaining optical performance.

A wireless communication apparatus manages data transmission queues to balance power consumption and reliability during doze state transitions.

A traffic class signal generator formats parameters into a QoS BLOB to allocate communication resources.

Segmenting the Ethernet into virtual networks enables load balancing across multiple paths while preserving reverse path learning and fault tolerance.

An identification device harvests electrical energy from wireless communication signals to power remote vehicle control transmission.

A network system detects congestion onset at a node and propagates control messages to delay upstream transmissions.

A tape measure integrates barcode recognition and reel rotation sensing to generate precise pulled-out length data.

A centralized resource controller manages logical bearer networks to ensure quality of service in virtual private networks.

Exchanging dummy packets creates direct peer-to-peer paths through NATs, bypassing server dependency and improving connection reliability.

Local Ethernet fast re-route segments protection switching to bypass end-to-end detection delays and prevent microloops.

A meter reading device uses an image sensor and aperture to capture display data.

Trigger frame scheduling enables unassociated stations to access random resource units, reducing wireless medium contention and improving network efficiency.

Transparent LAN bridging connects geographically separated telephony hosts over WAN links to maintain a single subnet.