Transmission Systems TRIZ Cases

Short-range NFC or RFID transfers setup parameters securely, simplifying wireless control pairing between a machine tool and vacuum cleaner.

See how a modular control set with communication circuit and user validation prevents unintende

Short-range NFC or RFID setup transfers communication parameters to pair a machine tool and vacuum cleaner with simpler, more secure control.

See how an intermediary adapter enables wireless, voice, and gesture control on cable-bound fur

See how a weight-sensing mat with LC circuit oscillation wirelessly activates a remote light un

See how a doorbell security component verifies input keys to initiate two-way voice communicati

Integrated cameras, thermometers, and ultrasonic sensors measure cooking-vessel states and wirelessly guide appliance control.

See how an ultrasonic sensor device automates liquid-level measurement in containers, replacing

See how a washing machine separates and holds water for parallel substance detection, eliminati

See how individually addressable holiday lights use motion sensing, sound modulation, and wirel

See how a wireless data transmission module in hand-held body care devices enables personalized

See how a sensor-equipped dispenser detects biologic contaminants at the source, enabling facil

See how a rotating rotor with convex surfaces gently pushes loose-leaf tea and other granular p

See how a wireless mat with weight sensors and LC circuit oscillation detects bed exit, activat

See how individually addressable LED elements with integrated processors enable real-time color

See how antenna positioning away from the control board flat surface reduces wireless LAN wave

See how a wireless data transmission module with external evaluation enables user-specific care

See how a communication unit receives cooking coefficients remotely to expand food program vari

See how a scissor lift mechanism enables vertical bowl adjustment to eliminate bending, reduce

See how a cooking appliance uses wireless coefficient transmission to extend cooking programs w

See how a wireless data module with energy harvesting enables personalized care programs withou

See how a handheld remote with touch sensors and processor enables users to control bed positio

See how a handheld control automatically detects connected motor consumers and adapts its displ

See how server-mediated coordination prevents electrical overload when multiple power-adjustabl

See how a cloud platform and intermediary wireless module extend grill control beyond Bluetooth

See how a measuring cup with integrated sensors detects temperature, fill level, and accessory

Distributed dispenser sensors compare contaminant levels to thresholds and send early facility-wide warnings before exposure risks escalate.

A communications unit inside a power and data module delivers user-specific audio or visual alerts from schedules, sensors, weather, and news.

A cloud platform links mobile apps to outdoor grills, overcoming Bluetooth range limits and enabling remote temperature, ignition, and cooking control.

Dual display zones and a multifunction remote let users track power cost, operating state, and food expiration without opening the door.

Interchangeable end caps let one handset switch between battery and cable operation while simplifying user replacement of damaged cable connections.

RF sensors locate the viewer in 3D from a remote signal, letting the TV stand rotate to the right angle with one button press.

Encrypted bidirectional learning lets a movable barrier operator pair remotes securely and block replay attacks on rolling codes.

A sliding cable channel and flexibly coupled external socket protect transmitter connections from mechanical loads while maintaining watertight operation.

Wireless driver identification links the correct transport refrigeration unit to the current driver, avoiding misrouted status updates and commands.

Compares onboard and external operation history plus vehicle features to verify the intended unmanned vehicle and prevent unintended control.

Relocating the cell detector to a side area clears battery venting paths, while simplifying module assembly and saving pack space.

Wireless authentication and remote override of vehicle subsystems help law enforcement end pursuits without spike strips or PIT maneuvers.

Hall-effect wake-up sensing lets a rotary retrofit remote sleep when idle and reactivate on movement to extend battery life.

A bezel-mounted wireless control fits over an existing toggle switch to add lighting control without rewiring or switch replacement.

A 3-axis acceleration sensor detects wafer tilt during transfer and triggers alarms to prevent placement errors, damage, and missed inspections.

Dynamic device type assignment lets identical bicycle controllers pair without conflicts, improving setup clarity and reconfiguration.

Remote electromechanical battery locking prevents UPS cabinet theft while allowing authorized release for faster maintenance and replacement.

Mobile apps link with vehicle telematics to verify driver licenses remotely and automate rental pickup, return, and keyless start.

Fixed time-slot polling and response over a galvanic isolation link enables safe, noise-robust motor driver communication with lower IC area.

Adaptive bitrate and priority control helps remote-driving vehicles avoid 5G uplink congestion while preserving stable sensor data transmission.

LED-based visual light communication sends pool sensor data through water, avoiding hard wiring while maintaining reliable monitoring and control.

Real-time driving-scenario metadata helps ADAS test fleets keep relevant sensor data, cut storage load, and track campaign coverage sooner.

Visual and audible configuration signals let aircraft tire pressure monitors be verified directly by humans without extra certified display hardware.

Wireless cell voltage transmission cuts fuel stack wiring and assembly effort while enabling real-time monitoring and maintenance planning.

Real-time facial and seat-pressure monitoring detects driver emotion and fatigue, then triggers warnings, speed limits, or braking.

Priority-queued key search triggers cut PEPS reacquisition load, lower power use, and preserve retriggering when modules fail.

A movable restriction member blocks unintended push-button travel in a wireless switch, preventing false signals during drops or transport.

Mounted over an existing toggle switch, this wireless lighting control avoids rewiring while holding the actuator on for reliable retrofit use.

A forward-raked sensor podium, status communication, LED alerts, and emergency stop logic improve coverage and safe mower operation.

A wheel unit cuts UHF signaling power use by switching to faster message intervals only when an authorized device is nearby.

A mobile app automates rental pickup, return, fuel and mileage reporting, and keyless vehicle access to cut manual transaction delays.

An accelerometer identifies the active surface of a multi-sided pointing device and realigns control axes for smoother appliance navigation.

Encrypted mobile tokens and NFC enable self-access and ride personalization while keeping guest biometric data private.

A single waveguide carries RF signals, power, control, heat-transfer fluid, and structural loads to cut aircraft communication weight and cost.

Calculating shift time between image-sensor and IMU data improves vehicle sensor synchronization when camera detection timing is hard to identify.

Adds a flashing trailer warning light through standardized plug-in connectors, avoiding wire cutting or splicing and preserving harness integrity.

Periodic wake-up logic lets a rotary Hall-sensor remote detect actuation while cutting idle power draw and extending battery life.

A mobile multi-axis sensor replaces imprecise two-axis tilt sensing to guide jack adjustments for accurate vehicle leveling.

Switchable directional antennas help TPMS tools identify the correct wheel unit despite overlapping UHF signals and interference.

Activation code matching prevents operators from starting the wrong remotely controlled vehicle, reducing start-up accident risk.

A single HMI triggers automatic parking and wireless garage access control, cutting separate steps and interface complexity.

Integrated pressure sensing and NFC linking let an immersion pump detect well or tank level without separate probes, power supplies, or access points.

Dynamic wake-up frequency lets a wireless logger conserve battery during storage while staying ready to detect transport and start monitoring.

After on-board network changes, startup selection switches between power control and communication requests to balance ECU wake-up speed and power use.

A rotating remote mounts over a toggle switch to add wireless light control and dimming without rewiring or replacing the existing switch.

A biasing base mounts a wireless control unit over an existing paddle switch, adding load control without rewiring or electrical work.

Wireless battery data transfer replaces physical test stations, enabling parallel remote testing with less space, time, and cost.

Communication latency triggers an emergency stop request, then cancels it if the link recovers within brake reaction time to keep ROVs fast and continuous.

Suspending the microcomputer during wireless parameter updates cuts terminal power use while preserving command responsiveness.

A non-power controller uses electromagnetic induction and wireless reception to switch molded case breaker power loops even when supply power is off.

Multi-axis orientation sensing improves jack control for vehicle leveling when two-axis tilt feedback is too limited for complex attitudes.

A docked widget layout adds tactile buttons and knobs to touch-based vehicle HMIs, improving quick access while preserving interface flexibility.

RF key identification mapping lets onboard electronics control auxiliary vehicle systems remotely without a control panel or dedicated remote.

A removable antenna extender lets operators control tools from a safer distance while maintaining wireless communication in hard-to-reach work areas.

A proximity-activated leg control links operation to the nearby stabilizer, improving safety while removing tedious verification steps.