Programme Control TRIZ Cases

See how computer vision and Euler video amplification detect food freshness in real time, enabl

See how selective error invalidation enables separate trial operations for refrigerant and wate

See how automated prediction horizon selection enables fault prediction and control in building

See how volume-change measurement replaces surface color and texture analysis to achieve reliab

See how a digital twin model predicts cooling needs to adjust coolant flow dynamically, reducin

See how periodic display cycling and preliminary temperature sampling reduce internal heat inte

See how merging temperature, CO2, moisture, and pressure sensor data into a single building hea

See how dynamic HVAC control modules use weather forecasts and building state simulations to op

See how a shutter door system with controller unit and cam-driven emergency access replaces key

See how a smart device executes pre-linked commands when receiving smart lock state data, enabl

See how a microcontroller-based control circuit integrates gas sensors with indoor filtration d

See how segmented icon areas with slide-operation detection enable single-gesture equipment sta

See how wireless RF communication replaces vulnerable wired connections in cascading water heat

See how dual-trigger sensing prevents unintentional electric desk activation by requiring two s

See how an airbed system uses biometric sensors and machine learning to analyze sleep patterns

See how iterative simulation of control parameters optimizes thermostat-based load reduction to

See how a fan unit detects surging by measuring front-rear differential pressure and air volume

See how a comfort surface learned from user interactions enables dynamic HVAC setpoint scheduli

See how a modulating valve apportions refrigerant flow between condenser and reheat coils to ac

See how HVAC equipment adjusts air quality services based on patient records, tracks delivery u

See how template databases with area-specific programming and local mapping reduce configuratio

See how unified operational models enable continuous commissioning without occupancy-free train

See how robot cleaners use camera-based feature point comparison to recognize each other's posi

See how remote management overrides safety shutdowns during refrigerant leaks, using dynamic fe

See how synchronized control of compressor operation and power storage device enables air-condi

See how communication-status detection enables air conditioner control-state release from user

See how dampers and room-level humidity sensors enable downsized air-conditioned rooms while ma

See how automated transmission of device identification to a management server replaces manual

See how virtual climate models compare against physical sensor outputs to detect faulty sensors

See how a controller predicts power consumption across predefined operating states and assigns

See how a recessed microphone module in the refrigerator door enables hands-free voice control

See how dual-mode control switches between continuous and on-off heating to reduce energy consu

See how stranded node analysis segments HVAC thermodynamic prediction, reducing computational r

See how combining rule-based domain knowledge with DRL resolves control conflicts in HVAC syste

See how model predictive control replaces fixed setpoint schedules with dynamic optimization, r

See how a controller detects data-connection signals to switch between operating and standby mo

See how an HVAC controller uses IEEE 1451.4 TEDS and cloud machine learning to auto-detect fiel

See how segmented icon areas and slide-operation detection enable single-gesture equipment powe

See how a heat storage control device receives grid-wide power supply-demand data to schedule w

See how a self-walking apparatus recognizes obstacle categories, matches them to storage region

See how adaptive thermal modeling learns heat transfer and occupant comfort to minimize HVAC en

See how pre-ventilation compensation adjusts air conditioning capacity in advance to prevent te

See how occupancy sensors track space usage over time to calculate utilization values, enabling

See how distributed control with server-mediated locking and status feedback secures laundry in

See how automatic gain adjustment based on capacity and temperature thresholds reduces HVAC ove

See how automated temperature-difference and flow-rate monitoring detects anomalies and optimiz

See how monitoring temperature and pressure change values during heating prevents continuous op

See how combining motion, proximity, temperature, humidity, and CO2 sensors with neural network

See how a processor-based guidance system translates user preferences into precise cooking prog

Occupant comfort ranges, season, and room-level setpoints are combined to cut HVAC energy use while maintaining building comfort.

Virtual markings and a predicted buffer zone prepare drivers for automated-to-manual takeover, improving awareness, comfort, and safe stopping.

Real-time IP messaging turns device activity into settlement-grade power data, improving load curtailment verification and grid stability.

Parallel control-program instances compare command outputs to detect random hardware faults with low processor and hardware overhead.

Independent wheel-speed processing units isolate sensor faults, preserve valid brake signals, and cut redundancy cost.

Heat transfer gas reveals deposit-driven thermal resistance changes, enabling corrected wafer temperature control without frequent cleaning.

Automatic nozzle-set switching keeps agricultural spraying continuous across speed changes while staying within drift reduction pressure limits.

A gateway applies customer-defined policies to real-time pricing and ADR signals, improving IoT energy control while protecting data privacy.

Preselected wafer event candidates and an event queue cut simulation time while improving event-order consistency and UPEH.

Multiple estimation laws and blended control signals improve nonlinear plasma regulation, actuator coordination, and stability.

A brushless DC motor and nested control boards avoid brush sticking while keeping the gearbox parking lock actuator compact and lightweight.

Predictive battery temperature control uses driving data and battery state to improve charging efficiency, cut energy waste, and protect durability.

Real-time voice prompts and error detection make a multifunction car jump starter easier to use while supporting charging and lighting.

A current injection model with Lagrangian, KKT, and Newton-Raphson optimization sets power resource dispatch points with lower complexity and better flow accuracy.

Closed-loop bridge arm voltage control lets cascade power modules share voltage and absorb power consistently without communication lines.

A timer-programmed relay disconnects subpanel outlets during idle periods, cutting standby power without sensors or usage detection.

Predictive rail-voltage control coordinates fast and slow plasma actuators to avoid overheating while meeting pulsed power demands.

Processing area relationship lists identify startable semiconductor tasks early, avoiding acid-water deadlock while preserving throughput.

A preset torque sequence identifies sensor delay, gain, and bandwidth so variable speed drives can measure transient torque more accurately.

Combining motor position data with movable-part sensor signals reveals oscillation presence, frequency, and causes for targeted control tuning.

Pressure sensing at scaffold tie couplers detects unauthorized loosening in real time and alerts managers before integrity is compromised.

Wireless discovery and signal-strength grouping simplify load control commissioning, avoiding hard-to-reach button presses and skilled setup.

Dual code and sensor checks verify part identity, orientation, and recipe matching before battery module assembly stops on mismatch.

A Smith predictor and extended state observer improve wafer edge temperature control by reducing overshoot, undershoot, and settling time.

By splitting fixed and regulable PSS parameters, this case uses a generator-end voltage step test to remove antiregulation faster.

A centralized negotiation resolver assigns shared generation by priority lists to reduce unfair microgrid distribution and grid dependence.

Power-factor-based opening timing predicts current zero crossing and sets arcing time to cut contact wear without risking arc reignition.

An embedded PV module switch combines remote power disconnect, voltage and current sensing, and real-time temperature monitoring to improve field safety.

Using liquid-driven gas compression and expansion, this case shows modular energy storage that generates electricity with low environmental impact.

Physical grid isolation lets local solar or battery power keep serving loads during outages while preventing backfeeding and enabling variable-frequency AC.

Moving virtual slots synchronize cart spacing on linear tracks, preventing collisions despite long stopping distances and preserving throughput.

A central controller compares vehicle space requirements and adjusts trajectories to prevent collisions and blockages in free-moving transport fleets.

Peer DER controllers exchange power corrections to set local frequency references, improving microgrid resilience and scalability without central control.

Deep learning forecasts price and demand, while reinforcement learning schedules ESS charging and discharging to stabilize supply and improve revenue.

Swarm-based scenario selection speeds feeder hosting capacity analysis while handling voltage rise, overload, and protection limits.

Embedded barcode or RFID data links each electrical feedthrough to its process history, improving defect tracing without heavy batch inspection.

A second microcontroller injects timed interference signals through a resistor network to expose stuck-in-range switch detection faults.

Visual load port checks replace many E84 sensors and cables, confirming transfer requests and spotting foreign objects with less interference.

A three-layer controller architecture standardizes vehicle I/O, cutting wiring harness weight while enabling software-based function changes.

A bumper-specific phase curve corrects radar phase distortion, improving vehicle object angle detection without costly per-vehicle measurement.

A three-layer standard controller architecture cuts vehicle wiring and supports software-based component and I/O changes through shared signal databases.

A 3D mold notching simulator trains battery workers on parameter setup and defect response without disrupting production.

Machine learning predicts wafer uniformity from gas flow, chuck temperature, and process data to adjust recipes in real time and detect drift.

Standardized microservices and a unified communication layer replace monolithic battery management platforms to improve availability and scaling.

Machine-learned channel models steer a controllable reflector around factory interference and layout changes to keep radio data links reliable.

Mahalanobis-Taguchi processing of disturbed vehicle vibration signals raises identification frequency and accuracy without high-end hardware.

Calibration recipes derive chamber offset parameters from substrate data to align fabrication tools and reduce low-temperature etch variability.

Measured protection-layer, mask, and etch data drive recipe updates across dicing steps to stabilize chip quality and productivity.

An asynchronous state machine independently drives half-bridges to switch buck, boost, or buck-boost modes with better stability.