Programme Control TRIZ Cases

Continuous rotary input reduces operator gaze shifts and minimizes parameter entry errors.

A wearable BioSleeve uses conductive cloth electrodes and inertial sensors to capture muscle activations and arm orientation.

Subsea blowout preventer uses predictive software to monitor critical parameters and adjust ram activation timing for well control.

A sensor skid guides partially assembled battery-electric vehicles through flexible assembly processes.

Inverting connector roles places the male plug inside the console housing, reducing wear from frequent insertion while maintaining secure data transfer.

A slice image creation device determines peeling paths using intersection angles and circulation directions.

An active sensor detects object distance to adjust set points, eliminating hygiene risks from physical buttons.

A control system switches processing machine operating modes by retrieving stored settings and adjusting components automatically.

Segmenting processing between the vehicle and server enables remote diagnostics, resolving the contradiction between user accessibility and system complexity.

A connection module detects field device properties and automatically adjusts electrical transfer characteristics for reliable operation.

An automation appliance acceleration unit selectively converts priority process data earlier than non-priority streams to expedite transmission.

A method determines domestic appliance operation states by comparing received time series data against established operational models.

A lighting control system adjusts light intensity and color based on user comfort feedback to generate a personalized wake-up environment.

A position sensor calculates movement speed using pulse duration between signal edges to provide continuous motion data.

Finite element analysis and mechanistic modeling determine optimized cutting parameters, reducing trial-and-error shop floor experiments.

An S-shaped test piece evaluates five-axis coordinated dynamic precision using spatial curves and varying included angles.

Integrated multistage monitoring unit detects ground loss through voltage changes, opening switches to isolate faults and prevent component damage.

Field devices request and display remote automation data locally, resolving operator access bottlenecks without new standards.

A universal box build system uses robotic end effectors to assemble consumer electronics components.

A plunge cutting tool with a protruding edge portion machines press die profiles and relief areas in one continuous operation.

Repurposing alarm system sensors to measure air temperature and occupancy enables automated energy evaluation, reducing reliance on manual site visits.

A design tool processor serves dynamically synchronized process model instances to user devices and network equipment.

A functional data structure maps variables to process measurement system data using a cloning mechanism, resolving information loss during integration.

An engineering data gateway converts repository data into a graph database, identifying functional dependencies to reduce manual commissioning time.

Controller selects optimized cut locations using terrain data and loading profiles to improve material moving efficiency.

Offloading computational tasks to mobile devices reduces local processing complexity while maintaining high-speed analytics within the industrial system.

Portable electronic device detects NFC tag credentials to launch control application, resolving complexity trade-offs in home automation system operation.

A fabrication simulation model determines estimated completion times for semiconductor workpieces to adjust scheduling priorities dynamically.

Central control manipulates load angles across dual steppers to tension the coupling, resolving positioning errors from kinematic elasticity and friction.

Continuous acoustic monitoring identifies component deviations early, preventing catastrophic failures and maintaining production yield.

A medical manipulator system adjusts tip operating speed via a dedicated speed setting unit to match individual user preferences.

Unidirectional command and response lines enable unique module identification, allowing online replacement without disrupting system communications.

Automated access control system matches license plates against enrolled databases to trigger iris scanning for passenger verification.

A building installation control system adapts standby duration based on user presence probability to optimize energy usage.

A weakly-typed dataflow infrastructure enables standalone, configurable connections between industrial automation objects.

RF scanning devices detect carrier and shelf tags to automate material object placement, eliminating manual counting errors that cause production line pauses.

Automated system compares manufacturing requests against stored expedited reservations to determine applicability and calculate total completion times.

A robot joint control unit switches between output-based and input-based feedback modes to manage encoder data.

A plant operation data monitoring apparatus selects correlated variables to calculate dynamic statistical limits for error detection.

Elastic connection reduces assembly force on plug contacts, preventing damage during modular field device installation.

A non-invasive embroidery monitoring system uses mimic light sensors to detect machine performance data without altering machine architecture.

Dynamic ink volume adjustment correlates with layer thickness to resolve manufacturing efficiency versus color uniformity contradictions in 3D printing.

Optical scanning replaces mechanical measurement to determine mass distribution, preventing material over-removal from improper axis placement.

Machine vision identifies tools in storage drawers, replacing complex sensor arrays with a single imaging system for accurate tracking.

Real-time actuator control eliminates scalloping and tool wear during high-speed groove formation, enabling rapid production of precise microreplication tools.

An embedded CAD kernel interprets rich JT file formats to restore lost manufacturing data, resolving accuracy losses from traditional STL workflows.

Online particle size feedback dynamically adjusts mill shaft speed and feed rate to maintain target fineness despite ore quality fluctuations.

A warm up operation planning device selects optimal programs based on production plans and environmental conditions.