Programme Control TRIZ Cases

A deviation value correction unit compensates for fan aging effects, maintaining accurate dust clogging detection in electronic device cooling systems.

A temperature control program monitors internal and external environmental parameters to manage cooling fans in tape libraries.

Load cells detect cargo weight to adjust brake roller friction, preventing skidding and uneven wear on lighter units.

Sequential node activation via Power over Ethernet reduces startup power demand, avoiding oversized power supply capacity requirements.

Simultaneous multi-wavelength image capture merges identifier and biometric feature extraction into a single step, eliminating sequential presentation delays.

Sensor unit coding rails automate position detection, eliminating manual commissioning and reducing bus coupler complexity.

A multi-port relay connects fluidic devices to user processors and diagnostic tools, enabling data exchange without direct cable ports on the device.

A defect inspection apparatus displays possible defects on test images and allows interpreters to adjust feature ranges using sliders.

Asymmetric rubber intermediate layer generates power upon deformation to resolve low pressure-detection sensitivity and delayed collision response.

A control device records user commands to generate selectable routines without prior configuration knowledge.

Sequence number authentication enables secure proximity communication without dedicated random number generation circuitry.

A computing cloud analyzes industrial automation data to determine equipment status and issue failure warnings.

Capacitance variation monitoring across locking electrode terminals detects handle actuation signals.

A test device connects control logic with simulation logic using a dedicated connecting unit and generated connection information.

A machine tool control device displays inspection items and methods alongside the machining program.

Anticipation curves generate a predicted torque value to maintain stable operation when physical sensors fail.

A turning tool adjusts its wiper edge orientation to correct surface topography.

An e-paper display screen modifies content parameters to reduce negative side effects.

The system eliminates separate teaching work for each hand by measuring relative rotation errors between hands and applying compensation to generate accurate teaching values.

A wireless irrigation control bypass module translates commands from a home automation system to operate legacy irrigation panels without full replacement.

Partition scheduler dynamically allocates execution time to safety monitoring and control programs for rapid switching upon abnormality detection.

A compensation processor calculates global and local CNC offsets to correct dimensional deviations in four-axis machining systems.

A tyre manufacturing apparatus detects deposition profile deviations to adjust reinforcing element placement paths on forming supports.

An apparatus calculates operational abnormality levels from sensor signals across distinct machine operating states to isolate fault factors.

Segmented pump reservoir with vertical partition separates gas from process fluid, enabling motor replacement without disrupting flow or causing contamination.

A process control system rewrites semiconductor manufacturing recipes based on previous step results to enable precise wafer-to-wafer adjustments.

Segmenting menu switches into non-overlapping rows resolves the contradiction between screen density and operational ease.

An asset monitor activates diagnostic subscriptions only after receiving event notifications from field devices.

A CNC router mechanically engraves simulated tile patterns directly onto acrylic sheets without heat or molds.

Continuous model position feeding into the feedback loop prevents position shifts during high-speed switching, reducing machine cycle times.

A neural network control apparatus revises quality prediction functions during mass-production molding to maintain accuracy.

A host controller modifies nonvolatile memory to correct detected errors in robotic surgical end effectors.

Sensor arrangement detects deformation distribution to adjust guides and compensate for process fluctuations.

A job scheduler uses Difference Bound Matrix zones to determine release times for concurrent biological analysis tasks.

Standardized object models resolve multi-vendor interoperability contradictions by consolidating metadata for automated workflow design.

A honing grindstone contact sensing method monitors servo motor electrical parameters to detect tool engagement with workpiece inner surfaces.

A reliability determination system calculates failure probability density functions to compare semiconductor integrated circuit groups.

A machine control system integrates manual teaching with logical validation to generate operational sequences.

Dual-robot 3D printing coordinates independent platform movement and head positioning to print larger complex parts without support structures.

An intelligent image sensor device uses real-time closed-loop control to optimize detection parameters for high-throughput optical measurements.

A mobile tool mediates robot object identification by capturing sensor data and receiving user input to update the internal database.

A production line measures workpiece positions once and transmits data to multiple processing stations.

A graphical user interface enables operators to specify start and end points on an original machining path for automatic program editing.

Infinite loop escape unit overwrites execution condition signals to terminate stuck ladder program loops, preventing machine control disruption.

A mobile device processes aggregate energy signals to extract appliance-level consumption data without additional hardware sensors.

A wireless adapter monitors field device status changes and queries extended information only when necessary.

Integrated communication unit eliminates intermediate merging units to reduce system complexity and cost.

Interactive door system alerts multiple devices simultaneously via a unified platform, enabling remote package signing without physical presence.

A thickness detection platform replicates production line motions to enable offline debugging of measurement equipment.