Programme Control TRIZ Cases

Multi-angle camera imaging acquires precise shoelace hole coordinates for robotic arms, eliminating deformation errors from contact scanning.

Vision system estimates spindle rotational speed using image similarity rules without additional hardware sensors.

A touchscreen image acquiring apparatus detects shutter press duration to trigger continuous shooting modes without manual mode selection.

A water connector integrates a sensor within an open-sided tundish to detect liquid presence and trigger alerts.

Reference counter calculates adjustment amount to automate mechanical origin setting, eliminating skill-dependent manual operations and reducing setup time.

Pairing modules with a specific control panel via unique identifiers prevents unauthorized takeover attempts by competitors.

A differentiation engine provides an object-oriented presentation of audit trails in industrial control systems.

A DC-based peer-to-peer network connects passenger control units using two-conductor data wires.

Automated guided vehicles supply fuel cells to transfer robots for sequential stacking in parallel units, reducing cycle time and labor costs.

A simulation device calculates time responses via impulse response convolution to align virtual models with actual motor characteristics.

A vehicle control system detects mobile device position to automatically lock or unlock an electric vehicle.

Dynamic cellular microstructure systems generate seamless meshes with variable material properties for customized structural components.

Spatial referencing adjusts nozzle output to maintain application precision despite unsteady user handling.

A control device uses gravitational acceleration sensors to detect angle and strength information for intuitive human motion input.

Infrared sensor detects extruding filament by reading reflected signals, resolving the contradiction between detection reliability and device complexity.

A substrate conveyance part executes rhythmic cycles to move multiple substrates simultaneously between processing units.

A compression optimization system determines optimal AI model parameters for edge deployment.

Imaging unit detects substrate peripheral film removal using pre-stored measurement settings, eliminating manual adjustment delays.

Automated width transition system uses stringline and slope sensors to control actuators, resolving manual adjustment precision issues.

Segmented travel control prevents sudden speed reversals during calibration, ensuring accurate positioning at the travel limit.

A polishing apparatus control section predicts processing times to coordinate transport and cleaning operations immediately after wafer polishing.

Processor analyzes captured images to identify occlusions and notify the control system, preserving SLAM reliability during navigation.

A redundant control unit applies outputs before correctness checks to minimize propagation delay in automation systems.

A preparation milling tool path method determines optimal extra thickness to maintain constant engagement angles during finishing operations.

A control method injects compound current into delta-configured chain-link converters to optimize phase balancing.

System generates route network from human actor location data to align automated guided vehicle paths with established traffic patterns.

A master unit manages radio frequency communication with uniquely addressed slave units to execute sequential control signals.

A system generates graphical views merging fastener locations into manufacturing process plans for intuitive planning.

A cutting method uses parallel tool paths to machine workpiece corners while performing integrated burr removal steps within each pass.

Live menu view integrates image display and control inputs, eliminating mode switching delays while users adjust articulation sensitivity during inspections.

A serial bridge controller manages transaction requests between a host processor and microcontroller unit using dynamic clock switching.

Predefined geometric templates enable nominal scanning measurements on standard personal computers, eliminating the need for high-performance hardware.

Reroutes LED driver control inputs to processor programming pins, enabling universal firmware upgrades without dedicated wires.

Failover modules in HMI client nodes detect server failures and designate new servers to maintain PLC communication.

A remotely activatable valve unit uses sensors to control fluid flow without direct electrical contact.

A signal delay unit transmits a wake-up trigger to a microcontroller, storing controller identification to resolve dark current detection challenges.

Conveyor zones dynamically adjust speeds using translation tables to resolve the trade-off between high throughput and gentle article handling.

A network visualization system displays individual device interfaces within an overview layout.

A control module manages power tool states using a timer-based logic flow that automatically deactivates the device after inactivity.

A speech recognition device uses dynamic process transitions to execute accurate control actions based on analyzed word data.

A numerical controller uses an override switch to suspend and resume machining programs at block end points.

Central system merges smart home data to identify threats, reducing property crime risk through expert database consultation.

A gripping system selects and adjusts object orientation based on priority settings to streamline assembly workflows.

Optical sensors detect cross-process swath distances to calculate extruder roll angles, correcting nozzle misalignment during additive manufacturing.

A coolant security monitor detects unauthorized physical access by tracking pressure and flow changes within liquid cooling lines.

Combining probability distributions into a composite fault map reduces the inspection area required to locate power line faults.

Grouping carriers by destination reduces conveyor line occupancy and prevents delays in sample processing.