Programme Control TRIZ Cases

A mobile communication device connects to a fixed interface via a sensor detecting its connection state.

A honing feed system uses torque and force sensors to detect bore contact during rapid tool advancement.

Unified installation packages streamline rule configuration, resolving manual setup inefficiencies and improving smart home control versatility.

Force sensors detect interface status to drive exoskeleton displacement, maintaining movement accuracy despite environmental disturbances.

A nonlinear upsampler and lead-lag filter attenuate high frequencies to eliminate start-and-stop behavior in flight control systems.

A mobile robot system selects from multiple composite cleaning area maps to recognize positions and perform cleaning tasks.

An energy management system uses an expert engine and numerical solver to optimize plant operations.

A safety switching device manages motor-driven components in hazardous areas using a two-stage control system and position detection.

Controller selects device dictionary based on user line-of-sight direction to resolve voice recognition precision trade-offs in multi-device environments.

An I2C bus updates multiple laser modules simultaneously, reducing build time and service complexity.

A building automation system determines position using weighted results from multiple location methods.

A robot controller switches impedance parameters based on external force direction to enable asymmetric displacement changes.

A wireless user interface employs a dual-layer password scheme to establish secure connections with industrial control systems.

A robot task management system queries a preset state table to validate transitions between concurrent processes.

A redundant SIEM architecture verifies message generation and transmission, preventing manipulation and reducing false alarms in automation networks.

A server and client module using OPC-UA transfer industrial automation data for real-time debugging without halting operations.

Vertical power transmission through a hollow shaft reduces cable quantity and noise while improving maintainability in articulated robots.

Integrating safety determination into the communication module central processing unit reduces device complexity and shortens response delay.

A control center evaluates automated vehicle navigation using attitude sensors and panoramic cameras to capture tilt, trajectory, and speed data.

A parametric master model updates process plans iteratively using real-time parameter values from each manufacturing step.

A detection system acquires and checks status data from multiple process steps using graphical models to represent expert knowledge.

Shielded tube skin thermocouples and tomography detect slide valve sticking to prevent equipment failure and extend operational life.

Storing substrate processing data in a single file reduces complexity of reconstructing processing conditions from multiple tables.

A vehicle load control device detects current changes across switching elements to determine connection forms.

A numerical controller calculates actual clamping mechanism operation time to synchronize commands with the next machine tool operation.

A weldability prediction system generates standardized stack-up data and applies predictive logic to recommend process schedules.

A timed access controller manages vehicle compartment closures by unlocking them for a set duration upon receiving an unlock signal.

A drilling information management system uses probe assemblies and barcode scanners to execute real-time monitoring of directional drilling plans.

An emulator retrieves status data from field devices through communication managers.

A moving-horizon Markov decision process model uses a greedy algorithm to find basic feasible solutions for real-time scheduling.

See-through display device detects control devices and overlays functional information on interactive elements, eliminating manual search for user manuals.

A pivoting steering wheel relocates the driver interface to clear the airbag deployment zone.

A robot simulation system models workpiece drop operations under gravity to generate realistic bulk stacked states.

A control device manages heating and cooling units based on real-time operation conditions.

A thermal displacement compensating device calculates rapid traverse time density to adjust feed axis positioning.

A control system categorizes grid service requests into priority tiers to manage power allocation within an energy storage unit.

Servomechanisms adjust grip force via mechanical advantage to maintain consistency across the range of motion.

Segmented components and inversion principles resolve the contradiction between portability and automation, ensuring precise scanning after reassembly.

Optical identification ensures correct device targeting during wireless configuration, preventing data corruption in dense industrial setups.

A computing device system evaluates pending machine outputs against stored states to prevent hazardous operations in semiconductor wafer manufacturing.

Voice commands parse into structured queries that resolve context-specific terminology ambiguities within complex CAD environments.

A universal sensor interface conditions electrical power from external sources and converts sensor outputs to compatible digital or analog signals.

Automated image processing replaces manual drawing to resolve operator skill variability, ensuring consistent accuracy in decoration pattern application.

A handheld computing device provides location-based services to plant workers using GPS, RFID, and barcode reading.

Synchronized thermal correction reduces lost time caused by individual standby periods while maintaining component mounting position precision.

A home gateway detects mobile terminal presence to trigger automated appliance commands.