Computer Control TRIZ Cases

A flue-cured tobacco device uses a net filter layer structure to evenly heat the cigarette via controlled airflow and temperature sensing.

A multi-pump control system determines pump characteristics via zero flow configuration cycles to optimize energy consumption.

Reduced-order models cut computation time while maintaining accuracy for CCHP plant cost management.

A model-free online recursive optimization method decomposes batch process data into variable periods to integrate global optimization actions.

A service registry module registers standalone tools while a process orchestration engine monitors lifecycle activities across the platform.

Serialized controller data structures eliminate persistent memory requirements, resolving scalability bottlenecks in cloud-based real-time control systems.

A hub controller coordinates distributed energy storage units to manage grid capacity constraints through real-time thermal monitoring.

A modular energy management system segments power units to control multiple battery interfaces via a unified communication bus.

An encoded register intermediary stores totalization data in non-volatile memory, eliminating synchronization errors from pulse-output noise.

A numerical controller converts touch panel slide operations into machine coordinate movements for intuitive axis control.

A decentralized peripheral implements simulation functions within its interface module using programmable software elements.

A cooling module identifies its parent refrigerant distribution unit by measuring unique pumping pressure signatures transmitted over a CAN bus.

A servo control device calculates ball screw stretch based on motor tension to adjust position commands.

A scattering unit with diffusely reflecting inner walls illuminates test objects from all spatial directions during automated conveyor inspection.

A controller generates feature quantities from redundant device data to detect abnormalities and switch units between working and standby modes.

Segmented controllers manage independent grow zones to reduce energy consumption while maintaining precise climate control for optimal plant development.

A design model processing method uses a link list with globally unique keys to separate additional data from core objects.

A system normalizes test data against historical means to identify parts with similar failure mechanisms.

A control method calculates switching times for maximum acceleration and deceleration outputs to stabilize actuator movement.

Portable computing devices transfer configuration data to unpowered process control components via wireless links.

A valve control device employs a device driver to abstract hardware differences, resolving the trade-off between control precision and adaptability.

A servo selection system displays replacement information and operation guidelines to verify new-model compatibility.

Dynamic threshold-based regulation manages PV output and controllable loads to prevent grid export violations while maximizing usable solar power.

Pre-stored duty cycles eliminate runtime calculations, reducing the CPU processing burden while maintaining precise angular position control.

Meter controller compares primary coil input voltage with secondary contact output voltage to detect latch relay position.

A process control loop monitor logs communication data from field devices to facilitate network fault identification.

Central server assigns user roles to local power plant controllers, enabling secure local authentication and reducing network vulnerability.

Color-coded graphical user interface replaces complex text error codes with intuitive visual severity levels to prevent medical assessment delays.

A scheduler unit manages thread execution within switching cycles to generate power train control signals responsive to hardware events.

A weather-based irrigation controller adjusts watering schedules using real-time temperature and rainfall signals.

Model predictive control balances oxygen supply and carbon capture values to resolve the trade-off between emission reduction and operational complexity.

An industrial controller switches between open and secure modes to manage network access requirements.

Addressable LED arrays display amalgamated alphanumeric characters, enabling network address setting without extra tools or increased device complexity.

Frequency selective iterative learning control reduces repetitive positioning errors by filtering specific frequency components from error signals.

A digital control unit switches a power tool interface between standard and communication operations to transmit operating data via existing connections.

A hair trimming apparatus detects hair characteristics using sensors to determine optimal blade operating parameters for automated adjustment.

A system determines optimal parameter settings by dividing historical power data into load segments and identifying feasible ranges.

A numerical controller adjusts position command acceleration based on real-time magnetic flux levels in spindle motors.

Network controllers apply global settings to automate routines, reducing energy consumption and waste.

An augmented reality process planning apparatus guides human operators to move a probe through virtual workpieces using real-time instructional data.

A dynamically configurable intelligent controller based on DSP and FPGA technology reconfigures hardware units to generate an adaptive control algorithm graph.

A player device establishes a correspondence between a playback device and an account to enable automatic login without manual credential input.

A digital indicating controller executes ladder programs internally to perform sequence control functions.

Real-time load monitoring enables the control system to adjust processing speeds, preventing power source stalling caused by steel sheet thickness variations.

A conditioning device converts analog machine operation parameters to digital data for remote terminal access.

A smart hub translates advanced commands into sub-commands executed across multiple devices.

A mixed-frame rate logic device synchronizes data sharing between industrial controllers operating at different frame periods.

An electrical power distribution unit detects aggregate current draw and disables unused outlet sockets to manage total load capacity.

Dual correction amount computation units in a controller prevent abnormal values from machine learning models, ensuring reliable servo operation.

A grid action selection system applies causal knowledge to optimize operational outcomes.