Computer Control TRIZ Cases

Hierarchical building management devices execute event programs locally, reducing communication traffic and processing load on the central controller.

System replaces manual verification by comparing actual commissioning status data to defined parameters, identifying discrepancies to reduce time and errors.

A closed-loop control device uses a setting device to automatically determine and adjust frequency filter parameters and propagation delays.

A numerical controller overlays commanded and feedback tool paths on a single display plane to visualize trajectory deviations.

A connection system bridges BACnet and IP protocols to coordinate building facility and network monitoring devices.

A modular control apparatus uses a movable element to switch bus connectors between electrical connection and insulation states.

Gripping tongs apply direct voltage to detect position through current flow changes upon contact with grounded reference components.

A lighting control system maps addressable light units to an array space using unique identifiers for centralized management.

A mobile terminal uses acceleration and magnetic sensors to detect user entry into a vehicle.

A clearance detector computes distances between moving bodies using support functions on convex hulls.

Synchronizes coordinate systems between transport apparatuses using computer programs to correct positioning errors caused by environmental fluctuations.

Automated mapping eliminates manual tag association errors and reduces processing time in industrial IoT environments.

A multi-mode control algorithm transitions between closed-loop and open-loop modes to manage fluid flow set points.

A hot air blower controller modifies temperature settings during operation to enable adaptive heating profiles.

A positioning path generation system determines valid trajectories through machine configuration space sampling to optimize tool motion.

Splitting output data into portions transmitted via subordinate paths reduces latency in automation control loops.

An automatic component fabrication system uses cameras and illumination devices to determine material position for precise cutting.

A machine tool control device calculates feedback pulse counts from A- and B-phase signals to monitor sensor status without external measurement hardware.

A probabilistic mapping method registers multiple surface scans in a common coordinate frame using geometric map representations.

A controller applies a sigmoid friction compensation signal to correct tracking errors during direction reversals in feed apparatuses.

A controller retrieves module parameters to adjust cooling fan settings and optimize thermal management.

Load controllers compare local frequency against assigned thresholds to toggle electrical loads, providing rapid primary frequency response.

A production efficiency improvement device selects processing apparatuses based on shortest transfer distance to minimize energy consumption.

An irrigation control system detects expansion modules to generate optimized watering protocols based on real-time environmental data.

Arithmetic-expression-data-creation supporting apparatus manages calculation sequences and constants in PLC storing units.

Segmented parametering modules reduce setup time by automatically determining device parameters from application context.

A parameter value converter transforms analysis condition data between distinct mass spectrometry models using device-specific rules.

Calculating bend angles allows dynamic smoothing strength adjustment, suppressing shape errors while maintaining surface smoothness.

A self-organizing map learns fault-free step sequences to detect time response deviations in technical plant cycles.

Sensors detect boom angle to automatically adjust the tool actuator, preventing material spillage during lifting operations.

A numerical control machining program creation apparatus modifies shape data to incorporate grinding allowances automatically.

A remote ambience lighting control system uses segmented security codes to manage IoT network access and synchronize illumination across locations.

A graph-based analysis method organizes sensor data into nodes and edges to enable efficient visualization and real-time alert generation.

Standardized connectors on a modular electrical hub reduce wiring complexity and errors by segmenting the system into predefined connection patterns.

A single status board interface consolidates application data for real-time functional monitoring.

A universal I/O module uses detachable option circuits to connect diverse field devices.

Grouping motors by load inertia limits reduces selection time for servo systems requiring specific speed and torque.

Control unit switches configuration files to reconfigure peripheral devices without restarting the control program.

A signal analyzing system uses memory-mapped files to transfer input data between control and analysis software without direct data transmission.

An adaptive thermal control method adjusts power budget and performance settings based on detected environmental conditions.

A component mounter tool station stores nozzle tools at multiple storage angles to enable rapid exchange processing.

Direct Web server connections to I/O modules enable remote monitoring during setup while lock flags prevent command conflicts with the controller.

A time series data display device converts position feedback and command data into comparable formats.

A motorcycle protective garment uses integrated acceleration sensors and wireless communication to trigger simultaneous inflation of inflatable bags for riders and passengers.

A stepping motor driver mixes first and second decay rates to generate intermediate attenuation levels for drive current.

A hierarchical system energy efficiency controller coordinates terminal devices and gateways to optimize distributed energy management.

Segmented neural decoding and dynamic calibration resolve the complexity trade-off, enabling precise real-time interaction with physical environments.

Processor computes corrected position commands for a second axis using pre-measured delay data from a first axis.