Computer Control TRIZ Cases

Combining touch position and force sensing enables blind patient couch control in medical imaging, improving safety without added haptic hardware.

A simulated validation environment lets an industrial controller learn action sequences from state-action data without risky real-world testing.

Automated sensor and occupant data are turned into a building wellness index to flag pathogen risk and guide remediation actions.

Selective cloud-to-site feature loading updates industrial automation devices without larger memory, reducing downtime and version gaps.

Calculated step-up milling paths keep surfaces between inner and outer limits while reducing material removal and accounting for spindle power.

Independent nutrient trays and movable grow modules improve indoor farm density while limiting disease spread and water-link scaling issues.

Motor current, voltage, and frequency are used to detect fan stall early and adjust leakage airflow for stable underpressure operation.

A topology-based interface maps elevator and escalator network status and paths so maintenance teams can locate faults faster and reduce downtime.

By selecting one- or two-direction correction from the workpiece machining form, NC program conversion preserves accuracy across different machining centers.

Model data predicts workpiece end states from initial and target shapes, enabling direct process condition setting in semiconductor processing.

A ground-leakage power circuit lets a wall switch controller run without a neutral wire while keeping earth leakage within allowed limits.

A ground leakage power supply lets a multimode wall switch run control and wireless functions without a neutral wire or battery.

Real-time infrared and camera monitoring helps HVAC adjust to each occupant’s thermal sensation while reducing delay and energy waste.

Dynamic target scores adjust industrial vehicle task evaluation for facility, task, vehicle, and operator factors to improve cross-site performance assessment.

Iterative inlet elevator control uses recirculation hold logic to keep loads in ascending order while raising sequenced output and avoiding blockages.

Trigger-based playback handoff preserves audio content, playlist state, and play position across platforms without manual session recreation.

Cached shadow representations keep device and subcomponent states queryable during connectivity gaps, reducing bandwidth and improving access reliability.

Pre-calculated cross-partition aggregates let manufacturing networks analyze sequence-dependent data centrally without losing distributed processing efficiency.

Iterative elevator control prioritizes recirculating loads and level scoring to raise sequenced load output while reducing blockage risk.

Policy checks on RPA workflow activities block robot generation or publication until access, compliance, and runtime governance rules are met.

Overlayed AR instructions and virtual objects guide industrial automation tasks, cutting memorization errors and downtime during remote support.

Geographically distributed personal devices detect disasters or crimes and deliver targeted alerts, escape guidance, and commands to responders.

Buffer systems with top and bottom container access cut load handler wait time, reduce congestion, and raise picking throughput.

Preconfigured maps, refuge areas, and door lock control speed gunshot response by guiding occupants away from danger zones.

Cloud identity verification and blockchain device registration unify building access and multi-vendor management while cutting setup time and cost.

Tensile-state sensing adjusts optical sensor and display parameters to maintain light reception and measurement accuracy during stretchable display deformation.

Predefined operation templates simplify hierarchical control instruction creation for industrial machines while reducing programming errors and setup time.

Non-speech sound detection lets IoT devices predict user actions and auto-adjust settings to prevent hazards and avoid activity interruptions.

User behavior patterns drive schedule bots to pre-configure related appliances, enabling coordinated control without direct user input.

Wireless monitoring and control detect pool equipment installation faults and malfunctions early, reducing service visits and damage.

Track-linked add-on components switch audio EQ by remote source, making multi-zone playback more customizable without complex manual setup.

A bottom opening smaller than the freezing target drains pretreatment liquid automatically, reducing manual cell-freezing errors and residue.

Distributing control logic between process controllers and universal I/O modules cuts latency to 1-5 ms while scaling to many I/O points.

A cascaded controller uses intermediate pressure and load-sharing parameters to prevent valve inversion and premature anti-surge action.

Electronic water sensing replaces mechanical detection to separate condensate from steam vapor and support remote steam trap monitoring.

Predefined normal and fail-safe data sets let an IO-Link device take over actuator communication, cutting setup effort and hardware needs.

Precomputed rule generation from dynamic physical models cuts control latency and computing load while preserving decision accuracy in complex systems.

UWB positioning and QR-based identification map network devices onto a physical layout, reducing errors in large-scale device control.

An auditor device verifies component IDs, configuration, and data transmission before process start to block malware and incorrect setups.

Sensors map tube opening patterns so an indexer can remotely position water jets for faster heat exchanger tube cleaning with less operator exposure.

Interactive cause-effect matrix views link SRS data to monitor and effect blocks, reducing safety logic errors in complex process control systems.

Detected human reactions update action weights across audio, display, and robotic outputs to improve engagement during interaction.

A stored execution-order control circuit lets an electric screwdriver switch, repeat, or stop work sequences without manual resets.

Existing temperature, pressure, and shaft speed sensors estimate turbine weight flow, avoiding added ECS sensor weight and complexity.

Optical wall scanning detects surface irregularities and selects a drill position that improves drilling success on uneven wall areas.

A cloud-based industrial development hub analyzes control projects with backup, code conversion, and version management to cut development time.

Temporary suction boosts cut smoke transport time in ASD pipes while keeping airflow below interruption limits and reducing false alarms.

Name graph comparison automates hardware-to-automation data exchange, preserving integrity while updating engineering objects.

Execution context and algorithm metadata are compared automatically to shortlist replacement algorithms faster and with fewer selection errors.

Unified equipment models link SCADA objects and MES entities to automate status sync, real-time utilization tracking, and event reporting.