Programme Control TRIZ Cases

A mobile terminal obtains current positional data to select and transmit specific access authentication data via radio frequency signals.

A CV algorithm regulates energy storage charging and discharging to manage site power demand.

Segmented thermal zones use acoustic look-up tables to increase fan speed near heat sources while lowering other fans, reducing noise and power consumption.

A wireless thermostat network uses associate mode commands to automatically determine device roles and establish connections between central and perimeter units.

A home appliance diagnostic system modulates digital product information into sound signals for remote transmission to service centers.

Operating the electric motor at high rotational speeds increases air pressure and flow, reducing overall tool weight and size.

A system binds graphic elements to industrial automation data types for automatic human machine interface generation.

A risk manager system monitors connected devices and exports near-real-time cyber-security risk data to external systems.

A thermal displacement correction apparatus calculates adjustment values using machine-dependent coefficients derived from preliminary experiments.

A turbine performance model calculates inter-stage conditions to adjust operating parameters.

An orientation chamber purges contaminants using a regulated cleaning gas flow to maintain substrate purity.

A live video system overlays directional graphics on treatment room feeds to monitor equipment proximity.

A coordinated control strategy uses adaptive virtual admittance to inject negative-sequence currents from STATCOMs and wind turbines.

A biometric authentication apparatus stores representative matching data across environmental variation ranges.

An HMI compiles available connections from networked components to enable accurate programming without prior address knowledge.

A unified collaborative workspace uses ultra-wideband transceivers to establish positional frames of reference for remote robotic control.

A portable localization device reads machine-readable identifiers to determine geographical location information for host devices in building control systems.

Anti-pinch processing module compares speed and position thresholds against real-time data to detect potential pinch hazards before contact occurs.

A server manages sequences of access codes for remote vehicle entry devices.

Dynamic timing adjustment compensates for manufacturing errors and aging variations in fluid reaching time across multiple processing units.

A motor control device sets holding torque via a selection unit using stored integral values to stabilize the gravity shaft.

Segmenting calibration data into common and specific versions reduces memory bulkiness while enabling efficient reconstruction of complete models.

A server apparatus links terminal appliance data with device identifiers and state changes via a storage unit.

Omni-directional vehicle positions multi-axis robot with laser scanner to measure aircraft parts and generate surface ready output files.

Graph traversal analyzes network topology to dynamically calculate relay settings, resolving scalability bottlenecks during reconfigurations.

A photovoltaic production line assigns grades to units for dynamic scheduling and closed-loop process adjustments.

Redundant CPUs in a motor control device maintain processing continuity when primary units malfunction, ensuring safe vehicle operation.

External backup memory preserves critical controller settings to eliminate downtime and reconfiguration errors during transfer-switch controller replacement.

A partially reconfigurable FPGA field device implements dynamic measurement paths using individual logic blocks and global resources.

A wireless diagnostic concentrator extracts process variable signals from field devices and transmits data to monitors.

A programmable logic controller operating system detects and archives control program changes to ensure traceability.

Tomography constructs a 3D digital model from radiographic images to analyze relief rendering and internal geometry, reducing defects in glass distribution.

Signal couplers merge communication with power distribution to maintain protective functions during data network failures.

Predictive customer baseline profiles replace historical usage data to maximize wholesale electricity market revenue generation.

Automated coordinate translation resolves manual calculation errors in turbine blade diffuser hole geometry, ensuring precise aerodynamic replication.

Dynamic speed adjustment based on real-time operator detection ensures safety without adding sensors or wiring.

A sensor circuit adjusts output signal levels to generate error indication pulses during faults while maintaining accurate measurement data.

Adjustable conveyor tracks and a pick-and-place robot automate packaging while handling varying container sizes and product types.

A dispensing system extrudes semi-solid metals through a nozzle using latent heat position control.

A semiconductor manufacturing system correlates end-of-line parameters with metrology data to adjust process controls for subsequent workpieces.

Optical sensors detect reference marks on logs to provide feedback for a turning mechanism, correcting rotational errors during high-speed processing.

Multivariate monitoring isolates faulty components by analyzing sensor interactions, reducing maintenance costs.

Outage intelligence application processes event messages to detect grid conditions, resolving slow response times through distributed self-healing capabilities.

Segmenting control programs across fixed-point and floating-point units to resolve hardware underutilization in real-time sampling systems.

A data validation system monitors sensor outputs by determining probable ranges from historical data to identify current anomalies.

Segmenting models into single-color regions reduces computational complexity and increases print speeds for complex color patterns.

A conversion device specifies start positions based on accumulated weights to generate weighted finite state automatons without unnecessary paths.

A computerized product configuration module generates detailed engineering drawings and component listings for custom HVAC control panels.

A homing method defines reference positions by monitoring motor electrical parameters or velocities during hardstop contact.