Programme Control TRIZ Cases

Visual interface maps part locations to reduce manual coordinate research and assembly time.

A processor identifies contextual influencing factors and iteratively weights relative priority values to generate revised energy load forecasts.

Body controller monitors vehicle bus for scan device requests during armed perimeter alarm states.

A carrying device couples a mobile operator unit to clothing or machinery for stable storage and hands-free access.

Exact linearization techniques model non-linear elastic deformation to stabilize load shaft positioning accuracy.

A transition path connects cutter segments while maintaining minimum distance from programmed paths, preventing over-cutting during CNC machining.

A BAS controller manages power distribution to USB peripherals using a primary controller and independent port switching.

A control system directs a projection onto a substrate to visualize the remaining 3D shape during robotic fabrication.

Segmenting personal data from operational metrics enables labor management while preserving privacy.

A bistable display substrate with a manual dial and position detector synchronizes local parameter values with remote HMI updates.

A motion sensing apparatus dynamically adjusts sensitivity thresholds using feedback loops to optimize occupancy detection accuracy.

An energy storage circuit maintains signal levels during primary backup I/O card switchover, preventing field devices from entering unintended positions.

A docking station identification surface uses multi-dimensional curvature variations to enable robot sensor detection and precise pose estimation.

Accelerometer sensors track wheelchair orientation to enforce clinical guidelines, reducing pressure ulcer risk in spinal cord injury patients.

A distributed system uses disposable paper locks and mobile decryption to eliminate on-site attendant costs while maintaining security.

A risk evaluation system calculates device importance and trouble frequency to generate a matrix identifying high-risk constituent devices.

A monitoring control system detects phenomena from data sources using predefined rules to produce automated events.

Controller stores tool correction history data and displays time-based graphs of adjustment amounts on a display device.

Predicting on-peak hours allows the energy management system to automate appliance scheduling, reducing utility costs and manual effort.

A laser machining head uses a distance sensor to maintain nozzle spacing during inner hole cutting.

Automated glyph recognition bridges the gap between artistic design and game development by translating hand-drawn models into interactive level data.

Load extending software components into field device memory to provide supplemental application functions.

Dynamic assignment of dedicated processing units enables immediate handling of priority substrates without interrupting normal workflow stability.

A PLD editor compares logic instruction blocks against a device library to detect inconsistencies.

Configuration tool automatically collects slave device profiles to generate network setup data for the master device.

Intelligent interface module provides calibration and diagnostic support for field devices.

Sensors detect position and speed deviations to automatically adjust hydraulic actuators, compensating for friction changes that cause jamming.

A processor uses energy harvester output to determine machine operational state, preventing false alarms from periodic sensor readings.

Central controller synchronizes multiple image projection systems with substrate position during maskless lithography patterning.

A pick arm correction module uses a light reflecting module to redirect reference feature images for precise position detection.

Analyzes networked sensor data to automatically define spatial zones, enabling precise HVAC and lighting control without manual configuration.

Aligns real-time batch data with statistical models to enable immediate quality assessment, preventing resource waste from delayed defect detection.

Decentralizing feedback evaluation allows the base module to send switching signals directly, reducing central complexity and preventing output errors.

Algebraic calculation of stiffness instruction values forms the stiffness ellipse rapidly, avoiding slow convergent methods when link lengths differ.

A recipe report card framework integrates multiple data sources into a single evaluation system with graphical displays and expert guidance.

Electronic synchronization system links blowing and filling machines via position sensors and control units.