Programme Control TRIZ Cases

Real-time acoustic monitoring of froth layers enables automated reagent dosing adjustments, reducing chemical consumption while maintaining ore recovery rates.

Visual and acoustic signals identify field devices in hard-to-reach locations, enabling secure Bluetooth pairing without direct line-of-sight access.

Segmented end effectors with resident controllers reduce changeover time by allowing quick disconnection and reconnection of specialized tools.

A driving support system converts control data into icons to visualize work-travel sequences on a single display screen.

A noncontact biometric identification device detects feature data at multiple positions while a living body part moves within a defined real space range.

A control device uses a distance sensor to measure garage door opening size and adjusts elapsed time for precise movement.

Segmented transmission of alarm events and precise timestamps resolves the contradiction between simple polling operations and accurate cause identification.

A self-tuning energy asset model generates operating schedules using dynamic simulation to adapt physical changes in real time.

A programmable microfluidic device translates software instructions into executable requests for assay execution.

A motor drive controller samples real-time operational signals to generate data signatures for immediate anomaly identification.

An alarm management system associates logical control objects with alarm codes to render them directly in the display interface.

A 3D thermoplastic pultrusion system uses shapeable dual-temperature bands to heat and chill composite material for continuous forming.

Adaptive sampling reduces communication overhead by transmitting only a subset of attribute data while maintaining monitoring accuracy.

A lighting control system determines user mood and task requirements to adjust screen brightness and color temperature across nearby devices.

Central linkers map simple tag IDs to URIs, reducing on-tag storage complexity while maintaining secure data access.

A substrate processing apparatus manages parameters through a detachable category defining device that alters parameter groupings for flexible operation.

A management unit converts soldering operation history into numerical values to trigger maintenance notifications.

A workpiece processing system uses a secondary power supply to execute emergency procedures during primary unit failure.

Reverse signal tracing on piping and instrument drawings identifies root causes, reducing manual analysis time.

A movable control device navigates to target locations to relay instructions between users and electric devices.

Base unit transmits software modules to sensor units, enabling calibration predictions without overloading limited memory.

Asymmetric flexure stage offsets yaw error by positioning actuators at distinct angles to generate compensating moments that cancel rotational drift.

An event-driven operating system manages multiple timing events using limited hardware timers and priority-based activation.

Synchronization points propagate state information between processing threads to enable independent execution.

Four detection units average sinusoidal signals to remove external magnetic noise from two-pole magnets and electromagnetic brakes.

An automated commissioning system reduces manual errors and time by executing self-service loop checks via HART communication.

Controller adjusts horsepower and speed to optimize fuel efficiency, reducing operational costs across varying operator skills.

A demand limiting unit computes threshold values based on predefined parameters and executes a switching sequence on target equipment.

A smart home scene mode system generates device lists to automate multi-device linkage control.

An adaptive compensator determines plant impulse response to compute coefficients for stable operation.

A mobile application captures equipment images and location data to generate detailed energy efficiency profiles for targeted program deployment.

Dual-resolution imaging correlates low and high-definition transfer images to reduce error analysis time.

A multifunction printer transmits operation screens to portable devices while displaying distinct images on its own panel.

A control system manages a detachable pendant emergency stop circuit through dynamic state switching.

Pneumatic transfer apparatus redirects defective absorbent articles using vacuum and positive pressure forces.

A sewing data generation device determines optimal embroidery pattern sequencing to minimize thread changes during multi-color stitching operations.

An enhancement device converts wireless signals between transmission protocols and frequencies for legacy field devices.

A biometric engine adjusts sensitivity settings and confidence score thresholds based on detected operation characteristics to optimize authentication accuracy.

Coordinating rotational speeds across multiple rotors manages unbalance vectors to attenuate support structure oscillations caused by rotating unbalances.

A flow control center uses a barometric sensor and motorized ball valve to manage water release via mobile app.

Automatic tamper attempt reporting algorithms detect unauthorized write attempts to field device configuration data.

Sensor controller switches to redundant sensor upon primary malfunction detection, maintaining mobile platform operation without interruption.

Spatial separation of emitter and sensor removes internal wave paths, resolving crosstalk issues while maintaining high detection sensitivity.

Predictive thermal modeling anticipates occupancy patterns to reduce energy consumption peaks while maintaining occupant comfort.

A universal interface device conditions electrical power and converts sensor outputs to standard formats.

A dual-mode router translates process communication packets between WirelessHART and ISA100.11a networks.

A collision prevention method calculates stopping distances by segmenting axes and varying speed data with maximum acceleration.

Hierarchical surface segmentation reduces planning complexity while ensuring complete paint removal coverage on three-dimensional aircraft structures.

Sensors detect uncontrolled acceleration and switch actuators from motive force to shock dissipation, reducing impact forces on the user.