Sampled-Variable Control Systems TRIZ Cases

A messaging engine transforms disparate building automation subsystem messages into a standard format using an ontology database.

A control system calculates instantaneous reaction rates using real-time process variables and material balances to adjust catalyst feed rates.

Segmenting the image into areas of interest resolves the trade-off between measurement precision and device complexity in daylighting controls.

An in-line loss-on-ignition measurement system extracts fly ash, weighs it, burns the sample, and calculates combustion data.

Segmented thermostats measure tenant consumption to resolve central chiller cost allocation accuracy.

An adaptive scanner adjusts scan periods based on process data types to optimize bandwidth usage in industrial plants.

A unified platform merges real-time sensor data with physical models to control system operations.

State space models estimate hidden catalyst properties from process data, replacing laboratory analysis to reduce time loss.

A volumetric ratio observer estimates material volumes in a mixing vessel using height and flowrate data.

A position control method determines drive values using linear operations within critical bounds and non-linear functions outside those limits.

Acceleration sensor detects abnormal shakes via frequency range classification to trigger automatic tool stop.

A reagent cassette system uses barcode labels to store bottle metadata for automatic analyzer recognition.

Online conductivity detection tracks conjunct polymer levels in ionic liquids, replacing offline titration delays to maintain optimal catalyst activity.

A nebulizer-based humidity control apparatus generates a controlled gas atmosphere around microplates.

A building control system uses mobile device location data to detect occupancy and adjust HVAC settings automatically.

A motor control device generates target rotation position and speed information to drive a first driving motor.

Controller manages HVAC and remote electrical devices via unified scheduling programs.

Segmented microgrids coordinate resource actuators to reduce exergy destruction while maintaining temperature ranges within data centers.

Segmenting primary analog control from digital supervision prevents cosmic particle upsets and maintains stability during voltage spikes.

An intermediary controller synchronizes dispensing device data to eliminate manual clinical processing and improve resource management efficiency.

A slurry loop reactor control system adjusts medium dilution based on pump power fluctuations to maintain stable polymerization conditions.

A thermodynamic phase equilibrium analysis method reduces calculation variables using pseudo-properties and tangent hyperplane distance functions.

A network control unit detects conditioned output changes to assign environmental interactive units to space interactive units.

A bathing system control device schedules heating and filtration operations during off-peak hours to reduce energy consumption.