Computer Control TRIZ Cases

A density control system measures movable wall position to adjust actuator movement in agricultural balers.

Aggregates demand response values at distribution transformers to prevent grid violations and optimize energy distribution.

An override board enables remote reconfiguration of a manual auto on off switch back to auto mode.

Correlation coefficient analysis filters sensor noise to reduce false positives in semiconductor manufacturing.

Preloaded buffers eliminate sound pauses during high-frequency loops, ensuring smooth transition performance.

A simulation system exchanges data between control and processing devices to visualize manufacturing object behavior.

Central control generates priority data from apparatus performance metrics to optimize process parameters across multiple substrate processing units.

A master input device uses multiple detection units to calculate position and orientation command values for a slave manipulator.

Integrated controllers manage fuel flow, oxidant flow, and turbine temperature to optimize power production cycles automatically.

An enable mask in a motor control host inhibits unauthorized configuration and control messages on disabled ports, resolving security management complexity.

A graphical user interface system allows users to create and apply custom filter definitions to building automation data items.

A turret controller uses dual communication ports to receive input signals from separate devices.

A door monitor module controls independent relay switches to manage elevator car movement within a shared hoistway.

A barrier control system determines dynamic status zones based on vehicle traveling direction to enable automatic gate operation.

Dynamic mode switching adjusts frequency response and gain to compensate for surface dampening effects during playback.

A matrix table interface positions condition icons to define logical relationships, reducing user complexity in programming multi-condition automations.

A functional unit separates parameter analysis and storage to enable independent control by multiple CPU units.

A scheduler models processing conditions into graph networks to calculate substrate conveyance schedules based on longest route lengths.

Distributed shunt-connected VAR sources with processors detect proximate voltage and adjust reactive power to resolve slow response times in grid control.

A system automatically identifies geometric elements in drawing specifications and generates motion control code based on determined element order.

A variable gain P-controller adjusts control factors via load characteristic fields to manage machining process dynamics.

A single relay manages charge transitions using parallel resistor sensing and optocoupler feedback to automate battery mode switching.

Load state segmentation maintains debugging capabilities by tracking deleted objects, resolving the trade-off between information loss and device complexity.

A configuration component produces standardized records to expose specific functionality across diverse industrial hardware platforms.

Segmented trajectory display enlarges position discrepancies while maintaining overall correspondence recognition.

A water drainage monitoring system compares sensor signals with predicted water presence data to detect blockages.

A controller adjusts fan RPM based on detected component installations to maintain optimal thermal management.

Independent spindle speeds resolve the trade-off between cutting efficiency and transport capacity in sugarcane harvesters.

A hierarchical bus controller feeds priority signals between superordinate and subordinate circuits to allocate access rights.

A power management module uses stochastic modeling to predict driver proximity and selectively activate vehicle devices.

Segmenting menu structures into device-specific components allows transducers to support new sensors without updating operating software.

A controller calculates a variable deceleration rate for a CNC motor drive system based on current speed and reference parameters.

A multiphase voltage regulator controller identifies power stages via load current monitoring to dynamically assign phases for efficient power delivery.

A safety relay configuration system guides users through sequential steps to simplify industrial programming.

A hierarchical power management system coordinates facility and node levels to adjust energy consumption dynamically.

Server updates driving values with second priority settings after verifying normalcy via feedback signals to prevent driving errors.

Sinusoidal jerk transitions reduce vibration levels by approximately 20% while maintaining target flight times in elevator systems.

A 5-axis numerically controlled milling process generates continuous tooth flank geometries for herringbone gears without central grooves.

Optimizes well site engine emissions by calculating optimal operating speeds and transmission gears based on brake horsepower requirements.

Segmenting control kernels from application logic allows remote execution of multimedia interfaces, eliminating production standstill during software updates.

Dynamic modifier function blocks instantiate or delete at runtime, eliminating offline reconfiguration downtime and reducing resource overhead.

Analyzes smart meter data to validate utility GIS network connectivity models.

A diagnostic system for hydraulic excavators extracts status variable data based on selected snapshot items to display machine health information.

A supervisory control system directs commands to downhole and surface actors.

Exponential curve fitting of controller signals estimates steady-state load temperature, reducing energy consumption and eliminating manual intervention.

A production controller detects operation stops and identifies the specific manufacturing machine causing the halt.

Segmenting the control system into independent modules eliminates synchronization time lags and reduces housing size requirements for multi-axis applications.

A wire electric discharge machine controller calculates machining routes by adding selected independent adjustment amounts to base wire radius compensation.

Segmenting measurement programs into small executable units resolves the contradiction between high flexibility and large NC data capacity.

A manual CNC programming system generates cutter coordinates using CAD data and a comma-delimited text file format.