Programme Control TRIZ Cases

Configurable ignition switch synchronizes vehicle mount computer state with vehicle power status.

A regression formula derives relationships between reason indicators and performance parameters to predict key performance indicators.

Facial information directs remote sensing device orientation, eliminating manual operator delays in capturing noteworthy activities.

A wafer inspection system samples output outliers to detect defects beyond local thresholds.

A cloud-based system divides 3D modeling data into sub-portions and allocates them to available printers for simultaneous processing.

A human-machine interface system generates graphical displays by retrieving device-specific parameters and processing status data to render accurate models on selected communication devices.

A motor drive system limits servomotor output when the power storage device detects an abnormality.

Extensible environment settings data automates parameter adjustments to reduce customization time and effort.

A three-dimensional modeling apparatus adjusts droplet discharge amounts to reproduce object colors faithfully.

A web-based inspection tool associates photos with unique identifiers on handheld devices.

Dynamic switching between position and velocity control modes resolves the speed versus precision trade-off in manual robot guidance.

A stereolithographic model conversion method segments facet data into logical subcomponents using unique identifiers and reference tables.

A numerical controller executes auxiliary commands while monitoring completion signals for subsequent operations.

Programmable robotic system replaces manual welding to eliminate skill dependency and ensure consistent weld quality on milled-tooth drill bits.

A control program automatic creation system generates executable codes from block diagrams and superimposes computational decisions on the display.

Relative position sensors detect head-mounted display movement to eliminate complex coordinate transformations in obstacle-rich environments.

A light curtain control system dynamically sets a muting height based on the highest interrupted beam during product passage.

A thermal displacement compensation device modifies feed axis position commands using real-time sensor feedback to counteract heat-induced shifts.

A nonlinear toolface control system adjusts drill bit orientation using feed-forward and feedback controllers.

A SCADA gateway processor performs protocol conversion to enable direct data transfer between supervisory control and advanced metering infrastructure devices.

Timestamped replay of control signals alongside condition data resolves asynchronous testing inaccuracies in automotive laboratories.

Statistical correlation analysis identifies essential causes of process variations, resolving inefficiencies in root cause identification across multiple steps.

A safety controller uses predefined information to replace missing control-relevant data, ensuring seamless network functionality.

A rotation and translation assembly aligns samples within the imaging field of view.

Control circuitry monitors capacitive sensor signals and adjusts baseline values to detect degradation-induced faults.

A fan chip detection system generates specific pulse signals to measure transmission delay between the control unit and the chip.

A thermal displacement correcting apparatus selects parameters from a common database based on machine information to calculate estimated displacements.

A signal processing circuit shares one arithmetic operation element among multiple sequence control units to reduce hardware footprint.

A security monitoring device segments clock generators to provide distinct electrical signals for interface error detection.

A tool path modification system optimizes NC machine tool paths using a 3D graphic processing simulator to reduce air cut segments.

A manufacturing optimization program quantifies process variables to improve cycle time and overall cost.

A system power supply IC monitors a microcomputer and outputs a switch opening signal to stop motor voltage.

A job management unit interleaves substrates from multiple carriers to optimize tool utilization.

Shielding air flow delays ignition and lowers flame temperature, reducing NOx emissions while maintaining combustion efficiency.

A numerical controller updates machine coordinates using absolute position detector data without interrupting servo motor operations.

Monitoring device reads operating state information to select the correct restart step for programmable controllers.

A numerical control device calculates an interference avoidance height to prevent tool collisions with rotary tables and workpieces.

A program acquires input gesture characteristic information to specify operation targets and execute commands on a program editing screen.

A digital over-the-air keying system assigns wireless access codes to vehicle operators.

Machine learned control heuristics generate optimal control values using model predictive control algorithms.

Standardized sequencing software reduces development time and cost by applying universality to control multiple turbine models without custom code.

Segmenting a valve controller into intrinsically-safe and explosion-proof modules prevents pressurized air ingress while maintaining safety standards.

Portable access control device segments authentication logic to maintain reliability when network connectivity fails.

Universal remote data concentrators reduce device complexity and wiring by replacing dedicated controllers with software-configurable units.

A motor control wizard guides users through application and device selection to generate an adapted program.

A virtual surface model enables manual robot guidance to store force and torque data without physical workpiece contact.