Programme Control TRIZ Cases

Automated aircraft system calculates flight parameters against operational limits to generate real-time compliance status.

A virtual control engine executes attributed data to dynamically run modular control logic across hardware platforms.

Dynamic scheduling of container transfer, access area, and handling operations eliminates idle time between sequential lots to increase throughput.

A screen control program dynamically divides display areas based on resolution orientation to separate monitoring and operation views.

Online correlation tracking isolates faulty sensors without complex models, reducing false alarms and improving diagnostic speed.

Configurable monitoring system delivers notifications containing real-time and historical context data for building equipment.

An article supply apparatus uses an inclined passage and visual sensor to guide robot arm picking for precise delivery.

A banknote acceptor displays captured image signals to allow users to visually verify the detected denomination.

A sensor controller detects module faults and executes handling instructions to maintain reliable data transmission.

A residential energy storage system shifts electric load to batteries using a combined heat and power unit.

Gradient functions vary laser power and scan speed across overhang regions to prevent burning, curling, and seam lines caused by step-function switching.

Autonomous device counters timestamp industrial safety events, eliminating complex clock synchronization overhead in single-wire architectures.

An intermediate layer selects updated device objects from a second main object, reducing testing efforts while maintaining modular structure.

Replacing mechanical knobs with a wireless pairing mechanism eliminates accidental adjustments and reduces production costs.

A door drive control system detects load parameters to dynamically switch between high and normal speed modes.

A multi-beam writer corrects exposure patterns by dividing the target area into non-overlapping sub-regions for localized distortion compensation.

Actuation system uses coordinate conversion to align multi-camera images with arithmetic control loops for precise movable member positioning.

A management module adjusts cyclic electrical device schedules based on network frequency deviations to balance supply and demand.

Dynamic controller mode switching distributes tasks across peers to maintain system operation without dedicated standby hardware.

A sensor control assembly uses smart contracts to verify data integrity across a distributed database.

A vehicle controller detects a child in a car seat using a wireless transceiver to send alerts to mobile devices.

A control method calculates dynamic setpoints by extrapolating operating load to manage force on obstacles.

A gate monitoring circuit measures time differences between control signal assertion and voltage threshold crossings to detect fault conditions.

A computational damage prediction model processes real-time process parameters to quantify equipment component wear without stopping operations.

An absolute value encoder on the output shaft detects rotational position to calculate the mechanical starting point without extensive motor rotations.

A software emulation system replicates Enhanced Application Module Redundancy functionality across primary and secondary computing devices.

A server collects and distributes malfunction data among users of identical home appliance models.

Passive tags generate acoustic signatures to detect object motion and automate provisioning, reducing configuration complexity.

A power strip with a control module automatically disconnects wired connections to electronic equipment.

Perception feedback automates dipper positioning to reduce operator errors and machine damage during excavation cycles.

Adjustment method for motorized sunblinds using electronic position counting and obstruction detection to redefine end-of-travel limits.

Watchdog unit stores microcontroller state variables to restore control continuity during anomalies, avoiding sudden steering loss without redundant hardware.

Crystal plasticity finite element modeling characterizes surface strain to select optimal microstructure parameters for improved cavitation erosion resistance.

A gear skiving tool adjusts its effective axis cross angle during machining to optimize chip formation conditions across multiple cutting stages.

A management unit computes service-specific integrity information to adapt access rules across networks.

Visual sensors assess burr geometry to generate specific working paths, eliminating air cut time from conservative uniform programming.

Bonded PZT sensors compare real-time impedance against baselines to detect corrosion or cavitation before equipment failure occurs.

Automated ray alignment reduces manual operator effort required to precisely position remote vehicle end effectors for door access.

Embedded structural information enables any computer to configure devices without site-specific tools, eliminating pre-installation bottlenecks.

Automated knitting machines produce precise garments from user measurements.

Interfacial reaction-activation joins near-net shaped building blocks, reducing machining time and material waste in large-scale component manufacturing.

A wireless field bus device acquires sensor data and emits signaling information via a request-based interface.

A variable bandstop filter adjusts its center frequency to remove natural vibration components from motor control signals.

Predictive thrust allocation anticipates future force demands to resolve mismatches between desired and achieved torques during aggressive maneuvers.

A home automation device uses a networking unit with an address translation mechanism to coordinate actuator activation via digital signals.

A moveable barrier operator adjusts parameters using a predetermined identification signal received by a receiver unit.

Distributed output devices acquire local sensor data and receive controller values to resolve information accessibility versus system complexity.

A universal safety block processes safety and non-safety data through a single control network interface.