Programme Control TRIZ Cases

Configurable NFET switches isolate active and passive devices into distinct built-in circuit topologies for rapid fault diagnosis.

An embedded control unit creates a WiFi hotspot to manage diverse instruments without external networks, resolving compatibility constraints.

A dual threshold monitoring system generates primary and secondary signals to detect pulse events in analogue sensor data.

Voltage-adjustable DC/DC modules adjust output voltages based on monitoring data, reducing heat loss from voltage differences in communication networks.

Comparison modules validate tasks across parallel applications to prevent unsafe operations caused by faulty components.

A diagnostic system compares actual process states against a reused design model to detect faults in manufacturing environments.

A dedicated DSP unit preprocesses analog-digital converter signals via internal buses, reducing central computing load.

An embedded historian aggregator component collects and merges third-party data directly from controllers.

A control device creates working data records from basic and difference data stored in a variant memory.

An articulated robot with multiple joints attaches to a machine tool post, enabling end effector movement parallel to the tool plane.

Pulsed light pattern recognition detects rotating tools while rejecting coolant interference, ensuring safe operation within laser safety limits.

A sewing sequence determining apparatus calculates optimal sequences by comparing thread information with needle bar data to minimize thread replacements.

Test structures on wafers collect process tool data to build models relating defectivity to yield.

A relay assembly uses a parallel bypass switch to divert current during state transitions, protecting electromechanical contacts from wear.

An event processing device stores received data and links it to past records based on defined relevance for immediate display.

Tilting the workpiece keeps the wire electrode perpendicular to the table, resolving friction and sludge issues during tapered shape creation.

A setting support device calculates performance indexes from simulated test actions to facilitate optimal control parameter selection.

A motor driver multipurpose pin handles serial data and frequency signals through a single interface.

A multi-sensor detection system disables product locks upon identifying chemical, biological, or radiological threats.

Relocating sensors from the blade to the cab eliminates mast damage risks while maintaining precise 3D grading.

A prediction device calculates inter-tool distance to determine auxiliary function execution time for tool changes.

Adaptive PMU data recovery method using decision tree classification for ambient and disturbance signals.

Abnormality determining system acquires motor time-series data to detect input-output anomalies using machine learning.

A support device generates secondary data to optimize separated portion geometry for additive manufacturing.

Segmenting the tool into layers with distributed channels reduces pressure losses while maintaining reliable fluid transfer function.

A galvanically isolated power supply referenced to the DC link bus bar controls safety torque off circuits and brake coils in transport conveyor drives.

A hosting device implements ISA 18.2 alarm management logic to standardize prioritization and shelving across non-compliant industrial control devices.

A displacement detecting apparatus combines rough and fine relative rotational displacements using a single optical pattern.

Mathematical models extrapolate coupling variables to compensate dead times and maintain accuracy in real-time co-simulation.

Integrated imager and wireless communicator transmit large image data to industrial machines, eliminating wired constraints that limit operator movement range.

A machine-mounted wear estimation system tracks component usage and environmental data to predict part life.

Integrated processing device extracts real-time parametric measurements from electrical waveforms to identify system interconnection degradations.

A risk assessment system tracks mobile device location and usage patterns to generate dynamic insurance profiles.

A safety controller uses a removable memory module to transfer configuration data without network connections.

A machine tool control device displays input support buttons to guide processing information entry.

Converting 3D shape data into images enables efficient NC program searching by matching finish shapes, eliminating manual input of machining element data.

Integrating phase errors from target and measured cycle data in ring buffers resolves dead zones during speed changes.

An additional ground pattern with 2000 mm2 area connects to the USB port ground.

Automated path generation eliminates manual operator intervention during repetitive sintered layer formation, reducing labor and processing errors.

A semiconductor fuse array stores compressed configuration data for multi-core microprocessor cache initialization.

A conductive detection layer on the chassis enables voltage sensing of arcing events, isolating affected units to prevent component damage.

A pivotal support enables a driving motor body to rotate opposite to the driving force, reducing vibration transmission to the machine base.

An electronic regulator integrates a vent valve to release trapped pilot pressure through a dedicated port.

A generating unit assigns color voxel data by calculating density ratios of interfering components to maintain hue accuracy.

A modular manufacturing system integrates additive devices and a recycler to produce multi-material goods on-site.

Recognizes relief shapes deviated from corners using distance parameters, eliminating manual tool exchange and reducing processing time.

Photogrammetry generates precise 3D foot models enabling additive manufacturing of customized footwear that resolves fit and comfort trade-offs.

A numerical controller scores operational status data to recommend manual data input programs based on similarity.

A memristive low pass filter adjusts cutoff frequency based on output voltage to create a self-adaptive passband.