Programme Control TRIZ Cases

A semiconductor device uses resistor groups and switches to set gain on amplifier input terminals.

A vehicle control unit updates software by exchanging individual data blocks and generating cryptographic material for each block.

A processing apparatus uses a selection section to route workpieces through specific components, enabling rapid manual verification of handling operations.

A laser machining system acquires optical signals to identify defects and automatically adjust process parameters for constant quality.

Ground servers analyze compressor exit temperature, altitude, and ambient conditions to detect heat exchanger fouling and schedule timely maintenance.

A stepping motor control system postpones stopping the motor after detecting a step-out condition to allow temporary recovery.

A coating plant error logging system synchronizes process data sets chronologically to enable precise fault detection and analysis.

A vehicle door handle antenna module integrates NFC, LF, and RF communication technologies.

Iterative spacer placement reduces mud cake frictional resistance and prevents stuck tools in boreholes.

A voltage regulator adjusts its output level based on installed component tolerance data.

Electrical voltage detection between the tool and work piece determines position without auxiliary probes, eliminating spindle alignment errors.

Analyzing device correlates execution priorities with reference and update signals to identify inefficient ladder circuits.

Bootstrap agent connects host machines to management and control system logical networks, resolving access difficulties in L3-based hosting systems.

A build-to-order process determination apparatus calculates lead times proportional to demand quantities for each manufacturing step.

Hierarchical grouping of networked controllers enables centralized management, resolving piecemeal access difficulties across distributed retail sites.

A chatter application interface displays candidate tool speeds alongside real-time vibration levels to guide operator selection.

Hierarchical segmentation isolates upstream node failures within specific zones, reducing root cause identification complexity and minimizing costly downtime.

Segmented server architecture distributes processing loads across intelligent lighting nodes, reducing infrastructure costs from idle centralized resources.

Daughtercard modules enable TCP/IP access across diverse protocols, resolving device complexity while supporting remote diagnostics.

A power analyzer measures electrical supply data and generates modified estimates using associated load models.

A robotic arm processing system generates precise movement paths using 3D model data of the workpiece and environment.

Alternating semi-finishing and finishing toolpaths within one NC program reduces machining time while maintaining blade shape accuracy.

An IO link data storage device restores master assembly parameters to eliminate manual replication time during field bus system maintenance.

An estimation unit determines storage and runtime requirements for control device program code using intermediate representations.

Logarithmic interpolation replaces linear methods to model non-linear over-excitation damage curves, resolving calculation errors in protective relays.

A waveform display device converts time-based vibration data into distance measurements on a machined surface.

A microcontroller manages watering program selection and execution timing through a single push-button interface.

An integrated architecture connects enterprise resource planning systems to process control units.

A monitoring system applies discrete Fourier transform to sensor data for cyclic production units.

A shoe-embedded sensor module gathers static and load-bearing weight data through integrated pressure, accelerometer, and gyroscope arrays.

A recursive least mean square filter determines impedance, current, and power load coefficients from voltage adjustment events.

Medial axis transforms and contour offsets ensure complete filling of narrow wire regions while maintaining minimum spacing in thick areas.

A numerical controller compares block end point coordinate values to verify machining paths during automatic operation.

A thread rolling machine uses structured light sensors to measure formed profiles and adjust roller positions via a logic control unit.

A fan motor control device merges rotation speed signals and control commands through a single transmission route.

A production management apparatus combines LED components of multiple ranks to satisfy board product specifications.

An optical measurement system replaces mechanical gauges to determine severable length, resolving the trade-off between device complexity and cutting precision.

A numerical controller uses a program analysis unit to distinguish commands for multiple control groups.

An antenna extends outside a metal housing through a cable bushing, eliminating the need for separate explosion-proof openings.

Local router memory stores timing instructions to ensure reliable smart socket operation when wired network connectivity fails.

Switchable parallel and series resonant circuits in a 3D antenna extend transmission range while reducing device complexity in keyless entry systems.

Automated resource distribution balances processing loads across multiple controllers, eliminating manual configuration bottlenecks.

Spatial sensors and cross-line lasers automate robotic tool alignment, resolving manual precision limits by replacing visual estimation with digital feedback.

A monitoring system generates remedial control commands by comparing feedback against expected values.

A precharge-conditional discharge circuit senses ready signals from multiple finite state machines.

A thermal displacement correction device modifies correction amounts using a re-detection unit to verify position data accuracy.

A vision sensor detects article orientation, allowing the robot hand to adjust its approach path and avoid container interference during extraction.

A modified PID controller adjusts proportional, integral, and derivative gain terms based on error magnitude and rate of change to generate a manipulated variable.

A programmable multimedia controller renders photo-realistic virtual rooms to display device states and enable direct touch interaction.

Magnet-activated RFID tags provide precise safety integrity level data, resolving measurement precision constraints in industrial automation.