Programme Control TRIZ Cases

An electronic lock employs periodic monitoring and preliminary detection to reduce power consumption while maintaining fast authentication speed.

A management server coordinates distributed 3D printers using secure protocols for user authentication and job scheduling.

A broadcast transmission system sends adjustment indications to electric power consumption elements for independent update, reducing communications traffic.

Deep-cavity FFF printing uses a narrow-profile hot end that nests the heater, sensor, and heat sink inside a cone, addressing limited cavity depth.

Unified control merges independent arms to prevent collisions while maintaining precise instrument positioning.

A biometric device captures fingerprint data and uses GPS to determine geographic location for secure access control.

A motor drive device uses a phase-lead and low-pass filter to correct peripheral temperature sensor output for accurate ambient estimation.

A field device adjusts its supply voltage to match minimum operational requirements, conserving energy from limited power sources.

A robotic work hanging apparatus corrects positional and attitudinal deviations to align stabilizers with hanger hooks.

A VPN box generates operational security signals to verify tunnel functionality, preventing unauthorized access and maintaining automation reliability.

A cognitive workplace hygiene predictor generates state sequences to forecast injury hazards using wearable sensor data.

A control method manages electric taxiing force commands to protect aircraft power sources from overload.

A drive controller determines correction variables by recording raw position signals while the rotor shaft coasts down from a starting speed.

A decentralized energy management system uses multi-agent state-based potential game theory to independently optimize output power.

Segmented spindles perform independent linear movements to execute tool changes while the other spindle continues processing, eliminating downtime.

Computes an Avatar View Perspective Direction based on mechanical joint configurations to adjust the rendered model view.

Automated detection of static factor shifts in building energy models prevents inaccurate savings calculations and contractual violations.

A computer-implemented method normalizes energy use intensity values using statistical models to account for building properties and occupancy.

Interactive program control unit parameterizes registered shapes for CNC machine tools.

Real-time tracking of operator actions across extensive equipment hierarchies resolves manual coordination bottlenecks during multi-alarm events.

A garden simulation system translates orthogonal plant designs into perspective views for visualizing seasonal growth.

Computing section generates approximate curves from motor operational data to calculate predicted lifetime information.

Dynamic configuration eliminates tedious register mapping and reduces firmware complexity for industrial energy equipment.

A multi-channel transceiver merges discrete inputs and outputs into a single cable to connect on/off valves.

A vehicle lamp control device maps binary signal arrays to numerical values for actuator configuration.

Selective coalescing agent delivery manages lateral bleed to enable variable surface roughness and strength in printed objects.

A control circuit unifies heterogeneous home-automation edge components through a common API.

Optical recognition of variable markers automates biopharmaceutical assembly verification, reducing manual inspection errors.

Segmenting build layers into critical and non-critical regions resolves the contradiction between production speed and manufacturing precision.

A vehicle lock-out protection system detects portable transceiver presence to issue unlock commands and prevent accidental locking.

Intermediary server stores parameterization data securely and provides it to safe participants upon request.

A THz sensor system emits radiation to detect paper sheet material properties without physical contact.

Time-division communication coordinates sensor data transmission, reducing controller energy consumption while supporting scalable sensor arrays.

A radial press integrates a usage data recording device and communication interface to transmit operational metrics externally.

Integrating moving-body and fixed microphone arrays through a particle filter resolves directional ambiguities while reducing computational load.

A control system measures cutting blade deformation to automatically stop and restart the machine motor based on preset threshold values.

A gait generating device uses quadratic programming to determine desired joint displacements and velocities.

A notification rate detection system counts live alarms and presents indicators when thresholds are exceeded.

A multiplexed motor controller merges separate units into a single facility that prioritizes subsystems to minimize total cost, volume, and weight.

Networked controller devices forward process information between plant control units, eliminating complex physical wiring and reducing installation costs.

A variable panel display apparatus segments hierarchical data into multiple panes to enable independent navigation between operational levels.

Merging area protection and position monitoring into a single system reduces device complexity while maintaining SIL-2 safety integrity.

Stepwise pulse patterns from multiple antennae enable simultaneous transmission, reducing position determination time while minimizing radio wave interference.

A lowering smoothing bar stabilizes sheets on feed tables, preventing creases and surface damage during transport.

A smart circuit breaker integrates a power meter to measure subcircuit energy consumption and transmit data via a processing circuit.

A model development environment streamlines industrial asset health assessment by automating variable-to-datastore mapping.

A material handling controller assigns idle vehicles to parking locations based on transit time and load priority cost factors.

A control system switches between configurations to normalize background signal variations and enable precise measurement of operational enhancements.