Programme Control TRIZ Cases

A local coordinate system selects a reference longitude near the target position to enable accurate global-to-local transformation.

Self-propelled devices determine relative orientation using asymmetrical radiation patterns from communication link emissions.

A wireless access system uses Bluetooth proximity to authenticate mobile devices before unlocking hotel room doors.

Replacing mechanical cables with wireless signals prevents flexing damage and maintains radar antenna reliability.

Variable irradiator scanning prevents squeegeeing blade catching on fabricated surfaces, ensuring continuous layer production without post-processing.

Radiation detectors feed real-time data to an AI module that adjusts press actions, eliminating dimensional inaccuracies and metal wastage.

A control system graphical user interface renders updated graphics reflecting real-time logic states within function blocks.

A vehicle mask cutting system uses digital contour selection to automate fabrication.

Correlator digital filter extracts target signals from noisy inputs using reference signal correlation.

Control system optimizes numerical controller source code by analyzing machining program function use frequencies to generate efficient execution modules.

Diagnostic system detects and removes initialization data anomalies to establish accurate baseline operating conditions.

A robot safety system adjusts critical distances based on individual worker profiles and real-time environmental conditions.

Automated site assignment links faulty components to specific plant locations, eliminating manual configuration complexity during error diagnosis.

A switching power supply integrates a real-time Ethernet controller configured as a web server for parameter configuration.

Spatial identification automates aircraft component programming, eliminating manual lookup errors and reducing assembly time.

Segmented polygonal head with multi-side openings enables jig placement freedom while protecting the optical fiber cable from damage.

Dynamic display partitioning adjusts character sizes to maintain readability when operators resize subregions.

An on-board unit manages an integrated starter generator to restrict engine startup based on mobile device signals.

Analog I/O pin multiplexing combines FET current and temperature sensing into a single microcontroller channel using periodic switching.

A Purkinje LED synchronizes with camera frames using internal clock signals to control activation timing.

A field device gateway loads customer-specific object dictionaries to represent and communicate with second devices across different bus standards.

Dynamic mode selection adjusts switching frequency and duty cycle to maintain output voltage regulation while reducing audible noise.

Dynamic virtual link reconfiguration prevents data repetition interference during link breaks, ensuring uninterrupted industrial control communication.

A graphical programming tool generates custom applications from block designs to modify building management system device behavior.

Backup signal generating circuit monitors constant period signals to produce control outputs, preventing erroneous load energization when microcomputers fail.

Local processing in actuator modules reduces electrical cabling weight and control delays.

Phase-based control adjusts motor torque thresholds to eliminate gear backlash while maintaining precise positional accuracy under varying loads.

Controller bots segment fleet complexity by linking to vehicle graphics, enabling single-operator supervision of autonomous fleets.

A starter module embeds encrypted fabrication instructions and cryptographic keys within feedstock material to enable secure automated object production.

A client-server system generates configuration instructions for level gauges via a central computer, reducing on-site commissioning time.

RFID tags store maintenance records on field devices, enabling rapid local data retrieval without powering down equipment.

A numerical controller calculates actual machining point coordinates using a tool radius compensation vector for display.

A parameter setting device automatically determines control values using constraint evaluation indicators and a relaxing unit.

Segmented display fields eliminate manual selection confusion by automatically presenting summarized appliance states through self-service updates.

Segmented joint sensors detect rotation angles to teach robot motions, reducing learning time and improving posture accuracy.

A management software system adjusts display name length and content based on topology data to fit available screen space.

Robots assemble custom servers matching actual demand, resolving bottlenecks from mismatched infrastructure capacity.

A data collector synchronizes control network timestamps with monitoring screen video for unified plant state analysis.

A brand source authentication system uses smartphone cameras to scan encoded symbology for real-time product verification.

Transport control apparatus manages article transport vehicles using wireless tag data and position detection to regulate zone access.

Dynamic interface selection resolves the contradiction between adaptability and complexity by using sensor data to choose audio, visual, or tactile modes.

Offset traverses guide the analogue probe across surfaces, updating motion paths based on prior data to prevent over-deflection and maintain reliability.

A wall-mountable robotic system automates image drawing on vertical surfaces using a horizontal track and movable end effector.

Aircraft failure analysis system monitors subsystem status to predict function degradation.

Segmented housing and elastic cushioning fix the energy store position, preventing supply interruptions during strong vibrations.

A measuring device uses casting encapsulation for electronics and increased safety connections to link components.

A wireless communication system tracks welding devices using a mesh network architecture, resolving inefficiencies in locating equipment across large worksites.

Replacing wired connections with a remote server and sensor nodes automates irrigation based on real-time data, reducing installation complexity.

A biped robot ankle controller uses LQR-derived coefficients to feed back actual torque, correcting errors from unknown support surface angles.

A generator controller calculates cable resistance from voltage and current signals to identify physical damage or connection faults.