Computer Control TRIZ Cases

Segmenting templates into mandatory and optional components reduces memory usage while maintaining full system versatility.

Interchangeable terminal modules in a modular irrigation controller allow flexible station expansion while maintaining a compact base unit footprint.

Mobile vehicles use local-range communication to detect asset locations and statuses, eliminating manual data gathering and reducing power consumption.

A multi-learner operating condition correction method calculates adjustment quantities for industrial machines using segmented computational models.

Underactuated tendon-driven finger uses asymmetric joint radii to enable independent torque control via force feedback.

Intermediary product relays mobile device commands through home automation network, enabling indirect pairing and diagnosis of non-accessible products.

Automated image cycling reduces operator strain by highlighting abnormal conditions for immediate response without manual browsing.

Rule-based control software manages microgrid state transitions to resolve adaptability versus complexity trade-offs in bi-directional power conversion.

Optical sensors detect elevator door locking states without mechanical contact, eliminating electromechanical switch wear and reducing maintenance complexity.

A numerical controller shares tabular data across multiple axes to reduce memory capacity requirements.

Dragging a device icon onto another triggers a confirmation screen on the target display, reducing operation steps.

Electromagnetic deflection steering replaces mechanical gantry rotation to deliver radiation doses in under 10 seconds, freezing physiologic motion.

Decomposing desired movement into opposing partial movements allows a scanning unit to compensate for position errors during high-speed operation.

Logic gates merge individual fan speed signals into one complex signal, reducing monitor pin count and space while maintaining control accuracy.

A control device detects machine element contact through electrical field changes to stop drive axles immediately.

Numerical controller divides drive axis regions to automate machining, washing, and measurement without human intervention.

A liquid material vaporization device uses a pressure sensor and fluid control valve to regulate gas flow rate.

A numerical controller divides laser cutting ranges into sections with individual outputs to reduce block processing time.

A distance detector measures parcel position to distinguish stationary objects from moving ones on a conveyor belt.

Segmenting heterogeneous field device services into isolated virtual machines prevents system-wide disruptions during upgrades or attacks.

A power control apparatus acquires equipment start time information to schedule processing commands accurately.

An optical recognition system captures panel data to compare actual conditions with expected models, correcting deviations without manual intervention.

Trusted platform modules seal data using monotonic counters to prevent replay attacks by restricting access to single sessions or time frames.

Internal laser ablation embeds management information to prevent surface peeling and dust generation under harsh conditions.

Dynamic zone assignment balances car call distribution across elevators, reducing passenger waiting times and improving transportation efficiency.

Operator panel segments process information into default and user-adapted modes to resolve information overload during remote monitoring.

Commissioning system transitions field devices between mismatched and commissioned states using dynamic node IDs.

Direct acceleration sensors eliminate computational differentiation errors to maintain stable posture on uneven surfaces without rigid body assumptions.

Identifying intersections between overlapping image lines to merge paths, reducing over cutting and under cutting errors caused by kerf width.

Autonomous mobile drive units retrieve climate-controlled inventory holders from freezing or refrigerated zones to reduce manual retrieval time.

A cloud server stores user-defined settings associated with individual machine identifiers to enable centralized management across diverse industrial equipment.

Simulation-based validation detects collisions before execution, eliminating manual trial-and-error and reducing non-cutting time.

A drive control unit calculates and compares arrival times for the spindle and feed rod, adjusting the feed rod speed to match the spindle target state.

Subdivides motion profiles into segments assigned to different masters, resolving rigid cyclical constraints in packaging and textile machines.

An enable path acts as a safety gatekeeper between wireless control paths and bus subscribers, reducing energy consumption while maintaining reliability.

Control unit registers temporary elevator maintenance participants via bus nodes to integrate them into the safety system.

Build unit generates composite image with coordinate information to reduce communication instances and transmission time in manufacturing control systems.

A numerical controller compensates workpiece setting errors by calculating compensated axis positions for multi-axis machine tools.

A Bluetooth speaker system adjusts slave sample rates by fetching and comparing digital audio packet counts against a master unit.

An automatic sequence generator produces optimized operation lists to create manufacturing control code sets.

Encrypted transfer boxes with electromagnetic locks secure devices inside a self-service kiosk, eliminating waiting time and traceability concerns.

Modulating clamping voltage and backside gas pressure reduces workpiece backside damage from platen particles while maintaining thermal conductivity.

A maintenance apparatus filters device parameters to display only changeable values for direct worker interaction.

A motor controller system combines incremental and absolute encoding to maintain precise position feedback accuracy.

A positioning movement calculator determines optimal tool paths using a virtual machine model.

A change detection system infers responsible entities by querying live user lists and asset databases to log configuration modifications.

A remote control terminal discriminates between local and wide area networks to manage operation permissions.

Preliminary action and segmentation principles resolve throughput versus ease of operation trade-offs in continuous image measuring systems.

A digitally controlled power source sets output voltage near the upper limit to allow unrestricted starting currents in DC-DC converters.