Programme Control TRIZ Cases

A dual lever handle design resolves limited control access by adding clutch and brake functions to the underside grip area.

An information processing device generates three-dimensional model data optimized for machine interference checks by selecting relevant structures.

Motor controller detects camera signals to freeze robotic character motion, resolving motion blur and expression issues during photography.

A trim-motor force limiter constrains applied forces to prevent saturation and vibration transmission while maintaining system stability.

A DRAM capacitor electrode uses chemical vapor deposition for a high-rate conductive layer followed by atomic layer deposition for a precise nanolayer.

A control program maintenance device compares software versions to identify modifications.

Operating element adjusts drive unit speed by distance from basic position, eliminating reprogramming needs.

A Relational Robotic Controller programs a robotic self-model to correlate sensory input and simulate human-like intelligence capabilities.

A composite part program generator assigns paths to multiple application heads using a course head manager.

A plant monitoring control system uses a screen information database to generate display screens without commercial OS drawing commands.

A virtual control replicates real-time behavior to collect process data, preventing computational bottlenecks that reduce machine productivity.

A controller accumulates coolant measurement history to calculate deterioration rates for automated state determination.

A robot model creation method measures industrial arm poses while approaching from a consistent direction to capture gear play data.

A dual propulsion health monitoring system segments parameter data collection into permanent and portable subsystems.

Temperature sensors along the optical line detect thermal expansion to compensate measurement precision loss in uncontrolled environments.

An energy management system divides control areas into isolation zones to balance generation and load levels during islanding events.

A fault-tolerant voting system validates FPGA data packets using mutual inhibition to ensure correct instruction execution.

A battery power conditioning system operates in constant voltage constant frequency mode to stabilize microgrid electrical parameters.

A portable surface texture measurement device controller displays operation screens with icon buttons and guidance screens for function identification.

Dynamic pivot angles segment flat surfaces into machining zones, enabling collision-free access to constrained planes while maintaining tool stability.

Uniform module cycle periods eliminate timing conflicts between sequential transfers, reducing idle wait time and boosting throughput.

A peering mechanism enables authorized access to video cameras and sensors across independent security installations.

Separating the IC tag from the cutting blade prevents breakage while enabling automatic use history management through the blade case holder.

A position control device uses a second calculator to add an attitudinal change correction amount to the control signal for accurate velocity tracking.

Mobile device monitors location to transmit HVAC commands, resolving privacy risks from GPS broadcasting.

A configurable hospital bed user interface dynamically alters display screens based on real-time location and patient data.

A display control unit merges multiple amplifier units into a single integrated area to distribute information across all screens.

Fixed residual plasma volume in apheresis platelets eliminates variable ratio adjustments, reducing allergic reaction risks while maintaining viability.

Engineering application detects user actions to dynamically recommend suitable elements, reducing manual search time in large libraries.

A robotic joint uses concentric pulleys to align off-axis sensors within a hollow drive shaft for precise position and velocity detection.

Segmented system sets document control unit software versions and bus communication descriptions for stepwise development.

A serial peripheral interface round robin mode cycles multiplexer outputs through input channels in a single clock cycle.

A control device manages independent return start timings for processing chamber units transitioning from energy saving mode to normal operation.

Software-configurable parameters replace region-specific hardware, reducing manufacturing complexity and inventory costs.

A daylight harvesting system distinguishes natural and artificial light contributions to dynamically adjust illumination levels.

An alarm categorizer assigns process control alarms to source types for specific user roles.

A detecting unit processes output signals from existing actuator sensors to measure piston movement time without additional hardware.

A standby method for intelligent home devices uses peer-to-peer signaling to manage wake-up requests directly between devices.

Portable secure tote segments compartments with electronic authentication to prevent unauthorized access and reduce medication errors during transport.

A command redirection device redirects control signals to backup units during main controller failure.

Automated vision system generates continuous 3D paths from workpiece images, eliminating manual teaching time and workspace collision risks.

A single camera detects key presses on an ultraviolet keypad and captures the driver's iris pattern.

Decentralized diagnosis controllers determine operational status locally, reducing bandwidth requirements and latency in distributed systems.

A graphical user interface configures appliance accessories through a network-connected controller.

A control panel switches screen layouts automatically based on operator proximity.

A notification management system evaluates condition definitions and routes alerts to specific users via modular components.

Electronic control system shifts measurement reference frame upon detecting motor force, preventing damage from slippage against physical stops.

Computer-implemented method designs custom dental restoration components using geometric and aesthetic constraints.