Programme Control TRIZ Cases

A flat motion sensor uses a non-conductive housing to isolate its dipole antenna from conductive surfaces.

Dual detection circuits use distinct time constants to identify USB insertion orientation, enabling automated switching for high-speed data transmission.

An air switch on a robot gripper detects back pressure changes to verify bolt placement, resolving insertion misalignment issues.

A model-based control system weights relative biases by measurement age to compensate for sampling rate limitations.

A press-forming device adjusts blank holding force and mold temperature using real-time state variable detection.

Adaptive capacity constraint management system calculates gain factors from measured thermodynamic properties to update design limits.

A supplemental data report generation device processes transaction records to produce aggregated operational metrics.

A vehicle simulation device synchronizes body parameter signals with external motion images for intuitive scenario visualization.

Segmented power supplies enable compact monitoring circuits that prevent excessive voltage from reaching the drive control unit.

Variable slope droop control maintains system stability across varying energy storage capacities without centralized coordination.

A surgery assistance system guides instrument tips using a control routine that switches between tangential and spherical modes.

Mobile terminal reads application content identifiers and transmits control instructions to resolve remote management bottlenecks.

An embedded firmware duplicate enables offline instrument configuration, eliminating post-download adaptation delays and ensuring precise settings accuracy.

A machine tool controller detects input power supply voltage drops using dedicated measurement units to identify abnormal electrical states.

A home automation program automatically enrolls replacement Z-Wave sensors by inheriting system attributes from the removed device.

Dual models and feedback loops refine machine parameters, adapting to individual characteristics without trial-and-error hunting.

Segment field device data into subgroups by type and generation time to display them graphically in selectable areas.

A mobile control device with an electromechanical switching element manages transfer plate movement via a dedicated control unit.

A robot grasp evaluation system simulates manipulator motion using a thumb-up vector to filter unnatural patterns.

An integrated control unit uses a disposable bridge section on the PCB to interrupt safety signals, reducing device complexity and manufacturing cost.

A fault detection system uses voting-based diagnosis to identify operating states from sensor samples.

A site safety system assigns risk index values to devices and prioritizes faults based on those indices.

Segmented flank detection and coordinate transformation determine precise involute positions for asymmetrical gearing, avoiding averaging errors.

A waste removal assembly strips material from a planerizer roller via a movable element, transferring debris to a stationary collector to prevent blockages.

A unified user device interface configures industrial field devices via out-of-band communication.

A data analysis platform detects compressor surge events by monitoring operating parameters and adjusting system control valves to reduce load.

Automated suppression unit prevents light activation during Sabbath observance by synchronizing with Hebrew calendar dates and local sunset times.

Real-time sensor feedback computes offsets and angles to align the end effector, eliminating manual path planning and adapting to misalignment.

An energy-saving control device adjusts rolling conditions to minimize consumption.

Optimal planning algorithms determine energy storage system specifications using historical data and pricing information.

A flight control switching method uses backup communication means to exchange data between processing units.

A mobile robot captures ceiling marks using an image unit and light-emitting source to determine its location.

Lockstep microprocessors in distributed control nodes detect calculation mismatches to prevent error propagation across plant facility systems.

Removable scan targets with fiducial markers resolve dimensional errors in aircraft assembly by enabling sub-thousandth inch positioning accuracy.

Orthogonal trajectory correction vectors eliminate vibration and maintain constant deflection.

A machining knowledge reuse system searches for similar parts to retrieve and merge strategy information.

Frequency analyzer calculates position command signal components to diagnose vibration cutting propriety.

An interactive robotic apparatus detects user sounds and movement to generate responsive animations and simulated breathing.

A control unit adjusts virtual collision object properties based on device position and motion goals to coordinate safe movement between medical segments.

A wireless process field device uses a sensing circuit to decouple internal battery cells from electronics during fault conditions.

A control system detects restricted access lane entrances and generates output signals based on entrance parameters.

A shaft-mounted monitor uses magnetic sensors to calculate rotational speed and angular position without mechanical encoders.

A configuration device manages transmission data flow between collectors and memory to track IED changes without permanent paths.

An information setting apparatus calculates operation permission times based on user input to configure battery pack limitations.

A method dynamically orders controllable attributes based on user focus context to reduce navigation keystrokes.

A human-machine interface system manages industrial process data through reusable templates and centralized symbol graphics.

An accelerometer-equipped computing device records movement data along predefined paths to calculate precise timing information.

An automated system identifies execution paths through batch configurations to generate and execute targeted test plans.

A system estimates object location by comparing sensor data with pre-acquired appearance profiles matched to manufacturing progress.