Automatic Control Devices TRIZ Cases

A reporting device calculates target workpiece mounting positions to keep tool paths within machine movable ranges.

A sheet processing apparatus uses length-based detection to distinguish cut pieces from regular sheets during conveyance.

Dynamic defocused ion beam milling forms precise craters in multi-layered objects, resolving the trade-off between manufacturing precision and productivity.

Integrated balancing devices within motor and counter-spindles compensate tool arbor imbalances, enabling small-diameter gear manufacturing.

A control device calculates the initial axial depth of cut using tool overhang length and diameter parameters to set optimal cutting conditions.

Active gripper arms replace rollers to position lumber, maximizing yield by ensuring accurate cutting orientations.

A hollow rotating shaft finishing method adjusts cutting tool position orthogonal to a virtual reference center based on inner circumference deviation measurements.

Real-time vibration detection enables active motion correction that prevents accuracy deterioration while maintaining high working ratios.

A vertical tumbling drum breaks log bundles via speed-controlled rotation, preventing clogging from loose bark while reducing wood damage.

Circuitry identifies stability lobes to select fine-tuning speeds from predetermined machine speed ranges.

Temperature simulation blocks replicate thermal characteristics to correct displacement errors during coolant state changes.

Electronic control maintains optimal weight on bit and rotation speed, reducing bit breakage risk from crowding in voids.

Automated decking arm assembly engages steering shafts with a sensor-controlled cradle to eliminate manual operator strain during vehicle assembly.

Electronic control system monitors motor power input to detect chuck position, eliminating mechanical switches while optimizing cycle time.

Transducers monitor axial load and displacement to ensure consistent mandrel fracture, resolving reliability issues from variable workpiece thickness.

Display control unit superimposes operation markers on time-series vibration data to facilitate countermeasure identification.

Discontinuous cutting via a fast tool servo resolves the trade-off between manufacturing precision and productivity for optical films.

A vibration information display device acquires chatter data and operating parameters to instantly notify operators of process abnormalities.

Virtual axes transform user-defined movement patterns into real axis specifications, reducing coordination complexity in multi-segment linear drives.

Planetary gear transmission replaces clutch mechanisms to eliminate system complexity while maintaining high efficiency and precise speed control.

An ultra-wideband radar sensor unit monitors machine tool operations with high precision.

A numerical controller calculates synthetic feeding direction inclination angles to rotate a machine tool table for optimized movement.

An encoder housed within a motor casing generates signals indicating tree length while remaining isolated from external vibrations.

Motor-driven dispenser roll buffers tensile stress fluctuations during rapid manipulation device movements using dynamic angular position control.

Image capture devices transmit positional data of food items on a conveyorized oven to an external display monitor.

A food processor control unit automatically determines target rotary speeds for cutting blades based on sensor feedback.

An oblique motion trajectory aligns the optical axis with the bonding tool path, reducing misalignment errors across wider semiconductor chips.

A machine tool uses a single temperature sensor to estimate thermal displacement for dynamic correction magnification adjustment.

Elastic counter-guides lift the ram to correct gravitational drop errors and ensure precise tool positioning.

An automated system removes scrap elongated window components from the production line to reduce waste and improve manufacturing throughput.

A control device corrects oscillation commands using feed axis position feedback to maintain precise tool movement during intermittent cutting.

A slide adjustable assembly with biasing rollers monitors lateral steel band position to maintain alignment during progressive die feeding.

A movable roller frame reduces operator workload by rolling pallets from assembly tables into stackers without manual lifting.

A compact spindle adjustment system uses a coaxial drive and non-contact linear actuator for precise tool positioning.

A vacuum sucker unloads workpieces during laser cutting by synchronizing deceleration with the beam.

Ultrasonic welding device determines tube dimensions using displacement and ultrasound sensors to retrieve stored welding parameters for fluid-tight sealing.

Segmenting reference variables allows concurrent path table operations in multiple systems, resolving sequential execution bottlenecks.

A detection subsystem monitors blade electrical impedance to identify human contact events with high precision.

A microscopic geometry cutting device calculates arrival time to trigger cutter movement at the precise machining start position.

Inclinometers and hydrostatic supports align heavy workpiece barycentres with table reference points, eliminating deformation from misalignment.

A machine tool monitoring device uses infrared spectral evaluation to detect human tissue and fingerprints within the working region.

Counterweight blade arrangement balances opposing wood feed forces to eliminate back throw risk and reduce machine cost.

Suction devices hold the glass while shimming elements shift it forward, resolving manual centering inaccuracies.

Undersurface reference plane guides depth gauge measurements to prevent vertical offsets between adjacent floorboards.

Control unit coordinates hydraulic jacks via position sensors to lift concrete form elements evenly.

A hemming device uses a modular bed and dual robots to process inner and outer flanges simultaneously.

Dynamic scanning adjusts crushing settings to resolve quality consistency issues in reconsolidated wood manufacturing.

A sheet processing cutting mechanism divides rear end regions into fine segments for immediate discharge.

A web movement sampling device uses a quadrature decoder to generate forward and backward signals from an incremental encoder.