Automatic Control Devices TRIZ Cases

A method generates multiple cutting paths with varying stepovers to optimize material removal efficiency.

A deflection correction system uses pressure cylinders to position a milling machine spindle seat along its axis.

A snap ring mounting system uses an inner diameter measuring unit to verify installation accuracy.

RFID-tagged parts and a processor-based interface streamline complex equipment assembly while reducing on-site installation time.

A machining program generating unit corrects command points based on target shape data to ensure precise tool contact.

Determines optimal control parameters via closed loop transfer functions to reduce manual adjustment time.

Autocorrelation analysis of vibration data detects chatter patterns in real time, eliminating long sampling delays that degrade surface quality.

Electronic torque monitoring detects blade wear against failure thresholds, eliminating unnecessary replacements and minimizing production downtime.

A mounting apparatus uses an imaging unit to capture image data through a transparent substrate for precise optical component alignment.

Segmented loading stations on a rotatable platform allow continuous pallet supply to the machine, eliminating downtime from manual operator intervention.

Optical measurement and vacuum transfer automate fuel pellet alignment, resolving manual counting bottlenecks in nuclear rod manufacturing.

Controller calculates user holding force using kinetic movement and output torque data for precise power tool control.

A robotic welding process acquires actual contour data using sensors to calculate individual displacement vectors for precise tool motion.

A tube connecting apparatus presses flexible tubes to a flat state before thermal fusion.

A vehicle vibration detection unit records support part oscillations to enable real-time monitoring of automated workpiece conveyance systems.

A unified information system tracks nutritional substances across the supply chain to enable adaptive transformation and dynamic encoding of quality changes.

A crimping system uses pressure and position sensors to adjust piston travel during the operation.

Dual edge detection measures sheet skew at leading and trailing edges, enabling real-time rotation of the punching section for precise hole positioning.

A through-hole cutter tool pivots radially to machine backside surfaces from one access point.

A web transporting mechanism uses a solenoid-driven brake member to adjust friction force and suppress movable buffer motion.

Partition walls separate fastening elements by shape and size, preventing selection errors during aircraft assembly.

An integrated robot tool uses a vacuum feed pushrod and pivoting holder to automate plug mounting, eliminating separate storage stations.

A synchronous control unit coordinates two motors through dual amplifiers and communication paths to maintain precise shaft alignment.

A food slicing machine uses a laser sensor to detect product position and control the gripper return stroke.

A signal management unit aggregates machine tool and auxiliary device status signals to determine operable states.

A die bonding apparatus aligns semiconductor dice using a bond head cavity and single optical assembly for real-time orientation detection.

A machining program editing assist device links program data with shape display areas to facilitate intuitive editing.