Automatic Conveying/Guiding Stock TRIZ Cases

A fixed and aligned battery module perforation process improves cut reliability and lowers thermal runaway risk during secondary battery disposal.

A switching guide bushing aligns both rotating members during friction welding, suppressing misalignment and reducing burr removal.

Interchangeable holder heads and a spring-biased locking mechanism cut bone workpiece changeover time while maintaining secure machining.

A spring-loaded bayonet coupling lets lathe spindle liners be exchanged quickly by hand while keeping secure fixation and reducing downtime.

A dual-curvature cutting insert lowers contact area to keep cutting resistance low while improving surface roughness and reducing cusp height.

Different thread pitches let the guide bush switch between coarse and fine diameter adjustment, cutting setup time and interference risk.

Dual-pitch screw engagement lets a guide bush shift from coarse to fine diameter adjustment, reducing setup time and spindle interference.

A polygonal elastomer insert uses thinner wall sections to damp workpiece vibration while reducing material use and molding complexity.

A dual-profile lathe adapter grips irregular workpieces by friction, improving alignment, clamping stability, and machining accuracy.

A dual-surface adapter lets standard chucks grip irregular workpieces by friction, improving alignment, machining precision, and handling safety.

Laser positioning, transfer stations, and hydraulic clamping cut waiting time in turning tool cavity machining while improving safety and quality.

A flexible polyurethane or rubber guide shell adjusts to different bar diameters while keeping a constant center and damping vibration.

Vibration data from front and rear chucks reveals fastening abnormalities such as chip biting before they degrade machining accuracy.

Rotatable elastic centering elements keep bars aligned at high spindle speeds, reducing noise, wear, and surface damage without adjustment.

Airflow sensing at tool rest attachment seats detects missing tool holders to prevent chip ingress, coolant intrusion, and hydraulic oil spills.

A robot with laser detection, transfer stations, and safety fencing cuts loading delays while improving clamping accuracy in tool cavity machining.

An upright elastic plate links the machine tool bed and transfer legs to limit relative displacement while suppressing vibration transfer.

An eccentric clamp layout shifts the cutting tool onto the lathe spindle centerline, cutting setup time and preserving hole quality.

Movable guide segments form a mechanical iris that adapts bar feeder clearance across diameters while reducing stoppages and energy use.

Sealing air and an air-actuated drain valve keep coolant away from a low-mounted distance sensor while preserving accurate steady rest position detection.

A turret-mounted auxiliary spindle clamps and rotates workpieces to expand machining access, improve workspace use, and raise lathe throughput.

By positioning the second tool post close to the supporting bed, this lathe limits chip buildup in the gap and improves operator access.