Capping Machinery Safety/Control TRIZ Cases

Timed sensor profiles across treatment units reveal fault propagation early, helping container lines prevent errors and sustain output.

Dual imaging compares the pour opening area before capping and the applied cap after capping to catch misalignment and protect cap function.

A bypass circuit maintains sterilant flow during stops to prevent closure deformation.

Multi-area information output device resolves reliability-complexity trade-offs by enabling rapid fault localization without buffer infrastructure.

A detector positioned upstream identifies container orientation before the transfer unit loads it onto the rotating carousel support.

Adjustable docking pins create steam escape pathways in semi-rigid dough to prevent blister formation during frying.

Replace mechanical detection with optical power measurement to identify partially covered orifices, preventing spills during transport.

Measuring devices determine container geometry during treatment, enabling automatic adjustment of downstream units to eliminate manual fine-tuning.

Modular dispensing stations and bin apparatus direct containers to carriage sections, resolving manual accumulation bottlenecks in high-volume pharmacies.

Image processing computers analyze visual data to detect faults and regulate throughput, reducing device complexity while improving reliability.

Segmented hand-held and stationary receivers confirm size part identity and position, preventing improper installation during container treatment.

Replacing destructive pressure testing, this method measures crimp seal height to verify container tightness without damaging pharmaceutical packaging.

A crimping device integrates a load cell into its fixed structure to measure clamping force transmitted through abutment members.

Sequential identification codes link diagnostic data to each container, resolving information loss during bottling without increasing device complexity.

A single sensor moves synchronously with containers along a conveyor feed path to detect orientation features.

Temperature sensors monitor tightening means in a corking machine to detect wear, preventing sudden stoppages and reducing production costs.

Wireless RFID interrogation verifies format part locking state to prevent improper installation damage while maintaining rapid changeover speed.

Evaluation apparatus analyzes detection results to trigger self-service actions, reducing downtime caused by buffer storage complexity.

Applying high-voltage pulses across capacitive couplings detects micro-holes through liquid conduction, avoiding destructive testing and false discards.