Hollow Article Cleaning TRIZ Cases

Optical sensors measure pipe threads after solvent cleaning and air drying remove lubricant residue, ensuring precision without manual sampling.

Flow dividers split the cleaning medium stream into partial flows, enabling simultaneous cleaning of different pipe sizes while preventing cross-contamination.

Modular segmentation and dynamic component arrangement enable multi-step cleaning of military firearms without requiring extensive disassembly.

Heat recovery system preheats fresh water using thermal energy from mixed water, reducing heating energy by 40% to 50%.

Tapered protrusions on extractor tube contact surfaces reduce abutment area, creating channels for detergent flow to resolve cleaning difficulties.

Segmented zones and a loosening pestle prevent powder agglomeration to achieve ±0.1 mg precision during automated geochemical analysis.

Removable purge plate with gas and vacuum nozzles maintains carrier atmosphere without tool modifications.

Pressurized gas flow prevents liquid retention in FOUP door openings, simplifying the drying process and reducing contamination risks.

A mobile cleaning body moves along curved seal housing walls using compressed air jets and leaf springs to maintain surface contact.

Compressed air forms a vortex ring inside the powder chamber to discharge residual coating particles, eliminating manual cleaning time during color changes.

Temperature ramp-up and ramp-down treatments generate thermal stress to peel off poorly adhered thin film particles from the process chamber inner wall.

Integrates four pumping circuits into one unit, resolving space constraints while boosting pipe cleaning productivity.

Segmenting drink supply piping into dedicated circulation loops allows simultaneous CIP and SIP processing, reducing total sterilization time.

Inverting the cleaning direction to push from the breech end prevents muzzle crown deformation, preserving firearm accuracy while reducing cleaning time.