Hollow Article Cleaning TRIZ Cases

A flexible clearing member uses repetitive motion to mechanically break up clogs within artificial tubes.

A pivotable platform assembly inverts large containers to expose interior surfaces for automated cleaning nozzle spray.

An integrated valve unit eliminates upstream branch pipes and reduces installation time while preventing water leakage risks.

Fluid communication between wash and sample wells removes residual material without filter paper waste.

A rotating jet cleaner with a telescopic arm and luminescence sensor directs targeted cleaning fluid.

Segmented housing isolates hydraulic, electrical, and drive compartments to enable component access without full disassembly.

A rotatable control device displays angular position through a housing window to identify drilling or cutting modes.

A rotating cleaner fluid distributor eliminates internal eddies to achieve uniform spray patterns and thorough surface wetting.

Cleaning liquid nozzle removes residual chemicals from cup inner walls between supply steps to prevent hazardous mixing of incompatible liquids.

Sandstone skin layers on deforming sponges remove fouling from condenser tubes while eliminating synthetic resin discharge into marine environments.

An excitation unit imparts vibrations to detect buildup via frequency changes, then clears accumulation automatically.

A flexible liner assembly with a semi-rigid helix repairs curved pipes without excavation.

Radial brushes on a rotating drill attachment remove rust and dirt from pipe ends to ensure clean connection surfaces.

A bottle cleaning device recirculates mixed water through a cascade of heat exchangers to recover thermal energy.

High resistance conduit prevents liquid ingress into gas pumps during endoscope reprocessing.

A rotating cleaning arm combines washing nozzles and air knife dryers to clean container interiors.

Energized fluorinated gas removes process residues from substrate processing chamber components while repairing surface defects through plasma treatment.

A high power laser pipeline tool delivers energy through an optical tether to remove biofilms and corrosion from pipe interiors.

Segmented rigid lances on an adjustable frame adapt spacing for tube bundles, resolving the trade-off between multi-tube productivity and maneuverability.

A purge device groups mounts and uses a single flow rate controller to adjust gas supply based on container count.

An elongate composite wedge spreads boiler tubes and fins to create cleaning access lanes without damaging the heat transfer components.

Segmented drive members and nested casings resolve the trade-off between extended reach and attachment security in closet augers.

A cleaning bath uses a compressed air outlet positioned within the cleaning water discharge trajectory to remove residual liquid from probe surfaces.

A rotary blower head directs compressed air jets against chimney walls to strip soot via a flexible plastic probe line.

An electromagnet switches magnetic force to attach an endoscope cleaning tube for fluid supply.

Spray devices direct liquid against nozzle surfaces to prevent polymer buildup and maintain separation efficiency.

Multi-axis articulated cleaning head automates thorough basin cleaning without manual intervention.

Segmented driving mechanisms merge clamping force with counterweight stability to resolve reliability issues in clogged duct cleaning.

A rupture sealing device uses a deformable silicone gel body and anchor mechanism to form a secure seal against container walls.

A flexible casing with a rotatable drill bit cleans bleeder valves in confined spaces without leakage.

Periodic biocide pulses extend tank life while high-velocity flushing removes solids from drain pans.

A fluororesin tube cleaning method uses alcohol and water to remove surface particles from molded articles.

A pneumatic launcher fires cleaning projectiles through heat exchanger tubes using compressed air and pressurized water.

Automated cleaning apparatus reads endoscope data to assign correct disinfection menus.

Dissolving carbon dioxide below critical pressure inactivates viruses in biological substances without damaging sensitive products.

A nozzle uses a single valve to adjust fluid flow and switch between solid jet and conical spray modes, eliminating complex control lines.

Segmented door lock elements prevent unintentional opening in crate washers, reducing wear on fine mechanics without adding complexity.

Thermal processing seals glass tube ends after hole formation, preventing impurity deposition inside medicinal containers.

A pipeline pig launch apparatus uses a gravity-driven drive system to move pigs along guide rails into a drop tube.

A bottle cleaning device uses a heat pump cooling circuit to manage spray zone temperatures and recover rinse water for reuse.

Peripheral runners deliver cleaning agents to nozzle surfaces during production cycles, preventing contamination buildup and maintaining machine productivity.

Sensors monitor vibratory states to detect conveyor misalignments, preventing article damage and reducing manual intervention.

Circulating cleaning liquid with settling tanks removes incrustations from buried drinking water pipelines without damaging pipe integrity.

Hoods and exhaust pipes capture toxic gases from the stripping tank, preventing harmful hydrochloric acid release into the work environment.

Fluid directors oscillate discharge flow to dislodge debris, resolving the trade-off between cleaning effectiveness and apparatus complexity.

A pipeline pig signal uses a pivotally movable flag secured by set screws to allow flexible orientation without rotating the plug assembly.

Pyrrolidone derivatives decompose organic residues on masks, eliminating manual scrubbing and chamber modification costs.