Hollow Article Cleaning TRIZ Cases

Atomized cleaning medium droplets accelerate into capillary tubes, displacing trapped air pockets and residual contamination for thorough internal cleaning.

An automated actuating mechanism drives brushes and nozzles to scrub reactor interiors, resolving manual cleaning inefficiency.

Adjustable nozzle angles and staged pressure create a drainage orifice, preventing refractory wall damage during coke removal.

A nozzle washing apparatus uses multiple discharge ports to optimize fluid flow for specimen collection tasks.

Automated extraction head uses adjustable gripper jaws to mechanically engage and pull metering valves from containers.

Pneumatic flexible enclosure replaces rigid frames to resolve setup time trade-offs while maintaining dust-tightness during abrasive blasting.

A treatment device stacks decontamination modules vertically on a common chassis to reduce floor space while maintaining high throughput.

Segmenting the boom into a fixed base and telescopic arm allows full tank coverage without installation issues in high waste depth conditions.

Segmented channels and pump control prevent blockages while ensuring complete waste removal.

Oscillating and rotating washing assemblies clean laboratory animal cages on adjustable shelves, reducing water consumption while increasing load capacity.

Radial stabilizers maintain tool orientation in enclosed channels, allowing pressurized gas orifices to remove moisture and chemicals for surface preparation.

Segmented nozzle supply directs cleaning fluid to specific internal passages, resolving the trade-off between cleaning efficiency and fluid consumption.

A dual nozzle jetting tool circulates high-pressure fluid to clean storage tanks.

An electric filling-level probe detects cleaning medium presence in a flushing chamber via electrical conductivity changes during automated CIP cycles.

Adjustable spray rods inside a collection hopper clean varying bin sizes, eliminating water runoff and manual labor.

Segmented washing tools with dual fixtures enable in-situ cleaning of gas turbine engines, eliminating the downtime caused by extensive dismantling.

Elongate retaining chamber with cleaning holes rotates fluid through drive unit interior to reduce foreign matter accumulation in pulley mechanisms.

Synchronous rotation of the nozzle shaft during vertical movement ensures uniform dust removal from mounting head air passages, reducing cleaning time.

Ozone treatment zones introduce germicidal gas into bottle processing systems, eliminating biocide residues and corrosion risks while ensuring product safety.

A flexible elastomeric cleaning tool with a recessed distal end and inward protrusion mechanically removes residue from aerosol device heating elements.

Stamped metal profiling reduces container cell mass and heat capacity, minimizing energy losses during cleaning machine operations.

A waveguide cavity positions an antinode to maintain transducer resonance, reducing mass loading effects on heat exchangers.

A pipeline pig with an internal flow cavity and swingable gate opens automatically under pressure to maintain fluid passage.

Interchangeable etching chambers allow simultaneous cleaning and etching, eliminating downtime from byproduct removal.

Tilting lifting columns separate stacked pallets and pans, allowing nozzles to clean lower surfaces while maintaining compact space utilization.

Tangential fluid jets create cyclonic flow in the connector, removing powdery residue without breaking containment seals.

A substrate processing apparatus maintains constant time intervals between exposure, cleaning, and heating steps.

A convertible wiping device adapts its resilient body dimensions via a shape-changing support member to engage varying tubular sections.

A rotating manifold with downward nozzles uses tank pressure head to vacuum sediment through a drain pipe into a settling tank.

Longitudinal electromechanical converter in flexible pig element detects pipeline geometry changes without complex mechanical arms.

Potassium fluoride etching eliminates powder flux residues that cause delamination, ensuring stable adhesion for odor prevention and anti-corrosion layers.

A tank cleaning spray head adjusts rotation speed and fluid pressure dynamically to optimize impingement force on interior surfaces.

A beverage line cleaning device mixes fluid and bypasses the pump during flushing.

A cleaning device uses a spring-biased cap to pivot and squeegee the inner barrel surface.

An adjustable nozzle carrier directs liquid jets to clean construction machine interiors and components.

A weighted cleaning assembly with protrusions and porous material cleans container interiors through gravitational movement.

A gas exchange device divides filling lines into independently controllable segments to enable separate flow measurement of flushing medium through each connection.

Angled nozzle spray induces rotation to remove scale without mechanical milling damage.

A pivoting pressure-receiving portion moves a cleaning segment to maintain contact with the pipe sleeve during fluid flow.

A cleaning method moves an aspiration tube while discharging liquid onto its outer surface to remove residual droplets from the tip.

Turbines convert water flow into rotational energy for self-propulsion, allowing modular cleaning units to navigate around LFD devices without external power.

Joule-Thomson expansion and feedback control manage solid particulate size, preventing hydrate buildup in subsea lines.

Dynamic parameter adjustment and confidence evaluation resolve incomplete drying issues in gas pipelines.

An automated manifold mixes caustic and acid solutions with water to reduce labor intensity while protecting machinery from harsh chemical damage.

An inclined fluid jet applies cavitation processing along complex hole side surfaces to treat non-linear geometries.

Submerged trolley wheels and textured conduit surfaces prevent livestock slipping and slot clogging in barn floors.

Injects cleaning solution into steam flow to clean condensers during continuous operation, reducing production downtime and maintaining aseptic conditions.

A washing instrument positions an endoscope distal portion using regulating portions to align the swing base with intersecting fluid jets.

A vertically oriented settling box with a down-facing air inlet separates dust from larger milling particles using gravitational flow dynamics.

Segmented coupling design with rod-out ports prevents impulse tube plugging in viscous fluid applications.