Hollow Article Cleaning TRIZ Cases

Segmented opening portions prevent sample mixing by routing cleaning liquid through dedicated pathways, maintaining measurement precision.

Heating portions increase reaction rates when sensors detect low concentrations, maintaining efficacy while reducing solution waste.

A heat exchanger cleaning system uses a movable member to recover and reinject foam rubber balls via hydraulic connections.

Dynamic angle control adjusts the nozzle orientation to balance thorough deposit removal against mechanical stress on the pipe wall.

Adjustable inlet wheel grouping resolves contradictions between operational flexibility and fixed coating wheel diameter constraints.

A cleaning device connects multiple hydraulic oil tubes via valved paths to circulate agents simultaneously.

Direct steam injection into heat exchangers maintains target temperatures while eliminating complex external heating equipment.

A color-detecting device optically inspects treated metallic objects to identify surface discoloration in real time.

A counter-rotational dual whip-head system balances opposing torque forces to enable higher rotational speeds for solidified bulk material fragmentation.

Grooves on the nozzle shaft generate turbulence that reduces leakage while trapping particulate material to prevent blockages.

An inclined rinsing nozzle directs fluid jets into containers at specific angles to create swirling motion and improve interior wetting.

Nitrogen purging via a Gas Transfer Membrane removes dissolved oxygen from water, preventing corrosion in wet fire protection systems without large reuse tanks.

A pivoting spray nozzle breaks up sludge deposits via a telescopic boom inserted through the manway cover, preventing spills caused by low cover placement.

A liquid applies high pressure to dislodge dust from oxidation oven walls while circulating hot gas removes debris.

A recirculation purging system filters and reuses purge gas within semiconductor substrate containers to maintain dryness.

A floating cover moves vertically inside a storage tank to isolate liquid from air contact.

An electric motor drives a coupling element that releases a pre-tensioned spring to accelerate a striking piston, replacing pneumatic compressors.

Parabolic focusing cavity directs high-strength shock waves to remove pipeline scale and fracture rock strata.

Expanding assemblies insert into vehicle mounting holes to direct compressed air for internal cavity cleaning.

Rotating cleaning nozzles spray disinfectants onto molding elements to remove filling material residues that cause microbiological contamination.

Reuses sterile flushing water as the first sub-composition for subsequent batches, reducing water consumption and sewage volume.

Integrated ultrasonic cleaning eliminates manual beam disassembly, reducing maintenance downtime and preventing assembly errors.

Stepped sleeve and main body create a labyrinthine pathway to reduce contaminant ingress in self-rotating tube cleaning nozzles.

Ultrasonic immersion and pressurized water jets remove scale from turbine blade cooling channels before heat treatment to prevent high-temperature corrosion.

A sealed transfer device uses a sliding rinsing hose to clean can walls during liquid movement.

Segmented closure assemblies with tethering members prevent debris accumulation and structural stress in open top gondola railcars.

A gas purge unit employs a porous discharge portion to diffuse cleaning gas, preventing particle scattering that causes wafer oxidation.

A rotating drum with adjustable discharge openings guides pipes along an upper transport path to prevent surface damage during cleaning.

Compressible sealing portions yield under fluid cleaning surges to prevent rigid abutment while concentric jets remove ceramic particles from injector passages.

Constant hydraulic pressure in the rod-side chamber reduces apparent weight of the crust shovel, preventing cathode damage while scraping tank bottom debris.

A rinsing device detects fluidic connections between endoscope channels using applied testing pressure and signal reading.

Non-fluorescent polymers recover separation performance by adsorbing and removing accumulated fluorescent dye from microchip flow channels.

Dynamic pressure reduction removes pipe contents with less energy than constant high-pressure systems.

Automated chemical and water pumps dispense cleaning agents through a dispensing valve to rinse intermediate bulk containers.

Atomized liquid injection reduces solvent waste and environmental impact by delivering precise cleaning agents through pneumatic airflow.

Alternating liquid and air jets remove dirt from narrow-lumen channels, eliminating manual brush wear and inconsistent results.

A medicinal solution receiving member enables gravity-fed flow from a storage portion to a cleaning tank for endoscope disinfection.

High-pressure fluid thrust propels a suction head across uneven tank floors, enabling complete drainage without manual entry.

Integrated ultrasonic tanks vibrate fluid to remove pipe residues, eliminating external detection equipment and manual intervention steps.

Independent motor control varies nozzle rotation speeds to eliminate nonuniform cleaning coverage and reduce fluid waste.

An arbor and plug mechanism prevents inadvertent rotation of the cleaning patch, enabling rapid debris removal from firearm barrels.

Optical detection system terminates chamber cleaning when reflected light indicates sufficient surface cleanliness, preventing component wear and process drift.

Roof-mounted trolleys with vertical rails position nozzles to clean narrow gaps between floating roofs and tank shells.

A drain cleaning device uses injection-molded micro-hook elements on a rotatable tip to physically grab and collect debris from pipes.

A pipeline cleaning device uses pigs to block flow paths and maintain pressure during parallel multi-line maintenance operations.

A urea hydrochloride composition solubilizes calcium carbonate in aqueous suspensions using complex substituted keto-amine agents.

Electrohydraulic discharge creates shock waves in liquid to remove deposits from inaccessible tubing areas, avoiding costly workover operations.

An alkaline detergent and hydrogen peroxide solution removes tenacious biofilms from aquatic tanks while acid neutralization eliminates chemical residue risks.

A tapered cleaning tip reduces residual liquid volume inside reaction containers during automatic analysis.