Liquid Processing TRIZ Cases

A modular orbital drive with an eccentric weighted plate cuts moving parts, easing maintenance and reducing user fatigue during floor cleaning.

Magnetically coupled window cleaners use direction sensing and collision-based offset reset to keep exterior cleaning safe and on track.

High-pressure annular airflow directs water drops into a porous absorbing portion, avoiding floor splash, watermarks, and trough maintenance.

A motor-driven extension with interchangeable dusting heads and an angled pivot improves cleaning of crevices, high surfaces, and electrical components.

A motor-driven scrubber adds reciprocating cleaning to a wiper, removing stubborn debris with simpler installation and lower replacement cost.

A spring-loaded cradle cleans oxidized model train wheels while conductive strips power rotation for uniform contact cleaning.

Dual steam distributors and a shuttle mop plate prevent pad oversaturation while integrated vacuuming removes debris during steam cleaning.

A segmented sponge-band grouting machine makes vertical clad wall cleaning and grouting faster while reducing operator load and weight.

An auto-rolling electrostatic sheet and self-adjusting drive shaft maintain floor contact on uneven surfaces while reducing manual replacement.

A sideways motor and offset gearbox fit within the disc footprint, keeping a shoe polisher compact while preserving torque and intuitive grip control.

An eccentric motorized mop head adds in-plane vibration to dislodge and pick up dust and debris more effectively on hard floors.

A central formulation bump and welded multi-layer pad structure improve cleaning while reducing splatter and premature delamination.

Door motion stores mechanical energy to disinfect the handle only after release, reducing contamination without jamming or user interference.

A flexible jaw trap opens for pinch-free sheet insertion, then grips evenly to maintain tension and prevent entanglement in robotic cleaning.

LED-lit transparent tank sections reveal liquid level, while a movable agitator helps the mop pad remove stubborn dirt more effectively.

Adjustable magnetic force keeps paired window cleaners attached across glass thickness changes while preserving smooth movement and safer exterior cleaning.

Pressurized fluid through flexible tubes removes cargo-hold residue from hard-to-reach surfaces, cutting cleaning time and worker exposure.

Pivoting scrubbing elements and fluid-driven wheel rotation maintain surface contact while enabling continuous treatment material delivery.

Paired flywheel and counterbalance weights cut vibration in orbital floor cleaning while improving handling, comfort, and surface-safe motion.

A cam-driven actuator turns mop movement in any direction into piston pumping, giving controlled water feed to the steam generator without electric pumps.

Compressed foam layers with radial slits form a spherical buffing ball that prevents layer rubbing, tearing, and premature wear.

Sensors and movable tool supports keep paired cleaning surfaces engaged as they wear, preserving sweeping performance without manual adjustment.

Counterbalanced facade carriages and deionized water enable stable high-rise cleaning without workers, tracking rails, or mineral deposits.

Pre-exposure edge cleaning and drying remove film contaminants that can enter immersion liquid, foul lenses, and distort exposure patterns.

Separate top-loaded dust bin, fluid reservoir, and cleaning cartridge simplify robot cleaner maintenance while preventing wasted fluid at low speed.

An electric magnet and conductive floorcloth holder secure correct attachment upright, avoiding cleaner inversion, spills, and misalignment.

Dual brush stations and dust suction clean pressed powder pan bottoms and sides for uniform adhesion and less manual handling.

Adjustable flywheel and counterbalance links let one floor attachment switch oscillation speeds for faster or lower-energy cleaning.

A shuttling steam distributor sends steam to the pad's leading edge on each stroke, limiting saturation and extending pad use.

A central formulation bump and welded layers help this motorized treatment pad reduce splatter, guide attachment, and resist delamination.

A multilayer steam mop pad uses mesh venting and perimeter fasteners to improve steam distribution, limit condensation, and resist edge buckling.

A peristaltic pump and disposable conduit tubing keep floor finish out of the pump, cutting cleanup time while supporting detachable mop use.

Synchronized eccentric cleaning heads move in opposite directions to clean uniformly, direct dirt flow, and lower power use.

Common mounting points let belt and squeegee conveyor modules swap on one street sweeper, cutting reconfiguration time and downtime.

Rotating fibrous cleaning members scrub carpet and hard floors in one machine, using centrifugal force to collect waste with less noise and energy.

Detachable transport wheels let a floor-cleaning appliance switch between cleaning and transport without blocking tool contact with the floor.

Pinched head and housing rollers squeeze liquid from an absorbent belt into a reservoir, enabling faster drying and easier belt replacement.