Carpet Cleaners TRIZ Cases

Waste motor heat is routed through an undulating duct to warm cleaning fluid, improving temperature control and cleaning performance.

Mechanical stress on the wiper lip triggers suction only during contact, cutting battery drain while keeping the cleaner ready to use.

A pivoting multi-edge scraper combines cutting, corner cleaning, narrow-gap removal, and sealant spreading in one compact tool.

Rotary tools generate continuous linear thrust, so the cultivator moves itself while a pivoting joint keeps torque control in any handle angle.

A two-sided frame fastening secures removable diamond disks on floor grinding pads, preventing detachment at high rotation speeds.

An orientation switch with delay logic cuts motor power only in true storage tilt, reducing battery drain and helping prevent liquid leakage.

A thermostat-controlled heating panel warms the cleaning cloth directly, avoiding steam scale build-up while cutting energy use and drying surfaces faster.

An inner bag isolates aggressive solvent from the adhesive flap, keeping wipes moist and the flat pack resealable for over a year.

An articulating auxiliary hose and removable steam module extend steam mop cleaning from floors to above-floor surfaces without chemicals.

Configurable cleaning modules, secure tool storage, and a drip tray enable touch-free disinfection while preventing floor spills and post-cleanup hazards.

An interior sleeve with handle channels and narrowing retention areas lets a duster clean on both sides with easier maneuverability.

A glove-mounted abrasive surface improves contact on curved and tight areas while reducing finger strain, abrasion, and splinter exposure.

A telescopic arm with a pivoting handle and swivel cleaning heads reaches vehicle roofs safely without ladders or stepstools.

A multilayer nonwoven wipe uses layer-specific binders and densities to stay strong in use yet disperse in wastewater without clogging.

A telescoping handle locks in use or storage while maintaining push-rod fluid flow control for easier shipping and compact floor cleaner stowage.

Biased locking wings auto-latch when spread, keeping the mop cover secure while enabling faster replacement with push-button release.

A pivoted two-wheel channel keeps three-point floor contact, helping cleaning machines stay stable over debris and uneven surfaces.

Removable weight plates and a foldable secured cloth help a wide mop clean large indoor courts faster with stronger surface scrubbing.

An elastic pouch opening keeps bar soap secure as it shrinks, enabling one-handed washing without metal closures that can rust or irritate skin.

Stacked detachable cleaning sheets let users peel away soiled layers, refresh dusting performance, and extend tool use without full replacement.

Flexible elastic belts and mushroom supports let floor washer scraper blades snap on and off quickly without tools, simplifying cleaning and replacement.

Deflector surfaces release debris from a rotating brush and steer it into the exhaust channel, reducing scatter, re-deposition, and suction demand.

Pivoted hose joints and a movable hood improve dome access, hide exposed hoses, and reduce stress in a floor cleaning machine.

Lipid ester fibrils on nonwoven fibers improve low-surface-tension fluid barrier performance while preserving breathability, comfort, and lower basis weight.

A clamp-and-ejector cleaning head secures a disposable towel for use, then releases it without hand contact to reduce skin irritation and exposure.

Segmented fibrous regions balance strength and dissolution, releasing detergent actives without sticking, remnants, or drainage blockage.

Ball-and-socket hose joints and a movable hood hide exposed hoses while allowing flexible dome movement and reducing hose stress.

A heat accumulator with phase change storage keeps cleaning liquid hot without a power cord, enabling portable floor and steam cleaning.

Steam-driven vibration and pad heating loosen stubborn stains, cutting the physical pressure and strokes needed for steam cleaning.

A movable base and body exhaust duct keeps airflow aligned as the extractor pivots, improving surface drying and reducing moisture retention.

A rotor separator and flow labyrinth keep liquid out of the exhaust path while pressure and orientation switching cut energy use.

An integrated wheel with dual floor-contact members helps robot cleaners cross narrow obstacles without gaps, extra shafts, or complex gearing.

Tilting wheels and replaceable cleaning units let the floor cleaner reach corners and furniture edges while reducing wear and replacement time.

A removable air-liquid separator improves debris fluid recovery while making portable floor cleaner tanks easier to clean and maintain.

Low-mass flexible brush tips use high rotational acceleration to pick up and expel dirt and liquid without wipers or suction.

A fiber-free foam mop cover stores and evenly releases disinfectant to prevent particles and improve cleanroom surface cleaning.

A fork-actuated folding head lets the duster clean angled surfaces, then close compactly to contain dust during storage and transport.

Matrix polymer perfume release and odor-control agents keep melamine foam cleaners fresh through repeated hard-surface use.

Patterned loop and stitch-free zones combine scrubbing, particle retention, and fluid absorption in a stitch-bonded cleaning wipe.

An outlet built into the reservoir cover simplifies floor cleaner manufacturing, reduces leak risk, and enables quick draining.

Extending the sole plate beyond the head's rear edge shifts the pivot point forward, reducing vacuum tool skipping on long pile carpets.

Internal bladders separate clean and contaminated water in one tank, enabling recovery, filtration, reuse, and storm drain protection.

A grooved stem and auxiliary wheel let the frame self-support during transfer, raising the cleaning organ without manual inclination.

A detachable air-liquid separator improves debris recovery in floor cleaners while keeping the recovery tank easy to clean and maintain.

Segmented drive rollers increase floor traction for brush-equipped cleaners while preserving smooth obstacle navigation and edge coverage.

A deflector and flexible restriction element suppress brush-induced air blow, helping one floor nozzle ingest dirt and liquid more effectively.

A piezo-based floor sensor lets a robot vacuum adjust brush speed, suction, and drive speed to clean mixed surfaces with less energy and damage.

Helicoidal drive surfaces generate torque and axial clamping only during rotation, centering the brush and preventing creep and vibration.

A modular intermediate member protects the sliding flow control during head changes while enabling reliable dispensing and easier assembly.

Asymmetrical channel geometry near the suction opening deflects air-liquid flow, cuts vortices and flow loss, and leaves floors drier.