Cleaning Equipment TRIZ Cases

See how camera-based environmental tracking classifies waste in real time and adjusts cleaning

See how a docking station rotates and opens the dust bin automatically to prevent scattering, m

See how a motor-driven middle case and mechanical device merge cover opening with cradle chargi

See how a debris collector in a robot docking station separates ingested toys, screws, and jewe

See how segmented contact sensors and a displaceable shell resolve the manoeuvrability-cleaning

See how a solar-powered in-pool dock uses weight-based anchoring and horizontal alignment to el

See how a window wiping robot spins to detect glass boundaries during cleaning, skipping tradit

See how a lateral braking element clears items from conveyor tracks before fire damper closure,

See how an autonomous wet-cleaning robot uses directed beam sensing and modular design to enabl

A detachable holding base and pipe route steam and air to shoes while separating them from heat to prevent overheating and supply interruption.

See how a pool robot descends to the bottom and climbs adjacent walls to reach junction regions

See how cumulative data from wheel rebound, rotation, and wrapping sensors reduces false alarms

See how a slide-button locking mechanism with flexible arms secures the robot cleaner brush cov

Real-time camera geolocation and image classification improve urban cleanliness tracking, sweeper routing, and resource allocation.

See how a cleaning robot aligns its horizontal display with real-time map orientation, reducing

An elastic support structure in the air duct absorbs motor vibration and friction, cutting noise in high-vacuum autonomous cleaning.

See how a pivoting cleaning element replaces rotational brushes to reduce hair entanglement whi

See how castellated nozzle segments with cambered wheels maintain high suction while allowing l

A rotatable vector nozzle redirects water jets to add wall grip, stabilize wheel traction, and guide precise waterline cleaning.

Concurrent charging of separate suction and brush motor battery packs cuts surface cleaner downtime and improves operating flexibility.

See how a base station locking function detects plug disconnection and activates device lock to

See how a self-propelled floor cleaner compares stored environmental maps with real-time sensor

See how extendable rotating antenna brushes enable robotic vacuums to clean edges and corners w

See how integrating microbubble generation inside the spray arm eliminates separate tub accommo

See how a vertically offset auxiliary brush seals and lifts coarse dirt while the main brush co

See how cordless pool cleaners use docking stations for battery recharge and waterline filter a

See how a ventilation hole in the guide unit allows external air to suppress vortex formation,

See how a suction-cup safety buckle provides dual attachment to glass and frame, preventing rob

Non-perpendicular side brushes use segmented bristle strips and extended brush reach to keep surface contact and sweep debris toward the inlet.

An elastic support inside the autonomous cleaner air duct absorbs vibration and reduces airflow impact noise during high-power cleaning.

See how a detachable cutting module with a movable cartridge removes entangled hair from the br

See how an autonomous pool cleaner uses on-board batteries and a docking station to eliminate e

Charging only to a storage SOC and topping up for scheduled cleaning runs reduces lithium-ion battery aging in robot vacuums.

See how a suction cup integrated on the safety buckle prevents glass-wiping robot falls by adhe

A funnel-shaped dock seals the hand vacuum to the robot base, improving suction on stairs and shelves while sharing one battery pack.

A pivoting, linearly displaceable side arm retracts into the housing on impact to prevent jamming and preserve corner cleaning.

See how a non-circular fixing shaft and matching holder insertion part enable quick agitator re

See how a dust station control unit sets different auto-stop periods for two suction ports to p

See how a drive-on charging device with bidirectional roadway and self-aligning contacts elimin

See how a modular suction mouth upstream of the suction opening enables quick floor-type switch

See how a transport robot uses self-service movement and segmented storage to autonomously depl

See how a treadable mat uses pressurized tanks, nozzles, and electromechanical actuators to con

See how a detachable cleaning module with a cutting unit removes entangled hair from the brush

See how a dishwasher with both front and top openings plus a vertically adjustable coupling mem

A sealed, detachable air duct links dust-passing openings to stop leakage into the machine body while simplifying cleaning module assembly.

Charging only to the energy needed for the next cleaning cycle reduces battery stress, capacity loss, and aging in cleaning devices.

A connecting housing part merges robot vacuum housings, saving installation space while preserving independent control of the cleaning roller and auxiliary brush.

See how a movable rotary element on side brushes adapts to obstacles and surface profiles, redu

A rotating holder and shaped fixing shaft let the agitator be removed from the side while maintaining torque transfer to the agitator and side brush.

A rib-and-slot bracket secures and aligns the damping cloth while still allowing easy attachment and detachment during robot cleaning.

A turbine-generator and accumulator add motor torque when brush speed drops on carpets, avoiding cables and recharge interruptions.

Combining a vacuum cleaner with robot charging removes the separate dock while extending cleaning from floors to sofas and shelves.

Deflectors spread inlet air evenly through the rack zone, cutting commercial dishwasher drying time while limiting steam escape at door opening.

A hinged, elastically supported side brush extends into corners, absorbs collision shock, and reduces brush damage without enlarging the cleaner.

A closed wiper surrounds the drive and suction parts to keep water out, enable 360° wiping, and reduce slipping on glass.