Separation Devices TRIZ Cases

See how a self-cleaning cylindrical filter with piston and backflushing enables continuous oil

See how a reciprocating piston and bypass flow path enable continuous oil filtration during fry

Transforms local illumination maps into camera coordinates to train models that predict position-specific scene lighting for realistic AR rendering.

A resin-free wet-laid fiber web boosts wet burst strength, captures 5 μm particles efficiently, and avoids ionic release in WEDM filtration.

A nested drawer and intermediate stop keep chips, vapor, and processing liquid contained while making the filter easy to access.

Wet-laid bicomponent and lyocell filter media replaces resin binders to keep porosity, cut ionic release, and extend WEDM filter life.

An intermediate-stop filter drawer contains chips, steam, and processing liquid while keeping filter cleaning accessible.

An orbiting surface skims floating oil while a settling section captures non-magnetic abrasive grains, keeping coolant discharge cleaner.

Camera-based stream detection and motorized container positioning replace manual alignment to improve sorting accuracy and cell survival.

Pressure-differential sensing automates filter and bypass switching, keeping high-pressure pumps running during maintenance and reducing downtime.

Side inlet and outlet placement creates a spiral sweeping flow that removes large CMP slurry particles before filter blockage occurs.

Flat piezoceramic oscillation elements in a cylindrical vessel create standing ultrasonic fields while lowering particle damage and manufacturing complexity.

Image sensors and closed-loop control adjust separator settings in real time to cut drilling fluid loss and improve solids-fluid separation.

Suspended sand and other flowback solids are contained as a porous mesh separates liquid for extraction, weighing, and easier processing.

An integrated cartridge filters and disinfects dental water before delivery, addressing microorganism contamination during system stagnation.

Image sensors guide separator adjustments to improve efficiency and reduce drilling fluid loss.

Stationary feed and discharge lines with centripetal pumps support continuous cell separation at up to 40 liters per minute.

Remote image analysis tracks slurry and screen conditions, enabling feedback control of separator settings to improve separation efficiency.

Pre-sterilized single-use components and centripetal pumps support high-throughput separation while easing viscous concentrate discharge.

Nanofibers with diameters from 0.1 to 3000 nm support nitrosomonas growth, accelerating nitrogen cycle establishment and reducing tank cycling time.

Sorting device categorizes sample tubes by diameter and height to resolve contradictions between automation extent and device complexity.

A machine tool filter element features a drainage opening in the end disc to remove operating liquid before exchange.

Buoyant particles separate cells from co-stimulation factors via gravity, reducing overstimulation and increasing yields.

Periodic pulsating water flow resolves the selectivity-recovery trade-off by alternating high-velocity collision phases with gentle settling intervals.

An acidified water-organic emulsion stabilizes molybdenum xanthate complexes, preventing decomposition and adhesion during selective removal.

A canister filter system uses a drain seal to remove accumulated fluids while keeping media dry.

A single reactor performs simultaneous nitrification and denitrification using controlled dissolved oxygen levels to support distinct bacterial populations.

Integrated imaging and pin mechanism groups randomly oriented articles without upstream segregation equipment, reducing device complexity.

An anti-abrasion linkage displaces stacked mailpieces from moving rollers, preventing surface wear during high-speed sorting operations.

A shared-type Orbal oxidation ditch integrates a secondary deposition tank with the outer channel to enhance wastewater circulation.

A segmented mail sorting device redirects overflow items to available storage modules during initial processing passes.

Periodic flushing cycles maintain robotic milparlor hygiene without excessive water volume or manual labor.

Sequential hydrotalcite and water purifiers remove hydrogen fluoride from lithium-ion battery electrolyte solutions.

Sealed filters in a flow housing reduce debris damage while eliminating complex external lines.

Alternating small and large sheet documents optimizes document handling system speed while resolving postal compliance versus throughput contradictions.

A dual-stage oil filter assembly uses a pressure-actuated valve to route fluid through a secondary porous medium when the primary layer clogs.

Image comparison detects sorter element occupancy to resolve manual loading ambiguity and ensure reliable information assignment.

Composite polymers react with sulfide salts to form stable, fast-settling precipitates that prevent metal re-release without specialized equipment.

A container shuttle system moves bins between loading and staging areas using a movable tray.

Helical fins create a vortex that directs sand away from pump intakes, protecting equipment and reducing maintenance costs.

Nested skimmer buys enable continuous wash fluid addition and withdrawal inside the rotor, eliminating external connections that cause contamination.

Integrated washing, filtration, and crystallization steps remove heavy metals and recover high purity chlorine compounds from cement kiln waste.

A recovery device separates reusable medical devices from sharps container waste using a rotating sorting surface and operator shield.

A reservoir uses load cells to detect spent material weight and actuate a cuttings outlet automatically.

A hybrid filtration sock blends fibrous and woody fillers to achieve stable placement without external anchoring.

A bypass conduit diverts flow when pressure rises, preventing pump damage while maintaining filtration efficiency.

Segmented fiber fibrillation increases surface area to capture viral particles while maintaining low pressure drop in HVAC systems.

A rotary conveyor with paddles and flingers moves solids through a cylindrical screen.