Stationary Filtering Element Filters TRIZ Cases

A lever-driven filter clamping mechanism cuts screw-back distance in EDM machines, making filter replacement faster and easier.

Side-wall discharge openings aligned with the scraper improve radial impurity removal in molten plastic filtration and extend cleaning intervals.

A self-contained pool filtration unit combines plumbing, controls, and backwashing to cut installation complexity, noise, and visual clutter.

A drying-repulping wash circuit lowers chloride in manganese-zinc filter cake below 3 wt.% while improving downstream metal recovery.

A sensor-controlled selector valve routes transmission oil through the right filter medium to maintain flow, filtration, and low pressure drop.

Stepped and rectilinear filter housings with a thermoplastic overmold improve flow uniformity, lower resistance, and raise burst strength.

Parallel grid supports increase open drainage area while maintaining filter cloth support, reducing scale blockage in tilting pan filters.

Inter-section discharge conduits and a siphon effect improve filtrate removal in continuous disc filters, increasing surface area and cake production.

An inlet pressure rise or outlet pressure drop moves a prompt assembly, giving users a low-cost signal to replace a contaminated filter.

An actuated filter element expands the available surface as particles accumulate, stabilizing resistance and flow in household appliances.

Integrated filtration purifies recycled plastics during plasticizing, reducing energy use.

Reused filtered melt backflushes polymer filters for continuous operation.

The removable filter captures hair and solid debris in a drainpipe, then detaches for cleaning without replacing the installed pipe.

A flat pleated medium paired with a parallel strainer simplifies assembly while increasing filtering area for fluid filtration.

A movable assembly converts inlet pressure rise or outlet pressure drop into a visible filter replacement prompt without costly gauges.

Ultrasonic treatment breaks thixotropic filter cakes, shortening washes and lowering moisture.

Segmented filter units with agitators maintain stabilizing agent effectiveness during continuous beverage processing.

Segmented filter housing removes 1.5mm particles via low-pressure sieve, reducing clogging and maintenance costs in roller washers.

A wider filter neck fits over outwardly projecting steps on newer mounts while sealing bases of older designs, resolving emission standard compatibility.

A cylindrical filter support element rotates to align diametrically opposed chambers, doubling effective surface area for fluid processing.

A single-piece elastomer filling shoe uses a separate pin to secure rotational alignment without a structural joint.

Segmenting the housing with an extractable retainer allows replacing the filter element without disassembling the entire assembly, reducing maintenance time.

Replacing rigid casings with a collapsible soft housing reduces device footprint and prevents breakage during transport.

Segmented inlet grooves capture large debris to prevent clogging while maintaining filtration efficiency.

A rotary dosing device segments and meters filter residue discharge, preventing leakage and excessive material loss during plastic melt processing.

A single-shaft filter system with nested perforated sheets cleans molten plastic through sequential coarse and fine filtration stages.

An elastomeric cap with incisions opens flow slots when a filter element inserts, closing automatically upon removal to prevent hydraulic contamination.

Ultrasonic backwashing doubles particulate holding capacity, reducing disposal costs for radioactive waste from fuel cleaning.

A filter drain port uses localized surface modifications to create a sealed connection with an authorized o-ring seal member.

An integrated actuating mechanism with a shut-off element allows axial movement of the filter cup, eliminating manual wrench use and reducing replacement time.

A tubular filter press assembly separates plant-based milk liquids from solids using a porous wall and plunger.

Parallel duplex filter chambers enable self-cleaning via filtered melt backflushing, eliminating external agents and reducing maintenance costs.

Injection molding integrates the joint body and filter member to eliminate separate assembly steps, reducing production costs and manufacturing complexity.

Multiple screw shafts with linear guides eliminate drive rod abrasion and deformation when processing high-fiber sludge.

A filtration screen with a reciprocating wiper removes residue mechanically, eliminating flocculant use and maintaining continuous operation.

A displacing piston filter minimizes fluid residence times in enlarged areas, reducing thermal risks during backwashing.

Pressurized filtrate drives a rotor to spray jets against the filter interior, removing solid particles and eliminating manual maintenance.

An internal flow diverter enables self-cleaning in a disc filter apparatus, eliminating external valves and reducing water waste during maintenance cycles.

Open-loop gas flow through parallel rotary pressure filters cuts energy use by fifty percent while maintaining cake dryness.

Folded screen mesh forms converging wings that halve axial length while eliminating debris collection between the filter and flow passage wall.

Segmented perforated plates tension thin filter membranes against a central hub, preventing buckling and membrane rupture during cleaning cycles.

Two-way isolation valves and pressure equalization branches switch fluid flow between parallel treatment elements without pressure drops.

Hydraulic turbine rotates cleaning blades to sweep filter surfaces, eliminating external motor maintenance needs.

A hydropneumatic pressure storage device compensates for backwash volume fluctuations to maintain consistent filtrate flow without bypass losses.

A rotating filter holder brings slurry cake surface into contact with a stationary heating unit for continuous drying.

A filter device uses a partitioned flow guide to direct fluid streams separately, avoiding complex curved channels that increase manufacturing costs.

An angled flow surface separates solid particles from spray water samples to enable accurate property monitoring.

Circumferential recesses generate turbulence to prevent sediment accumulation in well filter segments.

Rotating wheels with circumferential elements clamp and move the filter belt, preventing slippage and creasing while maintaining a tight seal.

In-solution foreign matter detection measures particle concentration to determine precise filter exchange timing, reducing unnecessary replacements.

Pressure differential moves the filter unit to open a bypass passage, preventing damage from clogging.