Combination Devices TRIZ Cases

Molding the hydrophobic membrane into an angled filter body eliminates complex assembly steps while ensuring reliable water protection under pressure.

A pleated nanoweb filter medium combines ultrafine fibers with a supportive scrim to maintain structural integrity.

Valves in the manifold bypass the filter tube during removal, maintaining continuous inert carrier gas flow through the furnace.

Ports in the spline shaft direct oil flow, preventing leakage from high-speed output shaft o-ring wear.

V-shaped pleat segments create axial flow channels to lower pressure drop and maintain housing compatibility.

Segmented skimmer extraction and independent heaters resolve sub-freezing bioaerosol preservation issues while maintaining high separation efficiency.

Heating contaminated zeolite catalysts to 600°C restores NOx conversion efficiency by removing platinum deposits.

A pleated filter element integrates a nanofiber efficiency layer with a depth-loading prefilter to maintain airflow.

Height profiles on the frame contact surfaces constrain specific filter media types while maintaining a uniform housing design.

A cyclone air purifier separates particles using tangential flow to direct cleaner intake air while collecting heavy debris in a dedicated tank.

Slit placement avoids electrode lines to control temperature distribution while preventing circuit damage from excessive current.

A spring-biased electrical contact arrangement establishes a reliable grounding pathway from fluid treatment packs to the housing.

Directly attaching a pre-filter to a pulse cartridge filter eliminates complex brackets, reducing installation time and downtime.

Bottom gas outlet and sharp 90-degree turn prevent vapor underflow and erosion while maintaining rapid separation.

An air pumping unit reverses airflow to dislodge dust from the filter, preventing reattachment and maintaining separation efficiency.

Longitudinal drainage grooves on wave-shaped plates remove liquid films to prevent re-entrainment and protect downstream equipment.

Segmented filtration with a solenoid valve prevents blood and smoke discharge into vacuum sources while extending filter life.

Asymmetric keying formations guide head and body part alignment, preventing misalignment under high pressure.

A failure detecting apparatus monitors outflow particulate matter amount to identify filter breakdown immediately after regeneration.

A cyclone mist eliminator uses a swirler and fiber pad to separate liquid droplets from gas streams.

A vacuum planter exhaust system uses a cyclonic separator and filter unit to remove particulate matter from air streams.

Passivation and temperature monitoring prevent runaway reactions during startup while reducing capital equipment costs.

Curved inlet and outlet passages guide gas through a centrifugal rotor assembly, reducing pressure losses that limit flow capacity.

Flat-panel housing accommodates standard furnace filters with a planar array of brushless DC fans to free up floor space.

Segmenting the precleaner into two cyclones optimizes vacuum flow to extend servicing intervals against high dust loads.

An outlet oxidation layer creates a gas impermeable zone, preventing exhaust bypass and minimizing backpressure in the filter.

A collapsible chute forms a dust seal between bulk bags and silo hatches, capturing airborne dust that would otherwise escape into the work area.

Calculating equivalent mass for a retaining element with degradable components prevents incorrect retention of the purification block in the housing.

Guide vanes impart a swirl to fluid flow in an annular filter element, separating dirt particles on the housing wall while maintaining low airflow resistance.

A dust collection bag uses a gap sleeve to maintain airflow through electrostatic filter layers, preventing plugging on vertical surfaces.

Segmented design with a conical baffle accelerates fluid flow to separate gas from liquid while allowing easy maintenance of the replaceable filter element.

Segmented honeycomb filters reduce turbulence in hood scoops, ensuring uniform air pressure and efficient engine intake.

Segmented catalyst layers with cerium-zirconium oxides resolve low-temperature ignition bottlenecks by optimizing adsorption and degradation.

Rail assemblies connect sliding filter cartridges via mechanical interlocks to enable single-sided removal and replacement.

Neural network models predict emission responses to adjust process parameters, balancing SO2 removal with gypsum quality and operational costs.

A volume-efficient filter uses parallel flow passages to increase media area within a compact housing.

Segmenting coarse upstream microfibers from downstream nanofibers reduces pressure drop while maintaining high filtration efficiency for submicron particulates.

An adhesive layer with specific surface area equaling the honeycomb unit reduces thermal resistance and improves exhaust gas conversion efficiency.

A fan assembly with dual suction apertures adjusts airflow by tilting on a flat surface.

Hydrophobic fiber entanglement prevents moisture ingress while maintaining airflow, resolving the contradiction between protection and air delivery.

A humidity-sensitive strong base ion exchange resin captures carbon dioxide from ambient air and releases it under high moisture conditions.

A honeycomb filter uses a localized catalyst loading strategy to enhance particulate matter combustion efficiency.

A coating material mist remover uses detachable incinerable filters to capture aerosol particles from exhaust air without water circulation.

A separation device isolates combustible particles from gas streams for controlled passivating oxidation.

Counterflow rotary dryer heats reclaimed asphalt pavement using indirect hot air circulation to remove moisture efficiently.

A coating mist collection apparatus disperses powder in a sealed tank to achieve uniform floating dispersed state for stable spraying.

A pressurized shield uses exhaust gas to displace ambient air around the after-treatment device outer surface.

Segmented wedge arrestors with spray cleaning maintain gas flow while removing sparks that cause fires and explosions.