Combination Devices TRIZ Cases

A separator assembly uses a shaped deflector to direct particles past an upstream gas outlet port.

A closed recirculating loop captures pyrophoric particulates in a process chamber filter for safe industrial handling.

A reflux trap isolates plasma generators from patient debris by using a baffle and inclined deflection member to capture backflow.

Condensation apparatus monitors CO2 absorbent concentration in recovered water to maintain washing effectiveness during unstable operating conditions.

Segmented filter design prevents dust entry while enabling easy cleaning without removing the entire housing assembly.

Melting inorganic particles bind fibers into erosion-resistant aggregates, improving exhaust gas purification efficiency.

A pre-separator module uses a liquid spray to wet a coarse filter, capturing solid and aerosol particles before they reach the main stage.

Integrating mounting functions into the clamp structure reduces system length and preserves housing surface area for accessories.

A compact L-shaped three-stage axial flow degassing device separates gas and liquid phases using sequential swirling, mixing, and reversing fields.

A cyclonic suction apparatus separates dust using centrifugal force and gravity.

A dual subelement filter element uses helical flow paths to enhance airflow efficiency within compact packaging constraints.

Polypropylene packing in a gas scrubber contact cell facilitates hydrogen sulfide removal while maintaining low back pressure during high-volume operations.

A series membrane reactor system separates H2S, CO2, and H2 using selective nonporous metal oxide and permeable membranes.

A multi-layer filter device condenses water vapor and adsorbs styrene from resin vessel exhaust gases.

An inclined first air intake surface on a projection display device bottom enables airflow through a clearance space.

Protruding outer peripheral walls increase bonding contact area to prevent segment detachment during thermal cycling.

A media holding module uses a contoured inlet and perforated V-shaped panels to manage airflow through filtration beds.

Spherical shell segments compensate for manufacturing tolerances in exhaust gas treatment devices.

Encapsulated antenna and coil in silicone gasket transmit data and energy through metal housings without compromising structural integrity.

A sleeve with a captive ring secures aftertreatment bricks inside the module opening.

Downstream baffles redirect gas streams to capture droplets through inertial impact, reducing re-entrainment by 91.7% and preventing fouling.

A filter head uses a spring element to press sealing surfaces against the cover and housing.

A flue gas control system sprays hydrogen chloride to oxidize mercury before activated carbon adsorption.

Heated absorption member thermally decomposes unreacted source gas to recover metal components from exhaust streams.

A filter assembly incorporates a movable bypass closure to manage airflow through the intake system.

Multi-stage drum filtration reduces particulate accumulation and explosion risks by maintaining consistent vacuum pressure through passive filter stages.

A filter cartridge incorporates outwardly and inwardly directed radial seals to create a reusable sealing interface within an air cleaner assembly.

A suction pipe connects a reactor cavity to a dry filter and wet filter unit, removing radioactive particles from gas streams.

Centrifugal venting system separates entrained air from hydraulic fluid to prevent clutch mistiming and engine flare.

An active filter cartridge uses a separate fan motor to draw dust-laden air, resolving limited filtering efficiency in compact power tool arrangements.

Anatase titanium oxide doped with chemically bonded fluorine and zeolite enhances photocatalytic activity for air purification.

Segmented flammable filter units remove radioactive powder while enabling safe incineration without toxic gas release.

Liquid phase oxidation immobilizes mercury in waste water, preventing offgas flashing and eliminating activated charcoal maintenance.

A resettable air filter status indicator uses a diaphragm spring to signal replacement needs, resolving complexity issues in existing engine systems.

Linearly spaced baffles in a particle separator redirect steam flow to remove contaminants, preventing vent clogging and equipment corrosion.

Multi-source inlet control maintains positive pressure in rooms by dynamically adjusting dampers and fan speed to prevent untreated air entry.

A packed tower housing a fan creates negative pressure to draw effluent gas through a substrate, reducing backpressure on upstream manufacturing tools.

An integrated metal mounting ring secures the exhaust housing while an insulation layer reduces external surface temperature.

A condensation-based interception element captures escaping noxious media before it reaches hot structural components.

Segmented disk-shaped filter elements reduce maintenance downtime by allowing easy replacement within a single-access pressure vessel.

Varying inlet channel cross-sections impart fluid swirl to separate dirt particles before filtration, reducing filter load and optimizing flow resistance.

Converting regenerator combustion to gasification conditions increases synthesis gas yield and lowers carbon dioxide emissions.

A liquid block probe prevents entrained liquids from entering sample systems during wet gas extraction.

Sintered metal fiber filters remove particulate contaminants from vapor gas streams while maintaining pressure drops below 0.4 kPa.

Asymmetrical rotary vacuum arm removes debris from air filter screens using balanced suction zones, preventing orifice clogging and screen wear.

A mounting mat blends inorganic fibers with organic nanofibrillated cellulose to secure fragile catalyst structures within exhaust housings.

A honeycomb structure with optimized partition wall thickness and porosity captures particulate matter in gasoline exhaust systems.

A ligand and metal solution chemically binds carbon dioxide from gas mixtures using an electrode to alter the metal oxidation state.