Combination Devices TRIZ Cases

Universal air dryer cartridges resolve manufacturing complexity by activating internal valving for newer systems while deactivating it for conventional setups.

Segmented element guard assembly positions resin filter while seal wall prevents backfire leakage, resolving sealing versus installation trade-offs.

Ionizers charge particles passing through vane and fabric filters, allowing electrostatic sensors to detect defects early and prevent turbine damage.

Wave-shaped through-holes in the reactor reduce exhaust noise without pressure drops that lower denitrification efficiency.

Glass fiber blends with thermoplastic binders maintain wet strength and permeability under high pressure without plugging.

A gas mixing apparatus dilutes particle-laden gas with filtered environmental air to simulate clean room conditions.

An elastic lug clip enables angular adjustment of rigid pleated filter sections, resolving installation difficulty in confined baghouse plenums.

A knitted tubular filter uses copper-plated iron wires to bond intersecting parts via heat processing below the core wire sintering temperature.

An opaque extension on the filter housing cover creates a consistent visual boundary for the sensor, eliminating manufacturing alignment errors.

Radial pleating expands the outer to inner diameter ratio, boosting flow rates up to 500 gpm while reducing total cartridge count and filtration costs.

A modular ventilation module uses a cyclone separator and filter to clean intake air for rail vehicle machine rooms.

Graded particle distribution resolves thermal expansion contradictions, enabling high retaining force without cracking in exhaust gas purifying apparatuses.

Movable interior filter exposes a bottom gap for cleaning fluid access, resolving incomplete dust removal in clean air regions.

A vehicle air cleaner uses a rotatable door and link unit to extract the filter assembly without opening the main case.

A dynamo-electric machine gas purity maintainer uses a mist collecting section to separate sealing oil from coolant gas.

Separate gas and liquid outlets prevent orifice clogging while maximizing mass transfer efficiency in the packed bed.

Centrifugal separation in a curved gas disperser removes coarse fly ash, extending spray dryer component service life and reducing plant footprint.

Filter assembly behind luggage bins blocks dust and debris to maintain accurate cabin temperature readings.

A compartmented filter assembly uses a rotatable dial to regulate ambient air flow entering medical compressor systems.

A purge exhaust processor separates oil from moisture using a heat source and oleophilic filament for vehicle compressor protection.

Mechanical vapor recompression separates contaminants from wastewater, reducing energy consumption and maintenance needs.

Segmented filter assembly uses a nested sound attenuation member to resolve the trade-off between debris protection and airflow efficiency.

Flow path guides in a rotating separator housing prevent liquid carryover and reduce pressure drop during oil-air separation.

A vehicle air filter system calculates dust accumulation using contamination degree and airflow data to determine optimal replacement timing.

A compact air treatment system uses a UV LED array and HEPA filter to reduce airborne pathogens.

A coalescer drainage valve opens to release liquid when the filter element is installed.

Dividing the reaction gas mixture into partial flows with controlled feeding points reduces by-product formation and improves product purity.

An overhang extension on an SCR catalyst brick provides a retrieval feature for axial removal through a sleeve opening.

A subsea gas processing facility uses a cooling module and coalescing filter separator to condense heavy hydrocarbons and water from the gas mixture.

An integral clamping frame with a self-engaging latch eliminates manual fastening, reducing filter replacement time.

Segmented parallel vessels distribute particulate load to maintain low pressure drop while extending particle collector operational life.

Sloped inlet channel guides liquid droplets downward, reducing maintenance needs and extending component lifespan.

A bypass flow control valve routes hot combustion gas to raise water temperature, reducing the time required to reach denitrification catalyst activation.

Water controller system recirculates unreacted methanol solution, minimizing fuel loss without adding external cooling devices.

Diverting exhaust through a heat exchanger converts urea to ammonia, preventing particulate fouling and corrosion in small utility boilers.

Gasified ammonia absorbents react with flue-gas pollutants in a homogenous phase, eliminating water consumption and reducing equipment size.

A humidification chamber at lower pressure and a dehumidification chamber at higher pressure circulate carrier gas to evaporate and condense water.

An auxiliary bypass passage with a pressure responsive valve redirects gas flow when the coalescer filter plugs, maintaining continuous separation.

Inflection points in the hood wall guide airflow to cyclone cells, resolving uneven particle separation and reducing maintenance frequency.

An eccentric inlet cyclone removes fine dust from olefin recycle gas, preventing reactor blockages and product contamination.

A baffle isolates hot product vapors from cool plenum surfaces, reducing residence time and preventing coke formation.

Merges filtration and storage functions within a single tank structure to eliminate separate heaters and reduce maintenance costs in SCR systems.

Centrifugal separating device angularly integral with rotary member removes atomized lubricating fluid from air.

A rotatable impeller and transition section reduce kinetic energy to ensure even gas distribution across the catalyst bed, enabling compact deNOx/deSOx units.

Dynamic holding means allow parallel movement between sheets, preventing cracking and buckling during pollution control device wrapping.

A holding seal material uses inorganic fibers with varying skin layer thicknesses to increase friction and contact pressure.

Heated inert gas fluidizes comminuted light alloy feedstock in a reaction chamber, removing moisture and impurities while preventing oxidation.

Thrust nozzles drive the rotor while a relocated bearing minimizes friction and oil consumption.