Drying Gas Arrangements TRIZ Cases

Side-wall openings enable horizontal gas flow through the chamber, reducing dust discharge while maintaining even moisture removal.

A workpiece heating system directs heated gas through annular gaps to uniformly cure composite parts on a mandrel.

A process chamber uses a fluid stream curtain to separate the inner space from the environment.

A cleaning device automates single-curved glass processing using a sliding transmission mechanism to convey, clean, and dry the substrate.

Interlocking panel and board slots maintain inverted bags in an open position, resolving stability issues while enabling customizable configurations.

Dual-sided slit nozzles suppress machine direction airflow to reduce temperature unevenness and energy loss.

Decompressing the buffer tank below chamber pressure enables water discharge without IPA condensation residue.

Sorting green lumber via moisture-to-weight ratios groups boards for uniform kiln schedules, resolving batch inconsistency.

Variable cross-section geometry minimizes thermal energy loss while maintaining high-pressure, uniformly heated gas flow.

Gas blowing precedes solvent wiping to remove inorganic particles, preventing scratches on flexible OLED backing during terminal cleansing.

Iteratively calculates wood humidity from air flow parameters to balance drying rate against energy consumption, preventing over-drying.

Parallel ducts and a flap valve enable selective air routing, reducing thermal losses while maintaining effective evaporation in confined spaces.

A heat exchanger transfers thermal energy from a gasifier to dry gypsum boards, reducing natural gas consumption and preventing unwanted board coloring.

A drying plant control device adapts heating output based on process air quantity to reduce energy consumption.

Negative pressure creates a tornado effect inside the sealed chamber to discharge dirt through a bottom drain, eliminating manual cleaning maintenance.

Retractable hollow pegs emit pressurized air through internal passages to dry footwear while maintaining a flush panel surface.

Recirculating moist hot exhaust air preheats incoming timber batches, reducing external heat requirements and energy loss during the drying cycle.

A drying apparatus adjusts fresh and recirculated air volume flows to maintain a constant total supply.

Fan driven air plenum supplies interior space while ductwork returns air to reduce pressure drops and energy consumption.

A sealing disk integrates a humidistat and thermometer to display real-time environmental readings inside a curing jar.

A porous flow regulating membrane controls gas discharge in a metering device, enabling even coating depths with less than 1% variation.

Patsnap Eureka TRIZ analysis shows how a pivotable guide plate directs gaseous flow along a contour to dilute solvent vapors and prevent explosion limits.

Dynamic adjustment of plate distance and inlet flow pressure maintains a stable gas-liquid interface, preventing air bubbles during semiconductor wafer drying.

CO2 atmosphere enables rapid thermal drying of wood, reducing duration from days to hours while maintaining structural integrity.

Inclined clamping and rotation enable solvent nozzles to remove photoresist layers from cylindrical reticle edges, preventing alignment contamination.

A groove-type drying structure uses an air wheel to circulate heated air through internal channels.

A concentric tube drying reactor processes moist organic waste using hot exhaust gases in a cocurrent flow configuration.

A devolatilization chamber removes volatiles from solids using heated gas below the boiling point.

Segmented vertical structure with horizontal channels reduces energy consumption and prevents condensation muds during grain drying.

Intelligent temperature control adjusts heater cycles and fan speed to maintain consistent air flow in dehydration chambers.

Heated airflow through the bladder and mouthpiece prevents mold growth by eliminating residual moisture that conventional cleaning kits fail to dry.

Segmented drying nozzles control airflow direction and temperature to suppress hot air leakage while ensuring uniform drying of recording media.

Protective clothing resolves breathability trade-offs by integrating an air purifier and deflation seat to actively dry and discharge accumulated sweat.