Drying Solid Materials With Heat TRIZ Cases

A control device manages voltage to drying equipment based on real-time sensor data.

Porous members at the air supply port suppress local variations in airflow, preventing streaky unevenness in perovskite solar cell films.

A spray nozzle uses a protruding insert to separate the orifice from the cap.

A fluidized bed dries food residual product using heated air and shaking to reduce moisture content.

Electrified support pins generate electrostatic force to draw solvent uniformly, resolving uneven thickness defects caused by mechanical contact.

Pressurized air empties spray drying nozzles during operation, preventing wall deposits and maintaining continuous drying conditions.

Extruded aluminum sticker uses longitudinal ridges to prevent wood fiber plugging and maintain grip during repeated kiln drying cycles.

Offset wafer rotation axis in hexagonal lamp array to improve thermal radiation homogeneity.

A condenser assembly extracts moisture from heated air streams using a moveable cabinet and filter frame.

Segmented crown distributors with adjustable vanes resolve non-uniform gas distribution and turbulence in spray dryers.

Helical grooves on a drying rotor engage a screw to move small product batches, preventing clumping and stagnation at the bottom.

A plastic recycling recovery system uses integrated rinsing and cooling chambers to remove volatile organic compounds from processed material.

Vertical thermal convection prevents surface densification during paint drying while accelerating solvent removal.

Stacked plenums in the central hub reduce heat transfer losses and pressure drops by shortening airflow distances.

A drying machine recovers condensation heat through thermal contact with the processed material.

An integrated reflector and lens system focuses UV radiation from an LED array onto a substrate, maintaining intensity at large gaps while reducing heat damage.