Drying Solid Materials Without Heat TRIZ Cases

Permeable drum plates manage vapor velocity to prevent choked flow conditions and particle loss during bulkware freeze-drying.

Resilient pivoting tabs accommodate varying vial dimensions to prevent contamination during automated freeze-drying.

Compressed biomass accumulation seals the screw feeder against high-pressure backflow, enabling continuous feeding without complex valve mechanisms.

Moveable transfer belts transport frozen particles through a vacuum drying chamber heated by adjacent elements to sublimate ice.

An edge clamp holds the substrate face while a pump delivers liquid via an abutting element to prevent water marks and improve worker comfort.

A rotatable drying wheel with absorbent material removes water from vehicle exteriors while a beater device minimizes saturation through centrifugal force.

Two pivoting transfer plates resolve cleaning accessibility conflicts by moving away from product feeders to enable door closure.

A canted spin dryer lid locking mechanism secures the cover during operation using a spring-loaded latch and strike plate assembly.

Radially moving drying and inert gas nozzles across a rotating substrate surface reduces IPA consumption and prevents water marks.

Profiled blotting paper overcomes holder geometry barriers to ensure consistent liquid removal and preserve sample integrity.

Cold gas sublimation preserves the microfibrillated structure while avoiding cryoprotectant contamination and high energy costs.

Elongated handles on a flexible absorbent layer enable users to swirl wet items, using centrifugal force to drive moisture into the material.

A cryomable container enables direct freezing and fragmentation of organic remains without manual extraction.

Heated supercritical carbon dioxide dries substrates while preventing pattern collapse during photolithography development.

Composite metal-organic framework aerogels resolve the trade-off between mechanical strength and porosity through in-situ crystalline domain formation.

Vacuum evaporation removes heat from workpiece during cleaning, preventing thermal expansion and eliminating tempering steps.

Inverting the blower and dehumidifier positions prevents dehumidifier overheating and stops bacterial spore spread during floor drying.

Optimized temperature and time parameters remove harmful volatiles from polyolefin particles without causing adhesion.

Temperature-based cycle adjustment reduces purge air waste and energy loss in twin-tower desiccant air dryers.

External adsorbents capture vapor during extended heating, reducing gate voltage variation below 6%.

An auxiliary pipe reciprocates within a main conduit to transfer frozen particles without contacting the valve seat.

Unified loading planes with independent horizontal guides enable stable vertical movement within the lyophilizing chamber.

Solidifies liquid agent within semiconductor fins then vaporizes it to remove moisture without surface tension forces.

A rotatable guide member moves with furnace plates to position articles without internal actuators.

A detachable lifting carriage repositions a support frame to shorten loading times while maintaining clean room conditions via laminar airflow.

Inverted airflow displaces moisture from boat wood coring through injected bores, preserving structural integrity and preventing mold growth.

An internal heating device supplies radiation heat to frozen material inside a vacuum tube, reducing processing time and boosting production efficiency.

Diffusing a polar solvent with supercritical fluid dissolves isopropyl alcohol residue, suppressing adhesion on wafers during drying.

Segmented drying controls solvent evaporation to eliminate thickness variation and color shifts in organic light-emitting diodes.

Exhaust steam dries wet fuel in a vacuum chamber, reducing thermal energy loss and improving overall plant efficiency.

A vacuum source draws corrosive liquid from catalyst brick channels into a containment vessel, reducing handling time and ensuring safe disposal.

A substrate processing method applies shear force through rotation acceleration to eliminate association states in sublimation materials.

Stationary transfer table with segmented aperture reduces loading time and heat exchange during freeze-drying chamber operations.

A substrate treating apparatus uses supercritical carbon dioxide to dry wafers without liquid residue.

Vibrating the capillary porous media drives water radially inward, overcoming passive absorption limits and boosting dewatering efficiency.

Optical monitoring replaces thermal sensors to eliminate interference, enabling higher temperatures and faster drying rates.

Segmented inner pipes reduce wear on high-pressure dewatering devices by allowing targeted replacement of stressed drainage components.

Expanding fluid tube evaporates organic solvent without inert gas dilution, improving thermal efficiency and shortening drying time on substrates.

Elongated members on the stopper define a coaxial well that exchanges lyophilization byproducts while sealing the syringe interior.

A blank water blowing device uses air amplifiers and floating columns to remove residual water from wheel blanks.

Freezing ceramic honeycomb bodies removes moisture via sublimation, preventing shrinkage and stress cracking during drying.

A vacuum dryer uses a segmented chamber and volume adjusting body to reduce hermetic space for faster liquid detachment.

Segmented symmetric air pipes lower flow resistance to stabilize pressure, preventing photoresist thickness unevenness during TFT-LCD substrate processing.

Overhead discharge ports direct fluid horizontally to establish laminar flow, preventing turbulence and residue redepositing on the substrate surface.

Alternating substrate rotation speeds during liquid supply reduces consumption while maintaining uniform coating.

Thermally conductive polymer sleeves transfer heat efficiently during lyophilization while support feet stabilize vials.

A compression dehydrator uses a hydraulic cylinder to drive an upper plate, applying vertical pressure to polymer slurry for moisture removal.

Vacuum drying lowers water boiling points to remove moisture at low temperatures, preventing food burning and charring during processing.