Drying Solid Materials Without Heat TRIZ Cases

Segmented carrier plates hold pharmaceutical containers in spaced receptacles for coordinated robotic insertion into freeze dryers.

A centrifugal solid-liquid separator removes liquid from metal slurry using rotational force.

A two-ply absorbent liner combines hydrophilic polyurethane foam with medical grade paper to trap and evaporate residual moisture from sterilized instruments.

A clutch disconnects dewatering rolls from shafts when encountering knots, preventing elastic member damage while maintaining feed efficiency.

A carriage with a movable pushing device repositions relative to drive units to minimize freeze dryer height.

Staggered slot columns in the removable bin wall improve water drainage effectiveness without compromising structural integrity during high-speed rotation.

Nested rigid interlocking chain linear actuators retract the push bar into the housing, reducing the loading apparatus volume while maintaining sterility.

An automated guided vehicle separates container packs to reduce floor space usage while eliminating the need for precise rail track alignment.

A two-stage cleaning system processes shredded plastic waste using a common conveying device and cyclone separator.

Continuous rotation of barrel stations eliminates stationary settling periods, reducing total drying time for wet food articles.

A surface tension-mediated lyo-processing method stabilizes biological materials using a trehalose buffer and inert gas withdrawal.

Liquid nitrogen freezes pharmaceutical products rapidly outside the chamber to form consistent ice crystals.

A vacuum pump extracts a medium sample through a dedicated line for precise vapor concentration measurement outside the chamber.

Single-piece aluminum chambers prevent condensation dripping and reduce manufacturing effort for machine parts.

A carrier holds multiple medical containers in a regular arrangement for batch processing through freeze-drying stations.

Curved outlet guidance plate directs centrifugally accelerated pellets into the discharge duct, preventing bounce-back and agglomeration.

A freeze-drying method calculates product temperature and vapor flow resistance using sublimation flux and pressure measurements.

A centrifugal dryer secures crates using a hold-down device and lifting table during rotation.

A thermally insulating seal between the cassette and receptacle traps volatile aromas during zeolite dehydration.

A purge device adjusts supply and intake gas flow rates to maintain stable internal pressure within a storage container.

Spray freezing atomizes bulk product into liquid nitrogen for rapid particle formation, eliminating tray handling bottlenecks in aseptic freeze drying.

Refrigerant condensation heating replaces steam generation to cut energy consumption and carbon emissions in vacuum drying.

A flow generator creates continuous gas movement in the chamber, preventing particle generation from valve switching while reducing processing time.

Parallel chain centrifugation baskets prevent product heaps and maintain integrity during continuous drying.

Variable speed cycles apply high g-forces for separation then decelerate to prevent product damage during discharge.

A compact cleaning and drying apparatus uses a turntable to handle objects without intermediate conveyers.

Pneumatic conveyance sprays solid particles onto a rotating drum to preserve natural color and nutrients while ensuring food safety.

A vapor permeable liner enables water evaporation from paint layers for solid material recovery.

A convection current vacuum freeze drying apparatus uses elongate heat exchange tubes to circulate air naturally for uniform freezing.

Suction and desiccant system maintains optimal reed humidity to prevent damage.

A substrate processing apparatus replaces liquid films with supercritical fluid while keeping the substrate stationary to reduce vibration.

Vacuum freeze drying prevents oxidation and mold while preserving essential oils, eliminating high energy HVAC costs.

A pallet wiping device uses a reciprocating water-absorbing arm to dry fork insertion holes.

Independent horizontal guides drive loading-unloading sliders, eliminating cable complexity and enabling automatic cleaning cycles.

Pneumatic suction cups remove liquid from container bottoms to prevent bath contamination and dilution, maintaining solution purity.

Two hemispherical shells form a true sphere that distributes stress uniformly, preventing rupture at joints during high-pressure operation.

Bent parts in the flow path increase pressure loss to trigger early vaporization, which suppresses harmful pressure fluctuations from reaching the substrate.

Vacuum environment expels natural fluids from wood structure before electromagnetic heating increases fluid saturation.

Heating the fluid supply line maintains supercritical carbon dioxide conditions, preventing pattern collapse in fine circuit patterns.

Segmented aeration tubes connected by multi-port hollow connectors form a rigid network that fits through small openings in hopper bins.

Pressure-driven ice fog triggers simultaneous nucleation in sub-cooled vials, eliminating random thermal variation and reducing primary drying time.

A freeze-drying device controller modulates depressurization capability to prevent liquid surface freezing from triggering the bumping phenomenon.

Segmented liquid films create a thick vapor layer that prevents pattern collapse during high-speed substrate drying.

Conical recess captures edge residues while drainage channels wick liquid away, reducing particle contamination on dried semiconductor substrates.

Segmented drying with pressurized nitrogen jets resolves the contradiction between coating uniformity and production efficiency.

A freeze dryer method uses pressure differentials to generate ice crystals from condensed frost for uniform product nucleation.

Polymer-based sacrificial bracing material displaces fluid between high aspect ratio structures, preventing collapse during drying without complex equipment.

Partial drying releases water vapor that displaces non-condensable gases, preventing spontaneous combustion risks in sub-bituminous coal.

Segmented vacuum steps prevent foaming and product loss during freezing.