Drying Solid Materials Without Heat TRIZ Cases

Sufficient modified placental tissue recruits stem cells to injury sites, and vacuum dehydration reduces drying time without damaging tissue integrity.

Load sensors track condenser ice accumulation to calculate product temperature, resolving measurement precision limits without adding thermal sensor complexity.

Chemical drying pills absorb residual water from pipelines, eliminating heavy equipment costs and corrosion risks.

A substrate drying method uses a sublimation agent film to dry the front surface of patterned substrates.

Automated controllers adjust temperature and pressure profiles to prevent structural collapse during sublimation.

Nitrogen injection establishes pressure gradients that expel trapped air and moisture, eliminating pinholes in biocomposites.

Vacuum drying treats wet electroactive layers to achieve uniform thickness, resolving non-uniform evaporation issues in electronic device manufacturing.

Dynamic Parameters Estimation algorithm calculates real-time product temperature from chamber pressure data.

Alternating pin groups prevent Mura defects and curvature by shifting contact points during vacuum drying.

Cycling air pressure in the drying chamber boosts moisture evaporation rates, shortening drying time without requiring larger vacuum equipment.

A cell freeze-drying system supplies warmed nitrogen to a precooled chamber for sublimation.