Gas Generation Devices TRIZ Cases
- Reducing Gas Supply with Intermediate Tank to Prevent Liquid Scattering
An intermediate container and vacuum transfer stabilize formic-acid gas supply for soldering while preventing liquid squirting during pressurization.
- Raw Material Gas Supply with Suspension Replenishment Continuity
Suspended solid feed and in-situ separation keep raw material gas flowing during replenishment, avoiding process interruption and film quality loss.
- Raw Material Supply Control for Continuous Gas Generation
Float-based level detection automates replenishment and heating control to keep gas generation continuous in film formation processes.
- Ammonium Salt–Silicate Reaction for One-Step Ammonia Production
A high-temperature silicate bed produces ammonia from atomized ammonium salt while reducing process complexity and corrosion.
- Multi-Chamber Fluidized-Bed Ammonia Preparation with Atomized Feed
Fluidized-bed chambers reduce energy use and improve ammonia separation from HCl.
- Powder Raw Material Replenishing Mechanism Vacuum Transfer
Vacuum exhauster maintains pipe vacuum during powder transfer, preventing oxidation and preserving raw material quality.
- Peroxide Oxygen Generator Tuner Compact for Flow Control
A peroxide oxygen generator uses a core-shell tuner compact to adjust reaction rates via ionic liquid chemistry.
- Zeolite Binder-Catalyst for Stable Oxygen Generation
Multifunctional zeolites stabilize oxygen generators by preventing liquid phase formation during decomposition, ensuring continuous breathable oxygen flow.
- Gas Generator Segmented Heater for Controlled Oxygen Release
Segmented heater structure heats active material from multiple sides, preventing self-sustaining reactions and enabling precise oxygen generation control.