Atomizer equipment and liquid particle detection system using the same

An atomizer equipment, comprising:

• a gas storage tank configured to store clean dry gas;
• a cleaning liquid storage tank configured to store a cleaning liquid;
• and
• an atomization chamber, comprising:
• a gas flow injection port on a side of the atomization chamber, connected to the gas storage tank through a first control valve, and configured to introduce a clean dry gas flow;
• a to-be-tested liquid inlet on a bottom of the atomization chamber and connected to a to-be-tested liquid tank through a second control valve, wherein the clean dry gas flow is introduced into the atomization chamber through the gas flow injection port, a to-be-tested liquid in the to-be-tested liquid tank is drawn into the atomization chamber, and the to-be-tested liquid and the clean dry gas flow are mixed to form an aerogel when the first control valve and the second control valve are opened;
• an impact plate in the atomization chamber and facing the gas flow injection port, wherein part of the aerogel collides with the impact plate and condenses into a condensate;
• an aerogel outlet on an upper end of the atomization chamber, wherein the remaining aerogel in the atomization chamber is outputted along the aerogel outlet;
• a cleaning liquid injection port on a side of the atomization chamber, connected to the cleaning liquid storage tank through a third control valve, and configured for injection of the cleaning liquid;
• and
• a liquid discharge port on a bottom of the atomization chamber, and configured to discharge the condensate or the cleaning liquid,
• wherein the cleaning liquid flushes toward the impact plate when the first control valve and the second control valve are controlled to be closed and the third control valve is controlled to be opened.