Atomizer Puff-Triggered Heating to Reduce Condensate

The patent applies preliminary action by detecting a puffing action before reading atomizer parameters and initiating heating. The airflow from the puffing action is utilized in advance to clear smoke and prevent condensate formation, stabilizing the heating element temperature before the actual atomization process begins. This sequence ensures that communication and parameter reading occur under optimal temperature conditions, avoiding sharp temperature rises and smoke generation.

The patent applies preliminary anti-action by using the airflow generated from a detected puffing action to counteract the formation of condensate before heating begins. The user's puffing action creates airflow that clears smoke and prevents condensate accumulation inside the atomizer, thereby eliminating the harmful effect before it can occur during the heating and atomization process.

The patent applies self-service by utilizing the user's own puffing action as the trigger to initiate parameter reading and heating. The puffing action serves dual purposes: it provides the necessary airflow to clear smoke and stabilize temperature, and simultaneously triggers the control method to read parameters and begin heating. This eliminates the need for separate delay periods or additional user actions, making the time investment minimal and self-justifying.