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In the room after learning of the fire to open the door to touch the door handle lock, if the temperature is very high, or there is smoke through the crack, do not rashly open the door; If the temperature is normal or there is no smoke penetration, you can open a crack in the door to observe the situation of the outside passage, then decide whether to escape. If the floor is higher, must not jump blindly.

Smoke alarms operate on a simple yet crucial principle that underlies their effectiveness in safeguarding lives and property. At the core of their functionality is a sophisticated sensing mechanism, typically employing advanced electrochemical sensors. These sensors are adept at detecting minute particles associated with smoke produced during the initial stages of a fire.

When smoke particles enter the alarm chamber, they disrupt a steady flow of ions within the sensor. This disturbance triggers the alarm's responsive system, setting off a series of events to alert occupants to the potential danger. The alarm swiftly converts the disturbance into an electrical signal, initiating an audible alert-a distinctive and attention-grabbing sound designed to penetrate through ambient noise and wake even sound sleepers.

Moreover, in more advanced smoke alarms, interconnected systems enhance the overall safety net. If one alarm detects smoke, it communicates with other interconnected units, triggering them to sound simultaneously. This interconnected approach ensures that occupants are alerted promptly, regardless of their location within a dwelling or commercial space.

product-1600-906