As an emerging alternative to tobacco, Vape have gradually gained attention in the market in recent years. With the continuous optimization and innovation of its infrastructure and technology, it will bring users safer, more reliable and easy-to-use Vape products.
The main components of an Vape
Cigarette stem:
- Battery: The power supply part of the Vape, usually a lithium-ion battery. Battery life depends on the type and size of the battery, as well as the number of uses and operating environment.
- PCBA board: the core circuit board of the Vape, responsible for controlling various functions and operations of the Vape. It includes the control chip, power management module, sensor interface and so on.
- Sensor: Used to detect the user’s inhalation action, common sensors are MEMS silicon wheat sensor, used to trigger the work of the electronic cigarette.
- Display: used to display the working status of the electronic cigarette, power and other information, common screen module LCD LCD module and TFT color screen module.
Atomizer:
- Heating element: the core part of the electronic cigarette, responsible for heating the spray liquid to atomize. The connection and control logic of the heating element is realized through circuit design.
- Spray device: under the action of the heating element, the spray liquid is atomized to form smoke.
Smoke bomb:
- Spray liquid: the key to producing the atomization effect of Vape, usually composed of plant extracts, flavorings, glycerin, propylene glycol and other ingredients. The formula and concentration of the spray liquid have a significant impact on the taste and smoke volume of the Vape.
- Atomizing oil compartment assembly: including atomizing core, oil storage cotton, etc. It plays the role of atomizing and storing the smoke oil.
- Charger:Used to connect the charger to charge the Vape. Common types of chargers are outlet direct charger, car charger, USB port charger.
How electronic cigarettes work
- Battery powered: when the user inhales, the sensor detects the inhalation action and passes the signal to the control chip.
- Control chip start: the control chip receives the signal, start the power management module, power supply for the heating element.
- Heating Element Heating: The heating element heats up under battery power and heats up the spray liquid next to it for atomization.
- Formation of smoke: the atomized spray liquid forms smoke for the user to inhale.
Related Technologies
- Battery management technology: The battery management module of the Vape is responsible for monitoring the battery status, charging and discharging protection, etc., to ensure that the Vape can be stably powered under various conditions of use.
- Heating control technology: The heating control module is responsible for controlling the temperature and power of the heating element to ensure stable and safe atomization.
- Sensor technology: The application of advanced sensor technology, such as MEMS silicon wheat sensor, improves the sensitivity of the electronic cigarette and user experience.
- Display technology: LCD module and TFT color screen module and other display technologies are applied to make the Vape able to display more information and improve the user interaction experience.
The infrastructure of an Vape includes the main parts of the stem, atomizer, cartridge and charger. Through the steps of battery power supply, control chip activation, heating element heating and smoke formation, the Vape realizes the function of atomizing the spray liquid for users to inhale. Meanwhile, the application of advanced technologies such as battery management technology, heating control technology, sensor technology and display technology further improves the performance and user experience of the Vape.
