E-Cigarette Airflow and E-Liquid Sealing Structure

The patent implements a slidable button mechanism that allows dynamic adjustment of the air inlet size, enabling users to control vapor volume according to their preferences. This dynamic structure transforms a static device into an adaptable one, resolving the contradiction by providing adjustability while maintaining a relatively simple mechanical design through linear motion control.

The spring mechanism is designed to automatically control e-liquid flow based on the position of the slidable button, without requiring additional active control systems. The spring provides self-regulating force to maintain consistent e-liquid flow to the heating element, improving reliability while avoiding excessive complexity by using passive mechanical feedback.

The patent divides the sealing function into multiple segments, placing sealing components at different critical locations where e-liquid could potentially leak into the battery assembly. This segmentation approach isolates leakage risks to specific zones, improving overall reliability while allowing each sealing component to be relatively simple in design, thereby balancing manufacturing ease with leak prevention.

The patent replaces traditional mechanical fasteners with a magnetic connection system to join the atomization assembly and battery assembly. This substitution eliminates the need for screws or clips, significantly improving ease of assembly and disassembly. The magnetic force provides sufficient connection strength for normal use while allowing simple separation when needed, resolving the contradiction between operational ease and connection strength.