Porous Liquid Blocking Element for Atomizer Tank Airflow

The patent applies porous liquid blocking elements made of porous polyphenylene sulfone resins or cellucotton with micro-hole structures. These porous materials allow air molecules to pass through while blocking larger tobacco liquid molecules, thereby preventing liquid leakage while maintaining air flow to prevent negative pressure in the liquid tank.

The patent implements different functional zones within the liquid tank by providing separate air inlet and liquid outlet openings with distinct blocking elements. The first porous liquid blocking element specifically covers the air inlet with different porosity characteristics than the second porous liquid blocking element at the liquid outlet, creating localized functional properties to address different requirements at different locations.

The patent utilizes porous materials with specifically engineered micro-hole structures that have controlled pore sizes and distributions. These materials are selected to have pore dimensions that permit air molecules to pass through efficiently while being sufficiently small to block tobacco liquid molecules, thereby maintaining both liquid blocking capability and air passage efficiency.

The patent employs composite porous structures combining porous polyphenylene sulfone resins or cellucotton materials. These composite materials integrate the advantages of different porous substances to achieve optimal balance between liquid blocking performance and air permeability, creating a material system that simultaneously prevents liquid leakage and maintains adequate air flow.