Medicine cup structure and assembly method thereof and atomization device

An assembly method for medicine cup structure, which is applicable for use to unseal a blow-fill-seal container (BFS container) filled with liquid medicine, wherein the BFS container is a liquid storage member, which comprises a second assembly portion and a liquid storage portion, wherein the liquid storage portion is connected to the second assembly portion, a first end portion and a second end portion are correspondingly configured on two ends of the liquid storage portion, and an extremity of the second end portion is provided with a protruding piece;

• the liquid storage portion is filled with the liquid medicine, and the protruding piece is connected to the second assembly portion;
• the assembly method of the medicine cup structure comprises the following steps of:
• a) providing an assembly member step:
• which involves providing an assembly member, comprising a first retaining portion and a first join portion, the first join portion is connected to the first retaining portion, the first join portion is provided with a first threaded structure, the first retaining portion comprises a cylindrical structure, the first join portion is configured to the end portion of the cylindrical structure;
• b) providing a liquid storage member step:
• which involves filling the liquid storage portion of the liquid storage member, and clasping the liquid storage portion inside the cylindrical structure, making it impossible for the liquid storage member to rotate about the axial direction of the liquid storage member as the rotation axis;
• c) providing an effusion chamber step:
• which involves providing an effusion chamber, comprising an effusion space, a second retaining portion, and a second join portion, wherein the effusion space is structured from a chamber perimeter wall annular configured to a chamber bottom portion, the chamber bottom portion is connected to the chamber perimeter wall, the second retaining portion is configured inside the effusion space, and is unable to rotate relative to the chamber perimeter wall and/or the chamber bottom portion, and the second join portion is configured to the chamber perimeter wall, the second join portion is provided with a second threaded structure, and the first threaded structure together with the second threaded structure rotate relative to each other and are fixedly locked;
• d) carrying out a clasping step:
• which involves rotating the second threaded structure of the second join portion relative to the first threaded structure of the first join portion, thereby enabling the assembly member and the effusion chamber to gradually approach and tighten together, until the second assembly portion is clasped inside the effusion space;
• moreover, under condition of not damaging the liquid storage member, the liquid storage member is unable to rotate around the rotation axis;
• and,
• e) producing a liquid outlet opening step:
• which involves continued mutual tightening of the second join portion and the first join portion, further causing the second assembly portion to at least partially separate from the liquid storage portion, producing a liquid outlet opening, at which time, the liquid medicine in the liquid storage portion flows out from the liquid outlet opening and enters the effusion space.