Disinfectant solution bottle

Abstract

This invention provides a disinfectant solution bottle, including a bottle body and a cap assembly. The bottle body, from top to bottom, has a bottle mouth, a liquid-reducing section, and a main containing section. The liquid-reducing section has a slightly S-shaped cross-section with a mirror-like design and a cotton-prick pressing surface on its inner side. The maximum distance between the liquid-reducing section and the edge of the bottle mouth is greater than or equal to 35 mm. The inner diameter of the bottle mouth is 50-55 mm, the inner diameter of the main containing section is 65-80 mm, and the maximum height of the bottle body is 100-110 mm. The cap assembly includes an assembly, a flow-blocking plate, and a liquid-guiding structure. The assembly has a stepped annular side. The liquid-guiding structure is located on the assembly and has symmetrically connected baffles. The height of the baffles gradually changes from low to high to low, with a flow-guiding orifice at the highest point. The flow-blocking plate is located on one side of the flow-guiding orifice. One end of the flip-top is connected to the cap assembly and has a second assembly with a groove on its inner side, and the connection point is located at the end of the baffle. This reduces the risk of the disinfectant solution coming into contact with external contaminants and maintains a sterile state.

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