Cosmetic container provided with dual mesh composed of discharge mesh and elastic mesh

Abstract

The present invention relates to a cosmetic container provided with a dual mesh composed of a discharge mesh and an elastic mesh and, more particularly, to a cosmetic container provided with a dual mesh composed of a discharge mesh and an elastic mesh, wherein liquid phase or gel phase contents are stored inside a content container, and the dual mesh composed of the discharge mesh and the elasticmesh is formed above the content container. Discharge holes of the elastic mesh are formed larger than those of the discharge mesh to increase the permeability of the contents through the elastic mesh, and the discharge holes of the discharge mesh are formed smaller than those of the elastic mesh to decrease the permeability of the contents through the discharge mesh. Therefore, when a user compresses the discharge mesh and the elastic mesh with a puff, a large amount of the contents stored in the content container are discharged through the coarsely woven elastic mesh, and the contents are then evenly discharged throughout the entirety of the densely woven discharge mesh such that the contents are uniformly applied onto an application surface of the puff, thus preventing makeup from clumping and improving the convenience of using the makeup.

Description

technical field [0001] The present invention relates to a cosmetic container provided with a double net composed of a discharge net and an elastic net, and more particularly, to a cosmetic container provided with a double net composed of a discharge net and an elastic net in which a liquid phase or a gel The corresponding content is stored inside the content container, and a double net composed of a discharge net and an elastic net is formed above the content container. The discharge holes of the elastic net are formed larger than the discharge holes of the discharge net to increase the permeability of the contents through the elastic net, and the discharge holes of the discharge net are formed smaller than the discharge holes of the elastic net and the discharge holes of the discharge net are located above the elastic net, To reduce the permeability of the contents through the drain net. Therefore, when the user presses the discharge net and the elastic net with a puff, a la...

AI Technical Summary

Problems solved by technology

[0010] However, the related art described above has a problem that the impregnating member is contaminated or damaged due to repeated contact of the puff because the user applies the contents applied to the puff to the skin by directly pressing the impregnating member with the puff.

[0014] However, according to the conventional technology, since the gap of the barrier surface is relatively larger than that of the discharge surface, the liquid content cannot be uniformly discharged to the upper part of the barrier surface, so that the liquid content cannot be applied to the entire surface of the puff, resulting in cosmetic staining. piece

[0015] Furthermore, according to the related art, when used for a long period of time, a space is formed between the blocking surface and the downwardly recessed discharge surface, so that the liquid contents discharged into the space may be easily polluted by air flowing through the large gap of the blocking surface Pollution

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