Compact container having discharge plate integrally injection molded by inserting sponge thereto

Abstract

The present invention relates to a compact container which comprises an inner container for accommodating a cosmetic material therein and a discharge means for discharging the cosmetic material accommodated in the inner container, and which has a discharge plate integrally injection molded by inserting a sponge thereto, the compact container enabling an even distribution of the discharged cosmeticmaterial due to the sponge being in close contact with the discharge plate perfectly without moving, as the discharge plate and the sponge are integrally molded by means of insert injection molding by injection molding the discharge plate by inserting the sponge thereto. In addition, while the discharge plate and the sponge are integrally insert injection molded, a dish part in the shape of a small groove is formed at the center of the discharge plate so that the discharge plate and the sponge are spaced a certain distance apart from each other, and a joining part is formed on the outside ofthe dish part so that the discharge plate and the sponge are joined without a gap by means of insert injection molding, and, thus, the discharge plate and the sponge are in close contact by means of the joining part so that the sponge is not swept away when washed directly in running water. The present invention provides the compact container having the discharge plate integrally injection moldedby inserting the sponge thereto, the compact container comprising: the inner container for accommodating the cosmetic material therein; the discharge means for discharging the cosmetic material accommodated in the inner container; and the discharge plate formed to be adjacent to the discharge means and having a discharge outlet, wherein the discharge plate has the sponge integrally molded by meansof insert injection molding so that the sponge is attached to the discharge plate without moving.

Description

technical field [0001] One aspect of the present disclosure relates to a compact container that includes an inner container for containing a cosmetic material therein and a discharge unit for discharging the cosmetic material contained in the inner container, and has an integral injection by inserting a sponge therein. Molded discharge plate, when the discharge plate and the sponge are integrally molded using insert injection molding in which the discharge plate is injection-molded by inserting the sponge, the compact container enables discharge since the sponge is in close contact with the discharge plate without moving The cosmetic material is evenly distributed. In addition, while the discharge plate and the sponge are integrally inserted into injection molding, a small groove-shaped disk-shaped part is formed in the center of the discharge plate to space the discharge plate and the sponge from each other by a certain distance, and formed outside the disk-shaped part There...

AI Technical Summary

Problems solved by technology

[0013] In addition, since the discharge plate having a plurality of small discharge holes is combined on the distribution plate formed with a labyrinth-shaped diffusion space, even when cleaning is performed while running water over the discharge plate, it is impossible to separate the discharge plate such as between the distribution plate and the discharge plate. Cleaning of various gaps such as the diffusion space in between allows cosmetic residue to rot or dry out, causing skin problems or preventing the contents from being properly drained

[0014] In addition, since the compact container is further configured with a distribution plate and a mesh net, the assembly process is complicated

In particular, when the hybrid mesh net is bonded to the connection portion of the ring-shaped fixing device, the manufacturing cost increases due to an increase in manufacturing processes such as ultrasonic bonding, high-frequency bonding, or thermal bonding

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