The present disclosure relates to a cosmetic case, including: a cover, a base assembly, an applicator and a mesh screen having anti-microbial properties. Preferably, the mesh screen comprises silver plated knitted fabric which provides anti-microbial properties. The base assembly comprises an applicator holder, a mesh holder and a pan holder.

The present invention relates to a cosmetic product having an impregnation member with the outer surface thereof molten, in which a first impregnation member is embossed and engraved on the top surface thereof by compressing the first impregnation member onto a heated, embossed and engraved metal mold and then melting the first impregnation member, and an open cell structure of the top surface of the first impregnation member is molten to be transformed into an open cell structure having a size of or less. As such, when a user presses cosmetic contents with a puff for use, the impregnation member prevents the excessive smearing and waste of the cosmetic contents on the puff, and the cosmetic contents can be uniformly and thinly smeared on the puff, and a second impregnation member, which is coupled to the lower surface of the first impregnation member, maintains an open cell structure.

The present invention relates to a cosmetic product having an impregnation member with the outer surface thereof molten, in which a first impregnation member is embossed and engraved on the top surface thereof by compressing the first impregnation member onto a heated, embossed and engraved metal mold and then melting the first impregnation member, and an open cell structure of the top surface of the first impregnation member is molten to be transformed into an open cell structure having a size of or less. As such, when a user presses cosmetic contents with a puff for use, the impregnation member prevents the excessive smearing and waste of the cosmetic contents on the puff, and the cosmetic contents can be uniformly and thinly smeared on the puff, and a second impregnation member, which is coupled to the lower surface of the first impregnation member, maintains an open cell structure.

The present invention relates to a powder dispensing container. When a button is pressed, a piston formed in close contact with the inner wall of an external housing is lowered so that air in the external housing is moved to an inner housing and discharges powder flowing into the internal housing, thus it is possible to always dispense the powder consistently regardless of the amount of the powder stored in a container body.

A personal care device for modifying a keratinous surface having a sensor, a treatment element adapted to deposit a personal care composition, a feedback element, and a processor. The feedback element can be activated during deposition of the personal care composition. The personal care device can analyze a keratinous surface, identify keratinous imperfections, and then modify the keratinous imperfection by depositing a personal care composition. The feedback element can be intermittently activated during deposition and can emit a feedback signal that corresponds to the deposition of the personal care composition to alert the user as to how the personal care device is working and/or when the modification process is complete.

A shaping method of a solid cosmetic material and a solid cosmetic container filled with the solid cosmetic material, in which a solid cosmetic material used by grinding an upper surface thereof is solidified to fill an inner container of a cosmetic container with an extra space so that the solid cosmetic material does not come into close contact with an inner surface of the inner container of the cosmetic container, a cosmetic material plate on which the cosmetic material is seated is smoothly guided in an up-down direction, and the upper surface of the solid cosmetic material is smoothly cut as a portion of the cosmetic container is rotated so that the solid cosmetic material is discharged by a predetermined amount. An upper surface of the cosmetic material is maintained flat.

An application container includes a main body cylinder, an application tool, and an engagement portion. The main body cylinder has a first end and a second end opposite the first end. The application tool is insertable into the main body cylinder through the first end of the main body cylinder. The engagement portion is positioned within the main body cylinder, and includes a cylindrical portion to connect with the application tool and a connector that connects the cylindrical portion and the main body cylinder. The cylindrical portion of the engagement portion is spaced apart from the main body cylinder.

An application container includes a main body cylinder, an application tool, and an engagement portion. The main body cylinder has a first end and a second end opposite the first end. The application tool is insertable into the main body cylinder through the first end of the main body cylinder. The engagement portion is positioned within the main body cylinder, and includes a cylindrical portion to connect with the application tool and a connector that connects the cylindrical portion and the main body cylinder. The cylindrical portion of the engagement portion is spaced apart from the main body cylinder.

Provided is a powder discharging container. The powder discharging container includes a container main body in which powder is stored, a button part which is disposed at an upper side of the container main body to be pressed by a user and which has a discharge hole formed at one side, a stem which is configured to ascend or descend according to whether the button part is pressed and which has a movement hole formed inside an upper portion to communicate with the discharge hole, a path forming part which is disposed inside the stem, communicates with the inside of the container main body, and has a powder movement path in which the powder moves and an air movement path in which air moves formed therein, and a compression chamber part which is coupled to lower portions of the stem and the path forming part, has a chamber formed therein to store air, and is configured to, as the button part is pressed, inject the air inside the chamber into the movement hole through the air movement path, wherein, as the air is injected from the chamber into the movement hole due to the button part being pressed, the powder inside the container main body moves through the powder movement path and the movement hole and is discharged to the outside through the discharge hole.

Provided is a powder discharging container. The powder discharging container includes a container main body in which powder is stored, a button part which is disposed at an upper side of the container main body to be pressed by a user and which has a discharge hole formed at one side, a stem which is configured to ascend or descend according to whether the button part is pressed and which has a movement hole formed inside an upper portion to communicate with the discharge hole, a path forming part which is disposed inside the stem, communicates with the inside of the container main body, and has a powder movement path in which the powder moves and an air movement path in which air moves formed therein, and a compression chamber part which is coupled to lower portions of the stem and the path forming part, has a chamber formed therein to store air, and is configured to, as the button part is pressed, inject the air inside the chamber into the movement hole through the air movement path, wherein, as the air is injected from the chamber into the movement hole due to the button part being pressed, the powder inside the container main body moves through the powder movement path and the movement hole and is discharged to the outside through the discharge hole.