A cosmetic container may include a jar having a body with a closed end and an open end, and a cavity provided within the body for holding a product. The cosmetic container may include a lid for coupling to the jar, and a sifter including a plurality of openings, configured to be held within an upper portion of the cavity within the jar body. The cosmetic container may further include a product swirling surface, wherein the product swirling surface includes a plurality of ribs.

Disclosed herein is a puff-embedded cosmetic powder container including: a main body, a shoulder cap, a puff receiving cap, and an upper cap. A sealing step is formed on an inner circumference in a space of the main body, and a sealing wing is formed on an outer circumference of a sidewall of the shoulder cap to correspond to the sealing step, so that the sealing wing is elastically and airtightly coupled to the sealing step, and a rotary portion included in a hinge unit of the puff receiving cap has a movable space in which an end of a pin is movable up and down, so that, when the upper cap is closed, the puff receiving cap is pressed down via the movable space, thus sealing a powder discharge hole of the shoulder cap.

Provided is a pump for discharging cosmetics to the outside while simultaneously opening the outer vessel lid and pushing the discharge plate, which is formed of a smaller number of parts, and thus it is possible to reduce the manufacturing cost.

The present invention relates to a compact container having a tension part integrally formed therein, which is a compact container comprising an outer container which is equipped with a button, and an outer container lid which is hinge-coupled to one side of the outer container and opens and closes, wherein a middle body is coupled to the inner side of the outer container, a tension part is integrally formed on one side of the middle body, a lower inclined part of the tension part has an angle of 30-55 and a thickness of 0.5-2.5 mm, and when the outer container lid is closed the lower inclined part is pushed by the outer container lid so as to go 0.2-1.0 mm to the inside.

The make-up item including an applicator having application head defining an envelope surface, and a make-up product dispenser, which includes a site for receiving the applicator, and having an outer valve provided with at least one dispensing opening which faces a portion of the envelope surface when the applicator is received in the site, the valve being able to assume a closed position and an open position wherein the valve releases product directly against the head of the applicator.

The present invention relates to a compact container having a ring button member provided thereon and having a discharge plate formed by insert injection molding, wherein a discharge means is installed inside the compact container to discharge a cosmetic material; a ring button member is coupled to the outside of the pallet; a pair of compression grooves are formed on the inner peripheral edge of the ring button member; a pair of compression protrusions are formed on the outer peripheral edge of the pallet and are inserted into the compression grooves; pallets are formed on the upper portion of the discharge means; and a discharge plate is formed as a single component through insert injection molding between the upper pallet and the lower pallet of the pallets

A container for loose powder having an improved sifter which allows for controlled dispensing of the powder through the sifter. The sifter surface provides enhanced loading onto and between the bristles of a brush or other types of applicators to yield good product payoff and even application of the target surface. Two-way flowability of the powder through the sifter insures excess powder flows back into the powder compartment of the container creating improved cleanliness.

A method for preparing a cosmetic kit provides cosmetics which are customized (personalized) for each user and a cosmetic provision device which uses the kit to supply customized cosmetics. The cosmetic kit includes a plurality of cosmetic bases, and is used for customized cosmetics which are prepared by mixing the plurality of cosmetic bases in accordance with recipe information determined on the basis of user unique information. The method provides a cosmetic kit with a container containing at least two cosmetic bases selected from the plurality of cosmetic bases that is rotated at a prescribed speed, and a new-infrared measurement of the bases in the container is performed at prescribed time intervals, the time (T)required to obtain an nth measurement, in which the rate of change between the absorbance in the nth measurement and the absorbance in the previous ((n?1)th)measurement is 100%?5%, and the rate of change with respect to the absorbance in the following ((n+1)th) measurement is 100%?5%, is not more than 35 minutes.

A cosmetic container 1a has a container body having an opening above and being configured to store a cosmetic; an inner lid being configured to be attached to the container body; and a sealing lid being configured to hermetically seal the container body in a state having the inner lid attached. The inner lid includes a flat hollow cylindrical frame and a cosmetic penetrable fiber sheet having elasticity and attached to the frame under tension. The frame is fitted to the container body with a lower end of the frame being apart from a bottom surface of the container body. The fiber sheet has a peripheral rim adhered from either an upper end surface or a lower end surface of the frame and along an inner circumferential face of the frame.

An applicator package (40), consisting of an applicator and a substance (48) in the applicator, is provided so a user can apply the substance (48) to a target region. A set of components is provided for being assembled as the applicator, and a method is provided for making the applicator package (40). The applicator package (40) includes a platform (42) having an outer side (56) and having an inner side (54) defining a substance support surface (55). The substance (48) is supported on the platform support surface (55). The platform (42) defines (1) at least one fill passage (58) that extends from the platform outer side (56) to the platform inner side (54), and (2) at least one channel (60) that is located between portions of the substance support surface (55) and that communicates between the platform inner side (54) and the platform outer side (56). A dome (46 or 44) is initially, releasably mounted on the platform (42) over the substance (48) at the platform inner side (54).