Disclosed herein is a cosmetic container including: a body part having an empty hollow shape, and provided with a cosmetic material accommodation portion therein; a supply part disposed to pass through the material accommodation portion of the body part, provided in a hollow tube shape, and configured such that an air discharge through hole is formed on one side of a partition disposed inside a hollow tube and a material introduction through hole is formed on the other side of the partition; a pressure member coupled to communicate with the entrance of the supply part at one end of the body part, and configured to inject air into the supply part; and a touch member coupled to communicate with the exit of the supply part at the other end of the body part, and configured such that a cosmetic material introduced through the material introduction through hole is transferred thereto.

The present invention relates to an airless cosmetic container comprising: a lower container (10) having an opened lower part; an inner container (20) which is a cylindrical member inserted through the upper opening of the lower container (10) and having a closed lower part, and which has an upper outer flange (21) mounted on and assembled to the upper end of the lower container (10); a container cover (30) which is a cylindrical member for covering the upper opening of the inner container (20), and of which a lower protruding groove (31) protruding downwards from the center thereof is positioned in a cylinder (22) protruding from the center of the inner container (20) and an outer end (32) is coupled to two vertical protruding rods (23) protruding toward the upper part of the upper outer flange (21) of the inner container (20); a cylindrical spring (40) coupled in the container cover (30); a disc-shaped upper lid (50), having a recessed upper surface, coupled to the upper part of the cylindrical spring (40); a disc-shaped lower lid (60), which is a member coupled to the lower surface of the center of the upper lid (50), has a discharge hole (61) formed in the center thereof, and has a fastening cylinder (62) formed at the lower part of the discharge hole (61); a pump body (70) coupled to the fastening cylinder (62) of the lower lid (60) and inserted into the lower protruding groove (31) of the container cover (30); an exhaustion piston (80) coming in close contact with the inner periphery of the inner container (20) and the outer periphery of the cylinder (22) protruding in the center thereof, so as to rise as cosmetic contents are used; and an upper case (100) which is a cylindrical member for covering the upper side of the lower container (10), and of which one side is hinge-coupled to one side wall of the lower container (10) and the other side is hooked and coupled to an opening/closing button (90). The present invention has effects of: preventing external air from flowing into an upper cylinder since the inner diameter of the discharge hole is formed to be smaller than the inner diameter of the fastening cylinder of the lower lid such that, when a piston support and the lower lid are coupled, the upper end surface of a center hole of the piston support comes in close contact with, that is, overlaps with the lower surface of the discharge hole in the fastening cylinder of the lower lid, so as to reinforce faste

The disclosure concerns a device for dispensing an atomized spray of a cosmetic composition. The device is capable of individual or commercial use, and provides yaw and pitch actuation of an operational head, along with the atomized spray to deliver the cosmetic composition to the body of a user. Electronics are configured to acquire data from a disposable spray bottle assembly, and approximate remaining volume or spray time according to the data. A linear laser provides guidance to the user for standing in order to receive optimal spray coverage.

The disclosure concerns a device for dispensing an atomized spray of a cosmetic composition. The device is capable of individual or commercial use, and provides yaw and pitch actuation of an operational head, along with the atomized spray to deliver the cosmetic composition to the body of a user. Electronics are configured to acquire data from a disposable spray bottle assembly, and approximate remaining volume or spray time according to the data. A linear laser provides guidance to the user for standing in order to receive optimal spray coverage.

Brush applicators including hair brush applicators and containers for dispensing dry shampoo are provided. In one embodiment, a brush applicator includes a body having one or more channels to distribute material to a bristle assembly. The bristle assembly can include a plurality of bristle and brush elements. The brush elements may be interspersed with the bristle elements and can each include a shaft and end (e.g., tip). Another embodiment is directed to a brush applicator including a container coupled to a body. The container retains at least one material including powder, liquids and solutions. Another embodiment is directed to a brush applicator configured for application of dry shampoo to hair.

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.

There is provided a cosmetic container which is easy to manufacture with a simplified configuration and capable of performing discharging and blocking of powder in a reliable manner and preventing the powder from leaking out. The cosmetic container includes a container body in which the powder is accommodated, and a brush part coupled to an upper end of the container body and provided with an opening/closing part provided therein to selectively discharge the powder and a powder brush provided in an upper end of the brush part.

There is provided a cosmetic container which is easy to manufacture with a simplified configuration and capable of performing discharging and blocking of powder in a reliable manner and preventing the powder from leaking out. The cosmetic container includes a container body in which the powder is accommodated, and a brush part coupled to an upper end of the container body and provided with an opening/closing part provided therein to selectively discharge the powder and a powder brush provided in an upper end of the brush part.

A pulverizing device that include a pulverizing or grinding component for generating powder from the solid product. The pulverizing or grinding component also constrains and/or supports the solid product. The pulverizing or grinding component moves somewhat linearly with respect to the solid product in order to pulverize the solid product. The pulverizing or grinding component includes a spiral spring or a helical spring.

A pulverizing device that include a pulverizing or grinding component for generating powder from the solid product. The pulverizing or grinding component also constrains and/or supports the solid product. The pulverizing or grinding component moves somewhat linearly with respect to the solid product in order to pulverize the solid product. The pulverizing or grinding component includes a spiral spring or a helical spring.