A cosmetic product, in particular a powdery cosmetic product, includes a lid that is mounted rotationally mobile with respect to a base between at least one closed position and one open position of the case, first locking mechanism to lock the lid in a closed position, a dispensing device arranged between the lid and the base, and that is mounted rotationally mobile between at least one lowered position and one raised position, the dispensing device including a control member intended to be actuated to command the dispensing of the cosmetic product, and second locking mechanism to lock the dispensing device in the lowered position The control member of the dispensing device is configured to command the unlocking of the first locking mechanism of the lid and the unlocking of the second locking mechanism of the dispensing device.

Process for manufacturing a plurality of capsules containing a cosmetic product, the process including the following steps: —displacement of a support (32) through a first reservoir (44) containing a viscous material (52) designed to form the side wall, and coating of the support with a layer (56) of the viscous material; —displacement of the support through a shaping module (28) and solidification of the layer of material; —withdrawal of the support outside the shaping module, freeing an internal slot (74) defined by the layer of solidified material; —entry of at least one cosmetic product (11) from a second reservoir (80) into the internal slot; and —cut out the layer using a cutting device (68) to form the side walls of at least one capsule, and sealing of the internal spaces of capsules containing the cosmetic product by seals.

Process for manufacturing a plurality of capsules containing a cosmetic product, the process including the following steps: —displacement of a support (32) through a first reservoir (44) containing a viscous material (52) designed to form the side wall, and coating of the support with a layer (56) of the viscous material; —displacement of the support through a shaping module (28) and solidification of the layer of material; —withdrawal of the support outside the shaping module, freeing an internal slot (74) defined by the layer of solidified material; —entry of at least one cosmetic product (11) from a second reservoir (80) into the internal slot; and —cut out the layer using a cutting device (68) to form the side walls of at least one capsule, and sealing of the internal spaces of capsules containing the cosmetic product by seals.

[Problem] This invention provides a makeup brush that not only enables easy application of cosmetics such as blushers and eyeshadows while creating gradations, but also achieves a beautiful finish, without requiring special makeup techniques. [Solution] A makeup brush 1, wherein an upper opening portion 2a of a cylindrical member 2 is formed into an arc shape having a predetermined width when planarly viewed, and a tip surface 3a of a brush 3 that is formed by tips of bristles extending upward from the upper opening portion of the cylindrical member is a composite curved surface having a first protruding curved surface 6 that is formed in such a manner that a length of brush bristles becomes gradually longer from an inner curved surface 4 having the arc shape toward an outer curved surface 5 having the arc shape, and a second protruding curved surface 7 that is formed in such a manner that the length of the brush bristles gradually changes along a length direction of the arc shape and that the brush bristles are the longest at approximately a central portion.

A vibrating module and a makeup tool including the vibrating module are proposed. The vibrating module includes a vibration device detachably attached to a makeup tool and attached to the makeup tool to transfer vibration, and a handle component coupled with the vibration device, made in the form of a pair of folding wings, and configured to drive the vibration device when the first and second wings are folded and contact each other.

A water absorbing structure and a brush assembly using the same are provided. The water absorbing structure contains no less than 30% by weight of diatomaceous earth based on a total weight of the water absorbing structure, and includes a block body and a protruding pattern. The block body has a first surface and a second surface opposite to the first surface. The protruding pattern is formed on the first surface of the block body and configured to contact and squeeze a brush head of a brush.

A water absorbing structure and a brush assembly using the same are provided. The water absorbing structure contains no less than 30% by weight of diatomaceous earth based on a total weight of the water absorbing structure, and includes a block body and a protruding pattern. The block body has a first surface and a second surface opposite to the first surface. The protruding pattern is formed on the first surface of the block body and configured to contact and squeeze a brush head of a brush.

A cosmetic case has a generally rectangular shape with an internal space receive and hold multiple cosmetic cartridges containing various makeup products. This case has a slim-line design to facilitate easy storage and transport. Cosmetic cartridges can be inserted into the case from multiple and stored depending on the particular embodiment of the case. A securing means inside the case prevents inserted cartridges from dislodging from the case until desired by the user. The cosmetic case and system provides the advantage and ability to store cosmetic cartridges of different shapes and dimension in the case for optimal use. This invention enables a user to efficiently store and carry various cosmetic products for quick use especially when one desires a makeup touch up.

The present invention provides a cosmetic container for powder having a pumping structure, the cosmetic container including: an accommodation portion (100) configured to accommodate a powder material; a lower support portion (200) disposed over the accommodation portion (100), and configured to allow air to be introduced such that the powder material accommodated in the accommodation portion (100) is discharged together with the introduced air; an air pumping portion (300) disposed over the lower support portion (200), and configured to pump air so that the air is introduced into the lower support portion (200); an intermediate support portion (400) disposed over the air pumping portion (300), and configured to discharge a powder material together with air and to collect the remaining powder material; and a powder discharge portion (500) spaced apart upward from the intermediate support portion (400), and configured to allow the discharged powder material to be collected.

In the manufacture of certain cosmetics packaging, small metal pans are used to carry the cosmetic material, and these are incorporated in cosmetics carriers. The cosmetic material is initially in a powder form that is compressed into the pan prior to the pan being assembled into a carrier A multi-pan insertion tool includes a control plate and one or more interface plates that can, in turn, be attached to the control plate. Each interface plate corresponds to a different pan configuration. The interface plate includes a plurality of protrusion sites that each correspond to a single pan. An air passage from each protrusion site passes through the tool to the valve on the control plate that is controlled by an operator (either open or closed). A vacuum hose is attached to the valve to create the necessary vacuum/suction. The operator can then use the tool to pick up multiple pans at once, using suction, and then deposit the pans into a press for powder loading and then compression of the powder.