A container for a liquid or pasty cosmetic product has an elongate body, a reservoir that contains the product and is able to move in translation in the body between a top working position and a maximum depressed position under the action of an elastically compressible device, and an application element secured to a cap that is retractable into the body and including a shaft that is secured to the cap and is terminated by an applicator suitable for being loaded with product when it is dipped into the reservoir; a peripheral part provided with a locking finger that is able to move transversely and a more flexible internal part are attached to the reservoir close to its edge in order to engage in terms of sealing with a widened portion of the shaft and to lock the latter to the reservoir over only a part of the travel of the reservoir in the body.

Assembly including a system for packaging and applying a product and a device for protecting the said system further including a sleeve inside which the system is mounted with the ability to move axially between a storage position and a usage position in which at least one applicator partially projects out from the sleeve, a release device provided with means for immobilizing the system relative to the sleeve in the storage position, and an actuating means for rendering the immobilizing means inactive, and an elastic preload member applying an elastic load to the system, where release means further include retaining means for restraining the said system relative to the sleeve in the usage position and which are configured to oppose the movement of the said system towards the storage position.

Assembly including a system for packaging and applying a product and a device for protecting the said system further including a sleeve inside which the system is mounted with the ability to move axially between a storage position and a usage position in which at least one applicator partially projects out from the sleeve, a release device provided with means for immobilizing the system relative to the sleeve in the storage position, and an actuating means for rendering the immobilizing means inactive, and an elastic preload member applying an elastic load to the system, where release means further include retaining means for restraining the said system relative to the sleeve in the usage position and which are configured to oppose the movement of the said system towards the storage position.

A sealed lipstick case is proposed. More specifically, the sealed lipstick case includes: a lipstick lift part (10) enabling a lipstick (R) to be raised and lowered; a lower main body (20) to which a lower inner circumferential surface of the lipstick lift part (10) is coupled; and an upper cap (30) coupled to an upper outer circumferential surface of the lower main body (20), wherein the upper cap has an inner cap provided thereinside being in close contact with an upper part of the lower main body by a spring elastic force, and an inner hook for preventing the inner cap from being separated.

A sealed lipstick case is proposed. More specifically, the sealed lipstick case includes: a lipstick lift part (10) enabling a lipstick (R) to be raised and lowered; a lower main body (20) to which a lower inner circumferential surface of the lipstick lift part (10) is coupled; and an upper cap (30) coupled to an upper outer circumferential surface of the lower main body (20), wherein the upper cap has an inner cap provided thereinside being in close contact with an upper part of the lower main body by a spring elastic force, and an inner hook for preventing the inner cap from being separated.

A cosmetic material feeding-out container includes an outer tube, an inner tube disposed inside the outer tube, a cosmetic material container disposed in the inner tube with relatively moveable along a tube axial direction, an intermediate tube formed with a helical groove repeatedly on an inner circumferential face along a tube axial direction and disposed between the outer tube and the inner tube, an engagement member protruded from a portion of the cosmetic material container and engageable with the helical groove, and an operation unit including a knocking operation piece protruded from the outer tube and a rotating cam mechanism configured to rotate the intermediate tube in response to a knocking operation of the knocking operation piece, and the intermediate tube is configured to be rotated by the rotating cam mechanism to move the cosmetic material container along the tube axial direction.

A cosmetic material feeding-out container includes an outer tube, an inner tube disposed inside the outer tube, a cosmetic material container disposed in the inner tube with relatively moveable along a tube axial direction, an intermediate tube formed with a helical groove repeatedly on an inner circumferential face along a tube axial direction and disposed between the outer tube and the inner tube, an engagement member protruded from a portion of the cosmetic material container and engageable with the helical groove, and an operation unit including a knocking operation piece protruded from the outer tube and a rotating cam mechanism configured to rotate the intermediate tube in response to a knocking operation of the knocking operation piece, and the intermediate tube is configured to be rotated by the rotating cam mechanism to move the cosmetic material container along the tube axial direction.

A cosmetic container that grinds and dispenses a content is disclosed. The cosmetic container includes: an inner container having an interior space filled with a content; a dial that is rotatably coupled at an upper part of the inner container and includes a dispensing hole for dispensing the content and a cutter for grinding the content; a screw that is positioned at a lower part of the dial within the interior space and rotates together with the dial; a piston inserted around the screw to ascend and descend within the interior space; and an elastic member that is positioned at a lower part of the piston and pushes the piston upward. The piston is screw-joined with the screw to maintain a particular height, and rotating the dial disengages the screw joint between the piston and the screw to allow the piston to be moved upward by the elastic member.

Packaging and application device for a cosmetic product, kit and covering device This device (10) comprises a first part (12) and a covering (16) that can be moved between an engaged position and a free position. The displacement between the engaged position and the free position is made by translation of the covering (16) along the longitudinal axis (D) away from the first part (12) from the second end (26) of the first part (12), The first part (12) or the covering (16) comprises at least one flexible indexing tab (56), the covering (16) or the first part (12) comprising an indexing surface (38). The movement from the engaged position to the free position can be controlled by manually pulling the covering (16) relative to the first part (12) in translation along the longitudinal axis (D) and away from the first part (12), manually pulling disengages the flexible indexing tab (56) from the indexing surface (38).

Packaging and application device for a cosmetic product, kit and covering device This device (10) comprises a first part (12) and a covering (16) that can be moved between an engaged position and a free position. The displacement between the engaged position and the free position is made by translation of the covering (16) along the longitudinal axis (D) away from the first part (12) from the second end (26) of the first part (12), The first part (12) or the covering (16) comprises at least one flexible indexing tab (56), the covering (16) or the first part (12) comprising an indexing surface (38). The movement from the engaged position to the free position can be controlled by manually pulling the covering (16) relative to the first part (12) in translation along the longitudinal axis (D) and away from the first part (12), manually pulling disengages the flexible indexing tab (56) from the indexing surface (38).