A feeding container includes a container that includes a tubular accommodating portion configured to accommodate a cosmetic and has a first opening from which the cosmetic is exposed, a lid portion configured to open and close the first opening, and a lock member configured to lock the lid portion in a state where the lid portion closes the first opening. The lid portion opens and closes the first opening in a state where the lid portion is connected to at least one of the lock member and the container. When the lock member moves in an axial direction, which is a direction in which an axis of the accommodating portion extends, with respect to the container, locking of the lid portion due to the lock member is released, and the cosmetic is allowed to be exposed from the first opening.

A disposable cartridge assembly for stick products, intended to be used in conjunction with a rotating base that unlocks the cartridge and raises and lowers the stick product freely, while a holding cup slides in a six-track spiral sleeve of the disposable cartridge. The disposable cartridge has a decorative shell fastened onto the spiral sleeve via an interference fit, for omitting any chemical adhesive. The rotating base is intended to remain connected to the cartridge assembly for the life of the stick product, but may be detached and reused with multiple cartridges, which can be sold individually for the purpose. These designs provide advantages of lower damage rate of transport, better product performance, higher cost efficiency and eco-friend manufacturing and using.

A cosmetic material carrier and a cartridge core assembly including same are provided. The cosmetic material carrier includes a tube body and a bottom plate fixedly connected to the tube body, where a lug protruding outward along a radial direction is provided on a sidewall of the tube body, and a tab for fixing a cosmetic material is provided on the bottom plate. The lug connected to a spiral portion is provided on the tube body. The tab for fixing a paste is provided on the bottom plate. The cosmetic material carrier is an integrated tube. Therefore, a manufacturing process and a mounting process are simplified, and a manufacturing cost of the carrier is lowered.

A cup for retaining a cosmetic substance includes a cup body having a first end, a second end, and an inner sidewall forming a cup cavity and at least one retention member disposed on the inner sidewall of the cup body and extending into the inner sidewall. The at least one retention member extends a width around a periphery of the has a width value extending around the periphery of the inner sidewall.

A pop-up cosmetic container includes a lid assembly, a coupling rod, an inner sleeve, an intermediate lid, and a shell assembly, where the lid assembly is sleeved outside the intermediate lid, and an end of the intermediate lid is stretched out of the lid assembly; the intermediate lid is sleeved outside the inner sleeve; the inner sleeve is sleeved outside the shell assembly; the coupling rod is rotatably provided in the lid assembly; and a first side of the coupling rod is connected to the intermediate lid, and a second side of the coupling rod is connected to the inner sleeve. With a seesaw-like function of the coupling rod, the shell assembly can be popped up by pushing the intermediate lid. With the operating end and the pop-up end located at a same end, the pop-up cosmetic container facilitates single-handed operation of the user.

A cosmetic dispenser includes a base that includes an interior surface that forms a spiral recess. The cosmetic dispenser further includes a pedestal assembly received within a cavity of the base. The pedestal assembly includes a pedestal including a base plate at a first distal end and a cup member at a second distal end opposite the first distal end. The cup member is configured to receive a cosmetic that extends above the cup member. The cosmetic dispenser further includes a sleeve movably received within the cavity. The sleeve includes at least one engaging component rotatably coupled to the base via the spiral recess. The engaging component is configured to move along the spiral recess to raise and lower the sleeve. The sleeve is configured to completely surround the cosmetic in a raised first position and at least partially expose the cosmetic in a lowered second position.

An elevating mechanism for a stick type container is structured to allow simple assembly and therefore can be produced with lower manufacturing costs. The elevating mechanism may include: a holder member having a support part and a gear shaft, a connector member having a connector body, a bridge, and a securing ring; and a screw socket member. The screw socket member may be configured to have at least a portion inserted in the connector space, the screw socket member may have a hollow interior such that a screw space open at the top and bottom is formed on an inner side of the screw socket member, and the screw socket member may have an outwardly protruding detent protrusion formed on its upper portion.

A cosmetic refill pack, a cosmetic application device, and a shade matching cosmetic kit are described. In an embodiment, the cosmetic application devices include a container base, a removable cosmetic cartridge, an overcap configured to detachably couple to the container base and envelop the removable cosmetic cartridge, a cosmetic bullet, a cartridge riser, a container riser and a base plug configured to detachably couple to the container base, wherein the base plug comprises cosmetic color information indicative of a cosmetic color of the cosmetic bullet. In an embodiment, the cosmetic refill packs include a refill cartridge, a cosmetic bullet, and a base plug configured to detachably couple to the open end of the refill cartridge, wherein the base plug comprises cosmetic color information indicative of a cosmetic color of the cosmetic bullet. Shade matching cosmetic kits comprise a cosmetic application device and one or more cosmetic refill packs.

A cosmetic dispenser includes a one-piece base configured to releasably connect to a lid and a sleeve at least partially disposed in the one-piece base around at least a portion of a cosmetic. An outer surface feature of the sleeve is configured to rotatably interface with an inner surface feature of the one-piece base to move the sleeve between a first position to surround the cosmetic and a second position to expose at least a portion of the cosmetic.

A feeding container includes a container that includes a tubular accommodating portion configured to accommodate a cosmetic and has a first opening from which the cosmetic is exposed, a lid portion configured to open and close the first opening, and a lock member configured to lock the lid portion in a state where the lid portion closes the first opening. The lid portion opens and closes the first opening in a state where the lid portion is connected to at least one of the lock member and the container. When the lock member moves in an axial direction, which is a direction in which an axis of the accommodating portion extends, with respect to the container, locking of the lid portion due to the lock member is released, and the cosmetic is allowed to be exposed from the first opening.