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.

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.

A cosmetic tool comprises a brush head, a material core, a movable sleeve, a fixed sleeve, and a transmission structure. The material core is mounted in the movable sleeve, the brush head is located at one end of the movable sleeve and is arranged opposite the material core, and a discharge port is formed in an end face of the material core facing the brush head. The fixed sleeve is sleeved outside the movable sleeve, and the movable sleeve can move along an axial direction. The fixed sleeve, the movable sleeve and the brush head are connected by means of a transmission structure, and when the movable sleeve moves along the axial direction, the movable sleeve drives the brush head) to turn over by means of the transmission structure, so as to dip in a cosmetic substance at the discharge port.

A cosmetic tool comprises a brush head, a material core, a movable sleeve, a fixed sleeve, and a transmission structure. The material core is mounted in the movable sleeve, the brush head is located at one end of the movable sleeve and is arranged opposite the material core, and a discharge port is formed in an end face of the material core facing the brush head. The fixed sleeve is sleeved outside the movable sleeve, and the movable sleeve can move along an axial direction. The fixed sleeve, the movable sleeve and the brush head are connected by means of a transmission structure, and when the movable sleeve moves along the axial direction, the movable sleeve drives the brush head) to turn over by means of the transmission structure, so as to dip in a cosmetic substance at the discharge port.

A makeup blending sponge. The sponge comprises a foam core and a layer of coating. The layer of coating covers a portion of an outer surface of the foam core. The portion may be about 70% to about 90% of the total surface area of the outer surface of the foam core. The foam core may be polyurethane. The layer of coating is an elastomer, and may be a mixture of an elastomer and a thinning agent. The elastomer may be silicone. A method of manufacturing the makeup blending sponge and the use thereof are also disclosed.

A makeup blending sponge. The sponge comprises a foam core and a layer of coating. The layer of coating covers a portion of an outer surface of the foam core. The portion may be about 70% to about 90% of the total surface area of the outer surface of the foam core. The foam core may be polyurethane. The layer of coating is an elastomer, and may be a mixture of an elastomer and a thinning agent. The elastomer may be silicone. A method of manufacturing the makeup blending sponge and the use thereof are also disclosed.

In one aspect, a cosmetic applicator includes a core having at least one interior compartment that is configured to be pressurized. In another aspect, a cosmetic applicator includes a first core having at least a first interior compartment that is configured to be pressurized, and a cover removably securable on the first core. In another aspect, a cover is for a cosmetic applicator having a first core with at least a first interior compartment that is configured to be pressurized. In another aspect, a cover for a first cosmetic applicator is at least one of removable, washable, and disposable.

In one aspect, a cosmetic applicator includes a core having at least one interior compartment that is configured to be pressurized. In another aspect, a cosmetic applicator includes a first core having at least a first interior compartment that is configured to be pressurized, and a cover removably securable on the first core. In another aspect, a cover is for a cosmetic applicator having a first core with at least a first interior compartment that is configured to be pressurized. In another aspect, a cover for a first cosmetic applicator is at least one of removable, washable, and disposable.

A lid is detached from a container main body, a mobile body and an application body are moved forward by an elastic body so as to move a mobile body side stepped portion toward a lid side stepped portion. An inclined tilt portion tilting downward as the inclined tilt portion goes inward in the radial direction on a stepped surface forming the stepped portion is positioned on the lid side stepped portion. The mobile body side stepped portion is moves forward, and the mobile body side stepped portion and a tile surface of the inclined tilt portion are caused to collide with each other so that the application body reaches a forward movement limit.

An elastic microcell surface structure for an elastomer body with an outer film adhered and to a method for manufacturing the same, wherein the elastomer body includes a solid uneven structure formed of protruding portions and recess portions formed in its surface, and the outer film includes a zigzag uneven structure in a manner of being tightly wrapped around the protruding portions and recess portions of the solid uneven structure of the elastomer body.