The invention relates to a closure cap for a substantially cylindrical vessel, with a lateral surface, a closed end and an open end, and with a tear-open strip having a grip tab for opening the closure cap. In order to produce closure caps which are designed such that they can be applied by machine to substantially cylindrical vessels, it is proposed within the context of the invention that the lateral surface is substantially cylindrical, at least in the area of the open end, and that the closure cap is of stackable design and has means for stacking at least two closure caps with defined spacing. The invention is based on the finding that, for cost reasons, it is useful if also closure caps for substantially cylindrical vessels can be stacked, i.e. pushed onto one another, during transport as they then take up less space. In the case of machine-applied closure caps, too, it is advantageous to stack the caps, since the machine can then collect them more easily and prior positioning of the closure cap is superfluous.

The invention relates to a closure cap for a substantially cylindrical vessel, with a lateral surface, a closed end and an open end, and with a tear-open strip having a grip tab for opening the closure cap. In order to produce closure caps which are designed such that they can be applied by machine to substantially cylindrical vessels, it is proposed within the context of the invention that the lateral surface is substantially cylindrical, at least in the area of the open end, and that the closure cap is of stackable design and has means for stacking at least two closure caps with defined spacing. The invention is based on the finding that, for cost reasons, it is useful if also closure caps for substantially cylindrical vessels can be stacked, i.e. pushed onto one another, during transport as they then take up less space. In the case of machine-applied closure caps, too, it is advantageous to stack the caps, since the machine can then collect them more easily and prior positioning of the closure cap is superfluous.

An airtight lip cosmetic case having improved sealing capability includes a lower case; a lead shaft which rises inside the lower case by means of a screw rotation; a rising piston which is coupled to the top of the lead shaft and rises together with the lead shaft, and which has a lip cosmetic product attached to the upper side thereof; an upper case which is coupled to the top of the lower case; and an over-cap which is coupled to the lower case so as to open and close the upper case, wherein the over-cap is separately formed of an inner over-cap and an outer over-cap, and the inner over-cap has an elastic groove formed on the lower outer circumference thereof such that the lower inner circumference of the inner over-cap is elastically inserted into the outer circumference of the upper case.

An airtight lip cosmetic case having improved sealing capability includes a lower case; a lead shaft which rises inside the lower case by means of a screw rotation; a rising piston which is coupled to the top of the lead shaft and rises together with the lead shaft, and which has a lip cosmetic product attached to the upper side thereof; an upper case which is coupled to the top of the lower case; and an over-cap which is coupled to the lower case so as to open and close the upper case, wherein the over-cap is separately formed of an inner over-cap and an outer over-cap, and the inner over-cap has an elastic groove formed on the lower outer circumference thereof such that the lower inner circumference of the inner over-cap is elastically inserted into the outer circumference of the upper case.

A cap structure may include a base and a cap, where the base may include a periphery configured to be mounted over a rim of an opening of a container. The base may include a hollow neck, extending from the base for facilitating flow of liquid from the container through and out of the neck. The neck may include a flange extending annularly around the neck, so as to define an annular step. The cap may include a plurality of inwardly protruding projections, configured to snap over the step when the cap is mounted over the neck.

A cap protector for protecting a cap on a container includes a plurality of axial fins extending from a common point. Each axial fin includes a body extending between an inner edge and an outer edge, and a cap-engaging lip defined on the inner edge that is configured to selectively engage a cap of a container. The plurality of axial fins may be movable from a disengaged position to an engaged position, wherein in the engaged position the cap-engaging lip of each of the plurality of axial fins engages the cap of a container.

A cap protector for protecting a cap on a container includes a plurality of axial fins extending from a common point. Each axial fin includes a body extending between an inner edge and an outer edge, and a cap-engaging lip defined on the inner edge that is configured to selectively engage a cap of a container. The plurality of axial fins may be movable from a disengaged position to an engaged position, wherein in the engaged position the cap-engaging lip of each of the plurality of axial fins engages the cap of a container.

The present invention relates to a tube-type cosmetic container for discharging liquid contents in a droplet form, the container having a sealing member, which is coupled to the inside of an overcap and has a sealing protrusion for closing a discharge hole of a contents discharge tube, and pulling a sealing cap downward by the tensioning of an elastic supporting body so as to maintain a state in which the sealing protrusion further comes in close contact with the inner wall of the content discharge tube, when the overcap rotates such that the sealing member is coupled to a discharge part, thereby enabling the leakage of contents to be efficiently prevented regardless of an injection deviation and an assembly deviation between components.

A method of manufacturing a textured-smooth hybrid metal closure cap, and a closing caps produced by the method. The method includes a) the supply of a strip or sheet, made of aluminum alloy known as a textured strip or sheet, typically coated on at least one of its faces by a stampable lacquer, b) a first operation for cutting discs, called blanks, c) a step for stamping, in one or more passes, of said blank metal, typically using a stamping lubricant, so as to form a stamped blank, comprising a head and a skirt, typically axially symmetric in the axial direction, d) a step for degreasing said stamped blank, typically intended to eliminate the remaining lubricant, to form a degreased blank that can be lacquered, and e) an optional step of protective lacquering and decoration. After the stamping step, and before the lacquering step, at least one drawing step consisting in passing the stamped blank through drawing rings in order to stretch and thin the metal.

A method of manufacturing a textured-smooth hybrid metal closure cap, and a closing caps produced by the method. The method includes a) the supply of a strip or sheet, made of aluminum alloy known as a textured strip or sheet, typically coated on at least one of its faces by a stampable lacquer, b) a first operation for cutting discs, called blanks, c) a step for stamping, in one or more passes, of said blank metal, typically using a stamping lubricant, so as to form a stamped blank, comprising a head and a skirt, typically axially symmetric in the axial direction, d) a step for degreasing said stamped blank, typically intended to eliminate the remaining lubricant, to form a degreased blank that can be lacquered, and e) an optional step of protective lacquering and decoration. After the stamping step, and before the lacquering step, at least one drawing step consisting in passing the stamped blank through drawing rings in order to stretch and thin the metal.