A packaging device for packaging a fluid refill, in particular for a cosmetic, the packaging device including a sheath having an open end, and a removable assembly that is suitable for being fastened in removable manner to the open end between a locked position in which the refill is held in the sheath, and an unlocked position in which the refill may be removed from the sheath. The removable assembly includes a retainer interface that co-operates with the open end and that presents an anchor member, and also an actuator member that co-operates with the retainer interface while being suitable for being moved axially relative thereto, so as to be taken into an actuated position in which the actuator member urges the anchor member to be anchored to the open end of the sheath, and a disengaged position in which it releases the anchor member.

A piston structure of a pumping-type cosmetic container. The piston structure includes two pistons which come into close contact with an inner wall of a container body and are overlapped. During a pumping operation, a first piston firstly ascends to a certain section and then lifts up a second piston located on the lower part thereof such that the first piston and the second piston ascend together; thus, it is possible to reduce the volume taken up by the pistons when the contents are initially filled, while the thickness for a normal operation of the pistons is still maintained, so that relatively more contents for the same volume can be filled in the same container.

The present invention relates to a compact container having a transparent discharging plate for providing an information transmission function and preventing foreign substances from infiltrating into a bottom thereof, in which the compact container includes a discharging device, the discharging device is formed at a top thereof with a distribution plate, a palette, and a transparent discharging plate, various characters or images are printed on a bottom of the transparent discharging plate, and the palette is formed on a lower side of the transparent discharging plate through an insert-injection molding or a double-injection molding, thus the characters or images are projected onto a top of the transparent discharging, plate when the compact container is opened, so that information, on the compact being used is delivered to the consumer, the aesthetics is visually improved, and the characters or images are prevented from being contaminated by a discharged cosmetic material.

A rotational discharge-type cosmetic container according to an embodiment of the present invention comprises: an outer container having a coupling extension portion formed therein; an inner container of which rotation is restricted by being fitted into the coupling extension portion of the outer container and in which content is received; a rotary member rotatably coupled to the outer side of the inner container and having at least one discharge port formed therethrough; a rotary operation member connected to the rotary member to be rotated together and having a first screw thread formed thereon; and a piston screw-coupled to the rotary operation member, fitted into the coupling extension portion of the outer container to be movable in a straight line, formed in the inner container and an elevating member having a second screw thread formed on.

Provided is a compact using an applicator as a pushbutton, the compact being used in such a manner that the applicator is pushed to enable a pumping operation so that a gel phase content can be discharged to an upper part of a push plate. To do so, a metal piece (70) and a magnetic piece (80) are installed to be opposed at circumferentially equiangular positions of the applicator (60) and an intermediate body (200) arranged at an upper part of a container body (100) so that the applicator can be automatically aligned to a fixed rotation position by a magnetic force; the applicator is aligned in an exact center of the push plate by the balance of power resulting from the magnetic force and forms a spaced gap (T1) with the upper part of the push plate; and pushing operation is comfortably performed by the magnetic force.

A quantitative dispensing device includes amounting seat, an elastic cap, a dispensing element, a regulating member, a rotatable seat and a press button that has a positioning unit. The regulating member includes a regulating unit that has a stepped-shaped top surface having a plurality of contacting surface portions. The press button is movable between a raised position, where the positioning unit is spaced apart from a selected one of the contacting surface portions, and a pressed position, where the positioning unit abuts against the selected one of the contacting surface portions and the press button is pressed downwardly against the elastic cap.

A cosmetic container has a driving assembly, a vessel, and a shell assembly. The vessel is mounted in the driving assembly. The shell assembly is mounted around a second rotating tube of the driving assembly and the vessel. The shell assembly has a first tube, a second tube, and a top seat. The first tube is coactively mounted around an outer surface of the second rotating tube and has at least one notch formed in an outer surface of the first tube. The second tube is coactively mounted around the first tube and has at least one connecting protrusion inserted into the at least one notch of the first tube. The top seat is coactively mounted on the first tube. The cosmetic container is convenient to assemble and prevents dust accumulation on the assembling structure of the cosmetic container.

The present invention may provide a cosmetic container including: a container part (100) that includes a first container (110) including a first composition and a second container (120) including a second composition and is formed by combining the first container (110) and the second container (120); a first airless pump module (200) that includes a first intake tube (210) and a first pipe (220) communicating with the first intake tube (210) and is mounted on the first container (100); a second airless pump module (300) that includes a second intake tube (310) and a second pipe (320) communicating with the second intake tube (310) and is mounted on the second container (120); and a pressing unit (400) that includes a first pressing cap (410) having a first intake hole (411) connected with the first pipe (220) and a first dispense hole (412) for dispensing the first composition in the first intake hole (411), and a second pressing cap (420) having a second intake hole (421) connected with the second pipe (320) and a second dispense hole (422) for dispensing the second composition in the second intake hole (421), wherein the first pressing cap (410) and the second pressing cap (420) are combined and disposed on the top of the container (100) to be vertically movable, a rail (414) is vertically and convexly formed on a coupling side of the first pressing cap (410), and a rail groove (424) where the rail (414) is inserted is vertically and concavely formed on a coupling side of the second pressing cap (420), so the first pressing cap (410) and the second pressing cap (420) independently move.

A quantitative dispensing device includes amounting seat, an elastic cap, a dispensing element, a regulating member, a rotatable seat and a press button that has a positioning unit. The regulating member includes a regulating unit that has a stepped-shaped top surface having a plurality of contacting surface portions. The press button is movable between a raised position, where the positioning unit is spaced apart from a selected one of the contacting surface portions, and a pressed position, where the positioning unit abuts against the selected one of the contacting surface portions and the press button is pressed downwardly against the elastic cap.

A rotary airless compact including facing concentric arcuate inner and annular outer walls which are manually rotatable relative to each other, and a flexible tube extending between the walls and secured to the inner wall. The outer wall has radial ribs projecting inwardly to crimp the tube at spaced locations against the inner wall, providing successive seals between which the tube has internally open regions for holding fluid product. As the outer wall rotates relative to the inner wall in a direction from a first to a second end of the tube, product is drawn from a supply pouch at the first end into successive open regions of the tube in discrete quantities separated by the seals, and the ribs advance the seals and open regions to the second end, where a nozzle or other dispensing element discharges the quantities of product into a pan area of the compact.