Cosmetic powder containers with powder accumulation management systems are provided to reduce waste and mess related to the loss of cosmetic powder. In general, examples of systems described herein generally include a sifter positioned above the cosmetic powder with apertures configured for bi-directional pass-through of cosmetic powder. In some examples, the sifter is dome-shaped with a concave upper surface. To manage accumulation of cosmetic powder on an upper surface of the sifter, a sweeper projection is provided to collect cosmetic powder on the upper surface and direct the cosmetic powder toward the apertures of the sifter for pass-through back into the container. In this regard, accumulation of cosmetic powder on the upper surface of the sifter is managed, limiting waste and mess during use of the cosmetic powder.

A compact container having a function of uniformly discharging a cosmetic solution, which selectively discharges the contents out of the compact container using employing a push-type button and uniformly discharges the cosmetic solution by employing a disk-type panel having micro-holes. The compact container includes a container body (11), a fixing structure (15) securely counted in the container body to define the first storage space and having a structure hole, a first case (25) mounted on the container body to cover the fixing structure and having a discharge port to discharge the contents from the container body, a disk-type panel (57) counted on the first case and having a plurality of micro-holes to guide the contents provided through the discharge port such that the contents are discharged upward in a diffused form, a piston module (43) located in the structure hole to move between upper and lower portions of the structure hole and to open/close the discharge port, a push button (47) interposed between the firing structure and a protective case and performing a push operation to move the piston module between the upper and lower portions of the structure hole, and a content compressing unit (41) mounted on an inner wall of the fixing structure to move the contents, which are stored in the first storage space, into the structure hole by the operation of the push button.

The present invention relates to a refillable storage container including: a cosmetic content storage part for filling a cosmetic content therein; a piston accommodated in the cosmetic content storage part; a cosmetic content discharge means-coupling part located in the cosmetic content storage part in such a manner as to be coupled to cosmetic content discharge means for discharging the cosmetic content to the outside; and a cover coupled separably to one side of the cosmetic content discharge means-coupling part. According to the present invention, the refillable storage container is refillable in the interior of an outer case, separately from the cosmetic content discharge means, thereby achieving easy cosmetic content filling, reduction in the number of parts, high economical effects through refill, and excellent coupling efficiency.

The present invention provides a cosmetic product comprising a rubber discharge pad, which comprises radially distributed discharge holes and is made from a rubber material, and discharging the contents through the discharge holes. According to the cosmetic product of the present invention, the degree of discharge of the contents can be suitably controlled during the use of the contents, radial discharge micro-holes on the surface of the rubber discharge pad have a dispersal discharge function, the remaining amount can be minimized since even the contents of the bottom of a container can be readily used by the elasticity of the rubber discharge pad, the cosmetic product can be carried without leakage of the contents since the contents are covered with the rubber discharge pad, and always having the feeling of using a new product is enabled since contact between the external air and contaminants is blocked during the use thereof.

The present invention relates to a cosmetics container for preventing a flow of capsule cosmetics. More specifically, the present invention relates to a cosmetics container for preventing a flow of capsule cosmetics, the cosmetics container comprising: capsule cosmetics; a container body for containing the capsule cosmetics; flow prevention protrusions formed on the bottom surface in the container body to prevent flow of the capsule cosmetics; and a mesh net mounted on the top of the container body so that a user can press and rub, at the same time, the mesh net with a puff to break the capsule cosmetics rubbed by the mesh net, thereby discharging and using a cosmetics material filled in the capsule.

A powder puff assembly includes a base having a recess in which a puff is received. A cover has a room which communicates with the open bottom of the cover. The open bottom faces the open top of the base. A case is received in the room and cosmetic powder is received in the case. A resilient member is axially biased between the inner end of the room and the case so that the case is movable within the recess. When in use, the cover is removed from the base, and the puff presses onto the cosmetic material and the case is resiliently moved in the recess so as to evenly attach the cosmetic material to the puff. The puff includes a dome-shaped top which is easily and conveniently applied to the desired position.

The present invention relates to a compact container having a short stroke pump and a ring button member and, more particularly, to a compact container having a short stroke pump and a ring button member, in which a pump support is formed in a plate shape on top of a container body and the pump is mounted on the pump support, wherein the pump is formed of a piston, a piston ring, a cylinder, and a suction valve plate as used in the conventional art; the stroke of the pump is reduced to 1.5-2.5 mm while the ratio of the stroke of the pump to the inner diameter of the cylinder is changed from 1:1-1:3 as in the conventional art to 1:5.5-1:13, thereby maximizing a content accommodating space in the main body of the container; a bushing is coupled to the upper portion of the cylinder of the pump, the end portion of the bushing being formed in a round shape, and a clearance of 0.3-1.2 mm is formed between the bushing and a vertical moving member so that the vertical moving member can flexibly move in the bushing; and the stroke of the pump is shortened in such a manner whereby a cosmetics pumping method is not restricted to pressing the center of a discharge plate, but allows a cosmetic material to be easily discharged even when any part of the discharge plate is pressed.

The present invention relates to a cosmetics compact container having a discharge plate for evenly discharging cosmetics. More specifically, the discharge plate and a distribution plate are coupled by the discharge plate having a ring-shaped button member thereunder and the button member having rectangular pressure grooves on opposite sides of the inner circumferential surface, and the distribution plate being provided under the button member, and the outer circumferential surface of the distribution plate having rectangular pressure protrusions, with arc-shaped tops, positioned so as to correspond to the rectangular pressure grooves of the button member. As such, when the button member is pressed to discharge cosmetics, even if the button member is pressed at an angle, the distribution plate can uniformly press a pump vertically as the rectangular pressure grooves of the button member press on the arc-shaped tops of the rectangular pressure protrusions on opposite sides of the distribution plate. Additionally, the top surface of the distribution plate has a ring-shaped discharge channel, the outer side thereof having outer discharge holes and the inner side thereof having inner discharge holes, and the ring-shaped discharge channel is connected to the central discharge channel. However, control protrusions are formed in front of the outer discharge holes so as to prevent the cosmetics discharged from the central discharge channel from immediately discharging through the outer discharge holes and inner discharge holes, thus allowing cosmetics to evenly discharge through discharge holes on the discharge plate.

The present invention includes a compact container, having a contents storage container horizontally coupled to the lateral side of a pump, comprising: a container body to which a container lid is hinge-coupled; a contents discharge frame which has a pump mounting portion formed on the center and a contents inlet port formed, in the horizontal direction, on one side of the outer peripheral surface of the pump mounting portion; a pump which is vertically mounted on the pump mounting portion; a discharge plate which is formed on the upper part of the pump; a contents storage container which is horizontally mounted on the contents inlet port; and a fixing member which has a puff equipment space formed on the upper part thereof and is for fixing the contents discharge frame and contents storage container to the container body.

Cosmetic powder containers with powder accumulation management systems are provided to reduce waste and mess related to the loss of cosmetic powder. In general, examples of systems described herein generally include a sifter positioned above the cosmetic powder with apertures configured for bi-directional pass-through of cosmetic powder. In some examples, the sifter is dome-shaped with a concave upper surface. To manage accumulation of cosmetic powder on an upper surface of the sifter, a sweeper projection is provided to collect cosmetic powder on the upper surface and direct the cosmetic powder toward the apertures of the sifter for pass-through back into the container. In this regard, accumulation of cosmetic powder on the upper surface of the sifter is managed, limiting waste and mess during use of the cosmetic powder.