JP2009011439A - Powdery cosmetic material container - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a powdery cosmetic material container for containing powdery cosmetic materials such as face powder or powder foundation with a cosmetic material extracting cover installed on the top of the cosmetic material receiving part which partitions the inner side from the outer side of a cosmetic material receiving part and enables the amount of powdery cosmetic material to be adjusted. <P>SOLUTION: The cosmetic material extracting cover is composed in a barred sheet shape and in a way that the fluffs implanted on adjacent lacing lines overlap with each other to prevent the powdery cosmetic material from carelessly leaking from the cosmetic material receiving part and to enable the adjustment of volume of the powdery cosmetic material extracted on the cosmetic material extracting cover by changing the direction of a cosmetic applicator such as puffs slidably in contact. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a powdery cosmetic container that contains powdery cosmetics such as white powder and powder foundation, and more specifically, is provided at the upper part of the cosmetic container and partitions the inside and outside of the cosmetic container and the amount of powdery cosmetics to be taken out The present invention relates to a cosmetic take-out lid that adjusts the amount of the cosmetic.

  2. Description of the Related Art Conventionally, a mesh-like filter that forms a mesh with a fixed shape and a stretchable net that forms a mesh that is stretched by external force are used for a cosmetic take-out lid that adjusts the amount of powdery cosmetic that is taken out.

Japanese Utility Model Publication No. 61-140710 Japanese Utility Model Publication No. 63-177406

  Patent Document 1 is an example in which a filter is used as a cosmetic take-out lid, and a mesh-like or porous filter is dropped into a cosmetic container and rubbed with a puff or the like to push out and transfer the powdery cosmetic.

  Patent Document 2 is an example in which an elastic net is used as a cosmetic take-out lid. During storage, the elastic net is separated from the powdery cosmetic in the cosmetic container, and the elastic net is pressed with a puff or the like during use. Extrudes and transfers powdery cosmetics.

  When a conventional cosmetic take-out lid such as a net-like or porous filter or stretchable net is pressed over the powdery cosmetic, the powdery cosmetic is pushed down unnecessarily, and the sweat sucked into the puff side Releases volatile cosmetics toward powdery cosmetics. For this reason, there has been a problem that the powdery cosmetic material is deteriorated earlier and further solidified and denatured into a powdery cosmetic material that is rougher than the appropriate particle size.

  Furthermore, when a mesh or porous filter is used for a powder cosmetic container, there is a problem that the powder cosmetic is inadvertently discharged onto the cosmetic take-out lid only by gently shaking or tilting the container. .

  The present invention has been made in view of such problems, and its object is to prevent inadvertent leakage of powdery cosmetics kneaded and dispersed to a particle size that can effectively achieve makeup. Furthermore, the present invention intends to provide a powdery cosmetic container that can be taken out on a cosmetic take-out lid in a state where extrusion of the powdery cosmetic is suppressed as much as possible.

  In the powdery cosmetic container of the present invention, the cosmetic take-out lid is configured in the form of a suede sheet with the fluffs planted on the adjacent molding lines being overlapped with each other. The amount of the powdery cosmetic to be taken out onto the cosmetic take-out cover is adjusted by preventing the leakage and changing the sliding contact direction of a cosmetic applicator such as a puff.

  In addition, the molding wire constituting the cosmetic take-out lid may be made of monofilament so that it is difficult to bend and deform.

  Further, the cross-sectional shape of the molding wire constituting the cosmetic take-out cover has a polygonal shape such as a substantially triangular shape, a substantially rectangular shape, or an elliptical shape, and fluffs planted on adjacent molding lines by twisting the molding wire. It is also good to make it easier to cancel the overlap.

  Further, fluff may be planted on one side or both sides of the cosmetic take-out lid.

  Furthermore, the cosmetic container for accommodating the powdery cosmetics and the fluffs planted on the adjacent molding lines are overlapped with each other and arranged in a suede sheet, and the powdery cosmetics in the cosmetic container are taken out. The cosmetic take-out lid made possible, the outer ring portion provided on the outer periphery of the cosmetic take-out lid so as to be in sliding contact with the inner wall of the cosmetic housing portion and capable of lowering, and the inner wall of the cosmetic housing portion so as not to rotate It is comprised from the rotation prevention part to fit.

  Further, the cosmetic container for accommodating the powdery cosmetics, and the fluffs planted on the adjacent molding lines are overlapped with each other and arranged in a suede sheet, and the powdery cosmetics in the cosmetic container The cosmetic take-out lid is configured to be capable of being taken out, and the cosmetic take-out lid is inclined and fixed in the length direction of the molding line at the upper portion of the cosmetic containing portion.

  In addition, in this application, a fluff means what was formed by cutting the flower yarn which comprises a Mole yarn, or the pile yarn which carried out the flocking process, and the extension direction of a fluff is orthogonal to the extension direction of a Mole wire. The molding wire is a core wire constituting the molding wire, which is a monofilament made of plastic wire, metal wire, etc., a multifilament in which a plurality of monofilaments are twisted together, and, in a broad sense, an elastic rubber sheet or plastic in which parallel slits are formed. Includes sheets.

  The refill container of the present invention has the following effects. That is, the cosmetic take-out lid according to the present invention is configured by arranging a plurality of molding wires for planting fluff in the form of a staple sheet. In other words, since the Mole wire with fluff is fixed and stretched only at both ends, it is twisted only by lightly rubbing along the surface of the cosmetic take-out lid so as to be orthogonal to the length direction of the Mole wire with a cosmetic applicator such as a puff. be able to. The twisting of the molding wire is accompanied by a rotation around the molding wire material of fluff, and the powdery cosmetic material in the cosmetic container is adhered and easily scraped up. In the scraping of the powdery cosmetic material in the cosmetic storage part, there is no need to press between the cosmetic take-out lid and the cosmetic storage part. Therefore, there is an effect that the cosmetic can be taken out without solidifying on the lid.

  In addition, by simply rubbing a cosmetic applicator such as a puff lightly along the surface of the cosmetic take-out lid, the powdery cosmetic is scraped up so that unnecessary pressure is applied to the puff side and to the powdery cosmetic in the cosmetic container. No need to apply. As a result, sweat and volatile cosmetics sucked into the cosmetic applicator will not be released in a concentrated manner during the powder cosmetic removal operation, accelerating the deterioration of the powder cosmetic and solidifying it beyond the appropriate particle size. There is an effect to suppress denaturation to rough powdery cosmetics.

  Further, the degree of twisting of the molding wire can be adjusted by adjusting the direction in which the cosmetic applicator such as a puff is rubbed against the length direction of the molding wire. Therefore, it becomes easy to adjust the amount of powdery cosmetics to be taken out. In addition, the use of a cosmetic take-out lid in which a molding wire is arranged in the form of a staple sheet allows the use of powdery cosmetic take-out adjustment means such as adjustment of the pressure applied to the cosmetic take-out lid by a conventional puff. There is an effect that the user who is used to the conventional usage does not feel uncomfortable.

  Further, the feathers planted on the surface of the molding wire have an effect of filling gaps between the molding wires separated from each other and preventing inadvertent leakage of the powdery cosmetic in the cosmetic container.

In addition, the cosmetic take-out cover can be lowered without rotating in the cosmetic container, so that the upper surface of the cosmetic take-out cover is rubbed with a cosmetic applicator such as a puff when taking out the powdery cosmetic. There is an effect that the positional relationship with the longitudinal direction of the molding lines arranged in the form of a staple sheet is stabilized and easy to use.

  In addition, by fixing the cosmetic take-out lid of the powdery cosmetic container to the upper part of the cosmetic containing portion, the cosmetic take-out lid is inclined in the length direction of the molding line to narrow one side of the cosmetic containing portion. Increasing the cosmetic take-out lid and narrowing one side of the cosmetic container does not significantly reduce the capacity of the powder cosmetic in the cosmetic container, and the powder cosmetic container is tilted greatly. There is an effect that can be used up without having to operate.

  FIG. 1 is an explanatory view of an embodiment side of a powdery cosmetic container according to the present invention, and shows an example in which a cosmetic take-out lid is a drop lid that is always placed on top of a powdery cosmetic. The powdery cosmetic container 1A includes a cosmetic take-out lid 3A, a container body 8A, and an upper lid 9A. A cosmetic container 11A for storing powdery cosmetic 100 is provided in the container body 8A, and a puff 5 as a cosmetic applicator is stored in the space between the cosmetic take-out lid 3A and the upper lid 9A. Yes. The cosmetic take-out lid 3A is provided on the opening side of the cosmetic container 11A and separates the inside and outside of the cosmetic container 11A, and takes out the necessary amount of the powdery cosmetic 100 in the cosmetic container 11A.

  The cosmetic take-out lid 3A has a partition part for forming a plurality of molding lines 31 for planting the fluff 37A and a molding line 31 so as not to loosen, and vertically slides the inner surface of the cosmetic container 11A. It consists of a moving outer ring. The outer ring portion holds the partition forming frame 57 that stretches the molding wire 31 and the partition forming frame 57 that sandwiches the partition forming frame 57 up and down, and slides in a state in which the hermeticity of the cosmetic container 11A is maintained. 55A and 55B. As the sliding frames 55A and 55B slide on the inner wall of the cosmetic container 11A, the cosmetic take-out lid 3 moves down in the cosmetic container 11A by its own weight. Therefore, the lower surface of the cosmetic take-out lid 3 is always in light contact with the upper surface of the powdery cosmetic 100.

  An engaging protrusion 18 is formed on the side surface of the sliding frame 55B, and is slidably engaged with a guide groove 19 formed in the longitudinal direction on the inner wall of the cosmetic material accommodating portion 11A. The engagement protrusion 18 and the guide groove 19 constitute a rotation preventing portion and prevent the cosmetic take-out cover 3A from rotating and swinging. To prevent the cosmetic take-out lid 3 from rotating or swinging, when the upper surface of the cosmetic take-out lid 3 is rubbed with the puff 5, the relationship between the orientation of the cosmetic take-out lid 3 and the sliding direction of the puff 5 fluctuates unstably. To prevent it. Therefore, the cosmetic applicator can be rubbed at a stable angle with respect to the molding wire 31, and the adjustment of the amount of the powdery cosmetic material taken out by twisting of the molding wire can be facilitated.

  In addition, although the rotation prevention part is demonstrated by the engagement protrusion 18 and the guide groove 19 in FIG. 1, when the opening shape of 11 A of cosmetics accommodating parts is other than a perfect circle, ie, when it is a square, an ellipse, etc. Is prevented from rotating or swinging between the inner wall of the cosmetic container 11A and the sliding frames 55A and 55B. That is, since the cosmetic container 11A having a non-circular opening shape is prevented from rotating and swinging with itself by fitting the sliding frames 55A and 55B, the cosmetic container 11A having a non-circular opening shape and The sliding frames 55A and 55B fitted to this can also serve as a rotation preventing portion.

  FIG. 2 is an explanatory view of the principle of taking out cosmetics. FIG. 2 is an enlarged explanatory view of the cosmetic take-out lid 3A shown in FIG. FIG. 2 (A) shows a state where the puff 5 is not in contact with the cosmetic take-out lid 3 and no external force is applied. The partition part which comprised the molding wire 31 in the shape of a saddle sheet is spaced apart from the adjacent molding wire 33 and the fluff 37A planted in the adjacent molding wire 33 is piled up mutually. The gap formed by the adjacent molding lines 31 is closed by overlapping the fuzz 37A. Closing the gap between the molding lines 31 prevents the powdery cosmetic 100 in the cosmetic container 11A from being inadvertently leaked.

  FIG. 2B shows a state in which the upper surface of the cosmetic take-out lid 3A is rubbed with the puff 5 in the direction of arrow A perpendicular to the longitudinal direction of the molding line 31. In the cosmetic take-out lid 3A, a plurality of molding lines 31 for planting the fluff 37A are arranged in a suede sheet shape. The molding wire 31 is obtained by planting fluff 37 </ b> A on the surface of the molding wire 33. Here, rubbing the puff 5 in the direction of arrow A includes rubbing at an angle θ with respect to the axial length L of the molding line 31 to generate the vector ON shown in FIG. The rubbing in the direction of arrow A on the upper surface of the molding line 31 twists each molding line 31 in the direction of arrow B and spreads a part of the molding line 31 on the fluff 37A planted on the adjacent molding line 33 so as to be separated from each other.

FIG. 3 shows an enlarged plan view of the cosmetic take-out lid 3 as shown in FIG.
In the figure, the vector OP representing the magnitude and direction of the rubbing force of the puff 5 is inclined at an angle θ with respect to the axial length direction L of the molding line 31. Here, the vector OP can be decomposed into a vector OT parallel to the axial length direction L of the molding line 31 and a vector ON orthogonal to the axial length direction L.

  This vector ON is a force that rotates and twists the molding wire 31 in the direction of arrow B shown in FIG. 2B and can be distorted in the direction of arrow A, which is the rubbing direction of the puff 5. The fluff 37 of the molding wire 31 in contact with the lower surface of the cosmetic take-out lid 3 is attached to the cosmetic take-out lid 3 by attaching the powdered cosmetic 110 separated from the powder cosmetic 100 and scraped up and twisted in the direction of arrow B. Move to the top side. At this time, the adjacent molding wire 33 is distorted in the arrow A direction. The difference in strain of each molding wire 33 brings the adjacent molding wire 33 into contact with and away from it. Among these, in the separated part, the overlap of the fuzz 37 planted on the adjacent molding wire 33 is eliminated and separated, so that the powdery cosmetic 110 can be completely moved to the upper surface side of the cosmetic take-out lid 3.

  FIG. 2 (C) shows a state where the puff 5 is separated from the upper surface of the cosmetic take-out lid 3A in FIG. 2 (B). When the puff 5 is released from the top surface of the cosmetic take-out cover 3A, each molding wire 31 that has been twisted in the direction of arrow B is twisted back in the directions of arrows C1 and C2 by the restoring force, and the spacing between the adjacent molding wires 33 is also increased. The state is returned to the state of FIG. At this time, the powdery cosmetic 110 that has moved to the upper surface of the cosmetic take-out lid 3A moves with the rotation of the fluff 37A and tries to return to the lower surface according to the arrow C1 of the cosmetic take-out lid 3A. The fluff 37A to be planted is prevented from rotating by the arrow C2. Therefore, the powdery cosmetic 110 once taken out on the upper surface of the cosmetic take-out lid 3A remains on the upper surface of the cosmetic take-out lid 3A and is transferred to the puff 5. Therefore, the powdery cosmetic 100 in the cosmetic container 11A can be taken out arbitrarily by scanning the cosmetic applicator made of the puff 5 or the like while arbitrarily changing the angle θ with respect to the axial length L of the molding wire 33.

  Therefore, the scraping of the powdery cosmetic 100 does not require pressing or squeezing the partition portion against the powdery cosmetic 100 in the cosmetic storage portion 11A. Allowing the powdery cosmetic 100 in the cosmetic storage portion 11A to be taken out without strongly pressing means that no large pressure is returned to the puff 5 as a cosmetic applicator. Therefore, the powdery cosmetic 100 can be taken out on the cosmetic take-out lid 3A without solidifying, and deterioration and solidification can be suppressed by suppressing the release of sweat and volatile cosmetics sucked into the cosmetic applicator.

  FIG. 4 is an explanatory view of an embodiment using a molding wire other than a circular shape in cross-sectional shape in another molding wire embodiment diagram. 4 (A), 4 (B), and 4 (C), the adhesive layer 35 is formed on the surface of the molding wire 33A, 33B, 33C having a substantially square, elliptical, or substantially rectangular cross section. 37A is attached and planted to form molding lines 31A, 31B, and 31C. The Mole wires 33A, 33B, and 33C have different dimensions such as the opposite side / diagonal dimension, the major axis / minor axis dimension, and the major side / short side dimension, and the adhesion density of the fluff 37A is uneven due to the surface shape.

  Therefore, for example, when forming the cosmetic take-out lid 3 by arranging the molding wires 31B side by side as shown in FIG. 3A, the interval between the adjacent molding wires 31B is approximately the length of the molding wire 33B and the height of the fluff 37A. Is set to the size of When the upper surfaces of the side-by-side molding wires 31B are rubbed with a puff 5 as shown in FIG. 3B and each molding wire 31B is rotated 90 degrees, the major axis of the molding wire 33B is changed to the minor axis. Therefore, the gap between the adjacent molding wire 33B varies depending on the difference between the major axis and the minor axis, and reduces the overlapping state of the fluffs 37A planted on the adjacent molding wire 33B. Further, sliding of the upper surface of the molding line 31B by the puff 5 spreads a part between the molding lines 31B so as to be separated from each other, and the powdery cosmetic 100 in the cosmetic container 11 is further scraped as shown in FIG. Make it easy to raise. The above is an explanation using the molding wire 31B as an example. However, the molding wire 31A and the molding wire 31C are of course cross-sectional shapes having different vertical and horizontal dimensions, such as the opposite side / diagonal dimension, the major axis / minor axis dimension, and the long side / minor side dimension. The same applies to multi-filaments twisted in a different shape even in the molding wire.

  FIG. 4D shows an embodiment in which a molding wire 31D is formed by forming an adhesive layer 35 on the surface of a multifilament twisted by three molding wires 33D and planting and attaching fluff 37A. The multifilament molding wire 33D has a generally triangular shape, and is broadened so as to be spaced apart from each other in the same manner as the molding wires 33A, 35B, and 35C having a substantially square, elliptical, and rectangular cross section, and enables greater separation. To do. Therefore, although the powdery cosmetic 100 in the cosmetic container 11A is more easily scraped, the multifilament has twist directions such as S twist and Z twist, and the direction of twist is naturally generated. Therefore, even when the cosmetic take-out cover 3 is rubbed in parallel with the axial length direction L by the puff 5, it is possible to generate a twisting force on the molding wire 31D, and it is not necessary to pay attention to the rubbing angle. Can be used easily.

  FIG. 4E shows fluff planting means other than Flocky, in which a plurality of fluffs 37B are arranged and sandwiched between a Mole wire 33E and a Mole wire 34 composed of heat-sealed filaments that are fused by heating. It is the Example which formed the twisted molding wire 31E. The molding wire 31E is formed by twisting the molding wire 33E and the molding wire 34 and winding the fuzz 37B arranged in parallel in a spiral shape. Like the molding wire 31D, the molding wire 31E has a twisting direction between the molding wire 33E and the molding wire 34, and the direction of twisting occurs. Therefore, the cosmetic take-out lid 3 is rubbed in parallel with the axial length direction L with the puff 5. However, a twisting force can be generated in the molding line 31D. The symbol 39 indicates an imaginary fluff forming a helix, and the fuzz 39 is spirally developed by being twisted together with the molding wire 33E and the molding wire 34, and is uniformly planted on the outer periphery of the molding wire 33E and the molding wire 34. Distributed as if standing.

  FIG. 4 (F) is an embodiment in which, as in FIG. 4 (C), an adhesive layer 35 is formed on the upper and lower surfaces of a substantially rectangular molding wire 33F, and fluff 37A is planted and adhered to form a molding wire 31F. Unlike the molding wire 31C, the molding wire 31F has no fluff 37A on the side surface of the molding wire 33F. Therefore, the gap with the adjacent molding line 31F is shortened so that the appearance of the upper surface of the cosmetic take-out lid 3 can be made as if the fluff 37A is uniformly planted.

  FIG. 4G shows an embodiment in which the molding wire 33G is formed of a monofilament having a substantially triangular cross section, and fluff 37A is planted on two sides which become the lower surface of the cosmetic take-out cover 5 by a flocking process or the like. By arranging the molding wire 31F so that one side where the fluff 37A is not planted becomes the upper surface, the cosmetic take-out cover 3 is configured, so that the powdery cosmetic 110 is free from the fluff 37A by the fuzz 37A from the cosmetic container 11. Scratched up. The powdery cosmetic material 110 scraped up on the upper surface without the fluff 37A can be confirmed visually and can be used with confidence by predicting the amount transferred to the puff 5.

  FIG. 4 (H) shows an example of the cosmetic take-out lid 5 made of a molding sheet 51 made of a single silicon rubber sheet, plastic film sheet or the like having fluff 37A planted on the lower surface side. In the molding sheet 51, molding wire 33H is formed between the plurality of parallel slits 53 in the form of a sliding sheet. The molding wire 33H is included in the molding wire 31 and plants fluff 37A on the lower surface. As shown in FIG. 3, the cosmetic take-out lid 3 that forms the molding line 31H side by side is scraped up from the cosmetic container 11 by the fluff 37A to the upper surface without the fluff 37A. At this time, as in FIG. 4G, the powdery cosmetic material 110 scraped up on the upper surface without the fluff 37A can be confirmed visually and the amount transferred to the puff 5 can be predicted and used safely.

  FIG. 5 is an explanatory view of another embodiment of the powdery cosmetic container according to the present invention and shows an example in which the cosmetic take-out lid 3B is fixed. 5A is a side sectional view, and FIG. 5B is a plan view of the powdery cosmetic container 1B from which the upper lid 9B and the puff 5 are removed. The powdery cosmetic container 1B is provided with a refill container storage part 13 for storing and fixing the refill container 7 and a cosmetic storage part 11B for detachably storing the powdery cosmetic 100. A cosmetic take-out lid 3B that inclines and partitions the inside and outside of the cosmetic containing part 11 is provided on the upper part of the cosmetic containing part 11B.

  The cosmetic container 11B and the refill container container 13 are separated by a partition wall 19. An inlet 17 is formed in the partition wall 19 so that the powdery cosmetic 100 in the refill container 7 can be supplied to the cosmetic container 11B. A cosmetic supply port 71 is provided at a position corresponding to the introduction port 17 on the side surface of the refill container 7, and the refill container 7 is accommodated and fixed in the refill container storage unit 13, and the powdery cosmetic 100 is added to the cosmetic storage unit 11B. It can be supplied.

  The lower side D on the lower surface of the cosmetic take-out lid 3B is always in light contact with the upper surface of the powdery cosmetic 100 in the cosmetic container 11B. Therefore, by rubbing in parallel with the upper surface of the cosmetic take-out lid 3B with the puff 5, the molding wire 31 constituting the cosmetic take-out lid 3B is twisted, and the powdery cosmetic 100 is adjusted to the upper surface of the cosmetic take-out lid 3B. Raised.

As described above, the powdery cosmetic container of the present invention has the effect described in the column of the effect of the invention. Although the present invention has been described with reference to specific embodiments shown in the drawings, the present invention is not limited to these embodiments. For example, in the description of FIG. 2, the description has been made using the drop-lid type cosmetic take-out lid 3A, but there is no problem even if it is replaced with the fixed type cosmetic take-out lid 3B shown in FIG. 2 and 4 are not limited to the molding wire described above, and various cross-sectional shapes or multifilament molding wires 33 other than those shown in the figure, fluff planting means, fluff planting portion, etc. It goes without saying that everything realized by the combination of is included.

It is Example explanatory drawing of the powdery cosmetics container concerning this invention. It is explanatory drawing of a cosmetics taking-out principle. The enlarged plan view of a cosmetics removal lid | cover is shown. It is another mall line example figure. It is another Example explanatory drawing of the powdery cosmetic container concerning this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Powdery cosmetic container 3 ... Cosmetic take-out lid 5 ... Puff 7 ... Refill container 8 ... Container body 9 ... Upper lid 11 ... Makeup Retaining container storage part 13 ... Refill container storage part 15 ... Powder replenishment part 17 ... Inlet 18 ... Engagement protrusion 19 ... Guide groove 31 ... Mold wire 33 ... Mold wire 34 ... molding wire 35 ... adhesive layer 37 ... fluff 38 ... fluff 39 ... fluff 51 ... molding sheet 53 ... slit 55 ... sliding frame 57 ... partition Molding frame 71 ... Cosmetic supply port 100 ... Powdery cosmetic 110 ... Powdery cosmetic

Claims (5)

In the powdery cosmetic container that takes out the required amount by installing a cosmetic take-out lid on the upper part of the cosmetic containing part that contains powdery cosmetics such as white powder and powder foundation,
The cosmetic take-out lid is composed of a fleece planted on an adjacent molding line and overlapped with each other,
Prevents inadvertent leakage of powdery cosmetics from the cosmetic container and changes the sliding contact direction of a cosmetic applicator such as a puff to adjust the amount of powdery cosmetics to be taken out on the cosmetic take-out lid A powdery cosmetic container characterized by being made to be.   The cross-sectional shape of the molding wire constituting the cosmetic take-out lid has a polygonal shape such as a substantially triangular shape, a substantially rectangular shape, or an elliptical shape, and is planted on an adjacent molding line by twisting the molding wire for planting fuzz. The powdery cosmetic container according to claim 1, wherein the overlapping of the fluffs to be released is facilitated.   2. The powdery cosmetic container according to claim 1, wherein fluff is planted on one side or both sides of the cosmetic take-out lid. In the powdery cosmetic container that takes out the required amount by installing a cosmetic take-out lid on the upper part of the cosmetic containing part that contains powdery cosmetics such as white powder and powder foundation,
A cosmetic container for housing powdery cosmetics;
A cosmetic take-out lid that allows fluff to be planted on the adjacent molding lines to overlap each other and be arranged in the form of a sheet, allowing the powder-like cosmetic in the cosmetic container to be taken out,
An outer ring portion provided on the outer periphery of the cosmetic take-out lid and slidably in contact with the inner wall of the cosmetic containing portion and formed so as to be lowered;
An anti-rotation part that fits on the inner wall of the cosmetic container so as not to rotate;
A powdery cosmetic container, characterized in that it is constructed. In the powdery cosmetic container that takes out the required amount by installing a cosmetic take-out lid on the upper part of the cosmetic containing part that contains powdery cosmetics such as white powder and powder foundation,
A cosmetic container for housing powdery cosmetics;
The fluffs planted on the adjacent molding lines are overlapped with each other and arranged in the form of a staple sheet, and is composed of a cosmetic take-out lid that allows the powder-like cosmetic in the cosmetic container to be taken out,
A powdery cosmetic container characterized in that the cosmetic take-out lid is inclined and fixed in the length direction of the molding line at the upper part of the cosmetic container.

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