JP5229989B2 - Powder cosmetic container - Google Patents

Description

  The present invention relates to a powdery cosmetic container for containing a powdery cosmetic, which enables a required amount of the powdery cosmetic to be taken out and prevents inadvertent leakage and scattering.

  A compact container for storing powdery cosmetics such as white powder and powder foundation is known in which a necessary amount is transferred to a powder puff through a partition portion and used. In the past, the partition part has been used a mesh filter member or an inner plug provided with a plurality of powder take-out holes, but in recent years, the partition part can be expanded and contracted to enable opening and closing of the slit, and if necessary, powdery cosmetics can be used. Patent Document 1 proposes a means for enabling movement on the partition part.

JP, 2005-7093, A Patent documents 1 are provided with a plurality of notches which reach a cosmetics storage room in a partition part. A partition part is formed with a soft elastic material, and when a soft elastic material is extended | stretched, a notch is opened and powdery cosmetics can be taken out on a partition part.

  The partition part comprised with the soft elastic material shown by patent document 1 is made to open a notch by pushing down and extending from upper part, and a notch is closed in the state without a pressing force in a partition part, and powdery makeup Prevent leakage of fees. However, the powdery cosmetic in the cosmetic storage chamber is agitated due to vibrations during movement and conveyance of the container, and the apparent volume is increased by containing sufficient air. For this reason, the powdery cosmetic material may be sprayed and scattered on the partition portion together with the air by pushing down the partition portion, and the surroundings may be soiled.

The present invention has been made in view of such problems, and an object of the present invention is to prevent inadvertent ejection of powdery cosmetics and to inadvertently scatter when taking out powdered cosmetics with a powder puff. It is intended to provide a powdery cosmetic container that does not.

In order to achieve the above object, the powder cosmetic container of the present invention reduces the momentum of the air compressed from the first cut by the powder puff in the cosmetic container, and the powder cosmetic partition containing air Prevent inadvertent eruption and splashing from. The powder puff has a long hair and a shape that easily contains powder.

That is, the first notch formed at the center of the partition so that the notch is blocked by the powder puff, and the air ejected from the cosmetic storage chamber by covering the first notch opened by the powder puff. To prevent the inadvertent scattering of powdery cosmetics that erupts with air.

In addition, the first notch formed in the central portion of the partition part so that the notch is closed by the powder puff and the outer peripheral side of the first notch are formed on the inner peripheral side of the partition part fixing member along the outer edge, And a second notch formed in a region not covered by the powder puff that clearly separates the region, and covers the first notch opened by the powder puff, leaving the second notch. The air ejected from the cosmetic storage chamber is dispersed and ejected into the first slit and the second slit, and the momentum of the air ejected from the first slit is alleviated , so that the powdery cosmetic is scattered inadvertently. It can also be prevented .

Furthermore, at least the first cut is formed so as to be inclined so as to face the center of the upper surface side of the partition part, and the air jetting and the powdering cosmetic jetting direction are directed to the center side of the powder puff, so that the careless powdery cosmetic It is also possible to prevent splashing around.

In addition, the center portion of the partition portion is formed thinner than the outer edge , and the first notch formed in the thin portion of the partition portion is greatly opened at the initial pressing stage by the powder puff so that the air in the cosmetic container and the powdery cosmetic material May be sprayed toward the powder puff to prevent inadvertent scattering of powdery cosmetics.

Further, the outer edge of the partition portion is formed thinner than the central portion, and a second cut is formed in the thin portion of the partition portion, and the second cut is greatly opened at the initial pressing stage by the powder puff, and the cosmetic containing chamber The air may be ejected prior to the first notch, the momentum of the air ejected from the first notch may be alleviated, and inadvertent scattering of the powdery cosmetic may be prevented.

  It is also possible to stretch a stretchable mesh material on the lower surface of the partition part.

Moreover, the cosmetic storage chamber communicates to the outside, has a vent hole you opened in a surface different from the surface provided with the slit, provided the filter member to prevent ejection of powdery cosmetics vent pores, The air in the cosmetic storage chamber is dispersed and ejected into the vent and the notch forming the first notch, and the momentum of the air ejected from the first notch is alleviated to the surrounding of the careless powdery cosmetic. It is also good to prevent scattering.

Vents the container bottom from the bottom of the cosmetic receiving chamber, the container bottom from the inner surface of the cosmetic accommodating chamber, or it may be formed such that the opening to the container bottom from the inner surface of the cosmetic storage chamber.

  Further, the filter member may be formed integrally with the main body forming the cosmetic material accommodating chamber.

  The powdery cosmetic container of the present invention has the following effects.

That is, when the partition part is pushed down by the powder puff, the plurality of first cuts formed in the partition part are opened and the powdery cosmetic can be taken out. Further, when the pressing of the partition part is released, the notch that has been opened is immediately restored to the original closed state and the passage of the powdery cosmetic is prevented. Therefore, even when the powder cosmetic container is inadvertently turned upside down, the powder cosmetic does not leak unnecessarily. In addition, there is an effect that it is not scattered by the opening / closing operation of the outer lid.

  Moreover, when taking out powdery cosmetics, the upper part of a partition part is pressed with a powder puff so that the air in a powdery cosmetics container may be compressed. Since the puff lightly plugs the first cut formed on the center side of the partition part, the effect of preventing the air blown out from the first cut and the momentum of the powdery cosmetic and preventing the powdery cosmetic from being scattered when taken out. Have.

The second notch is provided on the outer periphery of the upper surface of the partition part so as to be clearly separated from the first notch so that air is blown out early without being blocked by the powder puff when the powdery cosmetic is taken out. When the upper surface of the partition portion is pressed with the powder puff, the second cut opens before the first cut, and the increase in the air pressure in the powder cosmetic container when taking out the powder cosmetic can be suppressed low. Therefore, it has the effect of suppressing the momentum of the air ejected from the first cut and preventing inadvertent scattering at the time of taking out the powdery cosmetic.

In addition, by tilting at least the first cut toward the center side on the upper surface side of the partition portion, the direction of the air ejected from the powdery cosmetic container is directed toward the lower surface center side of the powder puff. Therefore, at the time of taking out the powdery cosmetic material, there is an effect that the momentum of air is canceled by the lower surface of the powder puff, and the momentum of the air ejected from the first cut is relaxed to prevent the powdery cosmetic material from being ejected together with the air.

In addition, when a thin part is provided in the partition part, the cut-out provided in the thin part is opened earlier than other parts by pressing the partition part by the powder puff, so that the cosmetic is discharged before the cosmetic discharge. Suppresses the increase in internal pressure when taking out and prevents the cosmetic material from splashing around.

Further, when an elastic mesh material is stretched under the partition part, the elastic mesh material has a filter effect of cosmetics and air when the cosmetic is taken out from the first cut, and when the cosmetic is taken out. This suppresses the amount of cosmetics and air blown out, and prevents the cosmetics from scattering around.

  The ventilation hole is blocked by a filter member that blocks the passage of the powdery cosmetic and allows only air to pass through. Therefore, the air vent can disperse the air in the cosmetic accommodation chamber with a plurality of cuts formed in the partition portion, and can release the air, so that the momentum of the air ejected from the first cut is relieved and the powdery cosmetic is ejected together with the air. There is an effect to prevent that.

  Outline of powder cosmetic container cross section. FIG. 1 is a first explanatory view of a powdery cosmetic container of the present invention in which a slit is formed in a partition part. In the figure, the main body 1 has a bottomed cosmetic containing chamber 7 having an open top so that the powdery cosmetic 100 can be accommodated inside, and a smooth upper edge 71 is formed at the upper end. The partition 5 is positioned and stretched on the upper edge 71 of the cosmetic storage chamber 7 by a partition fixing member 9.

  The cap 3 is configured such that the inner surface of the lower opening is fitted with the outer surface 17 of the partition fixing member 9, and the puff storage portion 8 capable of storing the powder puff 200 is formed in the space between the inner surface of the cap 3 and the upper surface of the partition portion 5. Yes.

  The partition part 5 is formed of silicon rubber that can be expanded and contracted, and the thin sheet part 2 is formed with a cut 51 that opens and closes by expansion and contraction. The notch 51 is formed so as to intersect the line extending toward the central portion 93 of the partition portion 5, that is, the extending direction of the partition portion 5. Therefore, the notch 51 is opened by pushing down the powder puff 200, and the air in the cosmetic material chamber 7 and the powdery cosmetic material 100 can be moved to the upper surface of the partition portion 5. At the same time, the powdery cosmetic 100 is ejected from the cut 51 toward the surface of the powder puff 200. Therefore, the powdery cosmetic 100 that has moved to the upper surface of the partition part 5 or ejected toward the surface of the powder puff 200 is transferred to the powder puff 200.

  Next, when the pressing force of the powder puff 200 applied to the partition part 5 is released, the partition part 5 is restored and the notch 51 is closed. That is, the notch 51 shuts off the cosmetic storage chamber 7 and the puff storage portion 8 when the pressing force is not applied from the powder puff 200 such as when the cap 3 is closed with the main body 1 and carried, and the main body 1 is turned over. Even in the case of leakage, the leakage of the powdery cosmetic 100 is prevented. As described above, the powdery cosmetic material 100 in the cosmetic material storage chamber 7 can be artificially removed by the pressing operation of the powder puff 200, and the surroundings are not inadvertently soiled.

  FIG. 2 is an explanatory view of the first embodiment of the notch formed in the partition part of FIG. 1 and shows a plan view of the powdery cosmetic container with the cap 3 removed. The partition portion 5 is fixed to the main body 1 by a partition portion fixing member 9. In FIG. 2, a plurality of cuts are formed in the area covered by the powder puff 200 at the central portion 93 of the sheet portion 2 constituting the partition portion 5, for example, in the region where the powder puff 200 is placed as shown in FIG. 1. . Further, the cut 51 described in FIG. 1 is cut to a length of several millimeters by a soft elastic material such as silicon rubber so as to intersect the extension direction, and is arranged in a spiral shape as shown in FIG. As shown in FIG. 2B, a plurality of slits 51A can be formed as a first notch 51B having a star pattern. The present invention is not limited to the shapes of the first cuts 51A and 51B, but includes various other shapes such as concentric circles.

  As described above, even if the powder puff 200 is pressed and opened from the upper surface having the first cuts 51A and 51B in the partition portion 5, the first cuts 51A and 51B are blocked by the powder puff 200 and are air and powdery. The spout of the cosmetic 100 and the momentum of the spout are alleviated. At the same time, the powdery cosmetic 100 containing the air ejected from the first cuts 51A and 51B is separated from the air and the powdered cosmetic 100 on the surface of the powder puff 200, and only the powdered cosmetic 100 is the powder puff 200 and the first. 1 is attached to the contact surface with the cuts 51A and 51B. For this reason, the powdery cosmetic 100 does not erupt from the first cut 51 </ b> A and does not contaminate the hand, clothes or surroundings. The first cuts 51A and 51B are formed so as to intersect with a straight line extending radially from the central portion 93 of the partition part 5, and may be opened and closed by expansion and contraction of the partition part 5 as shown in FIGS. 2 (A) and 2 (B). However, the present invention is not limited to those exemplified above.

FIG. 3 is a plan view of the powdery cosmetic container with the cap 3 removed in an explanatory view of the second embodiment of the notch. The partition portion 5 is fixed to the main body 1 by a partition portion fixing member 9 as in FIG.
In FIG. 3, a second cut 51E is provided in addition to the first cut 51A shown in FIG. The second cut 51E is formed on the inner peripheral side of the partition portion fixing member 9 along the outer edge 91 outside the region where the powder puff 200 shown in FIG. Therefore, the second cut 51E is clearly separated from the first cuts 51A and 51B.

Here, when the partition part 5 having the first cuts 51A and 51B and the second cut 51E is pressed and opened with the powder puff 200, the second cut 51E has a larger strain than the central part, and the powder puff 200 Since there is no frictional contact, the first slits 51A and 51B are opened. Furthermore, since the opened second cut 51E is located outside the powder puff 200, it is not blocked. Therefore, when the upper surface of the partition part 5 is pressed by the powder puff 200, the air in the cosmetic material storage chamber 7 is ejected from the second cut 51E prior to the first cuts 51A and 51B. Therefore, the amount of air ejected from the first cuts 51A and 51B is greatly reduced, and the momentum of the powdery cosmetic material 100 ejected can be greatly reduced. When the pressing force of the powder puff 200 applied to the partition part 5 is released, the partition part 5 is restored and the first notch 51A and the second notch 51E are closed, and the cosmetic storage chamber 7 and the puff storage part 8 are connected. Cut off. Therefore, leakage of the powdery cosmetic 100 is prevented even when the main body 1 is turned upside down.

  FIG. 4 is an explanatory view of the partition portion in which the thickness of the center and the outer edge of the partition portion is different, and FIG. 4 (A) is an explanatory view when the central portion 93 of the partition portion is thinly formed. Since the first cuts 51 </ b> A and 51 </ b> B are formed in the central portion 93 of the partition portion 5, the central portion 93 is easy to extend as compared with the outer edge 91 and is greatly opened by a light press by the powder puff 200. The first slits 51 </ b> A and 51 </ b> B that are widely opened allow the air in the cosmetic material storage chamber 7 to be ejected from the initial pressing stage of the partition portion 5. Therefore, the ejection time zone is increased and the maximum ejection speed of air is reduced. Furthermore, since the upper surface is pressed by the air-permeable powder puff 200, the momentum of the air blown out is suppressed and the powdery cosmetic 100 is prevented from being inadvertently blown out.

  FIG. 4B is an explanatory diagram when the outer edge 91 of the partition portion is formed thin. Since the second notch 51E is formed in the vicinity of the outer edge 91 of the thin partition part 5, the outer edge 91 is easier to extend than the central part 93 and is opened largely by light pressing by the powder puff 200. The powdery cosmetic 100 has a tendency to be raised on the side wall side of the cosmetic containing chamber 7 during use, and a part of the second cut 51E may be blocked by the powdery cosmetic 100, but the second opened large. The notch 51E facilitates the ejection of the air in the cosmetics storage chamber 7. Therefore, the second notch 51 </ b> E that is largely opened ejects only air from the cosmetic container 7 prior to the powdery cosmetic 100 containing air. Further, as described in FIG. 2, the opened first cut 51A suppresses the momentum of the air that is blown out because the upper surface is pressed by the air-permeable powder puff 200, and the powdery cosmetic 100 is not damaged. Prevent prepared leaks.

  FIG. 5 is a cross-sectional explanatory view of a partition portion having an inclined cut. The cuts 51 </ b> A, 51 </ b> B, 51 </ b> E are formed to be inclined toward the center of the upper surface side of the partition portion 5. The inclination angle is preferably in the range of 30 to 75 degrees from the bottom surface of the partition part. Therefore, since the air flow moved from the first notch 51A and the second notch 51B formed so as to be inclined toward the center of the upper surface of the partition part 5 is directed to the center of the lower surface of the powder puff 200, the powdery cosmetic is more reliably provided. Prevent splashing around. Such inclined notches are applied to the first notches 51A and 51B and the second notches 51E described with reference to FIGS.

  FIG. 6 is an explanatory view of an embodiment of the powdery cosmetic container of the present invention in which a stretchable mesh material is stretched, and shows a cross-sectional view of the powdery cosmetic container. The stretchable mesh material 57 is a thin fabric woven so as to form a fine mesh with stretchable urethane fibers or the like, and is stretched in a bonded or non-bonded state along the lower surface of the partition portion 5 shown in FIG. The fine mesh prevents a relatively large lump of powdery cosmetic material from being taken out to the upper surface of the partition portion 5 and generates air resistance to suppress the air flow passing through the first cuts 51A and 51B. This prevents the powdery cosmetic 100 containing eruption of the powder. 1 denote the same names and the same members.

  FIG. 7 is an explanatory view of an embodiment of the powdery cosmetic container according to the present invention in which a vent hole 31 is formed in the main body 1, and shows a cross-sectional view of the container in which the vent hole 31 is formed at the bottom 13 of the cosmetic container 7. As shown in FIG. 1, the main body 1 has a bottomed cosmetic storage chamber 7 having an open top so that the powdered cosmetic 100 can be stored, and a smooth upper edge 71 is provided at the upper end of the cosmetic storage chamber 7. Forming. The partition portion 5 covers the upper edge 71 of the cosmetic material accommodating chamber 7 and is positioned and stretched by the partition portion fixing member 9.

  The bottom 13 of the cosmetic storage chamber 7 is opened to form an inlet for the powdery cosmetic 100 and a vent hole 31A is formed to exhaust the pressurized air in the cosmetic storage chamber 7 in the direction of arrow A. A filter member 33A that selectively transmits only air is installed in the vent hole 31A. The filter member 33A is supported by a bottom lid 73A having an opening 75. 1 denote the same names and the same members.

FIG. 8 is an explanatory view of another embodiment of the powdery cosmetic container according to the present invention in which a ventilation hole is formed in the main body. The same symbols as those in FIG. Further, the notch 51 is the same as that shown in FIGS. 2, 3, 4, 5, and 6, and the description thereof is omitted.

FIG. 8A shows an example in which a vent 31 </ b> B that opens from the inner surface 15 to the bottom 13 of the cosmetic container 7 is formed. A filter member 33B that prevents permeation of the powdery cosmetic material 100 and selectively transmits only air is inserted and installed in the vent hole 31B. Here leads from the upper surface of the cosmetic chamber 7 and depresses the partition portion 5 with powder puff 200 air cosmetic storage chamber 7 and the vent holes 31B, the cuts 51 formed in the partition portion 5, the arrow and the arrow B direction Exhaust in the C direction. Therefore, the momentum of the air moved from the cut 51 and the movement of the powdery cosmetic material 100 is suppressed, and an ejection that contaminates the surroundings can be prevented. When the partition part 5 is pushed down by the powder puff 200, the powdery cosmetic 100 is compressed between the partition part 5 and the bottom part 13, but no direct pressing force is applied to the filter member 33B in the ventilation hole 31B. Clogging is unlikely to occur. An inlet 11B for injecting the powdery cosmetic 100 is formed in the bottom 13 of the cosmetic container 7, and the inlet 11B is sealed by the bottom lid 73B constituting the main body 1 so as not to leak.

FIG. 8B shows an example in which a vent hole 31 </ b> C is formed in the inner side surface 15 of the cosmetic material accommodation chamber 7. A filter member 33C that prevents permeation of the powdery cosmetic material 100 and selectively transmits only air is inserted and installed in the vent hole 31C. The vent hole 31 </ b> C is penetrated from the inner surface 15 to the outer surface 17 of the cosmetic container 7 toward the inner surface of the partition fixing member 9. The inner surface of the partition fixing member 9 and the outer surface 17 of the cosmetic container 7 are fitted so as to form a gap 19. The gap 19 also serves as an exhaust passage from the vent hole 31C. The partition portion fixing member 9 sandwiches the partition portion 5 formed of elastic silicon rubber or the like between the upper edge 71 of the cosmetic storage chamber 7. Therefore, the lower end of the partition fixing member 9 and the collar upper surface 35 formed so as to protrude from the outer surface 17 of the cosmetic storage chamber 7 are slightly separated from each other, and the air in the cosmetic storage chamber 7 is moved along the arrow D. It can be moved out of the container. Here, when the partition part 5 is pushed down by the powder puff 200 from the upper surface of the cosmetic container 7, the air in the cosmetic container 7 passes through the vent 31C and the notch 51 formed in the partition part 5, and the arrow B direction and the arrow Exhaust in the D direction. Therefore, the momentum of the air moved from the cut 51 and the movement of the powdery cosmetic material 100 is suppressed, and an ejection that contaminates the surroundings can be prevented.

FIG. 8C shows an example in which a vent hole 31D is formed on the inner side surface 15 of the cosmetic accommodation chamber 7 as in FIG. 8B, and a sheet-like or cylindrical filter member 33D is provided in the cosmetic accommodation chamber. 7 is integrally formed by insert molding or the like. The sheet-like or cylindrical filter member 33D is preferably a semi-rigid or rigid material. Here, when the partition part 5 is pushed down by the powder puff 200 from the upper surface of the cosmetic container 7, the air in the cosmetic container 7 passes through the vent 31D and the notch 51 formed in the partition part 5, and the arrow B direction and the arrow Exhaust in the E direction. Therefore, the momentum of the air moved from the cut 51 and the movement of the powdery cosmetic material 100 is suppressed, and an ejection that contaminates the surroundings can be prevented.

  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 specific embodiments shown in the drawings, the present invention is not limited to these embodiments shown in the drawings, and various caps, mounting of a housing, powder puffs, etc. It does not prevent the storage of. Needless to say, the present invention can be implemented even if the flat partition 5 is employed.

It is 1st explanatory drawing of this invention powdery cosmetics container. It is 1st Example explanatory drawing of the notch formed in the partition part. It is explanatory drawing of 2nd Example of a notch. It is explanatory drawing of the partition part which changed the thickness of the center and outer edge of a partition part. It is sectional explanatory drawing of the partition part which has the cut | notch which inclines. It is Example explanatory drawing of this invention powdery cosmetic container which stretched | stretched the elastic mesh material. It is an Example explanatory drawing of this invention powdery cosmetics container which formed the ventilation hole in the main body. It is another Example explanatory drawing of this invention powdery cosmetics container which formed the vent hole in the main body.

DESCRIPTION OF SYMBOLS 1 ... Main body 3 ... Cap 5 ... Partition part 7 ... Cosmetic storage room 8 ... Puff storage part 9 ... Partition part fixing member
11B..Inlet 13 ... Bottom 15 ... Inner side 17 ... Outer side 19 ... Gap 31 ... Vent
33A, 33B, 33C, 33D ··· Filter member 35 ··· Upper surface 51 of flange portion ··· Cut 51A and 51B ························· First cut 51E・ Upper edge
73A, 73B ... Bottom cover 75 ... Opening 91 ... Outer edge 93 ... Central part 100 ... Powdery cosmetic 200 ... Powder puff

Claims (11)

A bottomed cylindrical cosmetic storage chamber for storing powdered cosmetics such as white powder and powder foundation, and a slit formed in a soft elastic material and extended at the opening side of the cosmetic storage chamber. In a powdery cosmetic container having a partition part that allows the powdered cosmetic to be taken out and a powder puff,
The first notch formed in the central part of the partition part so that the notch described above is closed by the powder puff;
A powder characterized by relieving the momentum of the air ejected from the cosmetic accommodation chamber by covering the first slit that is opened with the powder puff, and preventing inadvertent scattering of the powdery cosmetic. Cosmetic container. A bottomed cylindrical cosmetic storage chamber for storing powdered cosmetics such as white powder and powder foundation, and a slit formed in a soft elastic material and extended at the opening side of the cosmetic storage chamber. In a powdery cosmetic container having a partition part that allows the powdered cosmetic to be taken out and a powder puff ,
A first notch formed in the central portion of the partition portion so that the above-described notch is closed by the powder puff, and formed on the inner peripheral side of the partition portion fixing member along the outer edge on the outer peripheral side of the first notch ; A second cut formed in a region not covered by a powder puff that clearly separates the region and the first cut ;
Covering the first notch opened with the above-mentioned powder puff leaving the second notch and dispersing and ejecting the air ejected from the cosmetic storage chamber into the first notch and the second notch, A powdery cosmetic container characterized by relieving the momentum of air ejected from the first cut and preventing inadvertent scattering of the powdery cosmetic. The at least first cut as described above is formed so as to be inclined toward the center of the upper surface side of the partition part,
The powdery cosmetic container according to any one of claims 1 and 2, characterized in that the air jetting and the powdering cosmetic jetting direction are directed toward the center of the powder puff. The central part of the partition is formed thinner than the outer edge,
The first notch formed in the thin part of the partition part described above is greatly opened at the initial pressing stage by the powder puff, and the air and powdery cosmetic in the cosmetic container are ejected toward the powder puff to cause careless powder claim 1, characterized that you prevent scattering of Jo cosmetics, powdery cosmetic container of any one of claims claim 3. The outer edge of the partition is formed thinner than the center,
The above-mentioned second cut is formed in the thin portion of the partition , and the second cut is greatly opened at the initial pressing stage by the powder puff so that the air in the cosmetic container is blown prior to the first cut. and to alleviate the momentum of air jetted from the first slit, characterized in that to prevent the scattering of inadvertent powdery cosmetic according to claim 2, claim 3 powdery cosmetic of any one of claim wherein container. A bottomed cylindrical cosmetic storage chamber for storing powdered cosmetics such as white powder and powder foundation, and a slit formed in a soft elastic material and extended at the opening side of the cosmetic storage chamber. In a powdery cosmetic container having a partition part that allows the powdered cosmetic to be taken out and a powder puff,
A stretchable mesh material is stretched on the lower surface of the partition part to relieve the momentum of the air ejected from the first cut and prevent inadvertent scattering of the powdery cosmetic . The powdery cosmetic container according to any one of claims 2, 3, 4, and 5. A bottomed cylindrical cosmetic storage chamber for storing powdered cosmetics such as white powder and powder foundation, and a slit formed in a soft elastic material and extended at the opening side of the cosmetic storage chamber. In a powdery cosmetic container having a partition part that allows the powdered cosmetic to be taken out and a powder puff,
A ventilation hole that is opened to a surface different from the surface provided with the cut, and is provided with a filter member that prevents the powdery cosmetic material from being ejected;
Disperse and blow out the air in the cosmetic housing chamber into the vents and the cuts forming the first cuts, alleviate the momentum of the air blown from the first cuts , The powdery cosmetic container according to any one of claims 1, 2, 3, 4, and 5, which is prevented . 8. The powdery cosmetic container according to claim 7, wherein the vent hole is formed so as to open from the bottom surface of the cosmetic container to the bottom surface of the container. 8. The powdery cosmetic container according to claim 7, wherein the vent hole is formed so as to open from the inner side surface of the cosmetic storage chamber to the bottom surface of the container. 8. The powdery cosmetic container according to claim 7, wherein the ventilation hole is formed so as to open from the inner side surface of the cosmetic storage chamber to the side surface of the container.   8. The powdery cosmetic container according to claim 7, wherein the filter member is formed integrally with a main body forming the cosmetic containing chamber.

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