TWI418318B - A container and applicator for liquid cosmetics - Google Patents

Description

Liquid cosmetic coating container

The present invention relates to a liquid cosmetic coating container having a coating body used for coating a liquid cosmetic such as mascara.

In the past, a liquid cosmetic coating container for storing a liquid cosmetic such as mascara has been proposed, and a liquid cosmetic can be completely applied to the entire eyelashes, and the coated body can be divided to hold the eyelashes. An example in which the coated body is brushed by brushing the eyelashes toward the distal end of the eyelashes.

For example, the coating body provided in the lid body of the liquid cosmetic coating container is formed with a spiral groove at the outer circumference of one end thereof, and a liquid holding portion provided with a groove in the long diameter direction is provided, and the liquid retaining portion is provided at the other end. The pressing portion of the groove is an example of a U-shape or a V-shape which is elastic and freely openable and closable (Patent Document 1).

However, in the above-described liquid cosmetic coating container, in order to hold the eyelashes by the application body, the necessary operation is to narrow the application body with the thumb and the index finger, so that the biasing direction of the finger is likely to cause an error. Therefore, the position of the application body that holds the eyelashes is also easily deviated, and there is a fear that the clamping of the eyelashes becomes difficult, and the parts such as the eyelids are stained.

Therefore, in order to easily and accurately perform the clamping and coating of the eyelashes formed by the application body, and at the same time, the other parts are prevented from being stained, and the shaft is formed with a sagging rod. And the front end of the shaft has a brush portion, and at the same time, a pressing rod which is fixed at one end in the cover body and is biased in a direction away from the shaft rod, and a button member which is connected to the inside and outside of the cover body and is often connected with the pressing rod is provided. By pressing and releasing the button member, the pressing rod and the shaft can be freely connected or separated (Patent Document 2).

However, as far as the conventional example is concerned, the action necessary for holding the eyelashes is sufficient as long as the button member is pressed, so that the eyelashes can be accurately held by a simple operation, but the button elements are connected to the cover body. Inside and outside, the airtightness inside the lid body is destroyed. When the lid body is tightly fitted to the container body, air is circulated around the inside and outside of the lid member from the periphery of the button member provided in the lid body. As a result, if it is left in a non-sealed state for a long period of time, the quality of the liquid cosmetic in the container body may be lowered or leaked to the outside due to other conditions.

[Patent Document 1] Japanese Unexamined Publication No. 62-73813

[Patent Document 2] Japanese Unexamined Publication No. 62-30714

The problem to be solved by the present invention is that the eyelash can be held by a simple operation, the liquid cosmetic is more accurately applied, the airtightness in the liquid cosmetic coating container is maintained, and the quality of the liquid cosmetic material is prevented from being lowered or leaked. To the outside.

Therefore, in the lid of the liquid cosmetic coating container, a sealing mechanism capable of maintaining the internal sealing property and a coating body in which the root portion is held in the sealing mechanism are provided, and the sealing property in the sealing mechanism can be maintained and the opening and closing mechanism can be maintained. Free to open and close.

According to a first aspect of the present invention, there is provided a coating container body and a lid body for storing a liquid cosmetic, wherein the lid body is provided with a sealing member for preventing air from flowing through a hole portion provided in the lid body and maintaining the internal sealing property thereof. a mechanism for holding the root of the applicator formed by the two retaining shafts and being freely openable and closable in the sealing mechanism, and further having an opening and closing mechanism in the sealing mechanism for opening and closing the applicator to which the root is held; the sealing mechanism The pressure transmitting medium has a pressing force transmitted between the button portion and the holding shaft; the coating device has a coated body sheet at the front end of the holding shaft, and the coated body sheet can be formed by being closed and integrated The coated body of the coated object; the pressing force of the button portion through which the hole portion can be freely inserted into the side surface of the cover body is pressed between the pressure transmitting medium and the two holding shafts of the coating device The spring resilience, the opening and closing mechanism is capable of freely opening and closing the applicator; by pressing the button portion of the opening and closing mechanism, the leg portion of the button portion is biased to the applicator by the pressure transmitting medium The shaft, which is compressed to close the applicator, and, by stopping the application of force to the button, the spring extends to open the closed applicator.

After removing the lid from the coating container, the leg portion of the button portion is biased by the pressure transmitting medium constituting the sealing mechanism, and the holding shaft of the coating tool in the sealing mechanism is biased by the button portion, thereby holding the shaft between the holding portions. Since the deposited spring is compressed to close the applicator, the other parts are not stained, and the eyelashes are easily sandwiched between the coated body sheets constituting the coated body, and the liquid cosmetic such as mascara can be accurately applied.

Further, the button portion constituting the opening and closing mechanism does not directly apply force to the holding shaft, but By passing the pressure transmitting medium constituting the sealing mechanism, when the coating container body is integrally fitted to the lid body, the flow of air (gap) existing between the hole portion of the lid body and the button portion by the air is included. Since the sealing mechanism of the medium is cut off, the sealing mechanism can prevent the airtightness in the liquid cosmetic coating container from being lowered, and the quality of the liquid cosmetic can be prevented from being lowered or leaked to the outside.

According to a second aspect of the present invention, in the first aspect, the sealing member incorporated in the lid body is a cylindrical inner lid sealed at one end, and the through hole penetrating through the side peripheral surface has a protruding pin and is on the opening side. The through hole is more prominently and tightly fitted on the inner wall of the cover body, and the protruding pin can freely enter the elastic O-ring provided on the inner circumferential surface of the through hole in the inner and outer directions; The back surface of the leg portion of the button portion of the opening and closing mechanism is brought into contact with the protruding pin, and by pressing the button portion, the O-ring provided on the inner peripheral surface of the through hole of the inner cover is in close contact with the protruding pin surface. The O-ring is biased by the projection pin to the retaining shaft of the applicator, the spring is compressed and the applicator is closed, and by stopping the application of the button, the spring is extended to open the closed applicator.

In this manner, by pressing the button portion, the protruding pin that abuts the back surface of the button portion of the button portion is immersed in the through hole of the inner cover, and is biased to the holding shaft of the applicator holding the inner portion of the inner lid of the sealing mechanism, and is held. The spring interposed between the shafts is compressed and the coating tool is closed, so that the other parts are not stained, and the eyelashes can be easily sandwiched between the coated body sheets constituting the coated body, and the liquid cosmetic such as mascara can be accurately applied.

In addition, the button portion constituting the opening and closing mechanism does not directly apply force to the holding shaft, and directly applies force. The protruding pin of the holding shaft constitutes an O-ring provided on the inner circumferential surface of the through hole penetrating through the inner cover of the sealing mechanism, so that the inner cover protrudes more closely from the through hole than the through hole and is tightly fitted to the cover body. On the inner wall, if the coating container body is integrally fitted to the lid body, the flow of air (gap) existing between the hole portion of the lid body and the button portion by the air may be included by the pressure transmitting medium and the O-ring. Since the sealing mechanism is cut off, the sealing mechanism can prevent the airtightness in the liquid cosmetic coating container from being lowered, and the quality of the liquid cosmetic can be prevented from being lowered or leaked to the outside.

According to a third aspect of the present invention, in a sealing mechanism built in the lid body, a flexible tube is sandwiched between a cylindrical inner cover sealed at one end and a fixed tube externally attached to the inner cover. And being integrally held, the flexible tube is a cylindrical body, and one end is sealed in the same direction as the inner cover, and the other end is formed with a flange portion that is engaged with the fixed tube, and further, the side peripheral surface thereof is disposed a deformation portion that is freely deformable in an inner diameter direction of the cover body, and a deformation portion that is disposed in the flexible tube and has a hole portion penetrating through the fixed tube and the inner cover, and further, the convex portion is closely embedded Cooperating with the inner wall of the cover; inserting the leg portion of the button portion of the opening and closing mechanism into the hole portion of the fixed tube, and pressing the button portion, the leg portion of the button portion presses the deformed portion of the flexible tube to make it The deformation occurs, and the retaining shaft of the applicator is biased by the deforming portion, the spring is compressed and the applicator is closed. Further, by stopping the application of the button portion, the spring is extended to open the closed applicator.

In this way, by pressing the button portion, the leg portion of the button portion deforms the deformed portion, and the protruding pin that is abutted is immersed in the through hole of the inner cover, and is biased to form a dense portion via the hole portion of the inner cover. The holding shaft of the applicator in which the inner root of the inner lid of the closing mechanism is held, the spring that keeps the inter-axis is compressed and the coating device is closed, so that the other parts are not stained, and the eyelashes can be easily clamped to the coated body. A liquid cosmetic such as mascara is applied between the coated body sheets.

Further, the deformed portion of the flexible tube is more elastic due to the thin portion, and is easily deformed by the biasing force of the leg portion of the button portion. However, the elastic portion may be different from the flexible tube. The material is rejoined as a deformed part to cause greater deformation.

Further, the flexible tube constituting the sealing mechanism incorporated in the lid body is sandwiched between the inner lid and the fixed tube, and is pressed by the tail bolt in the long diameter direction, so that it can be scratched by the foot portion of the button portion. The deformed portion of the cylinder is pressed and deformed, and the flange portion of the flexible tube that is tightly fitted to the inner wall of the lid body is not detached from the inner wall surface, and the airtightness in the inner lid is maintained.

As a result, when the coating container body is integrally fitted to the lid body, the flow of air (gap) between the hole portion of the lid body and the button portion is caused by the sealing mechanism of the flexible tube and the inner lid. Since the sealing mechanism can prevent the airtightness in the liquid cosmetic coating container from being lowered, the quality of the liquid cosmetic can be prevented from being lowered or leaked to the outside.

According to a fourth aspect of the present invention, in the first to third features, the button portion has a recessed portion on a side surface of the leg portion, and the button portion is pressed to close the applicator, and the button portion is immersed in the leg portion of the hole portion. The recess can be freely engaged with the periphery of the hole.

In this manner, a depressed portion having an opening is formed in the leg portion of the button portion, and when the button portion is pressed to close the applicator, the depressed portion of the leg portion of the button portion is engaged with the periphery of the hole portion, so that the applicator is kept closed. In the state, when the cover body is inserted and removed from the coating container body, the other portions are not stained, and the coated body can be easily and accurately introduced. Further, since the coating tool is kept in a closed state, when each of the coated body sheets having the two holding shafts is closed as a coating body, there is no need to press the button portion with a finger, and the workability of the coating tool is improved.

According to a fifth aspect of the present invention, in the first to fourth aspects, the coated body is integrally formed on the coated body sheets at the tips of the two holding shafts, and the combination thereof may be formed by forming a coated body sheet. a spiral brush body, the other coated body sheet is formed into a flat-shaped incisor surface, the incisor surface is externally connected along the spiral brush body forming the above-mentioned coated body sheet, or a coated body sheet is formed into a spiral brush body, and A coated body sheet forms a curved surface which is adhered to the surface of the spiral bristle body forming the above-mentioned coated body sheet, or a coated body sheet is formed into a substantially cylindrical flocky-tips. The other coated body sheet is formed with a curved surface which is in close contact with the surface of the cylindrical flocking brush head forming the above-mentioned coated body sheet.

According to a sixth aspect of the present invention, in the first to fourth aspects, the coated body is integrally formed on the coated body sheets at the tips of the two holding shafts, and the combination is preferably two coated sheets. In the overall shape, one of the coated body sheets is matched with the shape of the eyelashes, along the upper The axis of the retaining shaft is curved in the axial direction, and the other coated body sheet is bent in the bending direction of the one of the coated body sheets, or the two coated body sheets are bent in opposite directions to each other in shape, and the two are The entire shape of the coated body sheet is such that the surface shapes of the two coated body sheets are such that one coated body sheet is provided with a plurality of annular protrusions in the axial direction at the periphery, and the other coated body sheet is provided with a plurality of rings in the axial direction. a peripheral groove that is engaged with the protrusion; or a coated body piece is provided with a cutting tooth surface along the axial direction, and the other coated body piece is provided with a forming brush; or both coated body pieces are provided with a plurality of peripheral grooves, a forming brush, or a cutting tooth surface; The combination of the overall shape of the two coated body sheets and the corresponding surface shape is such that the cross-sectional shapes of the two coated body sheets are: square and circular or elliptical; or the two coated body sheets are integrated into a circle or an ellipse. And a curved surface in which the faces of the two coated body sheets face each other in a plane or in a direction toward a certain coated body sheet.

However, if the two coated body sheets face each other, if they overlap each other, they are not only flat or curved surfaces, but also may be convex in a pair of faces and concave in the opposite direction. Fig. 12(A)], the pair of faces have a semicircular projection shape and the other opposite faces have a semicircular depression shape (see Fig. 12(B)), and the pair of faces thereof have an inverted V-shaped projection shape. The other facing surface has an inverted V-shaped depression (see Fig. 12(C)), the pair of faces are mountain-shaped and the other opposing faces are valley-shaped (see Fig. 12(D)), one of them The opposing surface has a wavy shape and the other opposing surface has a wavy concave shape (see Fig. 12(E)).

According to a seventh aspect of the present invention, in the first to fourth aspects, the coated body is integrally formed on the coated body sheets at the tips of the two holding shafts. Preferably, in the overall shape of the two coated body sheets, the two coated body sheets are linear; further, the overall shape of the two coated body sheets is such that the surface shapes of the two coated body sheets are: The coated body sheet is provided with a plurality of annular protrusions in the axial direction at the periphery, and the other coated body sheet is provided with a plurality of peripheral grooves that are engaged with the annular protrusions in the axial direction; or one of the coated body sheets is provided with the incisor surface along the axial direction The other coated body sheet is provided with a forming brush; or the two coated body sheets are provided with a plurality of peripheral grooves, a forming brush, or a cutting tooth surface; and the combination of the overall shape of the two coated body sheets and the corresponding surface shape enables two Each of the coated body sheets has a cross-sectional shape of a square shape and a circular shape or an elliptical shape; or the two coated body sheets are integrated into a circular shape or an elliptical shape, and the facing surfaces of the two coated body sheets are plane or toward each other. A curved surface in which the coated body sheet is curved.

However, if the two coated body sheets face each other, if they overlap each other, they are not only flat or curved surfaces, but also may be convex in a pair of faces and concave in the opposite direction. Fig. 12(A)], the pair of faces have a semicircular projection shape and the other opposite faces have a semicircular depression shape (see Fig. 12(B)), and the pair of faces thereof have an inverted V-shaped projection shape. The other facing surface has an inverted V-shaped depression (see Fig. 12(C)), the pair of faces are mountain-shaped and the other opposing faces are valley-shaped (see Fig. 12(D)), one of them The opposing surface has a wavy shape and the other opposing surface has a wavy concave shape (see Fig. 12(E)).

As described above, the overall shape, surface shape, and cross-sectional shape of the coated body sheet which is integrated and constitutes the coated body are prepared by applying a large number of combinations obtained from such a viewpoint, and the liquid can be more accurately applied to the eyelashes according to the user's idea. Cosmetics. which is, Specifically, one coated body sheet is formed into a spiral brush body, and the other coated body sheet is formed along the spiral brush body of the one coated body sheet to form an outer flat plate-shaped incisor surface, thereby being held by the closed coating tool. When the lashes are coated with the cosmetic, the spiral bristles can separate the lashes one by one, and thoroughly apply the cosmetic to each lash.

Further, one coated body sheet is formed into a spiral bristle body, and the other coated body sheet is formed with a curved surface which is closely adhered along the surface of the spiral bristle body forming the above-mentioned one coated body sheet, thereby closing When the applicator is used to hold the eyelash coating cosmetic, the spiral brush body can separate the eyelashes one by one, and each of the eyelashes is completely coated with the cosmetic material, and the curved surface of the other coated body piece can be used throughout The entire length of the eyelashes abuts the spiral brush body, so the number of coating operations can be reduced.

Further, one coated body sheet may be formed into a substantially cylindrical flocking brush head such that the other coated body sheet has a curved surface along a cylindrical flocking brush head forming the above-mentioned one coated body sheet. The surface is in close contact, whereby when the applicator is closed to hold the eyelashes, a large amount of the liquid cosmetic stored in the flocking brush head can be thickly applied to the eyelashes.

Further, the coated body sheet which is integrally formed to form the coating body and which are provided at the tips of the two holding shafts is formed into an overall shape of the two coated body sheets, and one of the coated body sheets is fitted to the eyelash shape along the axial direction of the holding shaft. Bending, the other coated body sheet is bent in the bending direction of one of the above-mentioned coated body sheets, or the two coated body sheets are bent in opposite directions to each other in accordance with their own shapes, thereby also holding the lash-coated cosmetic material with the closed coating tool, The eyelashes can be accurately held at one time, the direction of the eyelashes can be adjusted, and the eyelashes held can be more accurately Coating the cosmetic.

Further, in the overall shape of the two coated body sheets, the two coated body sheets are linear, whereby when the cosmetic material is applied to the eyelashes by the closed coating device, especially a part of the eyelashes can be simply and accurately held. Applying the cosmetic to the held eyelashes more accurately.

With respect to the overall shape of the two coated body sheets, the surface shapes of the two coated body sheets are such that one coated body sheet is provided with a plurality of annular protrusions in the axial direction at the periphery, and the other coated body sheet is disposed along the axial direction. There are a plurality of peripheral grooves that are engaged with the annular protrusions, thereby accurately clamping the entire eyelashes between the annular protrusion and the peripheral groove, arranging the direction of the eyelashes, and applying the makeup more accurately to the held eyelashes. Or a coated body sheet is provided with a cutting tooth surface along the axial direction, and the other coated body sheet is provided with a forming brush, whereby the forming brush can be used to organize the direction of the eyelashes, and the liquid cosmetic stored in the plurality of grooves can be formed. The brush is evenly applied to the eyelashes; or any of the two coated body sheets is also provided with a peripheral groove, whereby the liquid cosmetic stored in the peripheral groove can be thickly coated when the eyelashes are clamped to the peripheral groove On the eyelashes. The forming brush can be uniformly applied to the eyelashes; or by providing a forming brush, the forming brush can be used to organize the direction of the eyelashes, and the liquid cosmetic stored between the forming brushes can be evenly applied to the eyelashes; By providing the incisor surface, when the liquid cosmetic is applied, the unnecessary liquid cosmetic can be wiped off and thinly applied, and the direction of the eyelashes can be adjusted at the same time.

Further, in the combination of the surface shapes of the two coated body sheets, one of the coated body sheets is provided with a plurality of annular protrusions in the axial direction at the periphery, and the other coated body sheet is along the axial direction. When a plurality of peripheral grooves that are engaged with the annular projections are provided, the peripheral groove provided by the other coated body sheet stores the liquid cosmetic therein, so if the other coated body sheet is located on the lower side, there is Among the peripheral grooves of the entire circumference of the coated body sheet, there is a possibility that excess liquid cosmetic material is dripped and the surrounding portion is stained from the peripheral groove provided on the surface opposite to the one coated body sheet. Therefore, the peripheral groove of the other coated body sheet may be limited to be disposed only on the surface opposite to one of the coated body sheets, so that the excess liquid cosmetic material does not adhere to when the holding shaft is taken out from the coating container body. On it.

With respect to the combination of the overall shape of the two coated body sheets and the corresponding surface shape, the cross-sectional shapes of the two coated body sheets are square, circular or elliptical, whereby the abutting faces of the two coated body sheets become smaller. The pressure on the abutting surface becomes large, and the two coated body sheets can grasp the eyelashes firmly and accurately, so that the eyelashes can be easily and accurately applied to the eyelashes, or the two coated body sheets are integrated into a circle. Or an elliptical shape, and when the faces of the two coated body sheets face each other in a plane, the abutting faces of the two coated body sheets are widened, so that the liquid cosmetic material can be completely applied to the eyelashes at one time; When the curved surface in which the body sheet is bent is applied, the two coated body sheets can be completely coated with the liquid cosmetic on the eyelashes at the same time, and the eyelashes on the eyelashes can be automatically applied to the eyelashes.

As described above, in particular, in the two coated body sheets shown in FIG. 9 and FIG. 10, the overall shape, surface shape, and cross-sectional shape of the two coated body sheets are various combinations, and the effect is a composite type, and the coated body sheets are combined. Overall shape, surface shape and cross-sectional shape Each has its effect.

Further, the above-described application body is integrally formed in the application body sheets at the tips of the two holding shafts, and one of them is fixed and the other is movable, but the positional relationship is not fixed and can be used according to the user. Use the positional relationship of the two coated body sheets alternately and use them.

Further, according to the eighth aspect of the present invention, at least the coating body of the coating body which is provided at the tip end of the two holding shafts and which is integrally closed and can hold the object to be coated is formed, at least On one side, a comb portion is formed on the opposite side of the surface of the facing coated body sheet.

Therefore, after the applicator is closed, the liquid cosmetic is applied to the eyelashes, and when the eyelashes are adhered to each other, the two coated body sheets forming the coated body are coated, and the comb portion formed on the opposite side of the coated body sheet contacts the eyelashes and combed. Therefore, the eyelashes that are bonded to each other can be separated one by one. Further, when a large amount of liquid cosmetic material is applied to one eyelash, a large amount of liquid cosmetic material is stored in the comb portion, so that the comb portion of the coated body sheet is combed with the eyelashes and combed, thereby making the eyelashes one by one. The roots are elongated and coated with a large amount of liquid cosmetic.

In the present invention, when the liquid cosmetic is applied to the eyelashes, the eyelashes can be held between the application bodies by simply opening and closing the applicator, so that the eyelashes are sandwiched between the application bodies and directly swiped toward the distal end of the eyelashes. The liquid cosmetic can be applied to the eyelashes more precisely, and at least one of the coated body sheets is formed with a comb portion on the opposite side of the surface of the facing coated body sheet, whereby the eyelashes can be combed to make the roots clear. Achieve liquid More coating methods for cosmetics. Further, when the coating container body is integrally and tightly fitted to the lid body, the sealing property in the liquid cosmetic coating container can be maintained by the sealing mechanism, so that the liquid cosmetic material can be prevented from being deteriorated in quality or leaked to the outside.

[Example 1]

The symbol 1 shown in Figs. 1 to 4 and Figs. 8 to 12 is a liquid cosmetic coating container of the embodiment 1 of the present invention. The liquid cosmetic coating container 1 is composed of a coating container main body 2 having a opening portion 3 on which the male screw 5 is screwed on the outer side surface 4, and a cover body 8 for storing the eyelashes inside the coating container body 2. a liquid cosmetic 7 such as a paste, and a wiping tape 6 for removing the excess liquid cosmetic 7 attached to the surface of the applicator 16 described below; the cover 8 has a tail plug 9 embedded at one end and the other end The opening portion 10 of the female thread 12 is screwed onto the circumferential surface 11, and the female thread 12 is screwed into the male thread 5 of the opening portion 3 of the coating container body 2, and the inner lid 13 constituting the sealing mechanism is tightly fitted inside the lid body 8. In the inner lid 13, the applicator 16 is integrally held at the root of the applicator 16 which can be opened and closed by the spring 15 which is interposed therebetween, and the button portion 17 of the opening and closing mechanism is incorporated therein for performing the applicator 16 Opening and closing action.

Further, in the first embodiment, the spring 15 is preferably a coil spring, but the coil spring is not limited thereto, and the applicator 16 may be closed after being compressed, and the applicator 16 may be opened after stretching, for example, A flat spring or the like can be used.

In addition, in the inner cover 13, the applicator 16 whose root is held includes two shafts. The retaining shafts 19a and 19b are freely opened and closed by the springs 15 present, and the coated body sheets 21 and 22 are respectively provided at the front ends of the holding shafts 19a and 19b, and the coated body sheets 21 and 22 are integrally closed to form a grippable body. The coated object is the coated body 20 of the eyelashes.

Further, in the first embodiment of the present invention, the coated body sheets 21 and 22 forming the coated body 20 are as shown in Fig. 8(B), and one coated body sheet 21 is attached to the tip end of the holding shaft 19a to form a spiral bristle body 21c. The other coated body sheet 22 is formed by forming a curved surface 22c which is in close contact with the surface of the spiral bristle body 21c formed at the tip end of the holding shaft 19a of the application body sheet 21. However, the coated body sheets 21 and 22 may be combined as follows according to the cosmetic method of the liquid cosmetic 7 desired by the user. That is, one coated body sheet 21 is formed into a spiral bristle body 21b, and the other coated body sheet 22 has a flat-shaped incisuous surface 22b along the spiral bristle body forming the above-described one coated body sheet 21. 21b is externally connected (refer to FIG. 8(A)), or alternatively, one coated body sheet 21 is formed into a substantially cylindrical flocking brush head 21d, and the other coated body sheet 22 has a curved surface 22d, which is curved 22d is adhered to the surface of the cylindrical flocking head 21d which forms the above-mentioned coated body sheet 21 (see Fig. 8(C)). Further, as shown in FIGS. 9 to 12, the application body 20 is integrally formed, and the application body sheets 21 and 22 provided at the tips of the two holding shafts 19a and 19b, respectively, may be a combination of two application body sheets 21. In the overall shape of the 22, one of the coated body sheets 21 is fitted in the shape of the eyelashes, and is bent in the axial direction of the holding shaft, and the other coated body sheet 22 is bent in the bending direction of the above-mentioned coated body sheet 21 (refer to FIG. 9 (A). ) to the left side of FIG. 9(E), or the two coated body sheets 21 and 22 are bent in opposite directions to each other [refer to FIG. 9(A) to FIG. Any one of the two states of 9 (B) right side (refer to FIG. 9); or the two coated body sheets 21, 22 are linear (refer to FIG. 10); further, regarding the two coated body sheets 21, 22 The overall shape is such that the surface shapes of the two coated body sheets 21 and 22 are such that one coated body sheet 21 is provided with a plurality of annular projections 21a in the axial direction at the periphery, and the other coated body sheet 22 is provided with plural numbers along the axial direction. The peripheral groove 22a that is engaged with the annular projection 21a (see FIGS. 9(A) and 10(A)); or one of the coated body sheets 21 is provided with the incisor surface 22b in the axial direction, and the other coated body sheet 22 is disposed. The forming brush 26 (see FIGS. 9(B) and 10(B)); or the plurality of coated body sheets 21 and 22 are provided with a plurality of peripheral grooves 22a and forming brushes 26 (see FIGS. 9(D) and 10(D). Or the incisor surface 22b (see FIGS. 9(E) and 10(E)); and it is particularly preferable to combine the two coated body sheets 21 and 22 with the overall shape and the corresponding surface shape. 21 and 22 each have a cross-sectional shape of a square shape and a circular shape or an elliptical shape (refer to FIG. 11(A)); or the two coated body sheets are integrated into a circular shape or an elliptical shape, and the two coated body sheets 21 and 22 Interphase On the surface of 21e, 22e planar [see FIG. 11 (B), FIG. 11 (D)] or a coated sheet bent curved plane direction [see FIG. 11 (C), FIG. 11 (E)]. However, if the facing surfaces 21e and 22e of the two coated body sheets 21 and 22 overlap each other, the two surfaces are not only flat or curved, but also may be convex by the pair of faces 21e and the other The opposing surface 22e has a concave shape (see FIG. 12(A)), and the pair of facing faces 21e have a semicircular projection shape and the other opposing surface 22e has a semicircular concave shape (see FIG. 12(B)). The pair of faces 21e have an inverted V-shaped protrusion shape and the other opposing surface 22e has an inverted V-shaped depression shape (refer to the figure). 12(C)], the pair of faces 21e have a mountain shape and the other face 22e has a valley shape (refer to FIG. 12(D)), and the pair of faces 21e have a wavy shape and the other The opposing surface 22e has a wavy concave shape (see Fig. 12(E)) and the like.

Here, in the first embodiment of the present invention, the main portion of the sealing mechanism is the inner lid 13, which is in the shape of a cylindrical body sealed at one end, and is housed in the lid body 8, and the end portion on the opening side is outward. The thick flange portion 13b is formed to be engaged with the inner lid receiver 8c provided on the inner wall of the lid body 8, and is tightly fitted to the lid body 8, and the root portion of the applicator 16 is held inside. Further, an elastic O-ring 14 is provided on the inner peripheral surface of the through hole 13a penetrating the side peripheral surface thereof. The O-ring 14 has a projection pin 17b that is in close contact with the surface and freely accessible. As described below, the projection pin 17b is a pressure transmission medium that transmits the pressing force applied to the knob portion 17 to the holding shaft 19b of the applicator 16.

On the other hand, the opening and closing mechanism includes a button portion 17 that can freely enter and exit from the hole portion 8a penetrating the cover body 8, and a spring 15 interposed between the two holding shafts 19a, 19b of the applicator member 16, and the button portion 17 The back surface of the leg portion 17a is in contact with the above-mentioned protruding pin 17b.

Therefore, by pressing the knob portion 17, the projection pin 17b that abuts against the back surface of the leg portion 17a of the button portion 17 passes through the through hole 13a of the inner lid 13 and then abuts against the holding shaft 19b constituting the applicator 16. As a result, the applicator 16 compresses the spring 15 interposed between the retaining shafts 19a, 19b, and the applicator 16 is closed. At this time, the coated body sheets 21 and 22 provided at the tips of the holding shafts 19a and 19b are integrated to form the coated body 20.

Further, by releasing the button portion 17, the projection pin 17b abutting against the back surface of the leg portion 17a of the button portion 17 is stopped, and the action of the holding shaft 19b is stopped, and the compressed spring 15 is stopped. Rebound and stretch. As a result, the holding shafts 19a and 19b of the applicator 16 are separated from each other and developed. At this time, the original coated body 20 is divided into two coated body sheets 21 and 22.

The applicator 16 having the root portion held in the inner cover 13 opens and closes, and the corresponding button portion 17 enters the hole portion 8a of the cover body 8. The projection pin 17a enters the through hole 13a of the inner cover 13 even if However, since the surface of the projection pin 17a is elastically O-ring 14 provided on the inner circumferential surface of the through hole 13a, the O-ring 14 can be kept in close contact with each other, so that the sealing property of the inner lid 13 at the through hole 13a can be maintained. That is, in order to allow the button portion 17 to enter the hole portion 8a of the lid body 8, it is necessary to reserve a space (gap) between the two, which allows air to circulate inside and outside the lid body 8. However, since the inner lid 13 is tightly fitted to the lid body 8 at the flange portion 13b and the through hole 13a is provided in the inner lid 13, the projection pin 17a enters and exits through the O-ring 14, so The air flowing in the space (gap) of the hole portion 8a does not flow into the inner side of the inner lid 13, and when the lid body 8 is closely fitted to the coating container main body 2, the space (gap) and the coating container passing through the hole portion 8a can be prevented. The air in the body 2 circulates.

Further, in the first embodiment, the leg portion 17a of the button portion 17 constituting the opening and closing mechanism of the lid body 8 has a recessed portion 18 formed on the side of the tail pin 9 side. The recessed portion 18 can be engaged with the hole portion periphery 8b of the cover body 8. When the button portion 17 is pressed, the leg portion 17a is immersed in the hole portion 8a of the cover body 8, and if the button portion 17 is slid toward the tail pin 9, the button The recessed portion 18 of the leg portion 17a of the portion 17 is engaged with the hole portion periphery 8b of the lid body 8. Therefore, the button portion 17 is fixed in a state of being immersed in the hole portion 8a of the lid body 8, so that the applicator 16 can be kept closed. State. As a result, when the lid body 8 for holding the root portion of the applicator 16 is inserted and removed from the coating container main body 2, the applicator 16 can be easily inserted and removed without being hindered. Moreover, when the applicator 16 is used, the recessed portion 18 of the leg portion 17a of the button portion 17 is engaged with the hole portion periphery 8b of the lid member 8, so that the two coated body sheets 21 and 22 can be held. The state in which the eyelashes are held.

Since the liquid cosmetic coating container 1 of the first embodiment has the above configuration, when the user needs to apply the liquid cosmetic 7 to the eyelashes, the following procedure can be carried out.

First, the user loosens the screwing of the male thread 5 of the coating container body 2 and the lid body 8 and the female thread 12 in the liquid cosmetic coating container 1, so that the lid body 8 is separated from the coating container body 2, so that the root portion is held by The applicator 16 in the lid 8 can be pulled out from the coating container body 2 in which the liquid cosmetic 7 is stored. In this case, even the holding shafts 19a and 19b of the applicator 16 held by the lid body 8 and the coated body sheets 21 and 22 which are provided at the tips of the holding shafts 19a and 19b and which are integrally formed to form the coating body 20 are attached thereto. The excess liquid cosmetic 7 can also be removed from the excess liquid cosmetic 7 by the wiping tape 6 housed in the coating container body 2.

Further, in a state in which the lid body 8 is tightly fitted to the coating container main body 2, even if the two holding shafts 19a and 19b of the applicator 16 are not closed, the application body sheets 21, 22 at the tips of the respective holding shafts 19a and 19b or each The holding shafts 19a, 19b are still in contact with the inner wall surface of the coating container body 2 or the wiping tape 6, and when the lid body 8 is to be separated from the coating container body 2, the coating tool 16 is self-coated from the container body. 2 Pull out, the two retaining shafts 19a, 19b that have been unfolded will be correspondingly reduced in their expanded width, and are provided in the coating capacity. The wiping tape 6 on the main body 2, but after passing the wiping tape 6 and reaching the outside of the opening portion 3, the two holding shafts 19a, 19b are rapidly unfolded by the resilience of the spring 15, which may cause adhesion to the respective coated body sheets. Since the liquid cosmetic 7 of 21 and 22 is sprinkled around, the button portion 17 must be pressed. Therefore, it is preferable that the foot portion of the button portion 17 is made as described above in a state where the lid body 8 is tightly fitted to the coating container body 2. The recessed portion 18 of the 17a is engaged with the hole portion periphery 8b of the lid body 8, and the two holding shafts 19a, 19b are kept closed at all times.

On the other hand, the cover body 8 separated from the coating container main body 2 slides the button portion 17 fixed in the pressed state in the opposite direction to the tail plug 9, and simultaneously releases the button portion 17, and abuts against the button portion 17 The projection pin 17b on the back surface of the portion 17a is biased to stop the operation of the holding shaft 19b, and the spring 15 that is compressed between the holding shafts 19a and 19b is stretched, the holding shafts 19a and 19b are separated from each other, and the coating tool 16 is unfolded. The original coated body 20 is divided into coated body sheets 21 and 22.

Therefore, when the eyelashes are positioned between the divided coated body sheets 21 and 22 and the button portion 17 projecting from the hole portion 8a of the cover body 8 is pressed, the protruding pin 17b abutting on the back surface of the leg portion 17a of the button portion 17 is placed. The O-ring 14b on the inner peripheral surface of the through hole 13a of the inner lid 13 is brought into close contact with the O-ring 14b and urged to the holding shaft 19b.

As a result, the holding shafts 19a and 19b are closed by compressing the interposed springs 15, and the coated body sheets 21 and 22 are integrated to form the coated body 20 with the eyelashes interposed therebetween.

Further, the positional relationship of the holding shafts 19a and 19b with respect to the eyelashes is such that the movable side holding shaft 19b is located on the upper side and the fixed side holding shaft 19a is located on the lower side, but The position of the two can also be reversed according to the user's situation.

Then, by brushing the coated body 20 toward the distal end of the eyelashes, the liquid cosmetic 7 can be applied to the surface of the eyelashes.

On the other hand, after the application of the liquid cosmetic 7 to the eyelashes is completed, the button portion 17 is pressed and slid in the direction of the tail plug 9, so that the recessed portion 18 on the side of the leg portion 17a of the button portion 17 and the hole of the cover 8 are formed. The peripheral portion 8b is in a snap-fit state. Thereby, the projection pin 17b that abuts against the back surface of the leg portion 17a of the button portion 17 is biased into the through hole 13a of the inner lid 13 to be biased by the holding shaft 19b, and the applicator 16 is kept in the closed state.

Therefore, the coating container main body 2 and the lid body 8 can be easily integrated, and the applicator 16 can be housed in the coating container main body 2.

As described above, in the first embodiment, the button portion 17 can freely enter the hole portion 8a provided in the cover body 8 and can slide freely along the axial direction of the cover body 8, so that the hole portion provided in the cover body 8 is provided. There must be a certain space (gap) between the 8a and the leg portion 17a of the button portion 17. The air flows from the space (gap) to the inside and the outside of the cover body 8. However, since the inner cover 13 provided inside the cover body 8 is tightly fitted to the inner wall of the cover body 8 by the flange portion 13b, it is also provided on the inner cover. The O-ring 14 and the projection pin 17b that is in close contact with the O-ring are provided in the through hole 13a on the side surface of the 13 side. Therefore, the inside of the inner lid 13 is a sealed space, and air can be prevented from flowing from the space (gap). Therefore, when the lid body 8 is tightly fitted to the coating container main body 2, the inside and outside of the inner lid 13 by the space (gap) generated by the hole portion 8a provided in the lid body 8, that is, the inner lid 13 and the coating container The body 2 is internally connected to prevent air from flowing between the inner whole space and the outer side of the inner cover 13. Bypassing, the internal airtightness can be maintained, and the quality of the liquid cosmetic 7 can be prevented from being lowered or leaked to the outside.

[Example 2]

1 and 5 to 12, a liquid cosmetic coating container 1' according to a second embodiment of the present invention has a structure including an opening portion 3' of a coating container body 2' and a screwed surface outside the opening portion 3'. 4's male thread 5' and wiping strip 6' or a basic structure such as a female thread 12' screwed to the inner peripheral surface 11' of the opening 10' of the lid body 8', and two retaining shafts axially coupled to each other The applicator 16' which can freely open and close between the springs 15' and 19b' is substantially the same as the liquid cosmetic applicator container 1 shown in the first embodiment.

Further, in the above-described second embodiment, as in the first embodiment, the spring 15' is preferably a coil spring, but the invention is not limited thereto, as long as the coating tool 16' is closed after being compressed, and the coating tool 16' is opened after stretching. For example, a leaf spring or the like can also be used.

Further, in the second embodiment of the present invention, as in the first embodiment, as shown in Fig. 8(B), one coated body sheet 21' is formed on the front end of the holding shaft 19a' to form a spiral bristle body 21c', and the other is The coated body sheet 22' is formed by using a curved surface 22c' which is in close contact with the surface of the spiral bristle body 21c' formed at the tip end of the holding shaft 19a' of the application body sheet 21'. However, according to the application state of the liquid cosmetic 7 desired by the user, the two coated body sheets 21' and 22' may be changed to the combination shown in Fig. 8(A) or Fig. 8(C) as in the first embodiment. Further, it is also possible to change to the combination shown in FIGS. 9 to 12.

The sealing mechanism of the second embodiment is a cylindrical flexible tube 24 sandwiched between the inner lid 13' of the cylindrical body sealed at one end and the fixed tube 23 externally mounted to the inner lid 13'. 13' seals one end in the same direction. The opening-side end portion of the inner lid 13' protrudes further toward the opening portion 10' side of the lid body 8' than the flexible tube 24 and the fixing tube 23, and a thicker convex portion 13b' is formed outward. The inner cover receiving member 8c' provided on the inner wall of the lid body 8' is fastened and fitted tightly into the lid body 8'. Further, in the flexible tube 24, a thick convex portion 24c is formed outwardly around the opening portion 24b, and a thickness is thin on the side peripheral surface thereof so as to be in the inner diameter direction of the lid body 8'. Freely deformed deformation portion 24a. The flange portion 24c of the flexible tube 24 is tightly fitted to the inner wall surface of the lid body 8'. On the other hand, in the fixed tube 23 and the inner cover 13' at positions corresponding to the deformed portions 24a of the flexible tube 24, respectively, through the holes 23a, 13a', the deformation portion 24a is a pressure transmitting medium to be applied. The pressing force of the button portion 17' is transmitted to the holding shaft 19b' of the applicator 16'.

On the other hand, the opening and closing mechanism includes a button portion 17' that can freely enter and exit from the hole portion 8a' penetrating the peripheral surface of the lid body 8', and is interposed between the two holding shafts 19a', 19b' of the applicator 16'. The spring 15' is in contact with the projection pin 17b on the back surface of the leg portion 17a of the button portion 17. And a protrusion 25 protruding toward the deformation portion 24a of the flexible tube 24 on the holding shaft 19b' on the side close to the button portion 17', and the back portion 17a' of the button portion 17' is back at the button portion 17' At the time of pressing, the protrusion 25 is biased via the deformed portion 24a of the flexible tube 24.

Therefore, by pressing the button portion 17', the leg portion 17a' of the button portion 17' is fixed by The hole portion 23a of the tube 23 abuts against the deformed portion 24a of the flexible tube 24, deforms the deformed portion 24a in the inner diameter direction, and is biased by the hole portion 13a' of the inner lid 13'. The projection 25 of the shaft 19b'. That is, the leg portion 17a' of the knob portion 17' is indirectly biased to the retaining shaft 19b' via the deformed deformed portion 24a. As a result, the applicator 16' compresses the spring 15' interposed between the retaining shafts 19a', 19b', and the applicator 16' is closed. Therefore, the coated body sheets 21' and 22' provided at the tips of the holding shafts 19a' and 19b', respectively, are integrated to form the coated body 20'.

Further, by releasing the button portion 17', the action of the leg portion 17a of the button portion 17' indirectly biasing the holding shaft 19b' via the deforming portion 24a is stopped, and the compressed spring 15' rebounds and elongates. As a result, the deformed portion 24a which has been deformed in the flexible tube 24 is restored to its original state, and the holding shafts 19a' and 19b' of the applicator 16' are separated from each other and developed. At this time, the original coated body 20' is divided into two coated body sheets 21' and 22'.

The applicator 16' is fixed to the inner cover 13', and when the button portion 17' enters the hole portion 8a' of the cover 8', the leg portion 17a' of the button portion 17' can be opened and closed. The deformation portion 24a of the flexible tube 24 is deformed, and the deformation portion 24a of the flexible tube 24 is only elastically deformed and held in a closed state, and the inner cover 13' and the flexible tube 24 are both at the flange portion 13b. Since the '24c' is tightly fitted to the inner wall surface of the lid body 8', even if the inner lid 13' in the flexible cylinder 24 penetrates the hole portion 13a', the airtightness in the inner lid 13 can be maintained.

Further, in the liquid cosmetic coating container 1' of the second embodiment, it is also the same as the embodiment. Similarly to the first aspect, a recessed portion having an opening in the direction of the tail plug 9' is formed on the side surface of the leg portion 17a' of the button portion 17', and the button portion 17' is pressed and slid in the direction of the tail plug 9'. The depressed portion is engaged with the periphery of the hole portion 8a' of the lid body 8'. Therefore, the button portion 17' is fixed in a state of being immersed in the hole portion 8a' of the lid body 8', so that the applicator 16' can be kept in a closed state. As a result, when the lid body 8' for holding the root portion of the applicator 16' is inserted and removed from the coating container main body 2', the applicator 16' can be easily inserted and removed without hindering. Moreover, when the applicator 16' is used, the recessed portion of the leg portion 17a' of the button portion 17' and the periphery of the hole portion 8a' of the lid body 8' are held together, so that the two coated body sheets 21 can be held. The state of the eyelashes is held between ', 22'.

The liquid cosmetic coating container 1' of the second embodiment has the above structure, so that when the user needs to apply the liquid cosmetic 7' to the eyelashes, the following steps can be carried out.

First, the user loosens the screwing of the male thread 5' of the coating container body 2' and the lid body 8' and the female thread 12' in the liquid cosmetic coating container 1', so that the lid body 8' is separated from the coating container body 2'. The applicator 16' that has the root portion held in the lid 8' can be pulled out from the coating container body 2' in which the liquid cosmetic 7' is stored. At this time, the button portion 17' of the lid body 8' is pressed with a finger, and the back portion of the leg portion 17a' of the button portion 17' passes through the hole portion 23a of the fixing tube 23, thereby deforming the deformed portion 24a of the flexible tube 24. Further, the hole portion 13a' of the inner lid 13' is biased by the deformation portion 24a to the projection portion 25 constituting the holding shaft 19b' of the applicator 16', so that it is interposed between the two holding shafts 19a', 19b'. The retaining shafts 19a', 19b' which are unfolded by the elasticity of the spring 15' are closed. And by holding the root to the cover 8' The inner applicator 16' is pulled out from the coating container main body 2', and even if the holding shafts 19a' and 19b' of the applicator 16' are provided, and the front ends of the holding shafts 19a' and 19b' are integrally formed, the coating body can be formed. The excess liquid cosmetic material 7' is adhered to the coated body sheets 21' and 22' of 20', and the excess liquid cosmetic material 7' can be removed by the wiping tape 6' built in the coating container main body 2'.

On the cover 8' separated from the coating container body 2', if the button portion 17' of the lid 8' pressed by the finger is released again, the leg portion 17a' of the button portion 17' is indirectly applied via the deformation portion 24a. The action of the protrusion 25 of the holding shaft 19b' is stopped, and the spring 15' which is interposed between the holding shafts 19a', 19b' and compressed is elongated, and the holding shafts 19a', 19b' are separated from each other, so the coating tool 16 is 'Expanding, the original integrated body 20' is divided into two coated body sheets 21', 22'.

Therefore, when the eyelashes are positioned between the divided coated body sheets 21', 22' and the button portion 17' protruding from the hole portion 8a' of the lid body 8' is pressed, the back portion 17a' of the button portion 17' is made The deformed portion 24a of the flexible tube 24 is deformed, and the deformed portion 24a after the deformation is applied to the protruding portion 25 of the holding shaft 19b'.

As a result, the holding shafts 19a' and 19b' are closed by compressing the interposed springs 15', and the coated body sheets 21' and 22' are integrated to form the coated body 20' so that the eyelashes are sandwiched therebetween.

Further, as in the first embodiment, the positional relationship of the holding shafts 19a' and 19b' with respect to the eyelashes is such that any one of the holding shafts 19a' and 19b' can be positioned on the upper side of the eyelashes depending on the user.

Then, by brushing the coated body 20' toward the distal end of the eyelashes, the liquid cosmetic 7' can be applied to the surface of the eyelashes.

On the other hand, after the application of the liquid cosmetic 7' to the eyelashes is completed, the button portion 17' is pressed, and the leg portion 17a' of the button portion 17' is immersed in the hole portion 8a' of the lid body 8'. Thereby, the leg portion 17a' of the button portion 17' is indirectly biased by the deformation of the deformed portion 24a of the flexible tube 24 to the protrusion portion 25 of the holding shaft 19b', so that the holding shaft 19a' of the applicator 16', 19b' closed.

Therefore, the coating container main body 2' and the lid body 8' can be easily integrated, and the applicator 16' can be housed in the coating container body 2'.

As described above, in the second embodiment, the button portion 17' is also freely inserted into the hole portion 8a' provided in the cover body 8', so that the hole portion 8a' and the button portion 17' provided in the cover body 8' are provided. There must be a certain space (gap) between the leg portions 17a'. Air flows from the space (gap) to the inside and outside of the cover 8'. However, since the inner cover 13' provided inside the cover 8' is tightly fitted to the inner wall of the cover 8' by the flange portion 13b', When the back portion 17a' of the button portion 17' is biased against the projection portion 25 of the holding shaft 19b', only the deformation portion 24a of the flexible tube 24 is deformed, and the flange portion 24c around the opening portion 24b is tightly fitted. Since the inner side of the inner lid 13' is a closed space, the inner side of the inner lid 13' can prevent air from flowing from the space (gap). Therefore, when the lid body 8' is tightly fitted to the coating container body 2', the inner lid of the inner lid 13' by the space (gap) generated by the hole portion 8a' provided in the lid body 8', that is, the inner lid 13' inside is in communication with the inside of the coating container body 2', so that air can be prevented from flowing between the inner whole space and the outer side of the inner cover 13'. Bypassing, the internal airtightness can be maintained, and the quality of the liquid cosmetic 7' can be prevented from being lowered or leaked to the outside.

[Example 3]

The liquid cosmetic coating container 1" according to the third embodiment of the present invention shown in Fig. 1 and Fig. 13 to Fig. 20 has a structure including an opening (not shown) in the coating container main body 2", and is screwed outside the opening. A male thread (not shown) on the side surface, a wiping tape (not shown), or a basic structure such as a female thread 12" screwed on the inner circumferential surface 11" of the opening portion 10" of the lid body 8", and being axially coupled to each other The opening and closing mechanism of the applicator 16" which can be opened and closed as a spring coil spring (not shown) between the two holding shafts 19a" and 19b", and the sealing mechanism of the lid body 8" are The liquid cosmetic coating container 1 shown in the above embodiment 1 is basically the same.

Further, the opening and closing mechanism and the sealing mechanism can be configured not only according to the mechanism shown in the first embodiment but also according to the mechanism shown in the second embodiment. Also in the above-described third embodiment, as in the first embodiment and the second embodiment, the spring is preferably a coil spring. However, the present invention is not limited thereto, and the coating tool 16" is closed after being compressed, and the coating tool 16" is opened after stretching. For example, a leaf spring or the like can also be used.

Further, in the third embodiment of the present invention, as shown in Figs. 13 and 14, the overall shape of the two coated body sheets 21", 22" is such that one of the coated body sheets 21" fits the shape of the eyelashes, and the holding shaft 19a" The axial direction is curved, and the other coated body sheet 22" is bent in the bending direction of one of the coated body sheets 21". Further, the one coated body sheet 21" is on the surface (surface) of the front end of the holding shaft 19a" opposite to the other coated body sheet 22", along the axial direction A plurality of peripheral grooves 36 are provided. Similarly, the other coated body sheet 22" is provided on the surface (surface) of the front end of the holding shaft 19b" opposite to the coated body sheet 21". a peripheral groove 36' formed by the peripheral groove 36 formed by the coated body sheet 21", and a surface of the coated body sheet 21" opposite to the other coated body sheet 22" and provided with the peripheral groove 36, A comb portion 27 is formed on the opposite side. Further, according to the application state of the liquid cosmetic 7" desired by the user, as in the first embodiment or the second embodiment, as shown in Figs. 18 to 20, the entire shape of the two coated body sheets 21", 22" may be In addition, the surface of each of the two coated body sheets 21" and 22" may be provided with a spiral bristle body 21b" and a cutting tooth surface 22b" in the axial direction, and the spiral bristle body 21c" and the curved surface may be provided in the axial direction. 22c", a combination of a cylindrical flocking brush head 21d" and a curved surface 22d", or a plurality of annular projections 21a" are disposed along the axial direction and a plurality of peripheral grooves 22a" are engaged along the axial direction thereof, along the axial direction Various combinations of the incisor surface 22b" and the forming brush 26 or the two surface shapes are used as the forming brush 26 or the incisor surface 22b".

Further, in the inner lid (not shown), the two holding shafts 19a" and 19b" which are freely opened and closed by the interposed spring pass through the pin through the root portions of the holding shafts 19a" and 19b" The holes are integrally connected in a freely rotatable manner, and as shown in Fig. 14, the holding shafts 19a", 19b" are rotatably coupled in a single body, and assembly thereof is relatively easy. That is, first, the root portion 28 of the holding shaft 19a" of the above-mentioned application body sheet 21" is provided with a notch portion 28a which is opened toward the opposite side of the side on which the application body sheet 21" is provided, while facing the other application body. Sheet 22" retaining shaft 19b" Side opening. The notch portion 28a is sandwiched by a pair of fastening walls 28b parallel to the axial direction of the retaining shaft 19a", and is slidably embedded inside the two fastening walls 28b. The fastening pin 29 of the root portion 28' of the shaft 19b" is held, and is respectively disposed at a position opposite to each other to form a locking groove 30. The lower end of the locking groove 30 is open at the lower end of the fastening wall 28b, and the upper end is U. The glyph is closed (in addition, the upper and lower sides are referred to as the other holding shaft 19b side), and the opposite side is the lower side. Further, the retaining shaft 19a on the front end side of the locking wall 28b" A wide portion 37 is formed opposite the wide portion 37' provided on the other holding shaft 19b". The two wide portions 37, 37' are respectively inserted with spring holes 38 for setting The two retaining shafts 19a", 19b" are freely openable and closable. Then, in front of the root portion 28' of the retaining shaft 19b" of the other coated body piece 22", a wide portion having a width larger than the retaining shaft 19b" is provided. 37', and narrowing the width of the root portion 28' to be inserted into the above-mentioned cutout portion 28a provided in the root portion 28 of one of the holding shafts 19a", on the basis of A cylindrical fastening pin 29 that protrudes in the left-right direction of the holding shaft 19b" is integrally formed. Therefore, the narrow root portion 28' of the other holding shaft 19b" is inserted into the notch portion 28a of one of the retaining shafts 19a" root portion 28 from the opening of the slit portion 28a at an angle of 90, while the other retaining shaft 19b is inserted The snap pin 29 of the root portion 28' is slidably fitted into the retaining groove 30 of the retaining shaft 19a" root portion 28, and is moved to the upper end to close the two retaining shafts 19a", 19b" Thereby, the two are pivoted together in a freely rotatable manner.

In addition, as described above, when the two holding shafts 19a", 19b" are closed to each other, as shown in FIG. As shown, each of the peripheral grooves 36, 36' which form the two coated sheets 21", 22" and which are provided in the axial direction are set to be incompletely meshed with each other. That is, when the peripheral grooves 36, 36' of the two coated body sheets 21" and 22" are engaged, the two are also adjusted so that at least one peripheral groove 36 is caused to be more than one time larger than the average diameter of one eyelash 39, and is not satisfied. 2 times the gap h. Since the gap h exists, the eyelashes 39 are applied while the eyelashes 39 are held by the application body 20", so that the liquid cosmetic 7" stored in the gap h can be applied to the eyelashes 39, and each eyelash 39 can be applied. The liquid cosmetic 7" is applied densely.

The axial connection structure of the above two holding shafts 19a" and 19b" is also applicable to the above-described first embodiment and second embodiment.

Further, as shown in Fig. 14, a rib portion 31 and a recess portion 32 are formed on the surfaces of the holding shafts 19a" and 19b" which are rotatably coupled to each other so as to be freely openable and closable, and the retaining shaft 19a is formed. ", 19b" can be fitted to each other when closed. Therefore, when the holding shafts 19a", 19b" are closed so as to apply the liquid cosmetic 7" to the eyelashes, the ridges 31 and the recesses 32 respectively formed on the mutually opposing surfaces of the holding shafts 19a", 19b" are embedded. As a result, in the state where the user holds the eyelashes by the application body 20", even if the application body 20" moves in the direction of the eyelashes, the two holding shafts 19a", 19b" are formed by the above-mentioned ridge portions 31 and depressions. Since the fitting of the 32 is integrated, the phenomenon that the holding shaft 19a" and the other holding shaft 19b" are not displaced in the coating direction does not occur, and the liquid cosmetic 7" can be uniformly and accurately applied to the eyelashes. .

Moreover, the structure in which the retaining shafts 19a" and 19b" are displaced by the fitting of the protruding portion 31 formed on the surfaces of the holding shafts 19a" and 19b" facing each other and the recessed portion 32 is prevented. The same applies to the above-described Embodiment 1 and Embodiment 2.

In the opening and closing mechanism of the third embodiment, the button portion 17" which is movable up and down with respect to the lid body 8" is as shown in Fig. 16. That is, in the plan view, the center of the cover portion 8" on the side of the circular button portion 17" (in addition, the surface of the button portion 17 is wavy to prevent the finger from sliding when the button portion 17" is applied) The main leg piece 33 of the rectangular parallelepiped shape is formed with a pair of auxiliary leg pieces 34 at the opposite positions centering on the main leg piece 33. The main leg piece 33 corresponds to the leg portion 17a of the first embodiment, and the back surface of the main leg piece 33 abuts against the protruding pin, and the protruding pin penetrates through the through hole in the inner cover of the inside of the cover body 8" to be in close contact with the elastic body O. The ring is freely accessible from the elastomer O-ring, and the end of each side of the main leg 33 opposite to the pair of auxiliary leg pieces 34 is provided with a buckle protrusion 33a, as viewed from the longitudinal section. The locking protrusions 33a are gradually tapered toward the end sides of the main leg pieces 33, and the inner side faces of the auxiliary leg pieces 34 are provided with longitudinal ribs 34c protruding toward the cover 8" in the center thereof. The inner side end is provided with a locking protrusion 34a, and the locking protrusion 34a gradually tapers toward the inner end side of the auxiliary leg piece 34 when viewed in a longitudinal section. On the other hand, a circular recess 35 is formed in the surface of the cover 8", and hole portions 35a and 35b are formed in the recess 35, and constitute a main leg 33 and other than the above-described respective buckle protrusions 33a and 34a. The cross-sectional shape of the auxiliary leg piece 34. The positional relationship of the hole portions 35a and 35b is inserted into the two hole portions of the auxiliary leg piece 34 centering on the hole portion 35a inserted into the main leg piece 33. The 35b is penetrated in a direction perpendicular to the axis of the lid 8".

Therefore, by including the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17", each buckle is included The protruding protrusions 33a and 34a are inserted into the hole portions 35a and 35b of the lid body 8", and the button portion 17" and the lid body 8" can be integrated. As a result, the button body is integrated with the lid body 8". When the portion 17" moves up and down, the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17" are restricted by the hole portions 35a, 35b penetrating through the cover body 8" without being shaken, so that the user can smoothly enter and exit, and even if When the button portion 17" is disengaged from the cover body 8", the locking protrusions 33a, 34a respectively protruding from the end sides of the main leg piece 33 and the auxiliary leg piece 34 are fastened to the inner side of the cover body 8", thereby preventing The button portion 17" is detached from the cover 8".

Further, the button portion 17" and the lid body 8" are also applicable to the above-described first embodiment and second embodiment.

Further, in the liquid cosmetic coating container 1" of the third embodiment, the side surface of the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17" are formed in a recessed portion 33b having an opening portion in the direction of the tail pin 9", 34b, by pressing the button portion 17" and sliding it in the direction of the tail pin 9", the recessed portions 33b, 34b can be engaged with the periphery of the hole portions 35a, 35b of the lid body 8". Therefore, in the same manner as in the first embodiment and the second embodiment, the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17" are fixed in a state of being immersed in the hole portions 35a, 35b of the cover body 8", so that the applicator 16" As a result, when the lid body 8" for holding the root portion of the applicator 16" is inserted and removed for the coating container body 2", the applicator 16" is not hindered and can be easily inserted and removed. When the applicator 16" is used, the main leg piece 33 of the button portion 17" and the recessed portions 33b, 34b of the auxiliary leg piece 34 are engaged with the periphery of the hole portions 35a, 35b of the cover body 8", thereby It is possible to maintain the state in which the eyelashes are held between the two coated body sheets 21" and 22". In addition, using one of them When the liquid portion 7" is applied to the comb portion 27 of the body sheet 21", the coated body 20" is formed integrally with the other coated body sheet 22", so that the other portion is not contaminated.

The liquid cosmetic coating container 1" of the third embodiment has the above-described configuration. Therefore, when the user needs to apply the liquid cosmetic 7" to the eyelashes, the following procedure can be followed.

First, the user loosens the screwing of the male thread of the coating container body 2" and the lid body 8" and the female thread 12" in the liquid cosmetic coating container 1", so that the lid body 8" is separated from the coating container body 2", The applicator 16" having the root portion held in the lid body 8" can be pulled out from the coating container body 2" in which the liquid cosmetic 7" is stored. At this time, the button portion 17" attached to the lid body 8" is pressed with a finger, and the same opening and closing mechanism as in the first embodiment is used in the lid body 8" so as to be interposed between the two holding shafts 19a", 19b" The retaining shafts 19a", 19b" are unfolded by the elasticity of the spring, and the applicator 16" held by the roots 28, 28' in the cover 8" is pulled out of the coated container body 2", Even the holding shafts 19a" and 19b" of the coating tool 16" and the coated body sheets 21" and 22" which are provided at the tips of the holding shafts 19a" and 19b" and which are integrally formed to form the coating body 20" are attached with unnecessary The liquid cosmetic 7" can also remove excess liquid cosmetic 7" by a wiping tape built in the coating container body 2".

In the lid body 8" which is separated from the coating container main body 2", when the button portion 17" of the lid body 8" pressed by the finger is released again, the same opening and closing mechanism as in the first embodiment is used in the lid body 8". a protruding pin attached to the back surface of the main leg piece 33 of the button portion 17" The spring that is compressed by the retaining shaft 19b" and interposed between the retaining shafts 19a", 19b" is elongated, and the retaining shafts 19a", 19b" are separated from each other, so that the applicator 16" is unfolded, and the original coated body 20" It is divided into two coated body sheets 21", 22".

Therefore, the eyelashes are placed between the divided coated body sheets 21" and 22", and the button portion 17" protruding from the concave portion 35 of the lid body 8" is pressed again, and the main leg piece 33 of the button portion 17" is biased by The projecting pin is further biased by the projecting pin to the retaining shaft 19b", whereby the retaining shafts 19a", 19b" are closed by compressing the interposed spring, and the coated body sheets 21", 22" are integrated to form the coated body 20 ", so that the eyelashes are clamped between them.

Further, as in the first embodiment and the second embodiment, the positional relationship of the holding shafts 19a" and 19b" with respect to the eyelashes is such that the holding shaft 19a" or 19b" can be positioned on the upper side of the eyelashes depending on the user's condition. .

Further, by brushing the coated body 20" toward the distal end of the eyelashes, the liquid cosmetic 7" can be applied to the surface of the eyelashes.

Further, when the lashes coated with the liquid cosmetic 7" by the application body 20" are in contact with each other, or when the liquid cosmetic 7" is further applied to the lashes, the button portion 17" of the cover 8" is pressed with a finger to keep it. When the shafts 19a" and 19b" are kept closed, the eyelashes are combed with the comb portion 27" of the applicator 20", so that the roots of the eyelashes that are in contact with each other are clearly defined, and the liquid cosmetic 7" can be further quickly and accurately applied to each. On one eyelash.

On the other hand, after the application of the liquid cosmetic 7" to the eyelashes is completed, the button portion 17" is pressed, so that the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17" are immersed in the cover body 8" Inside the holes 35a, 35b. Thereby, the main leg piece 33 of the button portion 17" is biased by the projection pin to the retaining shaft 19b" to close the retaining shafts 19a", 19b" of the applicator 16". Therefore, the container body 2" and the cover body 8 are coated. "It is easy to be integrated, and the applicator 16" can be accommodated in the coating container main body 2".

As described above, in the third embodiment, the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17" are also freely inserted into the hole portions 35a, 35b provided in the cover body 8", so that the cover body 8" There must be a certain space (gap) between the hole portions 35a and 35b provided and the main leg piece 33 and the auxiliary leg piece 34 of the button portion 17". The air flows from the space (gap) to the inside and outside of the lid body 8". However, the inside of the inner lid is a sealed space by the sealing mechanism provided inside the lid body 8" described in the first embodiment, thereby preventing air from the space. (gap) circulation. Therefore, when the lid body 8" is tightly fitted to the coating container main body 2", the inside and outside of the inner lid of the inner lid is provided by the inner and outer portions of the inner lid via the holes 35a, 35b provided in the lid body 8". That is, the inside of the inner lid is also in communication with the inside of the coating container body 2", so that air can be prevented from flowing between the entire inner space and the outer side of the inner lid, and the inner airtightness can be maintained, and the quality of the liquid cosmetic material can be prevented from being lowered or leaked. To the outside.

The present invention relates to a coating tool which is provided in a liquid cosmetic coating container containing a liquid cosmetic, and can be opened and closed by the operation of the button portion to open and close the eyelash and apply the liquid cosmetic while the liquid cosmetic is stored. The sealing mechanism built in the lid body maintains the airtightness in the liquid cosmetic coating container, and the quality of the liquid cosmetic material can be prevented from being lowered or leaked to the outside, so that it is suitable for accommodating a ciliary containing a volatile component. A liquid cosmetic coating container for a liquid cosmetic such as a cream or a mascara makeup remover.

1, 1', 1" ‧ ‧ liquid cosmetic coating container

2, 2', 2" ‧ ‧ coating container body

3, 3'‧‧‧ openings

4, 4'‧‧‧ outside side

5, 5'‧‧‧ male thread

6, 6'‧‧‧ wipe tape

7, 7', 7" ‧ ‧ liquid cosmetics

8, 8', 8" ‧ ‧ cover

8a, 8a’‧‧‧ Hole

8b‧‧‧ Around the hole

8c, 8c'‧‧‧ inner cover bearing

9, 9', 9" ‧ ‧ tail bolt

10, 10', 10" ‧ ‧ openings

11, 11', 11" ‧ ‧ inner circumference

12, 12', 12" ‧ ‧ female thread

13, 13’ ‧ ‧ inner cover

13a‧‧‧through hole

13a’‧‧‧ Hole Department

13b, 13b’‧‧‧ edging

14‧‧‧O-ring

15, 15' ‧ ‧ spring

16, 16', 16" ‧ ‧ coatings

17, 17', 17" ‧ ‧ button

17a, 17a’‧‧‧ feet

17b‧‧‧protruding pin

18‧‧‧Depression

19a, 19b, 19a', 19b', 19a", 19b" ‧ ‧ retaining shaft

20, 20', 20" ‧ ‧ coated body

21, 21', 21" ‧ ‧ coated body tablets

21a, 21a’‧‧‧ annular protrusion

21b, 21b’, 21b” ‧‧‧Spiral brush body

21c, 21c', 21c" ‧‧‧Spiral brush body

21d, 21d', 21d" ‧‧‧Flocking brush head

21e, 21e’‧‧‧ opposite

22, 22', 22" ‧ ‧ coated body

22a, 22a’, 22a”‧‧‧ perimeter slots

22b, 22b’, 22b” ‧ ‧ cut surface

22c, 22c’, 22c”‧‧‧ curved faces

22d, 22d', 22d" ‧ ‧ curved face

22e, 22e’‧‧‧ opposite

23‧‧‧Fixed tube

23a‧‧‧ (fixed tube) hole

24‧‧‧Flexible tube

24a‧‧‧Deformation

24b‧‧‧ openings

24c‧‧‧bump

25‧‧‧Protruding

26‧‧‧Forming brush

27‧‧‧Comb

28, 28’ ‧ ‧ roots

28a‧‧‧cutting section

28b‧‧‧Bucking wall

29‧‧‧deduction

30‧‧‧Bucking slot

31‧‧‧ 突条部

32‧‧‧Depression

33‧‧‧Main foot piece

33a‧‧‧ buckled protrusion

33b‧‧‧Depression

34‧‧‧Auxiliary foot piece

34a‧‧‧ buckled protrusion

34b‧‧‧Depression

34c‧‧‧Vertical ribs

35‧‧‧ recess

35a, 35b‧‧‧ Hole Department

36, 36'‧‧‧ perimeter slots

37, 37’‧‧‧ Wide section

38‧‧‧Spring hole

39‧‧‧ Eyelashes

H‧‧‧ gap

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a front elevational view showing a liquid cosmetic coating container of Examples 1 to 3 of the present invention.

Fig. 2 is a longitudinal sectional view showing a liquid cosmetic coating container according to a first embodiment of the present invention.

Fig. 3 is a cross-sectional view showing the operation state of the applicator in the liquid cosmetic coating container according to the first embodiment of the present invention.

Fig. 4 is a cross-sectional view taken along line A-A of Fig. 3 showing an operation state of the applicator in the liquid cosmetic coating container according to the first embodiment of the present invention.

Fig. 5 is a longitudinal sectional view showing a liquid cosmetic coating container according to a second embodiment of the present invention.

Fig. 6 is a longitudinal cross-sectional view showing an operation state of the applicator in the liquid cosmetic coating container according to the second embodiment of the present invention.

Fig. 7 is a cross-sectional view taken along line B-B of Fig. 6 showing an operation state of the applicator in the liquid cosmetic coating container according to the second embodiment of the present invention.

Fig. 8 is a schematic view showing the types of coated bodies used in Examples 1 and 2 of the present invention.

Fig. 9 is a schematic view showing the types of coated bodies used in Examples 1 and 2 of the present invention.

Fig. 10 is a schematic view showing the types of coated bodies used in Examples 1 and 2 of the present invention.

Fig. 11 is a schematic view showing a cross section of a coated body used in Examples 1 and 2 of the present invention.

Fig. 12 is a schematic view showing another cross section of the coated body used in Examples 1 and 2 of the present invention.

Fig. 13 is an overall perspective view of a coating tool in a liquid cosmetic coating container according to a third embodiment of the present invention.

Fig. 14 is an exploded perspective view showing the holding shaft applicator of the third embodiment of the present invention.

Fig. 15 is a schematic view showing the state of engagement of the peripheral grooves provided in the coated body sheet in the third embodiment of the present invention.

Figure 16 is an exploded perspective view of the cover body and the button portion in the third embodiment of the present invention.

Fig. 17 is an enlarged perspective view showing the side of the button portion in the direction of the tail plug according to the third embodiment of the present invention.

Fig. 18 is a schematic view showing the type of the coated body used in Example 3 of the present invention.

Fig. 19 is a schematic view showing the type of the coated body used in Example 3 of the present invention.

Fig. 20 is a schematic view showing the type of the coated body used in Example 3 of the present invention.

1‧‧‧Liquid cosmetic coating container

2‧‧‧Coating container body

3‧‧‧ openings

4‧‧‧Outside

5‧‧‧ male thread

6‧‧‧wipe belt

7‧‧‧Liquid Cosmetics

8‧‧‧ cover

8a‧‧‧孔部

8b‧‧‧ Around the hole

8c‧‧‧ inner cover bearing

9‧‧‧ tail bolt

10‧‧‧ openings

11‧‧‧ inner circumference

12‧‧‧Female thread

13‧‧‧ Inner cover

13a‧‧‧through hole

13b‧‧‧bumping

14‧‧‧O-ring

15‧‧‧ Spring

16‧‧‧Applicator

17‧‧‧ button

17a‧‧‧foot

17b‧‧‧protruding pin

18‧‧‧Depression

19b‧‧‧Maintenance shaft

20‧‧‧Applicator

21‧‧‧ coated tablets

22‧‧‧ coated tablets

Claims (16)

A liquid cosmetic coating container comprising: a coating container body for storing a liquid cosmetic; and a lid body, wherein the lid body is provided with a function of preventing air from flowing through the hole provided in the lid body and holding the inside thereof The hermetic sealing mechanism simultaneously holds the root of the applicator formed by the two holding shafts and can be opened and closed in the sealing mechanism, and further has an opening and closing mechanism in the sealing mechanism for opening and closing the applicator to which the root is held The sealing mechanism has a pressure transmitting medium for transmitting a pressing force between the button portion and the holding shaft; the coating device has a coated body sheet at the front end of the holding shaft, and the coated body sheet can be formed by being closed and integrated. a coating body for holding the object to be coated; a pressing force for holding the shaft through the pressure transmitting medium via a button portion that can freely enter the hole portion penetrating the side surface of the lid body, and two holding shafts interposed in the coating tool The spring resilience between the opening and closing mechanism is capable of freely opening and closing the applicator; by pressing the button portion of the opening and closing mechanism, the leg portion of the button portion passes through the pressure transmitting medium The force applicator holding the axis of the spring will be compressed so that the applicator is closed, and, by the stopping force to the knob portion, the spring extends the applicator opening is closed. The liquid cosmetic coating container according to the first aspect of the invention, wherein the sealing mechanism built in the cover body is a cylindrical inner cover sealed at one end, and the through hole in the side peripheral surface thereof has a protruding pin therein. The opening portion protrudes more closely than the through hole and is tightly fitted to the inner wall of the cover body, and the protruding pin can freely enter and exit in the inner and outer directions. The elastic O-ring provided on the inner circumferential surface of the through hole; the back surface of the leg portion of the button portion of the opening and closing mechanism abuts against the protruding pin, and the surface of the protruding pin is closely adhered to the inner cover by pressing the button portion The O-ring provided on the inner circumferential surface of the through hole is not immersed in the O-ring, and the retaining shaft of the coating tool is biased by the protruding pin, the spring is compressed and the coating device is closed, and by stopping the force application At the button portion, the spring extends to open the closed applicator. The liquid cosmetic coating container according to claim 1, wherein the sealing mechanism built in the cover body is sandwiched between a cylindrical inner cover sealed at one end and a fixed tube externally mounted on the inner cover. The flexible tube is a cylindrical body, and one end is sealed in the same direction as the inner cover, and the other end is formed with a flange portion that is engaged with the fixed tube, and further, a side circumference thereof a deformation portion that is freely deformable in an inner diameter direction of the cover body is disposed on the surface, and a deformation portion that is disposed in the flexible tube has a hole portion penetrating through the fixed tube and the inner cover, and further, the convex portion The part is tightly fitted to the inner wall of the cover; the leg portion of the button portion of the opening and closing mechanism is inserted into the hole portion of the fixed tube, and by pressing the button portion, the foot portion of the button portion is pressed against the deformation of the flexible tube And deforming the portion, and applying a force to the holding shaft of the coating tool via the deformation portion, the spring is compressed and the coating device is closed. Further, by stopping the application of the force to the button portion, the spring is extended to close. The coating is open. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein the button portion has a depressed portion on a side of the leg portion, and the button portion is pressed to close the coating tool. Next, the depressed portion having the button portion that is not in the hole portion can be freely engaged with the periphery of the hole portion. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein the coating body is integrally formed and provided in the coating body sheets at the tips of the two holding shafts, and the combination thereof may be one coating. The body sheet forms a spiral brush body, and the other coated body sheet forms a flat-shaped incisor surface which is externally connected along the spiral brush body forming the above-mentioned coated body sheet, or a coated body sheet is formed into a spiral bristles The other coated body sheet forms a curved surface which is closely adhered along the surface of the spiral bristle body forming the above-mentioned coated body sheet, or one coated body sheet is formed into a substantially cylindrical flocking brush head, and the other The coated body sheet is formed with a curved surface which is in close contact with the surface of the cylindrical flocking brush head forming the above-mentioned coated body sheet. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein the coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and the combination thereof may be: two coated body sheets. In the overall shape, one of the coated body sheets is fitted in the shape of the eyelashes, curved in the axial direction of the holding shaft, and the other coated body sheet is bent in the bending direction of the one of the coated body sheets, or the two coated body sheets are fitted to each other in shape Further, in any one of the above-mentioned two coated body sheets, the surface shape of each of the two coated body sheets is such that one of the coated body sheets is provided with a plurality of annular protrusions in the axial direction at the periphery. , The other coated body sheet is provided with a plurality of peripheral grooves that are engaged with the annular protrusions in the axial direction; or one of the coated body sheets is provided with a cutting tooth surface in the axial direction, and the other coated body sheet is provided with a forming brush; or two coated body sheets A plurality of peripheral grooves, a forming brush, or a cutting surface are provided. The combination of the overall shape of the two coated body sheets and the corresponding surface shape is such that the cross-sectional shapes of the two coated body sheets are: square and circular or oval. Or a curved surface in which the two coated body sheets are round or elliptical, and the mutually facing faces of the two coated body sheets are flat or curved toward a certain coated body sheet. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein the coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and the combination thereof may be: two coated body sheets. In the overall shape, the two coated body sheets are linear. Further, regarding the overall shape of the two coated body sheets, the surface shapes of the two coated body sheets are such that one coated body sheet is provided along the periphery in the axial direction. a plurality of annular protrusions, and the other coated body sheet is provided with a plurality of peripheral grooves that are engaged with the annular protrusions in the axial direction; or one of the coated body sheets is provided with a cutting tooth surface along the axial direction, and the other coated body sheet is provided with a forming brush Or the two coated body sheets are provided with a plurality of peripheral grooves, a forming brush, or a cutting tooth surface; and the combination of the overall shape of the two coated body sheets and the corresponding surface shape is such that the cross-sectional shapes of the two coated body sheets are: square Or a circular or elliptical shape; or a circular or elliptical shape in which the two coated body sheets are integrated, and the mutually facing faces of the two coated body sheets are planes or curved surfaces that are curved in the direction of a certain coated body sheet. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein The coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and the combination thereof may be such that at least the opposing surfaces are provided with a plurality of peripheral grooves in the axial direction, and It can be freely fastened. The liquid cosmetic coating container according to claim 8, wherein in the overall shape of the two coated body sheets, one of the coated body sheets is matched with the shape of the eyelashes, and is bent along the axial direction of the holding shaft, and the other coated body sheet is edged. The bending direction of one of the coated body sheets is curved, or the two coated body sheets are bent in opposite directions to each other in accordance with their own shapes. The liquid cosmetic coating container according to any one of claims 1 to 3, wherein the coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and at least one coated body sheet is opposed to each other. The surface of the other coated body sheet was formed with a comb portion on the opposite side. The liquid cosmetic coating container according to the fourth aspect of the invention, wherein the coating body is integrally formed on the coating body sheets at the tips of the two holding shafts, and the combination thereof may be one coated body sheet. Forming a spiral brush body, the other coated body sheet forming a flat-shaped incisor surface, the incisor surface is externally connected along a spiral brush body forming the above-mentioned coated body sheet, or a coated body sheet is formed into a spiral brush body. The other coated body sheet forms a curved surface which is closely adhered along the surface of the spiral bristle body forming the above-mentioned coated body sheet, or one coated body sheet is formed into a substantially cylindrical flocking brush head, and the other coated body The sheet is formed with a curved surface along which the above-mentioned coated body sheet is formed The surface of the cylindrical flocking brush head is in close contact. The liquid cosmetic coating container according to the fourth aspect of the invention, wherein the coating body is integrally formed in the coating body sheets at the tips of the two holding shafts, and the combination thereof may be: the entire two coated body sheets. In the shape, one of the coated body sheets is fitted in the shape of the eyelashes, curved in the axial direction of the holding shaft, and the other coated body sheet is bent in the bending direction of the one of the coated body sheets, or the two coated body sheets are fitted to each other in the opposite direction And the shape of the two coated body sheets is such that the surface shape of each of the two coated body sheets is such that one of the coated body sheets is provided with a plurality of annular protrusions in the axial direction at the periphery, and a coated body sheet is provided with a plurality of peripheral grooves that are engaged with the annular protrusions in the axial direction; or one of the coated body sheets is provided with a cutting tooth surface in the axial direction, and the other coated body sheet is provided with a forming brush; or both coated body sheets are provided a plurality of peripheral grooves, a forming brush, or a cutting tooth surface are provided; and the combination of the overall shape of the two coated body sheets and the corresponding surface shape is such that the cross-sectional shapes of the two coated body sheets are: square and Or a circular or elliptical shape; or a circular or elliptical shape in which the two coated body sheets are integrated, and the mutually facing faces of the two coated body sheets are flat or curved in a direction toward a certain coated body sheet. The liquid cosmetic coating container according to the fourth aspect of the invention, wherein the coating body is integrally formed in the coating body sheets at the tips of the two holding shafts, and the combination thereof may be: the entire two coated body sheets. In the shape, the two coated body sheets are linear; Further, regarding the overall shape of the two coated body sheets, the surface shapes of the two coated body sheets are such that one coated body sheet is provided with a plurality of annular protrusions in the axial direction at the periphery, and the other coated body sheet is along the axial direction. a plurality of peripheral grooves that are engaged with the annular protrusions; or one of the coated body sheets is provided with a cutting tooth surface in the axial direction, and the other coated body sheet is provided with a forming brush; or both coated body sheets are provided with a plurality of peripheral grooves and formed Brushing, or cutting the tooth surface; and regarding the combination of the overall shape of the two coated body sheets and the corresponding surface shape, the cross-sectional shapes of the two coated body sheets are: square and circular or elliptical; or two coated body sheets are integrated The back surface is a circular or elliptical shape, and the surfaces of the two coated body sheets facing each other are plane or curved toward a certain coated body sheet. The liquid cosmetic coating container according to claim 4, wherein the coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and the combination thereof may be any one of at least On the opposite surface, a plurality of peripheral grooves are provided along the axial direction, and are freely fastened. The liquid cosmetic coating container according to claim 14, wherein in the overall shape of the two coated body sheets, one of the coated body sheets is matched with the shape of the eyelashes, and is bent along the axial direction of the holding shaft, and the other coated body sheet is edged. The bending direction of one of the coated body sheets is curved, or the two coated body sheets are bent in opposite directions to each other in accordance with their own shapes. The liquid cosmetic coating container according to claim 4, wherein the coating body is integrally formed and provided in the coated body sheets at the tips of the two holding shafts, and at least one coated body sheet is opposite to the other. Coating the surface of the body sheet, on the opposite side Made into a comb.