JP5527652B2 - Liquid cosmetic applicator - Google Patents

Description

  The present invention relates to a liquid cosmetic applicator for applying a liquid cosmetic such as mascara that is integrally held in a cap constituting a liquid cosmetic application container and stored in an application container main body.

  Conventionally, a liquid cosmetic applicator that is integrally held in a cap constituting a liquid cosmetic applicator container has a single- or multiple-row brush-like or comb-like applicator on the tip side surface of a shaft held in the cap. Is to arrange. Further, when arranging the single row or the plurality of rows of the application bodies on the tip side surface of the shaft body, it is possible to fit a separate application body into a locking groove recessed in the tip side surface of the shaft body, And an application body are integrally formed (see Patent Document 1).

  In addition, in the above-described liquid cosmetic applicator, for example, in the case of a brush-like application body, the brush as the application body is made as thin as possible in order to enhance the user's comfort, and in the comb-like application body, the shape of the eyelashes The tip of the shaft body is bent or curved so as to match the above. In particular, in a comb-like application body that is curved, the comb teeth constituting the comb-like application body are radially expanded so that the eyelashes can be evenly spread.

By the way, in manufacturing the liquid cosmetic applicator, when the shaft body and the comb-shaped application body are integrally formed, one end of the shaft body may be deformed, for example, by bending or bending. It is relatively easy to use a split mold.
However, in the case of a brush-like application body, the brush forming the application body is to be formed as thin as possible, so that it is difficult to integrally form the shaft body, and the brush-like application body is configured separately from the shaft body. It is common.

A brush-shaped or comb-shaped coated body that is molded separately from the shaft body can be formed as a punch when the brush or comb is disposed in parallel, but is arranged radially, bent, or spirally. Therefore, in order to mold, it is impossible to extract from the mold, so it becomes a split mold.
For this reason, it is very difficult to manufacture the mold because it requires a high degree of precision, and the maintenance cost is very high even if the mold is manufactured.
In addition, the split mold structure can be applied only to a single row brush or comb, and in the case of a plurality of rows of brushes or combs, it cannot be extracted from the mold and cannot be manufactured.

JP 2007-7188 A

  The problem to be solved is that the brush-like or comb-like application body cannot be easily and accurately held in a curved shape, a bent shape, a radial shape, or a spiral shape with respect to the tip of the shaft body.

  The present invention constitutes a liquid cosmetic applicator, and is characterized in that a brush-like or comb-like application body is deformed and fixed in accordance with the shape of the shaft body with respect to the shaft body whose tip is deformed. .

As a first feature, it is composed of a shaft body and an application body,
The shaft body is formed at one end with a base portion that is internally mounted and secured to the cap, and at the other end with a deformed portion that is deformed with respect to the axial direction of the shaft body or the rotation direction about the axis line. Forming a holding part of the coated body on the part,
The application body is deformable and integrally forms the application part and the attachment part,
The application body is deformed in accordance with the deformed portion of the shaft body in the holding portion and is fixed to the holding portion.

  For this reason, even if the tip of the shaft constituting the liquid cosmetic applicator is deformed, for example, curved, bent, or spiral, the holding portion of the applicator formed on the deformed portion at the tip of the shaft On the other hand, since the applicator is deformed in accordance with the deformed portion at the tip of the shaft body by fixing the applicator, the applicator is easily and accurately held against the holding portion formed at the tip of the shaft body. be able to.

  As a second feature, based on the first feature, in the application body, a groove portion corresponding to the deformation of the deformation portion of the holding portion is disposed on the deformation direction side of the application body or on the opposite side of the deformation direction. is there.

  Therefore, when deforming the application body, the concave groove formed on the deformation direction side of the application body or on the opposite side of the deformation direction facilitates rapid deformation of the application body, and the application body becomes a deformation portion of the holding section. It will be closely attached to it. As a result, the application body can be brought into close contact with the deformed portion of the holding portion formed at the tip of the shaft body, and can be easily and accurately fixed.

  Furthermore, in the first and second features, the application body only needs to be formed into a flat shape or a hollow shape, and therefore, the application body can be formed easily and accurately.

  As a third feature, when the application body is fixed to the holding portion of the shaft body, not only the other convex portion is locked and fitted to one concave portion, but also one and the other are bonded and welded to each other. Caulking, or a combination thereof.

  Therefore, by appropriately selecting a holding method in accordance with the deformation state of the shaft body holding portion, the application body can be securely held to the deformed shaft body holding portion without detachment.

  For example, a soft resin, an elastomer, or rubber is suitable for the application body constituting the liquid cosmetic applicator according to the present invention in consideration of the ease of deformation of the shaft body. On the other hand, for example, a soft resin, a hard resin, or a metal is suitable for the shaft body in consideration of the elasticity that presses the application body against the eyelashes when the liquid cosmetic is applied.

  In the liquid cosmetic applicator according to the present invention, the application body is formed into a flat shape regardless of the deformation of the tip of the shaft body, and the flat or hollow application body that is firmly fixed to the holding portion of the shaft body is held. Since it deform | transforms according to the shape of a part, an application body can be attached to deformation | transformation of the front-end | tip of a shaft body simply and correctly. As a result, it has the outstanding effect that the working efficiency in manufacture of a liquid cosmetic applicator can be improved and the manufacturing cost of a liquid cosmetic applicator can be reduced.

It is sectional drawing of the liquid cosmetics application container which provides the liquid cosmetics applicator of Example 1 of this invention. It is a front view of the cap of the liquid cosmetics application container which provides the liquid cosmetics applicator of Example 1 of this invention. It is a figure which shows the manufacturing process of the cap of the liquid cosmetics application container which comprises the liquid cosmetics applicator of Example 1 of this invention. It is a front view of the cap of the liquid cosmetics application container which provides the liquid cosmetics applicator of Example 2 of this invention. It is a figure which shows the manufacturing process of the cap of the liquid cosmetics application container which comprises the liquid cosmetics applicator of Example 2 of this invention. It is a figure which shows the manufacturing process of the cap of the liquid cosmetics application container provided with the liquid cosmetics applicator of Example 3 of this invention. It is an expanded sectional view which shows the change of the application body in the manufacturing process of the cap of the liquid cosmetics application container which comprises the liquid cosmetics applicator of Example 3 of this invention. (A) is a front view of the liquid cosmetic applicator of Example 4 of the present invention, and (b) is a diagram showing the manufacturing process. (A) is a front view of the liquid cosmetic applicator of Example 5 of the present invention, and (b) is a diagram showing the manufacturing process. (A) is a front view of the liquid cosmetic applicator of Example 6 of the present invention, and (b) is a diagram showing the manufacturing process. (A) is a front view of the liquid cosmetic applicator of Example 7 of the present invention, (B) is a side view of the liquid cosmetic applicator of Example 7 of the present invention, and (C) is the manufacturing process thereof. FIG.

  The objective of manufacturing a liquid cosmetic applicator that simply and firmly holds the application body in the shaft body with the deformed tip is realized simply by changing the member and shape of the application body.

  FIG. 1 shows a liquid cosmetic applicator container 1 having a liquid cosmetic applicator 12a according to the first embodiment of the present invention. The liquid cosmetic applicator container 1 is a liquid cosmetic composition 3 such as mascara. And the male screw part 5 is screwed on the outer peripheral surface, and inside the hole part 7, the application body 13 a to be described later, and the surface of the holding shaft 14 a that holds the application body 13 a at the tip can be freely attached. A coating container main body 2 having a separate opening 4 having a squirrel 6 for removing liquid cosmetics 3 such as mascara excessively attached to the surface, and a female screw on the inner peripheral surface of the opening 9 The part 10 is screwed, and is composed of a cap 8 that holds a root part 15 formed at one end of the holding shaft 14a in the liquid cosmetic applicator 12a of the first embodiment.

Here, the liquid cosmetic applicator 12a according to the first embodiment of the present invention held in the cap 8 is composed of a holding shaft 14a and an application body 13a (see FIG. 2).
That is, the holding shaft 14a is fitted with a packing 11 that maintains airtightness, forms a root portion 15 that is internally mounted and held in the cap 8 at one end, is curved at the other end, and is a concave-shaped application body. A holding portion 14 'of 13a is formed. The recessed holding portion 14 ′ is provided with a locking recess edge 14 ″ into which a locking protrusion 13 ″ ′ of an application body 13a described later is fitted.
Further, the application body 13a is integrally formed so as to be deformable by elasticity, and is composed of a flat brush-like application portion 13′a and an attachment portion 13 ″ a. The attachment portion. 13 ″ a is provided with a locking protrusion 13 ″ ′ that fits into a locking recess 14 ″ that is recessed in the holding portion 14 ′.
In the liquid cosmetic applicator 12a according to the first embodiment, a sawtooth application portion 16 is formed simultaneously with the molding of the holding shaft 14a on the opposite side of the holding portion 14 'of the holding shaft 14a.

  Therefore, since the liquid cosmetic applicator 12a according to the first embodiment of the present invention has the above-described configuration, it is manufactured as follows. That is, the brush-shaped application portion 13′a integrally formed so as to be deformable by elasticity with respect to the holding portion 14 ′ of the concave-shaped application body 13a formed at the curved tip of the holding shaft 14a. A planar application body 13a composed of the attachment portion 13 ″ a is inserted. For this reason, the attachment portion 13 ″ a of the planar application body 13a is curved according to the shape in the holding portion 14 ′ due to its elasticity. . Then, the engaging protrusion 13 ″ ′ protruding from the mounting portion 13 ″ a of the application body 13a and the engaging concave edge 14 ″ recessed in the holding portion 14 ′ are fitted together to hold The application body 13a deformed in accordance with the shape of the portion 14 ′ can be fixed in the holding section 14′.As a result, the brush-like application body 13a can be simply and easily applied to the tip of the holding shaft 14a whose tip is curved. The liquid cosmetic applicator 12a is firmly fixed (see FIG. 3).

4 shows the liquid cosmetic applicator 12b of the second embodiment of the present invention held in the cap 8. In FIG. The liquid cosmetic applicator 12b is common in that the liquid cosmetic applicator 12b is composed of the holding shaft 14b and the application body 13b as in the liquid cosmetic applicator 12a of Example 1, but the configuration is different in the following points. That is, the holding shaft 14b that forms the root portion 15 held by the cap 8 at one end bends at the other end and forms the holding portion 14 'of the concave application body 13b.
Further, the application body 13b is integrally formed so as to be deformable by elasticity, and includes an application portion 13′b and an attachment portion 13 ″ b. In addition, the application portion 13 of the attachment portion 13 ″ b. A concave groove portion 17 is formed on the opposite surface of 'b' to promote the bending of the application body 13b so as to match the bending in the holding portion 14 '. Since the concave groove portion 17 promotes the bending of the application body 13b, it may be provided not only on the surface opposite to the application portion 13′b but also on the application portion 13′b side in the attachment portion 13 ″ b. good.
Then, similarly to the holding portion 14 ′ of the holding shaft 14a of the liquid cosmetic applicator 12a of the first embodiment, the holding portion 14 ′ of the applying body 13b of the holding shaft 14b is connected to the engaging protrusion 13 ″ of the applying body 13b. A locking concave edge 14 "is fitted in which 'is fitted.

  Therefore, since the liquid cosmetic applicator 12b of Example 2 of the present invention has the above-described configuration, it is manufactured as follows. That is, it is attached to the holding portion 14 ′ of the concave application body 13b formed at the bent tip of the holding shaft 14b and the brush-like application portion 13′b integrally formed so as to be elastically deformable. A planar application body 13b composed of a portion 13 ″ b is inserted. Therefore, the concave groove portion 17 is formed so that the mounting portion 13 ″ b of the planar application body 13b matches the bending in the holding portion 14 ′. In addition to being bent, its elasticity allows it to adhere and deform in accordance with the shape in the holding portion 14b '. Then, the engaging protrusion 13 ″ ′ protruding from the mounting portion 13 ″ b of the application body 13b and the engaging concave edge 14 ″ recessed in the holding portion 14 ′ are fitted together to hold The application body 13b deformed in accordance with the shape of the portion 14 ′ can be fixed in the holding portion 14 ′, so that the brush-like application body 13b can be simply and easily applied to the distal end of the holding shaft 14b having a bent distal end. The liquid cosmetic applicator 12b is firmly fixed (see FIG. 5).

6 shows the liquid cosmetic applicator 12c of the third embodiment of the present invention held in the cap 8, and the liquid cosmetic applicator 12c is the liquid cosmetic applicator of the first or second embodiment. Although it is common by the point comprised from the fixed axis | shaft 14c and the application body 13c similarly to 12a and 12b, the structure differs in the following points. That is, the holding shaft 14c that forms the root portion 15 held by the cap 8 at one end forms the recessed holding portion 14 'of the application body 13c at the other end. And in holding | maintenance part 14 'of this fixed axis | shaft 14c, a part of surfaces 19 and 19 which oppose along a major axis direction are shape | molded by the cross-sectional taper shape toward an axial center direction.
Further, the application body 13c is integrally formed so as to be deformable by elasticity, and comprises a brush-like application portion 13′c and an attachment portion 13 ″ c. In addition, the attachment portion 13 ″ c On the opposite side of the coating portion 13′c, a pair of leg portions 18 and 18 that are in contact with the faces 19 and 19 that are opposed to each other along the major axis direction in the holding portion 14 ′ are integrally formed.
In addition, like the holding part 14 'of the holding shafts 14a and 14b of the liquid cosmetic applicators 12a and 12b of the first and second embodiments, the application part is applied to the holding part 14' of the applying body 13c in the holding shaft 14c. A locking concave edge 14 '' into which the locking protrusion 13 '''of the body 13c is fitted is recessed.

  Therefore, the liquid cosmetic applicator 12c according to the third embodiment of the present invention has the above-described configuration, and is manufactured as follows. That is, the brush-shaped application portion 13′c and the attachment portion 13 which are integrally formed so as to be elastically deformable with respect to the holding portion 14 ′ of the concave-shaped application body 13c formed at the tip of the holding shaft 14c. "A planar application body 13c composed of c" is inserted. For this reason, in the holding portion 14 'of the holding shaft 14c, a part of the faces 19, 19 facing in the major axis direction is directed in the axial direction. Since the cross section is tapered, the pair of leg portions 18 and 18 formed on the back surface of the attachment portion 13 ″ c of the application body 13c is deformed inward, and the holding portion 14′c of the holding shaft 14c. By fitting the locking projection edge 13 ″ ′ of the application body 13c to the locking concave edge 14 ″, the application body 13c is fixed in the holding portion 14 ′ while being elastically deformed. is there. At the same time, the attachment portion 13 ″ c of the application body 13c is deformed so as to bulge outward as the legs 18 and 18 are deformed inward. The application part 13′c formed integrally is expanded radially. As a result, the liquid cosmetic applicator 12c is obtained in which the brush-like application body 13c radially expanded with respect to the tip of the holding shaft 14c is simply and accurately held (see FIG. 7).

  It should be noted that the application bodies 13a and 13b can be simply and accurately obtained by bending or bending the tips of the holding shafts 14a and 14b as in the liquid cosmetic applicators 12a and 12b of the first or second embodiment of the present invention described above. Even in the case of the object to be held, the legs 18 and 18 are formed on the back surface of the application body 13c as in the application body 13c and the holding shaft 14c of the third embodiment, and the holding section 14 ′ of the holding shaft 14c is long in the holding section 14 ′. By fixing at least a part of the surfaces 19, 19 facing each other in the axial direction in a tapered shape in the axial direction, the surfaces are fixed in the holding portions 14 'of the holding shafts 14a, 14b whose ends are curved or bent. The application parts 13'a and 13'b of the applied bodies 13a and 13b to be applied can be curved or bent and can be expanded radially.

FIG. 8 shows a liquid cosmetic applicator 12d according to a fourth embodiment of the present invention held in the cap 8, and the liquid cosmetic applicator 12d is a liquid cosmetic applicator according to the first to third embodiments. Although it is common by the point comprised from the fixed axis | shaft 14d and the application body 13d similarly to 12a thru | or 12c, the structure differs in the following points. That is, the holding shaft 14d forming the root portion 15 held by the cap 8 at one end is curved at the other end, and the holding hole 20 penetrating the holding shaft 14d is formed in the curved portion, and then the holding shaft 14d is formed. A locking groove 21 is arranged in a direction perpendicular to the holding hole 20 so that a locking protrusion 22 formed on a mounting portion 13 ″ d of the application body 13d described later can be locked in the hole 20.
Further, the application body 13d is formed by integrally forming the application portion 13′d and the attachment portion 13 ″ d so as to be deformable by elasticity, and a cross-sectional cross in which the locking protrusion 22 is disposed in the side surface direction. A brush-shaped application portion 13′d is formed in the vertical direction of the shape mounting portion 13 ″ d.

    Therefore, the liquid cosmetic applicator 12d according to the fourth embodiment of the present invention has the above-described configuration, and is manufactured as follows. That is, the holding hole 20 formed in the curved portion at the tip of the holding shaft 14d is integrally formed so as to be elastically deformable, and is vertically engaged with the brush-like application portion 13′d. A planar application body 13d composed of an attachment portion 13 ″ d for disposing the stop protrusion 22 is inserted. For this reason, the application body 13d is attached to the attachment portion of the application body 13d in the holding hole 20 of the holding shaft 14d. The locking protrusion 22 disposed along 13′d is locked and fixed while being deformed along the locking groove 21 in the holding hole 20. As a result, while being curved, The application liquid cosmetic applicator 12d is obtained by simply and accurately holding an application body 13d having a brush-like application portion 13'd in the vertical direction with respect to the tip of the holding shaft 14d.

What is shown in FIG. 9 is the liquid cosmetic applicator 12e of the fifth embodiment of the present invention held in the cap 8, and the liquid cosmetic applicator 12e is the liquid cosmetic applicator of the first to fourth embodiments. Although it is common by the point comprised from the fixed axis | shaft 14e and the application body 13e similarly to 12a thru | or 12d, the structure differs in the following points. That is, the holding shaft 14e which forms the root portion 15 held by the cap 8 at one end is formed with a curved mounting end 25 having a small diameter at the other end, and an outside diameter at the root portion of the mounting end 25. An engaging edge 26 that protrudes in the direction and engages integrally with an engaging groove 24 that is provided in an application body 13e described later is provided.
Further, the application body 13e is integrally formed so as to be deformable by elasticity, and has a cylindrical mounting portion 13 ″ e that forms an engaging groove 24 on the inner peripheral surface of the mounting hole 23, and It consists of two sets of application | coating part 13'e arrange | positioned so that it may mutually oppose on the outer peripheral surface of this attachment part 13 "e.

   Therefore, since the liquid cosmetic applicator 12e of Example 5 of the present invention has the above-described configuration, it is manufactured as follows. That is, the mounting hole 23 of the application body 13e integrally formed so as to be deformable by elasticity is inserted into the curved mounting end 25 at the tip of the holding shaft 14e. Therefore, the attachment portion 13 ″ e of the application body 13e is deformed in accordance with the attachment end 25 of the curved portion of the holding shaft 14e. The engagement edge 26 formed at the root portion of the attachment end 25, and the application body The application body 13e deformed in accordance with the shape of the attachment end 25 of the holding shaft 14e is fixed by engaging the engagement groove 24 provided in the periphery of the attachment hole 23 of the attachment portion 13 "e forming the portion 13e. be able to. As a result, the application body 13e in which two sets of application portions 13′e arranged so as to face each other on the outer peripheral surface of the attachment portion 13′e of the application body 13e are curved in accordance with the attachment end 25 of the holding shaft 14e. The liquid cosmetic applicator 12e is simply and accurately fixed (see FIG. 9).

What is shown in FIG. 10 is the liquid cosmetic applicator 12f of the sixth embodiment of the present invention held in the cap 8, and the liquid cosmetic applicator 12f is the liquid cosmetic applicator of the first to fifth embodiments. Although it is common by the point comprised from the fixed axis | shaft 14f and the application body 13f similarly to 12a thru | or 12e, the structure differs in the following points. That is, the holding shaft 14f that forms the root portion 15 held by the cap 8 at one end rotates spirally around the axis in the major axis direction of the holding shaft 14f at the other end, and its end face has a substantially quadrilateral shape. And an engagement edge that protrudes radially outward from the root portion of the spiral attachment end 27 and engages integrally with an engagement groove 24 that is provided in a coating body 13f to be described later. 26 is provided around.
Further, the application body 13f is integrally formed so as to be deformable by elasticity, and is provided with an attachment portion 13 ″ f for forming the engagement groove 24 on the inner peripheral surface of the attachment hole 23 having a substantially quadrangular cross section. And two sets of application portions 13′f arranged to face each other on the outer peripheral surface of the attachment portion 13 ″ f.

   Accordingly, the liquid cosmetic applicator 12f of Example 6 of the present invention has the above-described configuration, and is thus manufactured as follows. That is, the attachment body 13f integrally formed so as to be elastically deformable is attached to the helical attachment end 27 that rotates in a spiral manner around the axis in the longitudinal direction of the holding shaft 14f at the tip of the holding shaft 14f. The hole 23 is inserted. Therefore, the attachment portion 13 ″ f of the application body 13f is deformed while spirally rotating in accordance with the spiral attachment end 27 at the tip of the holding shaft 14f. Then, the engagement formed at the root portion of the spiral attachment end 27 By engaging the edge 26 and the engagement groove 24 provided in the attachment hole 23 of the attachment portion 13 ″ f forming the application body 13f, the edge 26 and the helical attachment end 27 of the holding shaft 14f are matched with the spiral shape. The deformed application body 13f can be fixed. As a result, two sets of application portions 13′f arranged so as to face each other on the outer peripheral surface of the attachment portion 13 ″ f of the application body 13f are rotated in accordance with the helical attachment end 27 of the holding shaft 14f to be helical. This is a liquid cosmetic applicator 13f that simply and accurately holds the deformed applicator 13f (see FIG. 10).

What is shown in FIG. 11 is a liquid cosmetic applicator 12g of Example 7 of the present invention held in the cap 8, and the liquid cosmetic applicator 12g is a liquid cosmetic applicator of Examples 1 to 6. Although it is common by the point comprised from the fixed axis | shaft 14g and the application body 13g similarly to 12a thru | or 12f, the structure differs in the following points. That is, the holding shaft 14g that forms the root portion 15 held by the cap 8 at one end is formed with an internal hole 28 along the axis of the long axis direction of the holding shaft 14g inside the other end. In the internal hole 28, the cross section has the same shape as the cross section of a mounting portion 13 ″ g of the application body 13g described later, and an opening 28 ′ that connects the internal hole 28 and the outer peripheral surface of the holding shaft 14g. The cross section is formed in the shape of a hole while rotating the cross-section clockwise from the end face of the holding shaft 14g along the axis of the long axis, where the inner hole 28 of the holding shaft 14g is formed. Since the cross section of the holding shaft 14g communicates with the outer peripheral surface of the holding shaft 14g with the opening 28 ', the outer peripheral surface of the holding shaft 14g spirals into the inner hole 28 with the axis in the long axis direction of the holding shaft 14g as the center. A communicating slit 29 is formed.
Further, the application body 13g is integrally formed so as to be deformable by elasticity, and has the same cross-sectional shape as the cross-sectional shape of the internal hole 28 formed in the holding shaft 14g described above. 13 ″ g and an application portion 13′g arranged in series on the outer peripheral surface of the attachment portion 13 ″ g [see FIG. 11 (c)].

  Therefore, since the liquid cosmetic applicator 12g according to the sixth embodiment of the present invention has the above-described configuration, it is manufactured as follows. That is, the attachment portion 13 ″ g of the application body 13g integrally formed so as to be elastically deformable from the end face of the holding shaft 14g to the internal hole 28 is formed with respect to the opening 28 ′ in the cross section of the internal hole 28. The application portions 13′g arranged on the attachment portion 13 ″ g are matched to each other for insertion. Then, as the attachment portion 13 ″ g of the application body 13g is inserted into the internal hole 28 of the holding shaft 14g, the internal hole 28 has the same cross section as the attachment portion 13 ″ g of the application body 13g. The mounting portion 13 ″ g is inserted while rotating around the axis in the major axis direction of the holding shaft 14g because the cross section is formed so as to rotate. At the same time, the coating portion 13′g disposed on the outer peripheral surface of the mounting portion 13 ″ g is inserted along the slit 29 formed on the outer peripheral surface of the holding shaft 14g. As a result, the application body 13 can be simplified, in which the application portion 13′g arranged in series on the outer peripheral surface of the attachment portion 13 ″ g of the application body 13g becomes the application portion 13′g arranged spirally on the holding shaft 14g. And it is set as the liquid cosmetic applicator 13g fixed firmly (refer FIG. 11).

  In the present invention, when the application bodies 13a to 13g are fixed to the holding shafts 14a to 14g, as in the first to seventh embodiments described above, the locking projections provided on the attachment portion 13 "a are provided. Fitting between the protruding edge 13 ″ ′ and the locking recessed edge 14 ″ provided in the holding portion 14 ′ (Examples 1, 2 and 3), arranged along the attachment portion 13′d of the application body 13d (Embodiment 4), the engagement edge 26 formed on the root portion of the attachment end 25 (27) and the attachment portion 13 ″ e. (13 ″ f) The engagement with the engagement groove 24 provided in the periphery in the mounting hole 23 (Examples 5 and 6), and further the application body 13g in the internal hole 28 formed in the holding shaft 14g. The material of the fixing shafts 14a to 14g and the applicators 13a to 13g is not limited to that obtained by inserting the mounting portion 13'g (Example 7). Adhesion, welding, caulking, or a combination thereof is appropriately selected and used from the shape state, and as a result, the applied bodies 13a to 13g can be reliably fixed to the holding shafts 14a to 14g. .

  Since the application body can be easily and accurately fixed to the holding shaft whose tip is deformed, it can be applied not only to mascara but also to liquid cosmetic applicators provided in other liquid cosmetic application containers.

DESCRIPTION OF SYMBOLS 1 Liquid cosmetics application container 2 Application container main body 3 Liquid cosmetics, such as mascara 4 Opening part 5 Male thread part 6 Shigoki 7 Hole part 8 Cap 9 Opening part 10 Female screw part 11 Packing 12a, 12b, 12c, 12d, 12e, 12f, 12g
Liquid cosmetic applicator 13a, 13b, 13c, 13d, 13e, 13f, 13g Application body 13'a, 13'b, 13'c, 13'd, 13'e, 13'f, 13'g
Application part 13 "a, 13" b, 13 "c, 13" d, 13 "e, 13" f, 13 "g
Mounting part 13 "'Locking protrusion edge 14a, 14b, 14c, 14d, 14e, 14f, 14g Holding shaft 14' Holding part 14" Locking concave edge 15 Root part 16 (Sawtooth-shaped) application part 17 Concave groove part 18 Leg Portion 19 Surface 20 Holding hole 21 Locking groove 22 Locking protrusion 23 Mounting hole 24 Engaging groove 25 Mounting end 26 Engaging edge 27 Spiral mounting end 28 Internal hole 28 'Opening 29 Slit

Claims (3)

It is composed of a shaft body and an application body,
The shaft body is formed at one end with a base portion that is internally mounted and secured to the cap, and at the other end with a deformed portion that is deformed with respect to the axial direction of the shaft body or the rotation direction about the axis line. Forming a holding part of the coated body on the part,
The application body is deformable and integrally forms the application part and the attachment part,
A liquid cosmetic applicator characterized in that the applicator is deformed in accordance with the deformed portion of the shaft body in the holding portion and is fixed to the holding portion. 2. The liquid cosmetic applicator according to claim 1, wherein a concave groove portion corresponding to the deformation of the deformation portion of the holding portion is disposed on the deformation direction side of the application body or on the opposite side of the deformation direction. When the application body is fixed to the holding part of the shaft body, not only the other convex portion is locked and fitted to one concave portion, but also one and the other are bonded, welded, caulked, or a combination thereof. The liquid cosmetic applicator according to claim 1 or 2, wherein:

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