JP7446755B2 - hair dye container - Google Patents

Description

The present invention relates to a hair dye container for applying a hair dye liquid to hair.

BACKGROUND ART Conventionally, some hair dye containers have been used for applying liquid such as mascara liquid, for example, for eye makeup (see Patent Document 1 and Patent Document 2).

The hair dye containers of Patent Document 1 and Patent Document 2 have a structure in which a liquid is retained in an application part made up of stacked sheets and applied to the hair of the target area.

In addition, some hair dye containers use an applicator with a plurality of teeth protruding radially from the core material (see Patent Document 3), and the applicator has comb teeth spaced apart at predetermined intervals to form a imaginary part of the outer diameter. There is one in which the lines are formed in a wavy shape (see Patent Document 4).

Further, the hair dye container may be used to dye not only eyelashes but also hair.

JP2017-71406A JP2017-23261A Special Publication No. 2013-529534 Japanese Patent Application Publication No. 2007-175256

However, since the hair dye containers of Patent Documents 1 and 2 do not have a comb portion, the sheets may come into direct contact with the scalp and stain the scalp with the coating liquid. In addition, the hair dye containers of Patent Documents 3 and 4 retain the coating solution between the comb teeth, and when the comb teeth are widely spaced or the viscosity of the coating solution is low, the coating solution flows out and stains the hair, etc. There is a possibility that it may adhere to areas other than the target area, such as the skin, and stain it.

In view of these circumstances, the present invention aims to provide a hair dye container that can prevent the coating liquid from adhering to areas other than the target area during application.

The present invention provides a hair dye container in which a grip part integrated with an applicator is detachably attached to a container containing a hair dye solution,
A sheet body part in which a plurality of sheet bodies are arranged at intervals, a plurality of comb parts each having an outer diameter larger than the outer diameter of the sheet body by 1 mm or more, and the sheet body part provided on the outer periphery. An applicator body is constructed, which is provided with a shaft part that accommodates a hair dye solution by the capillary force between the bodies,
The hair dye container is characterized in that a plurality of leaf bodies are interposed between the comb parts.

According to the hair dye container of the present invention, the single leaf body part has a plurality of leaf bodies arranged at intervals, the plurality of comb parts each having an outer diameter that is 1 mm or more larger than the outer diameter of the single leaf bodies, and An applicator body is constructed which includes a leaf body part on the outer periphery and a shaft part that accommodates a hair dye liquid by the capillary force between the leaf bodies, and a plurality of leaf bodies are interposed between the comb parts. When dyeing hair by holding the grip, the user can move the applicator onto the hair and use the multiple combs to comb the hair. It is possible to achieve excellent effects such as preventing the sheet body portion from hitting and reliably preventing the coating liquid from adhering to areas other than the target area during application.

1 is an overall view of a hair dyeing container according to an embodiment of the present invention, in which (a) is a longitudinal sectional view and (b) is a front view. FIG. 2 is an explanatory diagram of the hair dye container of FIG. 1 in which the applicator is installed from the gripping part to the tip of the shaft at an angle to the shaft; FIG. (b) is a vertical sectional view taken along line BB in (a), (c) is a perspective view from the front, (d) is a view from the rear of (a), and (e) is a (a) is a side view rotated by 90 degrees, (f) is a view from the front, (g) is a back view rotated by 180 degrees from (a), and (h) is a perspective view from the back. In the hair dye container of FIG. 1, parts explanatory diagrams of the applicator are shown, in which (a) is an overall view of the applicator as seen from the front side, and (b) is a longitudinal cross-sectional view taken along line BB in (a). , (c) is a view from the shaft installation side which is the rear of the application body, (d) is a sectional view along line DD in (e), and (e) is a side view rotated by 90 degrees from (a). Figures, (f) is a sectional view taken along line FF in (e), (g) is a sectional view taken along line GG in (e), (h) is a view from the front, (i) is a perspective view from the back side, (j) is a perspective view from the rear, and (k) is a perspective view from the front. In the hair dye container of FIG. 1, parts explanatory diagrams of the shaft, in which (a) is an overall view of the shaft as seen from the front side, (b) is a longitudinal cross-sectional view taken along line BB in (a), ( c) is an enlarged perspective view of the tip, (d) is a view from the rear, (e) is a side view, (f) is a view from the front, and (g) is the GG line of (e). (h) is an overall view as seen from the back side, and (i) is a perspective view from the front. In the hair dye container of FIG. 1, parts explanatory diagrams of the cap include (a) a longitudinal sectional view, (b) a view from the rear, (c) a view from the front, and (d) a view from the front. (e) is a perspective view from the front. In the hair dye container of FIG. 1, they are explanatory views of parts of the container body (bottle), in which (a) is a longitudinal sectional view, (b) is a front view, and (c) is a perspective view from the applicator insertion side. . In the hair dye container of FIG. 1, parts explanatory diagrams of the ironing stopper are shown, in which (a) is a longitudinal cross-sectional view taken along line AA in (d), and (b) is a view from the rear (applicator insertion side). (c) is a front view, (d) is a view from the front, (e) is a perspective view from the rear, (f) is a side view rotated 90 degrees from (c), (g) is a front view. FIG. FIG. 2 is an explanatory diagram showing the structure of the application body for Examples 1 to 7 of the hair dye liquid, and the results of investigation of skin staining with respect to liquid viscosity and surface tension. FIG. 7 is an explanatory diagram showing the structure of the application body for Examples 6 to 8 of the hair dye liquid, and the results of an investigation of skin staining with respect to liquid viscosity and surface tension. (a) is an explanatory diagram of the distance between slits and liquid viscosity of the application body according to the embodiment, and (b) is an explanatory diagram of the dimensions of each part of the application body. FIG. 3 is an explanatory diagram of the relationship between liquid consumption rate and liquid viscosity of the application body according to the embodiment.

Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is an overall view of the hair dye container according to the embodiment, FIG. 2 is an explanatory view of the assembled state in which the applicator is provided from the grip part to the tip of the shaft at an angle to the shaft, and FIGS. 7 shows the parts diagram of each part.

As shown in FIGS. 1 and 2, the hair dye container according to the embodiment is provided with a grip part 14 that is integrated with an applicator 12 and is detachably attached to a container 10 containing a hair dye liquid, A sheet body part 18 in which a plurality of sheet bodies 16 are arranged at intervals, a plurality of comb parts 20 having an outer diameter that is 1 mm or more larger than the outer diameter of the sheet body parts 16, and The applicator body 12 has a shaft part 22 which is provided in the comb part 20 and stores the hair dye liquid by the capillary force between the comb parts 16 and 16. is interposed.

The applicator 12 is provided at a distal end portion 24c of an axial shaft 24 integrally extending from the grip portion 14 at an angle with respect to the shaft 24.

A squeezing part 26 is fitted into the mouth of the container 10 to scrape off an amount of hair dye in excess of the amount required for the applicator 12.

When using the hair dye container, as shown in FIG. 2, the grip part 14 integrated with the applicator 12 is pulled out from the container 10 (see FIG. 1), and the applicator 12 is applied to the hairline or the area where hair is to be dyed. The hair dye is applied by rubbing it on.

[Applying body 12]
In the application body 12, a plurality of rectangular sheet bodies 16, each of which has a sheet body portion 18 having approximately the same outer diameter when viewed in the axial direction, are arranged at intervals. The comb portion 20 has an outer diameter that is 1 mm or more larger than the outer diameter of the sheet 16 on the outer periphery of the sheet 16 in which a plurality, for example, three sheets 16 are placed at intervals in the sheet body portion 18. Two protrusions are formed on one side of the sheet body portion 18. A solid shaft portion 22 is formed in a substantially cylindrical shape with a hollow 22a in the central part of the sheet body, and around the shaft portion 22, a capillary tube between the sheet bodies 16 provided on the outer periphery is formed. It has a structure that uses force to retain hair dye.

The hollow 22a of the shaft portion 22 is open and passes through the tip and rear of the shaft portion 22, and a fitting rib 22b is formed at the rear portion of the hollow 22a so that the tip of the shaft 24 is attached and locked. There is.

The comb portions 20 protrude in pairs on one side of the sheet body portion 18, which is generally rectangular when viewed in the axial direction, in a pair of angular shapes. It is configured to perform.

Three (one example of a plurality of) sheet bodies 16 are interposed between the comb parts 20.
The distance between the comb parts 20 is 1.2 mm or more.

At the front end of the applicator 12, a plurality of wall parts 22c are formed at intervals and project from the shaft part 22 in the forward direction. The spacing between the plurality of wall portions 22c has a function of combing and arranging the hair in small areas.

[Shaft 24]
The shaft 24 has a bowl-shaped part 24a at the rear end for fitting into the grip part 14 (see FIGS. 1 and 2), and the bowl-shaped part 24a has a flange or the like on its outer periphery for fitting the grip part 14. Irregularities are formed. A rod-shaped shaft body 24b extends forward in the bowl-shaped portion 24a. A tip portion 24c having a small diameter extends and is bent at an angle of approximately 0 to 45 degrees with respect to the axial direction of the shaft body 24b.

As shown in FIG. 4, the base portion 24c1 of the tip portion 24c has a smaller diameter in a stepped manner than the shaft body 24b.

As shown in FIG. 4(g), the stepped portion of the base 24c1 is formed into a semicircular irregular shape, and when the applicator 12 (see FIGS. 2 and 3) is attached, the applicator 12 is attached to the tip 24c. It is prevented from rotating. Further, as shown in FIG. 4(c), the base 24c1 is formed with a plurality of ribs 24c2 that are pressed from inside when the base 24c1 is fitted into the hollow 22a (see FIG. 3) of the shaft portion 22 of the application body 12. . Further, the tip of the tip portion 24c is split at the tip, and a flange 24d is formed protruding from the outer periphery, and the flange 24d has a structure that locks the tip portion 24c to prevent it from coming off when the tip portion 24c is installed in the hollow 22a of the shaft portion 22. It has become.

[Gripping part 14]
As shown in FIG. 5, the gripping part 14 is cap-shaped, and has a concave-convex part 14a formed in the inner deep part into which the bowl-shaped part 24a of the shaft 24 fits, and a central part that is screwed into the opening of the container. A female threaded portion 14b is formed.

[Container 10]
As shown in FIG. 6, the container 10 is a cylindrical container in which the entrance side 10a of the applicator 12 has a small diameter and a male thread is formed on the outer periphery of the entrance side 10a. A hair dye solution is contained in the container 10 in the product state shown in FIG. In this case, the hair dyeing liquid is accumulated in the lower part of the container 10, and the coating body 12 is immersed in the hair dyeing liquid, so that the hair dyeing liquid is supplied to the coating body 12.

[Stringing section 26]
As shown in FIG. 1, the squeezing part 26 is fitted into the entry side 10a of the container 10, and has a squeezing wall 26a that can be opened by elastic deformation and a squeezing wall 26a that can be opened by elastic deformation at the tip inside the container 10. A passage wall 26b for the application body 12 is formed slightly rearward.

Specifically, as shown in FIG. 7, the ironing wall 26a has a star-shaped slit 26a1 radiating from the center, and the passage wall 26b has a circular passage hole 26b1 that is slightly larger than the coating body 12 (see FIG. 1). It is formed. An enlarged diameter portion 26c is formed around the tip of the squeezing portion 26 to prevent it from coming off, and a flange 26d is formed around the rear end.

As shown in FIG. 1, when the squeezing part 26 is fitted into the container 10, the enlarged diameter part 26c opposes the step part below the entry side part 10a to prevent it from coming off, and the flange 26d is attached to the entry side part 10a. 10a and is positioned so as not to enter into the container 10.

Here, in the hair dye container of the embodiment, the hair dye liquid desirably has a viscosity of 2 to 130 mPa·s from the viewpoint of easy application to the hair. If the viscosity of this hair dye is less than 2 mPa・s, the hair dye applied to the hairline will run down the hair and reach the skin, staining the scalp, whereas if it exceeds 130 mPa・s, it will spread thinly and uniformly onto the hair. It is difficult to apply and spread, which is not preferable. Further, the surface tension is desirably 22 to 55 mN/m from the viewpoint of not staining the surrounding area or scalp when applying to the hair. If the surface tension of this hair dye is less than 22 mN/m, the hair dye applied to the hairline will travel along the hair and reach the scalp, staining the scalp, while if it exceeds 55 mN/m, the hair dye applied to the hairline will stain the scalp. It becomes difficult to retain the hair dye, and the liquid tends to splash and stain the surrounding area during use, which is undesirable.

Table 1 shows Examples 1 to 8 of suitable hair dye solutions.

FIGS. 8 and 9 show the distance between slits, the thickness of the sheets, the distance between combs, and the distance between slits, the thickness of the sheet, and the distance between combs for Examples 1 to 8 of hair dye solutions (referred to as "Liquid Examples 1 to 8"). These are the results of a sensitivity test between the liquid viscosity and surface tension of No. 8, the presence or absence of liquid suction between the combs, and the staining of the skin.

The presence or absence of liquid suction between the combs of the application body was investigated when the comb was oriented sideways, downwards, and upwards, and skin stains were investigated. If there is dirt on the skin, the result is NG, and if there is no, it is OK. FIG. 10(b) shows the thickness t of the sheet 16, the distance between slits δ, and the distance W between combs (comb parts 20, 20) in the application body 12.

[Mainly test results when changing the viscosity of the hair dye solution]
FIG. 8 shows test results using liquid Examples 7 and 1 to 5 having different liquid viscosities. The test results in FIG. 8 are for the hair dye containers of Comparative Examples A, C, E, and K (abbreviated as "HIA" etc. in FIG. 8) and the hair dye containers of Examples A, O, F, and K (in FIG. 8, (abbreviated as ``jitsui'' etc.) shows the hair dye container.

[Comparative example A]
In the hair dye container according to Comparative Example A, the distance between the slits was 0.5 (mm), the thickness of the sheets was 0.3 (mm), and the distance between the combs was 0.5 (mm).

In Comparative Example A, when Liquid Examples 7 and 1 to 5 were used, there was surface staining and the result was NG.

In Comparative Example A, when Liquid Examples 7, 1 to 3 were used, the comb spacing was narrow and the capillary force was strong, so the liquid was sucked up between the combs and stained the skin. However, when the comb was angled upward, the liquid fell from the comb due to gravity and did not stain the scalp. Moreover, when each lamina had a comb, the liquid moved to the comb due to gravity when the comb was facing downward. The low viscosity liquid moved easily and the liquid fell between the combs, making it more dirty.

Further, in Comparative Example A, when Liquid Examples 4 to 5 were used, the liquid was sucked up between the combs because the comb spacing was narrow and the capillary force was strong. Even when combed upwards, the viscosity was high and the liquid did not fall due to gravity, staining the scalp.

[Example A]
This is a hair dye container according to Example A. In this case, the distance between the slits was 0.5 (mm), the thickness of the sheet was 0.3 (mm), and the distance between the combs was 1.3 (mm).

In the hair dye container of Example A, all of the liquids of Examples 7 and 1 to 5 did not stain the scalp and were OK.

In this case, since the comb spacing was wide and the capillary force was weak, the liquid did not get sucked up between the combs and did not stain the scalp. Since the space between the slits is narrower than the space between the combs and there is a difference in capillary force, the liquid was retained between the slits without being affected by gravity even when the comb was oriented downward.

[Comparative example C]
In the hair dye container of Comparative Example C, the distance between slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between combs was 0.2 (mm).

In Comparative Example C, as a result of using Liquid Examples 7 and 1 to 5, all of them had skin stains and were NG.

In this case, since the comb spacing was narrow and the capillary force was strong, the liquid was sucked up between the combs and stained the skin.
Regardless of the direction of the comb, the liquid was sucked up and stained the scalp.

[Comparative example D]
In the hair dye container of Comparative Example D, the distance between the slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between the combs was 0.7 (mm).

In Comparative Example D, there was some staining on the background and the result was NG.

In Comparative Example D, as a result of using Liquid Examples 7 and 1 to 3, the comb spacing was narrow and the capillary force was strong, so the liquid was sucked up between the combs and stained the scalp. However, when the comb was combed upward, the liquid fell down due to gravity and did not get sucked up, so the skin did not get dirty.

In Comparative Example D, as a result of using Liquid Examples 4 and 5, since the comb spacing was narrow and the capillary force was strong, the liquid was sucked up between the combs and stained the skin. Even when combed upwards, the viscosity was high and the liquid did not fall due to gravity, staining the scalp.

[Example E]
In the hair dye container according to Example E, the distance between slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between combs was 1.2 (mm).

In the hair dye container of Example E, all of the liquids of Examples 7 and 1 to 5 did not stain the scalp and were OK.

In this case, since the comb spacing was wide and the capillary force was weak, the liquid did not get sucked up between the combs and did not stain the scalp. The slits are narrower than the comb and the capillary force is stronger, so even when the comb is facing downwards, the liquid is retained between the slits without being affected by gravity and does not stain the scalp.

[Example F]
In the hair dye container according to Example F, the distance between slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between combs was 1.7 (mm).

In the hair dye container of Example F, all of the liquids of Examples 7 and 1 to 5 did not stain the scalp and were OK.

In this case, since the comb spacing was wide and the capillary force was weak, the liquid did not get sucked up between the combs and did not stain the scalp. The slits are narrower than the comb and the capillary force is stronger, so even when the comb is facing downwards, the liquid is retained between the slits without being affected by gravity and does not stain the scalp.
[Comparative example K]

In the hair dye container of Comparative Example K, the distance between slits was 0.7 (mm), the thickness of the sheets was 0.3 (mm), and the distance between combs was 0.7 (mm).

In Comparative Example K, as a result of using Liquid Examples 7 and 1 to 5, there was staining on the background, and the result was NG.

In this case, if each lamina had a comb, and the comb was facing downward, the liquid moved to the comb due to gravity. In particular, if the slits were wide and the capillary force was weak, the liquid would fall between the combs and stain the skin.

[Example K]
In the hair dye container according to Example 1, the distance between the slits was 0.5 (mm), the thickness of the sheets was 0.5 (mm), and the distance between the combs was 1.5 (mm).

In the hair dye container of Example 1, all of the liquids of Examples 7 and 1 to 5 did not stain the scalp and were OK.

In this case, the liquid was not sucked up between the combs because the combs were wide and the capillary force was weak. Since the space between the slits is narrower than the space between the combs and there is a difference in capillary force, the liquid was retained between the slits without being defeated by gravity even when the comb was oriented downward.

[Mainly test results when changing the surface tension of the hair dye]
FIG. 9 shows test results using liquid Examples 6, 7, and 8 having different surface tensions. The test results in FIG. 9 are for the hair dye containers of Comparative Examples a, c, d, and g (abbreviated as "ratio a" etc. in FIG. 9) and the hair dye containers of Examples b, e, f, and h (in FIG. 9, (abbreviated as "Ji-b" etc.) is shown for hair dye containers.

[Comparative example a]
In the hair dye container of Comparative Example a, when the distance between the slits is 0.5 (mm), the thickness of the sheets is 0.3 (mm), and the distance between the combs is 0.5 (mm), the scalp stains There was, and it was NG.

In Comparative Example a, when Liquid Examples 6 and 7 were used, when each plate-like body had a comb, the liquid moved to the comb by gravity when the comb was facing downward. In particular, because the surface tension is low and the capillary force is weak, liquid falls between the combs and stains the skin. When the surface tension increases, the liquid easily gets sucked up between the combs, and even when the comb is placed horizontally, it stains the scalp.

Further, in Comparative Example a, when Liquid Example 8 was used, the surface tension was high and the capillary force was strong, so the liquid was sucked up between the combs and the scalp was stained.

[Example b]
In the hair dye container according to Example b, the distance between the slits was 0.5 (mm), the thickness of the sheets was 0.5 (mm), and the distance between the combs was 1.3 (mm).

In the hair dye container according to Example b, all of Liquid Examples 6, 7, and 8 were OK, with no scalp stains.

In this case, since the comb spacing was wide and the capillary force was weak, the liquid did not get sucked up between the combs and did not stain the scalp. Even when the comb was oriented downward, the liquid did not fall onto the comb due to the capillary difference between the slits.

[Comparative example c]
In the hair dye container according to Comparative Example c, the distance between the slits was 0.2 (mm), the thickness of the sheet was 0.3 (mm), and the distance between the combs was 0.2 (mm).

In the hair dye container according to Comparative Example c, all of Liquid Examples 6, 7, and 8 had skin stains and were NG.

In this case, since the comb spacing is narrow and the capillary force acts strongly, the liquid gets sucked up between the combs, staining the scalp.

[Comparative example d]
In the hair dye container according to Comparative Example d, the distance between the slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between the combs was 0.7 (mm).

In the hair dye container according to Comparative Example d, all of Liquid Examples 6, 7, and 8 had skin stains and were NG.

In the hair dye container according to Comparative Example d, since the comb spacing was narrow and the capillary force acted strongly, the liquid was sucked up between the combs, leading to skin stains. When the comb was facing upward, the low surface tension could not support the liquid and the liquid fell between the slits, preventing the skin from getting dirty. On the other hand, when the surface tension was high, the liquid did not fall and stained the scalp.

[Example e]
In the hair dye container according to Example e, the distance between the slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between the combs was 1.2 (mm).

In the hair dye container of Example e, all of the solutions of Examples 6, 7, and 8 were OK, with no skin stains.

In this case, the liquid was not sucked up between the combs because the combs were wide and the capillary force was weak. Even when the comb was oriented downward, the liquid did not fall onto the comb due to the capillary difference between the slits.

[Example f]
In the hair dye container according to Example f, the distance between the slits was 0.2 (mm), the thickness of the sheets was 0.3 (mm), and the distance between the combs was 1.7 (mm).

In the hair dye container of Example f, all of the solutions of Examples 6, 7, and 8 were OK, with no scalp stains.

In this case, the combs are wide and the capillary force is weak, so the liquid does not get sucked up between the combs. Even when the comb was oriented downward, the liquid did not fall onto the comb due to the capillary difference between the slits.

[Comparative example g]
In the hair dye container according to Comparative Example g, the distance between slits was 0.7 (mm), the thickness of the sheets was 0.3 (mm), and the distance between combs was 0.7 (mm).

In the hair dye container according to Comparative Example g, all of Liquid Examples 6, 7, and 8 had skin stains and were rated as NG.

In this case, if each lamina had a comb, and the comb was facing downward, the liquid moved to the comb due to gravity. In particular, because the combs (between the slits) were wide and the capillary force was weak, liquid fell between the combs and stained the scalp.

[Example h]
In the hair dye container according to Example h, the distance between the slits was 0.5 (mm), the thickness of the sheets was 0.5 (mm), and the distance between the combs was 1.5 (mm).

In the hair dye container of Example e, all of the liquids of Examples 6, 7, and 8 were OK, with no skin stains.

In this case, the combs are wide and the capillary force is weak, so the liquid does not get sucked up between the combs. Even when the comb was oriented downward, the liquid did not fall onto the comb due to the capillary difference between the slits.

From the results of Comparative Examples and Examples, it is understood that the hair dye solution preferably has a viscosity of 2 to 130 mPa·s or a surface tension of 22 to 55 mN/m.

Figure 10(a) shows the hair dye solution in the hair dye container when the liquid viscosity was changed from 2 to 160 (mPa・s) for each of the slit distances of 0.2, 0.5, and 0.7 (mm). Shows the consumption rate (%). FIG. 11 is a plot of liquid consumption rate versus liquid viscosity for each of the slit distances of 0.2, 0.5, and 0.7.

When the liquid viscosity reaches 150 (mPa・s), the liquid consumption rate decreases regardless of the distance between the slits, so it is understood that the effective range of liquid viscosity is from 2 to 130 (mPa・s). .
Note that the hair dye solution in the embodiment is just one example, and is not limited thereto.

The hair dyeing container of the present invention can be used for hair dyeing.

10 Container 10a Entry side 12 Applicator 14 Gripping part 14a Uneven part 14b Female screw part 16 Sheet body 18 Sheet body part 20 Comb part 22 Shaft part 22a Hollow part 22b Rib 22c Wall part 24 Shaft 24a Bowl-shaped part 24b Shaft body 24c Tip part 24d Flange 24c1 Base part 24c2 of the tip part Rib 26 of the tip part Ironing part 26a Ironing wall 26a1 Slit 26b of the ironing wall Passing wall 26b1 Passing hole 26c of the passing wall Expanded diameter part 26d of the drawing part Flange of the drawing part

Claims (3)

A hair dye container in which a grip part integrated with an applicator is detachably attached to a container containing a hair dye solution,
a sheet body portion in which a plurality of sheet bodies are arranged at intervals; a plurality of comb portions that have an outer diameter that is 1 mm or more larger than the outer diameter of the sheet body and that protrude in pairs on one side in an angular shape ; An applicator is constituted, which is provided with the sheet body portion on the outer periphery and a shaft portion that retains the hair dye liquid by capillary force between the sheet bodies,
A plurality of leaf bodies are interposed between the comb parts, and a plurality of wall parts spaced apart from each other at the front end of the application body are arranged within the range of the outer diameter of the leaf body parts when viewed in the axial direction. 1. A hair dyeing container, characterized in that a hair dyeing container is formed inside the container and has a shaft portion protruding in parallel from the shaft portion in the forward direction. The tip of the tip of the shaft body extending from the grip part is split at the tip and has a flange protruding from the outer periphery, and the flange has a structure that locks into the applicator when the tip is installed in the hollow of the applicator. The hair dye has a viscosity of 2 to 130 mPa・s and a surface tension of 22 to 55 mN/m, and the applicator has a small diameter in the axial direction of the shaft body extending from the gripping part. The hair dye container according to claim 1 , wherein the tip portion extends and is bent at an angle of about 0 to 45 degrees . A straining section fitted into the entrance side of the container is provided, and a star-shaped slit is formed radially from the center on the lower side of the container inside the container of the straining section, forming a straining wall that can be opened by elastic deformation. 2. The hair dye container according to claim 1 , further comprising a passage wall having a circular passage hole larger than the application body formed on the entrance side of the container .

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