JP7004610B2 - Coating container - Google Patents

Description

The present invention relates to a coating container capable of directly applying the contents contained in the container body to the coating destination.

For example, in a container that contains a gray hair dye, hair manicure, hair color, hair styling product, etc., a cap that allows the contents to be ejected from between multiple comb tooth pieces so that such contents can be applied directly to the hair. A coating container comprising the above is known.

For example, Patent Document 1 includes a container body having an open upper portion and a combed cap having a discharge port between a plurality of comb tooth pieces and attached to the container body, and a combed cap with respect to the container body. A coating container is shown in which the passage leading from the container body to the discharge port can be opened and closed by rotating the container.

Japanese Unexamined Patent Publication No. 6-70809

By the way, in the conventional coating container such as Patent Document 1, the contents are coated while combing long hair using a comb tooth piece. That is, such an application container mainly applies the contents to the entire hair. On the other hand, gray hair dyes and the like may be partially applied to the hairline, but it is difficult to apply with such a combed cap, so it is necessary to use another container that can be applied locally. It takes time and effort.

An object of the present invention is to solve such a problem, and it is possible to apply the contents contained in the container body while combing the hair or locally. The purpose is to provide.

The present invention comprises a container body having a mouth portion with an upper opening and accommodating the contents.
A plug body held in the mouth portion and having a discharge port leading to the upper opening and having a coating portion for applying the contents discharged from the discharge port to the coating destination.
A cap body having a lid surface covering the coating portion and being detachably attached to the plug body or the mouth portion, a plurality of comb tooth pieces provided on the lid surface, and the same. A combed cap comprising a communication port provided so as to penetrate between the comb tooth pieces in the thickness direction of the lid surface.
Equipped with
When the comb cap is attached to the plug body, the contents discharged from the discharge port are discharged from between the comb tooth pieces via the coating portion.
When the combed cap is detached from the stopper, the coating container is configured so that the contents can be applied to the coating destination while the coating portion is held on the mouth side by the stopper. ..

A screw mechanism that detachably holds the combed cap against the mouth or plug,
A locking mechanism that regulates the rotation of the combed cap with respect to the mouth or the plug in the loosening direction when the rotation of the combed cap with respect to the mouth or the plug is completed. It is preferable to provide.

The lid covering the comb tooth piece and
It is preferable to provide another screw mechanism for holding the lid body detachably with respect to the combed cap.

The coating portion preferably includes a porous body that covers the discharge port.

The container body has an inner layer body that can accommodate the contents and can be reduced in volume, and an outer layer body that has an outside air introduction port for introducing outside air into an internal space located between the inner layer bodies and has flexibility. , Are preferably provided.

A check valve for contents that closes the discharge port while opening the discharge port when the internal pressure of the inner layer increases.
A ventilation port provided on the plug body and leading to the outside air introduction port,
It is preferable to provide an air check valve that closes the vent when the internal pressure of the internal space increases, while opening the vent when the internal pressure of the internal space decreases.

In the coating container of the present invention, the contents can be locally coated by using the coating portion provided on the stopper. Further, this coating container covers the coating portion and is detachably held on the mouth of the container body or the plug body, has a plurality of comb tooth pieces, and leads to the discharge port of the plug body between these comb tooth pieces. Since it has a combed cap with a communication port, if it is used with this combed cap attached, the contents can be applied while combing the hair.

In addition, a screw mechanism that detachably holds the comb cap to the mouth or plug, and looseness that regulates the rotation of the comb cap in the loosening direction when the rotation of the comb cap in the tightening direction is completed. When the stopper mechanism is provided, the combed cap can be easily attached and detached, and when the combed cap is attached, the loosening stopper mechanism does not inadvertently remove the cap, which is excellent in usability.

In addition, if a lid covering the comb tooth pieces and another screw mechanism for holding the lid body detachably from the comb cap are provided, dust and the like can be prevented from adhering to the comb tooth pieces and the contents can be removed. It is possible to effectively prevent the problem of solidification around the comb tooth piece and the discharge port. Further, in the case of applying to the one provided with the above-mentioned anti-loosening mechanism, the combed cap does not rotate together even if the lid is rotated for removal.

When the coating portion includes a porous body that covers the discharge port, the content discharged from the discharge port can be exuded from the entire porous body, so that the content is only partially applied when locally applied. It is possible to prevent problems such as excessive sticking.

Further, the container body has an inner layer body that can accommodate the contents and can be reduced in volume, and an outer layer body that has an outside air introduction port for introducing outside air into an internal space located between the inner layers and has flexibility. Since the contents can be discharged without taking in air into the inner layer body, the quality of the contents housed in the inner layer body can be maintained. Further, since the contents can be discharged regardless of the posture of the container body, the contents can be stably discharged even when applied to the temporal region, for example.

In the case of a structure including such an inner layer body and an outer layer body, it is preferable to provide the above-mentioned check valve for contents and a check valve for air, and in this case, more air enters the inner layer body. It can be surely prevented. Further, when the outer layer body is pressed, the contents are surely ejected, and when the pressing is released, the ejection of the contents is immediately stopped, so that the contents can be ejected as intended.

It is a half sectional view which shows the 1st Embodiment of the coating container according to this invention. A state in which the lid is removed from the coating container shown in FIG. 1 is shown, (a) is a plan view, (b) is a semi-cross-sectional view, and (c) is along BB shown in (a). It is a cross-sectional view. It is a half cross-sectional view which shows the state which removed the comb cap from the coating container shown in FIG. It is a half sectional view which shows the 2nd Embodiment of the coating container according to this invention. A state in which the lid is removed from the coating container shown in FIG. 4 is shown, (a) is a plan view, (b) is a semi-cross-sectional view, and (c) is along EE shown in (a). It is a cross-sectional view. It is a half cross-sectional view which shows the state which removed the comb cap from the coating container shown in FIG. It is a figure explaining the situation which presses the outer layer body and discharges the contents in the coating container shown in FIG. It is a figure explaining the situation which the outer layer body is restored after the state shown in FIG. 7.

Hereinafter, an embodiment of the coating container according to the present invention will be described with reference to the drawings. Unless otherwise specified, the relationship between "upper" and "lower" in the present specification and the like refers to the orientation of the container body (reference numeral 1) in an upright state as shown in FIG.

First, the first embodiment of the coating container according to the present invention will be described with reference to FIGS. 1 to 3. The coating container of the present embodiment includes a container body 1, a plug 2 (composed of an inner plug 3 and an outer plug 4), a cap with a comb 5, and a lid 6.

The container main body 1 has a bottomed tubular shape, and has a storage space S for storing the content liquid inside. The upper part of the container body 1 is provided with a mouth portion 1b having a cylindrical shape and having an upper opening 1a. An outward claw portion 1c is provided at the upper end portion of the mouth portion 1b. Further, a male screw portion 1d is provided at an intermediate portion in the vertical direction of the mouth portion 1b. Further, at the lower end of the mouth portion 1b, as shown in the cross-sectional view taken along the line AA of FIG. In addition, a large protrusion 1f is provided at intervals in the circumferential direction with respect to the small protrusion 1e.

The inner plug 3 is inserted into the upper opening 1a and axiously abuts on the inner peripheral surface of the mouth portion 1b, and the inner plug 3 projects radially outward from the tubular wall 3a and hits the upper end of the mouth portion 1b. It is provided with a flange 3b in contact with the top wall 3c, a top wall 3c that is curved so as to project upward and closes the upper end portion of the tubular wall 3a, and a discharge port 3d that penetrates the top wall 3c. Further, on the upper surface of the top wall 3c, a porous body 3e that covers the discharge port 3d and is fixed to the top wall 3c is provided. Here, in the porous body 3e, the front and back surfaces are communicated with each other by fine holes formed inside, and the content discharged from the discharge port 3d is exuded and the content is locally applied. It functions as. Examples of such a porous body 3e include those in which fibers are gathered together and those in which a material is foamed, and a sponge is used in the present embodiment.

The outer plug 4 is formed so as to form a substantially cylindrical shape, and an inward claw portion 4a that engages with the outward claw portion 1c is provided at the lower end portion thereof. As a result, the outer plug 4 is held by the container body 1. Further, the inner peripheral surface of the outer plug 4 is provided with a recess 4b that accommodates the flange 3b and prevents the inner plug 3 from coming out of the container body 1.

The cap 5 with a comb has a tubular shape with a lid, and includes a cap body 5a that covers the porous body 3e and surrounds the outer plug 4 and the mouth portion 1b. On the inner peripheral surface of the cap body 5a, a female threaded portion 5b that engages with the male threaded portion 1d is provided. As a result, when the combed cap 5 is rotated in the direction in which the male threaded portion 1d and the female threaded portion 5b are tightened, the combed cap 5 can be held in the container body 1. The male screw portion 1d and the female screw portion 5b of the present embodiment are portions referred to as "screw mechanism" in the present specification and the like.

Further, as shown in the cross-sectional view taken along the line AA of FIG. 1, a locking projection 5c protruding inward in the radial direction is provided at the lower end of the inner peripheral surface of the cap body 5a. Here, when the cap 5 with a comb is rotated in the tightening direction, the locking protrusion 5c gets over the small protrusion 1e and abuts on the large protrusion 1f immediately before the rotation is completed, and the rotation is completed. When the rotation of the combed cap 5 is completed, the locking protrusion 5c fits between the small protrusion 1e and the large protrusion 1f, so that the rotation of the combed cap 5 in the loosening direction can be restricted. The small protrusion 1e, the large protrusion 1f, and the locking protrusion 5c of the present embodiment are portions referred to as "locking mechanism" in the present specification and the like.

As shown in FIG. 2, a plurality of comb tooth pieces 5d arranged in parallel are provided on the upper portion of the cap body 5a, and the porous body 3e penetrates the front and back surfaces between the comb tooth pieces 5d. A communication port 5e leading to the discharge port 3d is provided.

Further, as shown in FIG. 1, a male screw portion (second male screw portion) 5f is provided on the outer peripheral surface of the cap body 5a below the comb tooth piece 5d.

The lid 6 has a tubular shape and is provided so as to cover the comb tooth piece 5d. A female threaded portion (second female threaded portion) 6a that engages with the second male threaded portion 5f is provided at the lower end of the inner peripheral surface of the lid 6. As a result, when the lid 6 is rotated in the direction in which the second male screw portion 5f and the second female screw portion 6a are tightened, the lid 6 can be held by the combed cap 5. The second male threaded portion 5f and the second female threaded portion 6a of the present embodiment are portions referred to as "another screw mechanism" in the present specification and the like.

In order to apply the contents while combing the hair with the coating container having such a configuration, first, the lid 6 shown in FIG. 1 is rotated in the loosening direction and removed from the combed cap 5. Here, since the combed cap 5 of the present embodiment is restricted from rotating in the loosening direction by the above-mentioned locking mechanism, it does not rotate together when the lid 6 is rotated. Then, after the comb tooth piece 5d is exposed as shown in FIG. 2, for example, the container body 1 is displaced to an inverted position and the body of the container body 1 is pressed to release the contents of the container body 1. Since the hair can be discharged from the communication port 5e via the discharge port 3d and the porous body 3e, the contents can be applied while combing the hair with the comb tooth piece 5d.

Further, in order to apply the contents locally, a slightly stronger force is applied to the combed cap 5 in the loosening direction. As a result, the locking protrusion 5c housed between the small protrusion 1e and the large protrusion 1f can overcome the small protrusion 1e and rotate the combed cap 5 in the loosening direction, so that the combed cap 5 can be rotated from the container body 1 to the combed cap. 5 can be removed. Then, by removing the cap 5 with a comb, the porous body 3e can be exposed as shown in FIG. 3, so that the contents can be locally applied by applying the porous body 3e to the coating destination. can.

After the application of the contents is completed, the lid 6 is attached to the combed cap 5 as shown in FIG. As a result, the comb tooth piece 5d can be covered and covered, so that dust and the like can be prevented from adhering and the comb tooth piece can be stored hygienically. Further, by attaching the lid body 6, it is possible to suppress the drying of the contents adhering to the comb tooth pieces 5d and the porous body 3e, so that it is possible to prevent the contents from solidifying around the comb tooth pieces 5d and the like. Can be done.

Next, a second embodiment of the coating container according to the present invention will be described with reference to FIGS. 4 to 8. The coating container of the present embodiment includes a container body 7 (composed of an inner layer 8 and an outer layer 9), a plug 10 (inner plug 11, a check valve for contents 12, an outer plug 13, and a check valve for air). It is provided with a cap 15 with a comb and a lid 16 (consisting of 14).

The inner layer 8 is provided with a storage space S inside which the contents can be stored. The inner layer 8 of the present embodiment is made of a thin synthetic resin and can be deformed in a reduced volume.

The outer layer 9 is made of a flexible synthetic resin, has a bottomed cylindrical shape, and contains the inner layer 8 inside. A mouth portion 9a having a cylindrical shape and having an upper opening is provided on the upper portion of the outer layer body 9. Here, the inner layer 8 housed inside the mouth portion 9a is wound outward at the upper end portion of the mouth portion 9a, and is housed in the outer layer body 9 in a state of having an upper opening 8a with an open upper portion. There is. Further, in the mouth portion 9a, a groove portion 9b located above the groove portion 9b extending in the vertical direction, a locking portion 9c located below the groove portion 9b and protruding radially outward, and a locking portion 9c located below the locking portion 9c. An outside air introduction port 9d that penetrates the mouth portion 9a in the radial direction is provided.

Further, an internal space N leading to the outside air introduction port 9d is formed between the inner layer 8 and the outer layer 9.

The inner layer 8 and the outer layer 9 in the present embodiment are made by laminating synthetic resins having low compatibility with each other so as to be peelable. Examples of the synthetic resin constituting the inner layer 8 and the outer layer 9 include nylon resin (PA), polyethylene vinyl alcohol copolymer resin (EVOH), modified polyolefin resin (for example, “Admer” (registered trademark) manufactured by Mitsui Kagaku Co., Ltd.) and the like. ), Polyethylene resin (PE) including low-density polyethylene (LDPE) and high-density polyethylene resin (HDPE), polyethylene terephthalate resin (PET) and the like can be adopted. Such an inner layer 8 and an outer layer 9 can be obtained by blow molding a parison in which a synthetic resin material forming the inner layer 8 and a synthetic resin material forming the outer layer 9 are laminated. In addition, a test tubular preform in which the synthetic resin material of the inner layer 8 and the synthetic resin material of the outer layer 9 are laminated is prepared, and this preform is formed by biaxial stretch blow molding, or the inner layer is formed. It is also possible to adopt a body in which the body and the outer layer are individually formed, and then the inner layer is arranged inside the outer layer.

The inner plug 11 has a tubular wall 11a that is inserted into the upper opening 8a and sandwiches the inner layer 8 with the mouth portion 9a, and a tubular wall 11a that protrudes radially outward from the tubular wall 11a and has an upper end of the mouth portion 9a. A flange 11b that sandwiches the inner layer 8 between them, a top wall 11c that extends horizontally and closes the upper end of the tubular wall 11a, and a vertical insertion hole 11d that penetrates the center of the top wall 11c. It is provided with a discharge port 11e that penetrates the top wall 11c on the radial outer side of the vertical insertion hole 11d.

The check valve 12 for contents has a cylindrical shape and a shaft portion 12a having a lower end portion bulging outward in the radial direction, and a donut plate shape extending radially outward from the outer peripheral surface of the shaft portion 12a. It is provided with a valve body 12b. Then, the shaft portion 12a is inserted into the vertical insertion hole 11d from above and held by the inner plug 11. Here, in a state where the check valve 12 for contents is held by the inner plug 11, the valve body 12b covers the discharge port 11e and is seated on the upper surface of the top wall 11c.

As shown in FIG. 4, the inner plug 11 of the present embodiment also functions as a coating portion to which the contents can be locally applied, as in the case of the porous body 3e of the first embodiment described above. It has a body 11f. The central portion of the porous body 11f of the present embodiment is supported by the shaft portion 12a, and a space is provided above the valve body 12b to allow the valve body 12b to separate from the top wall 11c. ..

The outer plug 13 is formed so as to form a substantially cylindrical shape, and at the central portion in the vertical direction thereof, the outer plug 13 projects radially inward and engages with the locking portion 9c, so that the outer plug 13 is attached to the outer layer body 9. A locked portion 13a for holding is provided. Further, on the inner peripheral surface of the outer plug 13, a recess 13b that accommodates a flange 11b to prevent the inner plug 11 from coming out of the outer layer body 9 and a recess 13b that is inserted into the groove portion 9b and rotates around the outer plug 13 with respect to the outer layer body 9. A rib 13c for stopping and holding is provided.

Further, a male screw portion 13d is provided on the outer peripheral surface of the outer plug 13, and a small protrusion 1e and a large protrusion 1f having the same configuration as those of the first embodiment described above are below the male screw portion 13d. A protrusion 13e and a large protrusion 13f are provided (see the CC sectional view of FIG. 4). Below the small protrusion 13e and the large protrusion 13f, a lateral insertion hole (vent) 13g that penetrates the outer plug 13 in the radial direction is provided. In the state where the outer plug 13 is held by the outer layer body 9, the inner peripheral surface at the lower end portion of the outer plug 13 is in airtight contact with the outer peripheral surface of the mouth portion 9a.

As shown in the enlarged view of the D portion of FIG. 4, the check valve 14 for air includes a columnar portion 14a having a columnar shape, a disc-shaped portion 14b provided at one end of the columnar portion 14a, and the columnar portion 14a. It is provided with a bulging portion 14c provided at the end. The check valve 14 for air of the present embodiment is inserted into the lateral insertion hole 13g of the outer plug 13, the disk-shaped portion 14b is located radially outside the outer plug 13, and the bulging portion 14c is the outer plug 13. It is installed so that it is located inward in the radial direction. Here, the air check valve 14 is slidably held with respect to the lateral insertion hole 13 g. Further, the check valve 14 for air extends along the axis of the columnar portion 14a on the outer peripheral surface of the columnar portion 14a, and then on the inner side surface of the disc-shaped portion 14b from the radial inside to the outside of the disc-shaped portion 14b. It is provided with a groove portion 14d extending toward.

The cap 15 with a comb has a tubular shape with a lid, and includes a cap body 15a that covers the porous body 11f and surrounds the outer plug 13 and the check valve 14 for air. On the inner peripheral surface of the cap body 15a, a female threaded portion 15b that engages with the male threaded portion 13d is provided. As a result, when the combed cap 15 is rotated in the direction in which the male threaded portion 13d and the female threaded portion 15b are tightened, the combed cap 15 can be held by the outer plug 13. The male threaded portion 13d and the female threaded portion 15b function as the "screw mechanism" in the present specification and the like, similarly to the male threaded portion 1d and the female threaded portion 5b of the first embodiment described above.

Further, on the inner peripheral surface of the cap body 15a, a locking projection 15c is provided below the female screw portion 15b. As shown in the cross-sectional view taken along the line CC of FIG. 4, the locking projection 15c, like the locking projection 5c of the first embodiment described above, is "loose" in the present specification and the like together with the small projection 13e and the large projection 13f. It functions as a "stop mechanism".

As shown in FIG. 5, a plurality of comb tooth pieces 15d arranged in parallel are provided on the upper portion of the cap main body 15a, and the porous body 11f penetrates the front and back surfaces between the comb tooth pieces 15d. A communication port 15e leading to the discharge port 11e is provided. Further, as shown in FIG. 4, a male screw portion (second male screw portion) 15f is provided on the outer peripheral surface of the cap body 15a below the comb tooth piece 15d.

The lid 16 is provided so as to cover the comb tooth piece 15d, and a female threaded portion (second female threaded portion) 16a that engages with the second male threaded portion 15f is provided at the lower end of the inner peripheral surface thereof. Has been done. The second male threaded portion 15f and the second female threaded portion 16a also function as "other screwing mechanisms" in the same manner as the second male threaded portion 5f and the second female threaded portion 6a described above.

Also in the coating container of the second embodiment having such a configuration, the contents can be applied while combing the hair using the cap 15 with a comb. Further, as shown in FIG. 6, by removing the cap 15 with a comb, the contents can be locally applied using the porous body 11f.

By the way, in order to discharge the contents from the coating container of the second embodiment, the body portion of the outer layer 9 is pressed as shown in FIG. As a result, pressure is also applied to the inner layer 8 via the inner space N, so that the accommodation space S is pressurized. The contents of the accommodation space S can pass through the discharge port 11e and permeate into the porous body 11f while separating the valve body 12b from the top wall 11c, and can be discharged from the communication port 15e. When the internal space N is pressurized, the air check valve 14 slides outward in the radial direction, and the bulging portion 14c closes the lateral insertion hole 13g, so that the air in the internal space N leaks to the outside world. The inner layer 8 can be reliably pressurized.

To stop the ejection of the contents, the pressure on the outer layer 9 may be released. As a result, the pressurization to the internal space N is also stopped, so that the valve body 12b is restored and seated on the top wall 11c as shown in FIG. 8, and the discharge port 11e is closed. Further, since the outer layer 9 has flexibility, it begins to be restored, but at this time, the internal space N is depressurized, so that the outside air passes through the gap between the combed cap 15 and the outer plug 13, and is a check valve for air. It passes through the groove portion 14d provided in 14, and is introduced into the internal space N via the outside air introduction port 9d. Therefore, since only the outer layer 9 can be restored while the inner layer 8 is reduced in volume and deformed, the body of the outer layer 9 may be pressed as it is when the contents are discharged next time.

Although the present invention has been described above with reference to specific embodiments, the coating container according to the present invention is not limited to the above-described embodiment, and various modifications may be made within the scope of the claims. included. For example, in the screw mechanism of the first embodiment, the female threaded portion 5b of the combed cap 5 is engaged with the male threaded portion 1d of the container body 1, but the male threaded portion 1d may be provided on the outer plug 4. Further, in the screw mechanism of the second embodiment, the female threaded portion 15b of the combed cap 15 is engaged with the male threaded portion 13d of the outer plug 13, but the male threaded portion 13d may be provided on the outer layer body 9. Further, in the above-described embodiment, the porous bodies 3e and 11f are provided on the top walls 3c and 11c of the inner plugs 3 and 11, but the porous bodies 3e and 11f are omitted and the contents are provided by the top walls 3c and 11c. It may be configured so that the object can be spread. Further, the check valve 14 for air may be configured such that the valve body sits on the wall surface of the outer plug 13 and separates to open and close the lateral insertion hole 13 g, like the check valve 12 for contents.

1: Container body 1a: Upper opening 1b: Mouth 1c: Outward claw 1d: Male thread 1e: Small protrusion 1f: Large protrusion 2: Plug 3: Inner plug 3a: Cylindrical wall 3b: Flange 3c: Top wall 3d: Discharge port 3e: Porous body (coating part)
4: External plug 4a: Inward claw part 4b: Recessed part 5: Cap with comb 5a: Cap body 5b: Female thread part 5c: Locking protrusion 5d: Comb tooth piece 5e: Communication port 5f: Second male thread part 6: Lid 6a: Second female screw portion 7: Container body 8: Inner layer body 8a: Upper opening 9: Outer layer body 9a: Mouth portion 9b: Groove portion 9c: Locking portion 9d: Outside air introduction port 10: Plug body 11: Inner plug 11a: Cylinder Shaped wall 11b: Flange 11c: Top wall 11d: Vertical insertion hole 11e: Discharge port 11f: Porous body (coating part)
12: Check valve for contents 12a: Shaft portion 12b: Valve body 13: Outer plug 13a: Locked portion 13b: Recessed portion 13c: Rib 13d: Male threaded portion 13e: Small protrusion 13f: Large protrusion 13g: Sideways insertion hole ( vent)
14: Check valve for air 14a: Columnar part 14b: Disc-shaped part 14c: Swelling part 14d: Groove part 15: Comb cap 15a: Cap body 15b: Female thread part 15c: Locking protrusion 15d: Comb tooth piece 15e: Communication port 15f: Second male threaded portion 16: Lid body 16a: Second female threaded portion N: Internal space S: Containment space

Claims (6)

A container body that has a mouth with an upper opening and houses the contents,
A plug body held in the mouth portion and having a discharge port leading to the upper opening and having a coating portion for applying the contents discharged from the discharge port to the coating destination.
A cap body having a lid surface covering the coating portion and being detachably attached to the plug body or the mouth portion, a plurality of comb tooth pieces provided on the lid surface, and the same. A combed cap comprising a communication port provided so as to penetrate between the comb tooth pieces in the thickness direction of the lid surface.
Equipped with
When the comb cap is attached to the plug body, the contents discharged from the discharge port are discharged from between the comb tooth pieces via the coating portion.
When the combed cap is detached from the stopper, the coating container is configured so that the contents can be applied to the coating destination while the coating portion is held on the mouth side by the stopper . A screw mechanism that detachably holds the combed cap against the mouth or plug,
A locking mechanism that regulates the rotation of the combed cap with respect to the mouth or the plug in the loosening direction when the rotation of the combed cap with respect to the mouth or the plug is completed. The coating container according to claim 1. The lid covering the comb tooth piece and
The coating container according to claim 1 or 2, further comprising another screw mechanism for detachably holding the lid body with respect to the combed cap. The coating container according to any one of claims 1 to 3, wherein the coating portion includes a porous body that covers the discharge port. The container body has an inner layer body that can accommodate the contents and can be reduced in volume, and an outer layer body that has an outside air introduction port for introducing outside air into an internal space located between the inner layer bodies and has flexibility. The coating container according to any one of claims 1 to 4, wherein the coating container comprises. A check valve for contents that closes the discharge port while opening the discharge port when the internal pressure of the inner layer increases.
A ventilation port provided on the plug body and leading to the outside air introduction port,
The coating container according to claim 5, further comprising a check valve for air that closes the vent when the internal pressure of the internal space increases, and opens the vent when the internal pressure of the internal space decreases.

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