JP2020104886A - Spouting container - Google Patents

Abstract

To provide a spouting container capable of improving the centering accuracy of a mouth by holding a trunk, and plugging a container body after setting of an inside plug and an over-cap in advance even when a neck ring cannot be used for holding the container body.SOLUTION: The spouting container comprises a container body A, and a spouting cap B. The container body A includes a mouth 1, a shoulder 2 and a trunk 3 provided to be continuous from a lower end of the mouth 1, and a neck ring 5 formed in an outer periphery of the mouth 1. The spouting cap B includes an inside plug C fitted to the container body A, and an over-cap D engaged and fitted to the inside plug C. The inside plug C includes a fitting cylinder 10 plugged and fitted to the mouth 1 of the container body A, and a guiding wall 38 drooped from a lower outer periphery of the fitting cylinder 10 and guided by the neck ring 5 during plugging. The over-cap D includes a top wall 40, and an outer peripheral wall 41 reaching the trunk 3 of the container body A from an outer peripheral edge of the top wall 40 during lid closing.SELECTED DRAWING: Figure 1

Description

The present invention relates to a pouring container including a container body and a pouring cap mounted to the container body, and more particularly to an inner cap to be capped on the container body and an overcap mounted to be screwed onto the inner cap. The present invention relates to a pour-out container fitted with a pour-out cap consisting of and.

Design is important for a dressing container among food containers such as seasonings. Therefore, as the shape of the entire container, it is preferable that the silhouette of the overcap and the container body is continuous. However, since the neck ring of the container body is hidden by the overcap, it is necessary to plug the inner plug, which requires holding of the container body by the neck ring, before mounting the overcap.
For this reason, there is a problem in that mounting the pouring cap after filling the content liquid requires two steps, that is, the step of plugging the inner stopper into the container body and the step of tightening the overcap to the inner stopper after stoppering. was there.

Therefore, when attaching the spout cap to the container body, before shipping the spout cap, screw the overcap onto the inner plug and tighten it, set the inner plug and the overcap, and fill the content liquid. After that, the fitting cylinder part of the inside plug is applied to the mouth part of the container body, and the installation of the dispensing cap is completed by only one step of capping the dispensing cap set from above the container body. (See, for example, Patent Document 1).

JP, 2018-52619, A

The pouring cap described in Patent Document 1 is suitable for mounting on a container body containing a content liquid having a relatively high viscosity, but a pouring cap with an inner cap and an overcap set at the mouth of the container body. Since it is impossible to hold the container body by the neck ring when capping the outlet cap, it is necessary to hold it by the body of the container body.
However, the holding of the container body by the body portion is inferior to the holding of the container body by the neck ring in the centering accuracy of the mouth portion of the container body, so that there is a problem that a plugging defect is likely to occur.

The present invention has an object to solve the above-mentioned problems, and in a pouring container composed of a container body and a pouring cap attached to the container body, even if a neck ring cannot be used to hold the container body, It is an object of the present invention to provide a pouring container in which the centering accuracy of the mouth can be improved by the holding by the portion, and after the inner stopper and the overcap are set in advance, the container body can be stoppered.

The present invention is, in order to solve the above problems, a pouring container comprising a container body and a pouring cap attached to the container body as a pouring container, wherein the container body has a mouth portion and a mouth portion. Has a shoulder portion and a body portion continuously provided from the lower end of the, and a neck ring formed on the outer periphery of the mouth portion, the pouring cap is an inner stopper attached to the container body, and screwed to the inner stopper. An overcap to be mounted is provided, and the inner plug is hung from the outer periphery of the lower end of the fitting cylinder part, which is plugged into the mouth part of the container body, and is guided to the neck ring when capping. The overcap has a top wall and an outer peripheral wall that reaches the body of the container body from the outer peripheral edge of the top wall when the lid is closed.

As a specific embodiment of the dispensing container, the guide wall portion adopts a structure characterized in that the lower end surface expands outward and downward, and the guide wall portion contacts the neck ring at the time of tapping. A structure characterized by being in contact with or close to each other is adopted, and the inner peripheral surface of the guide wall portion and the outer peripheral surface of the neck ring have an uneven surface extending in the vertical direction on either one. The fitting cylinder part of the inner plug is provided with a notch recessed radially from the outer peripheral surface over the circumferential direction, and a separating mechanism for separating the inner plug from the container body is provided at the bottom of the fitting cylinder part. A configuration characterized by having is adopted.

The pouring container of the present invention comprises an inner stopper attached to the container body and an overcap attached by screwing onto the inner stopper, and the inner stopper is attached to the mouth of the container body by stoppering. The overcap has a fitting cylinder part and a guide wall part that is hung from the outer periphery of the lower end of the fitting cylinder part and is guided by the neck ring when the cap is closed. Even if the neck ring cannot be used to hold the container body, the centering accuracy of the mouth can be improved by holding the body with the outer peripheral wall that reaches the body of the container. Since the container body can be capped after setting, the mounting of the dispensing cap on the container body can be performed in one step.

It is a figure which shows the pouring container of the closed state in an Example, (a) is front sectional drawing, (b) is a principal part enlarged view. It is a figure which shows the inside plug in the Example of a dispensing container, (a) is a front partial cross section figure, (b) is a bottom view. It is a front half cross-sectional view showing a state immediately before the inner stopper with the overcap set in the embodiment of the dispensing container is plugged into the container body. It is a figure which shows the process which plugs the inner stopper which set the overcap in an Example in a container main body, (a) is an expanded sectional view just before a guide wall part contacts an opening part, (b) is a guide wall part. FIG. 7 is an enlarged cross-sectional view in which the abutment is made on the tip of the mouth. It is a figure which shows the process which plugs the inner stopper which set the overcap in an Example in a container main body, (a) is an expanded sectional view which the guide wall part contact|abutted to the mouth outer periphery, (b) is a guide wall part. FIG. 6 is an enlarged cross-sectional view immediately before abutting on the neck ring.

Next, the dispensing container according to the embodiment of the present invention will be described with reference to the drawings shown in the examples.

In FIG. 1, A is a container body, B is a pouring cap attached to the container body A, C is an inner plug attached to the container body A, and D is an overcap screwed to the inner plug C and attached. The pouring container according to the present embodiment includes a container body A and a pouring cap B, and the pouring cap B includes an inner stopper C and an overcap D.

As shown in FIGS. 1 and 3, the container body A includes a cylindrical mouth portion 1, a shoulder portion 2 and a body portion 3 that are continuously provided at the lower end of the mouth portion 1, and the mouth portion 1 has a A locking projection 4 is provided on the outer circumference of the upper part, and an annular neck ring 5 is provided below the locking projection 4.
The locking projection 4 is formed with a plurality of projections for preventing the inner plug C from rotating in the circumferential direction of the outer peripheral surface.
Further, the neck ring 5 may be provided with a knurled uneven surface 6 extending in the vertical direction on the outer peripheral surface.

As shown in FIGS. 1 and 2, the inner plug C includes an outer cylinder 11 on the outer peripheral side, an inner cylinder 12 on the inner peripheral side, and an upper wall 13 located on the top surface side of the mouth section 1. A fitting cylindrical portion 10 that forms an annular groove into which is fitted, a screw wall portion 14 that is erected from the inner cylinder 12 via an upper wall 13, and a ceiling wall 15 that closes the upper portion of the screw wall portion 14, It is provided with a pouring cylinder 16 provided upright on the inner edge of the wall 15.

As shown in FIG. 2, a transition plug body 18 is integrally connected to the lower portion of the inner circumference of the spout tube 16 via a thin weakened portion 17 formed over the entire circumference.
The transition plug 18 has a cylindrical tubular wall 19 standing upright in the upper portion, and a bottom wall 20 in the lower portion together with the thin wall weakening portion 17 closes the spout.

The cylindrical wall 19 is provided with six first tooth portions 21 constituting one side of the ratchet mechanism on the outer circumference in the circumferential direction, and a first engagement protrusion 22 is annularly protruded on the upper portion of the inner circumference.
The engagement structure between the tubular wall 19 of the transition plug 18 and the cutting tubular portion 43 of the overcap D described later does not have to be the ratchet mechanism.

On the outer peripheral surface of the screw wall portion 14, a male screw 23 that engages with a female screw 50 of an overcap D described later is provided.
The male screw 23 is formed of a triple thread screw whose upper end portion starts at 120° intervals.
On the inner peripheral surface of the screw wall portion 14, a plurality of reinforcing ribs 24 are provided, the upper portion of which is continuous with the ceiling wall 15 and which extends in the axial direction.

On the upper surface of the ceiling wall 15, a step portion 25 that protrudes toward the inner peripheral side is provided, and on the outer periphery of the step portion 25, sound emitting protrusions 26 are arranged at predetermined intervals.
On the upper surface of the upper wall 13 of the fitting tubular portion 10, stoppers 27 are arranged at predetermined positions in the circumferential direction.

The outer cylinder 11 is provided with a notch recess 30 in the radial direction from the outer peripheral surface in the circumferential direction, and the lower part thereof is a separating mechanism E that separates the inner plug C from the container main body A and allows separate disposal. Further, on the inner circumference of the lower portion of the sorting mechanism E, there is provided a locking reduced diameter portion 31 which engages with the locking projection 4 of the container body A and prevents the mouth 1 from coming off.

As shown in FIG. 2B, the sorting mechanism E is provided with a grip portion 33 via a through slit 32 formed in the axial direction over a predetermined arc range on the lower outer peripheral surface of the outer cylinder 11, and the grip portion 33 is The thin vertical cutting portion 34 is separated from the outer cylinder 11 and can be expanded outward.
To the right of the vertical cutting portion 34 of the grip portion 33, a hooking portion 35 for inserting and hooking a fingertip is formed.
The through slit 32 extends from the vertical cutting portion 34 in the direction opposite to the grip portion 33 (to the left) to the starting end portion 32a, and the grip portion 33 is integrated with the outer cylinder 11 at the other end portion 32b. ..

The lower portion including the locking reduced diameter portion 31 of the outer cylinder 11 which is adjacent to the terminal end portion 32b of the through slit 32 is notched in the radial direction, and a thin rupturable starting portion between the outer cylinder 11 and the grip portion 33 is formed. A break 36 is formed.
In the notched concave portion 30 of the outer cylinder 11, a thin circumferential cutting portion 37 that extends from the terminal end portion 32b of the through slit 32 in the back direction and is rupturable on the inner peripheral side of the outer cylinder 11 up to the start end portion 32a is formed. Has been formed.

A skirt-shaped guide wall portion 38 is provided integrally with the grip portion 33 on the outer periphery of the lower end of the outer cylinder 11 so that the inner stopper C is guided by the neck ring 5 of the container body A when the inner stopper C is plugged. In order to form the vertical cutting portion 34 and the hook portion 35 of the sorting mechanism E, the guide wall portion 38 is formed with a cutout between the right end surface 38a and the left end surface 38b.
In the present embodiment, the guide wall portion 38 has a shape in which the lower end surface 39 is inclined so that the lower end surface 39 extends outward and downward. However, the guide wall portion 38 may have a shape with a stepped portion or an arc shape. The shape of 39 is such that, when the inner stopper C is capped, it comes into contact with the locking projection 4 and the neck ring 5 of the container body A, and brings the axis OC of the inner stopper C close to the axis OA of the container body A. In addition, any shape may be used as long as it can be guided.
The guide wall portion 38 can be formed with an uneven surface extending in the vertical direction on the inner circumference, if necessary.

As shown in FIGS. 1 and 3, the overcap D includes a disc-shaped top wall 40 and an outer peripheral wall 41 that is vertically provided from the outer peripheral edge of the top wall 40 while drawing a gentle curve.
On the inner surface of the top wall 40, a cutting tube portion 43 and a screw tube portion 44 are vertically provided integrally with the top wall 40 in order from the engaging portion 42 vertically provided near the center to the outside, and the cutting tube portion 43. And the screw tube portion 44, sound producing members 45 are vertically provided at equal intervals in a concentric circle shape.

An annular second engaging protrusion 46 is formed on the outer periphery of the tip of the engaging portion 42 so as to ride over the first engaging protrusion 22 of the inner plug C and tightly fit to the inner peripheral surface of the tubular wall 19. ing.
On the inner circumference of the cutting cylinder portion 43, the same number of second tooth portions 47 that constitute the other of the ratchet mechanism as the first tooth portion 21 are provided, and the second tooth portions 47 move the overcap D in the screw releasing direction when opening. It is adapted to engage with the first tooth portion 21 when it is rotated.
A seal surface 48 is formed on the outer circumference of the cutting cylinder portion 43 so as to be in close contact with the inner peripheral surface of the spout cylinder 16 and seal the spout.

The screw cylinder portion 44 is provided with a female screw 50 that is screwed into the male screw 23 of the inner plug C from the center of the inner periphery to a lower portion, and a wedge-shaped recess (not shown) that engages with the stopper 27 is circumferentially formed on the stopper 27 at the lower end surface. The same number is formed.
When the lower end surface of the screw cylinder portion 44 contacts the upper wall 13 and the wedge-shaped recess contacts the stopper 27, tightening of the overcap D is completed.
Further, knurls 51 are formed on the outer peripheral surface of the outer peripheral wall 41.

The sound producing member 45 extends vertically from the lower surface of the top wall 40 and a rigid rod-shaped base portion 53, and vertically extends from the lower end surface of the base portion 53, and has a circumferential thickness that is elastically deformable and is formed into a thin wall. It consists of a piece 54.
In the sound producing member 45, the tip of the vibrating piece 54 contacts the sound producing protrusion 26 of the inner plug C immediately before the tightening of the overcap D is completed, and the vibrating piece 54 is curved and deformed, and the tightening is completed. At the same time, the vibrating piece 54 is set so as to vibrate and generate sound when the vibrating piece 54 rides over the sounding protrusion 26 and tries to restore.

Next, the mode of use and operational effects of this embodiment will be described.
Conventionally, when attaching the pouring cap B to the container body A, after the inner plug C is plugged into the mouth portion 1 of the container body A filled with the content liquid, the overcap D is screwed and tightened. Although the work of two steps was required, in the pouring cap B of this embodiment, the overcap D was screwed into the inner plug C in advance and tightened, and the pouring was performed with the overcap D set in the inner plug C. By shipping the cap B, the user puts the fitting cylinder portion 10 of the inner stopper C on the mouth portion 1 of the container body A after filling the content liquid, and the pouring cap set from above the container body A. The attachment of the pouring cap B can be completed by only one step of capping B.

When the female screw 50 of the overcap D is screwed into the male screw 23 of the inner plug C and tightened, the overcap D is rotated in the screwing direction, and the second tooth portion 47 of the cutting cylinder portion 43 has the first tooth. The overcap D is allowed to rotate over the portion 21.
As the overcap D descends by screwing, the second engaging protrusion 46 of the engaging portion 42 comes into contact with the first engaging protrusion 22 of the tubular wall 19, and by further lowering. The second engaging protrusion 46 rides over the first engaging protrusion 22 and fits on the inner peripheral surface of the tubular wall 19.

At the same time, the upper portion of the stopper 27 comes into contact with the lower end surface of the screw cylinder portion 44.
Further, the lower end surface of the screw cylinder portion 44 contacts the upper wall 13 to advance the fastening of the male screw 23 and the female screw 50, and a wedge-shaped recess not shown abuts the stopper 27 to complete the fastening of both screws.

By setting in this way, the overcap D does not easily rotate from the set state, it is possible to prevent accidental opening of the cap by a slight impact, and the overcap D is not opened at the time of opening. The screw can be started smoothly so that the load at the time of initial rotation does not increase suddenly.

Before the fastening of both screws is completed, the tip end of the vibrating piece 54 of each sound producing member 45 of the overcap D is caused to rotate by each of the sound producing members 45 of the overcap D by the sound producing protrusions of the top wall 15 of the inside plug C. When it abuts against the portion 26 and further rotates, the vibrating piece 54 advances while curving and deforming, and finally the tip of the vibrating piece 54 gets over the sounding projection 26.
When the tip of the vibrating piece 54 gets over the sounding protrusion 26, the curved and vibrating vibrating piece 54 tries to restore, vibrates, and sounds are emitted.
This sound allows the user of the present invention to sensuously know the end of closing the overcap D.

Next, in the step of plugging the pouring cap B in which the overcap D is set on the inner plug C shown in FIG. 3 into the mouth portion 1 of the container body A, it is used to hold the container body A at the time of conventional tapping. The existing neck ring 5 is hidden by the outer peripheral wall 41 of the overcap D, so that it cannot be held by the neck ring 5.
Therefore, although the container body A is held by the body portion 3 at the time of tapping, the holding of the container body A by the body portion 3 has a higher centering accuracy for the mouth portion 1 than the holding by the neck ring 5. It tends to be inferior.

Therefore, in the inner stopper C of the present invention, a skirt-shaped guide wall portion 38 is vertically provided integrally with the grip portion 33 on the outer periphery of the lower end of the outer cylinder 11, and the inner stopper C is the neck of the container body A immediately before the stopper. Guided by the ring 5, the axis OC of the inner plug C is made to approach the axis OA of the mouth 1.
The centering of the mouth portion 1 by the guide wall portion 38 will be described below.

As shown in FIG. 4(a), when the pouring cap B is capped on the container body A with the axis OA of the container body A and the axis OC of the inner plug C deviated from each other, the mouth portion 1 When the fitting cylinder portion 10 of the inner plug C is lowered from above, the lower end surface 39 of the guide wall portion 38 is inclined outward and downward as shown in FIG. By the contact of 39 with the tip of the mouth portion 1, the inside plug C moves right along the axis OC.

When the inner plug C is further lowered, the inner peripheral surface of the guide wall portion 38 slides on the outer peripheral surface of the locking projection 4 of the mouth portion 1 as shown in FIG. Moves the axis OC further to the right.
At this time, when an uneven surface is formed on the inner peripheral surface of the guide wall portion 38, friction during sliding contact can be reduced, and the inner plug C can be easily mounted.

When the inner plug C is further lowered, as shown in FIG. 5B, the lower part of the locking reduced diameter portion 31 of the outer cylinder 11 abuts on the outer peripheral surface of the upper end of the mouth portion 1, so that the inner plug C is removed. , Further moves the axis OC to the right.
Finally, in the inner plug C, the inner peripheral surface of the guide wall portion 38 is in sliding contact with the outer peripheral surface of the neck ring 5, so that the axial center OC moves further to the right and coincides with the axial center OA of the container body A. Like
At this time, if the uneven surface 6 extending vertically is formed on the outer peripheral surface of the neck ring 5, or if the uneven surface extending vertically is formed on the inner peripheral surface of the guide wall portion 38, Friction can be reduced during sliding contact with the guide wall portion 38.

Further, when the inner plug C is pressed against the mouth portion 1, the mouth portion 1 fits into the fitting cylinder portion 10 and pushes the outer cylinder 11 slightly outward, and as shown in FIG. 31 rides over the locking projection 4 of the mouth portion 1 and engages.

Next, in order to use the pouring container with the pouring cap B attached, grasp the body portion 3 of the container body A, put a finger on the knurl 51 of the overcap D, and rotate the overcap D in the unscrewing direction. Let
After that, when the rotation progresses, the tip of the vibrating piece 54 of the sound producing member 45 of the overcap D comes into contact with the sound producing projection 26 of the top wall 15 of the inside plug C, and when the rotation further progresses, the vibrating piece 54 bends. As the vibration piece 54 progresses while being deformed, the tip of the vibrating piece 54 gets over the sounding projection 26, and the vibrating piece 54 that has been curved and deformed is restored and vibrates, and sound is emitted.

When it further rotates, the second tooth portion 47 comes into engagement with the first tooth portion 21, and the rotational force of the overcap D comes to be applied to the transition plug body 18 via the ratchet mechanism.
At this time, since the second engagement protrusion 46 of the engaging portion 42 is tightly fitted to the inner peripheral surface of the tubular wall 19 that has passed over the first engagement protrusion 22, the inner wall of the tubular wall 19 is closed. The reinforcement force of the overcap D facilitates transmission of the rotational force of the overcap D to the transition plug body 18 via the ratchet mechanism, and also generates a force that pulls the transition plug body 18 upward as the screw rotates.

As the rotation of the overcap D progresses, the thinning weakened portion 17 is broken by the rotational force and the pulling force applied to the transition plug body 18, the spout is opened, and the transition plug body 18 separated from the spout barrel 16 is removed. , And is pulled up by the engaging portion 42 that engages with the tubular wall 19 and rises together with the overcap D.
If the sealing surface 48 of the cutting cylinder portion 43 separates from the inner peripheral surface of the spout cylinder 16 and the female screw 50 is unscrewed from the male screw 23 to separate the overcap D from the inner plug C, the transition cap body 18 is formed together with the overcap D. The content liquid in the container body A can be poured out from the removed pouring tube 16.

When the overcap D is attached to the inner plug C again after using the pouring container, the inner wall surface of the pouring cylinder 16 is caused by the bottom wall 20 of the transition plug body 18 and the remaining pieces of the thin weakened portion 17 that have been broken. The content liquid adhering to is scraped off, and the inner peripheral surface of the pouring cylinder 16 can be kept clean.
In addition, since the sealing surface 48 of the cutting cylinder portion 43 contacts the spout cylinder 16 to seal the inside of the container body, and the tip portion is fitted into the transition plug body 18 with a slight gap, the cutting cylinder portion 43 is cut from the gap. It is difficult for the content liquid to enter the inside of the cylindrical portion 43.

The inner plug C of the pouring cap B of the present embodiment can be separated from the container main body A by a simple operation when the pouring container is used and then discarded, and can be separated and discarded.
First, when a finger is applied to the hooking portion 35 near the vertical cutting portion 34 shown in FIG. 2 to pull the gripping portion 33 toward you, the vertical cutting portion 34 is broken and the gripping portion 33 expands outward.
When the grip portion 33 is pulled, the thin-walled starting portion 36 provided adjacent to the terminal end portion 32b of the through slit 32 breaks, and the breaking progresses to the circumferential cutting portion 37.

When the circumferential cut portion 37 is broken, the engagement of the locking reduced diameter portion 31 with the locking projection 4 is released, so that when the fracture progresses to the vicinity of the starting end portion 32a, the locking reduced diameter portion 31 causes When the restraint on the mouth portion 1 is released and the grip portion 33 is pulled up, the inner plug C can be separated from the container main body A and separately disposed.

In the present embodiment, the inner plug C of the spout cap B uses the transition plug body 18, but it is connected to the removing part that closes the spout through the thin-walled weakening part and the removing part through the column. It may be an inner plug using a pull ring.
Further, the inner plug of the pouring cap may have a structure in which the pouring port is opened from the beginning and a transition plug or a removing portion is not provided.

The pouring container of the present invention can improve the centering accuracy of the mouth part by holding it by the body part without using the neck ring for holding the container body, and after setting the inner plug and the overcap in advance. Since the container body can be capped, the silhouette of the overcap and the container body can be continuous as the shape of the entire container, and it is suitable as a seasoning container such as a dressing where design is important.

A container body B spout cap C inside plug D overcap E sorting mechanism OA axis of the container body OC axis of the inside plug 1 mouth 2 shoulder 3 body 4 locking projection 5 neck ring 6 uneven surface 10 fitting Combined cylinder part 11 Outer cylinder 12 Inner cylinder 13 Upper wall 14 Screw wall part 15 Top wall 16 Outlet cylinder 17 Thin wall weakening part 18 Transition plug body 19 Cylindrical wall 20 Bottom wall 21 First tooth part 22 First engagement protrusion 23 Male Screw 24 Reinforcing Rib 25 Step 26 Sound Protrusion 27 Stopper 30 Notch Recess 31 Locking Diameter Reduced Part 32 Penetration Slit 32a Start End 32b End 33 Grasping 34 Vertical Cut 35 Hook 36 36 Thin Start 37 Circumferential direction cutting portion 38 Guide wall portion 38a Right end surface 38b Left end surface 39 Lower end surface 40 Top wall 41 Outer peripheral wall 42 Engagement portion 43 Cutting cylinder portion 44 Screw cylinder portion 45 Sounding member 46 Second engaging protrusion 47 Second tooth Part 48 Sealing surface 50 Female thread 51 Knurl 53 Base 54 Vibrating piece

Claims (5)

A pouring container comprising a container body and a pouring cap attached to the container body,
The container body has a mouth portion, a shoulder portion and a body portion continuously provided from the lower end of the mouth portion, and a neck ring formed on the outer periphery of the mouth portion,
The dispensing cap includes an inner stopper attached to the container body and an overcap screwed to the inner stopper.
The inner plug has a fitting cylinder part that is plugged and attached to the mouth of the container body, and a guide wall part that hangs from the outer periphery of the lower end of the fitting cylinder part and that is guided by the neck ring when capping. ,
The overcap has a top wall and an outer peripheral wall that reaches the body of the container body from the outer peripheral edge of the top wall when the lid is closed. The pouring container according to claim 1, wherein the guide wall portion has a lower end surface extending outward and downward. The guide wall part is in contact with or close to the neck ring at the time of tapping, and the pouring container according to claim 1 or 2. The pouring container according to any one of claims 1 to 3, wherein one of the inner peripheral surface of the guide wall portion and the outer peripheral surface of the neck ring has an uneven surface extending in the vertical direction. The fitting cylindrical portion of the inner stopper is characterized in that a notch concave portion is provided in a radial direction from the outer peripheral surface over the circumferential direction, and has a separating mechanism for separating the inner stopper from the container main body at a lower portion of the fitting cylindrical portion. The dispensing container according to any one of claims 1 to 4.

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