JP2007191190A - Spouting container and its baglike container for refilling - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a spouting container and its baglike container for refilling for easily, speedily and thoroughly refilling a content liquid from the baglike container to the spouting container regardless of the viscosity of the liquid. <P>SOLUTION: This spouting container comprises a container 2 and a spouting cap 4 to be mounted on the opening 3 of the container. The cap 4 is provided with a spouting cap part to be mounted on the opening 3, an annular outside wall provided standing on the cap part for a measuring cap which is also a top cover to be mounted thereon, and a spouting tube 9 provided at the inside of the outside wall and on the spouting cap with a partition wall in between. Preferably the spouting tube 9 has a bullet-shape having an isosceles triangle cross section whose apex angle is less than 60° and whose both base angles are more than 60° and the end shape of the tube 9 is formed inclining and outwardly curved with the apex angle as a peak. The tube 9 is covered with the opening 13 of a bag shaped container 12 mounted thereon and both base angles lock the container 12 for the container not to come off easily. In this way, even when the viscosity of a content liquid 45 is high, the liquid is easily, speedily and thoroughly refilled from the container 12 to the container 2. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a pouring container having a pouring cap attached to a container for containing a liquid content liquid such as a detergent, a softening agent, a bleaching agent, and a bathing agent, and a bag for refilling after the content liquid has been consumed. More particularly, when the content liquid is refilled, the pour-out container which can easily hold the engagement between the pour-out cap and the refill bag-like container in a state without liquid leakage, and It is related with the bag-like container for the refill.

  In order to suppress dripping as much as possible, a container that contains liquid contents such as detergent is equipped with a pouring cap having a pouring cylinder at its mouth, and this pouring cap usually also serves as a lid. A weighing cap is attached. The content liquid in the container is consumed after being measured by the measuring cap. When the content liquid is exhausted, the content liquid is normally refilled from the refillable bag-like container into the container. It is. This means that if the container is refilled with the content liquid, the container, the pouring cap and the measuring cap can be used as many times as necessary. By reducing and cheap. Thus, what is shown below is known as a technique which refills a content liquid from the bag-shaped container for refilling to a container.

  In the technique of Patent Document 1, as shown in FIG. 9, a pouring cap c is attached to the mouth b of the container a, and the pouring cap c is erected on the cap portion d to attach a measuring cap. It has an outer ring wall e to be mounted, and a pour tube f located inside the outer ring wall e and provided with a partition wall in the cap part d, and has a bag shape for refilling on the upper surface of the outer ring wall e. A notch for positioning the container g is provided. In order to refill the container a with the content liquid such as the detergent of the bag-like container g, first, the bag-like container g in an upright state is opened to form an opening spout h, and the container a is inserted into the opening spout h. The pouring cylinder f of the pouring cap c attached to the mouth b is positioned and inserted at the notch so that the container a is in an upright state and the bag-like container g is in an inverted state. It is rotated, and the content liquid in the bag-like container g is refilled into the container a through the dispensing tube f.

  As shown in FIG. 10, the technique of Patent Document 2 is provided with a pouring cap c attached to a mouth b of a container a, and a measuring cap i is further attached to the pouring cap c, and auxiliary pouring is performed on the measuring cap i. The member j is attached. In order to refill the container a with the liquid content such as the detergent of the refillable bag-like container, first, the auxiliary pouring member j is removed together with the measuring cap i from the mouth b of the container a in the upright state. Remove the auxiliary dispensing member j from the measuring cap i. On the other hand, the bag-like container in an upright state is opened to form an opening pouring outlet, and the auxiliary pouring member j is fitted into the opening pouring outlet, and the auxiliary pouring member c is passed through the pouring cap c or directly into the mouth portion b. The liquid in the bag-like container is poured into the container a and refilled.

  As shown in FIG. 11, the technique of Patent Document 3 is provided with a pouring cap c attached to the mouth of a container, and the pouring cap c is erected on the cap portion d and is fitted with a measuring cap. e and a pour tube f provided with a partition wall k in the cap part d, and a slit m communicating inside and outside is provided on the side wall of the pour tube f. Is formed stepwise so that the upper side m2 is wider than the lower side m1. In order to refill the container with the content liquid such as the detergent of the refillable bag-shaped container, the opening spout of the opened bag-shaped container is inserted into the wide upper slit m2 of the dispensing tube f, and the content is stored in the container. The liquid is poured.

  As shown in FIG. 12, the technique of Patent Document 4 is a screw o screwed into a mouth b of a container a and similarly screwed into an opening spout of a bag-like container g for refilling. And an air vent seal p is attached to the bottom of the bag-like container g. In order to refill the container a with a liquid such as the detergent of the bag-like container g, the opening spout of the bag-like container g is screwed to the mouth b of the container a, and the container a is brought into an upright state. After g is turned upside down, the air vent seal p is peeled off, and the content liquid in the bag-like container g is poured into the container a.

JP-A-11-236068 JP 2000-191007 A JP 2001-354253 A JP 2004-161293 A

  However, the technique of Patent Document 1 inserts the dispensing cylinder f of the dispensing cap c into the opening spout h of the upright bag-shaped container g in order to refill the container a with the content liquid of the bag-shaped container g. Therefore, the container a is in an inverted state, and even if a small amount of the content liquid remains in the container 2, the content liquid may spill out unless it is inserted so quickly that the surroundings may be soiled.

  Moreover, since the technique of patent document 2 fits the auxiliary | assistant extraction member j in the opening outlet of the bag-like container of an erect state, and pours the content liquid of a bag-like container from this auxiliary | assistant extraction member j to the container a, Although there is an advantage that it becomes easier to refill, there is a risk that the auxiliary pouring member j may be lost because the auxiliary pouring member j is removed from the measuring cap i and fitted into the opening pouring port, and the pouring cap c. Or since the auxiliary | assistant extraction member j is applied to the opening | mouth part b and a content liquid is poured into the container a, there exists a possibility that an elderly person may spill a content liquid by hand shake.

  Further, the technique of Patent Document 3 is to pour and refill a container with a high viscosity without overflowing the pouring cap c, and to refill the container through the pouring cap c. It is not possible to easily refill the contents of the bag-like container into a.

  Furthermore, in the technique of Patent Document 4, in the process of screwing the opening spout of the bag-shaped container g to the mouth b of the container a, air easily enters the bag-shaped container g and is replaced with the content liquid. Liquid may spill outside.

As described above, each of the conventionally known refillable dispensing containers has an inconvenience that the engaged state at the time of refilling is insufficient.
Therefore, an object of the present invention is to refill the entire amount easily and quickly without spilling the content liquid when refilling the content liquid from the refillable bag-like container into the container, regardless of the viscosity of the content liquid. An object is to provide a pourable container and a bag-like container for refilling the same.

The present invention has been proposed in order to achieve the above object, and is characterized by having the following configuration.
That is, according to the present invention, a pouring cap part to be attached to the mouth part of the container, an outer ring wall to which a measuring cap standing on the pouring cap part and serving as an upper lid is attached, and the inner side of the outer ring wall And a pouring cylinder having a pouring cylinder provided at the pouring cap portion with a partition wall therebetween, wherein the pouring cylinder has an isosceles triangle having a cross-sectional shape of an apex angle and a base angle. There is provided a pouring container characterized in that it is formed in a cannonball shape having a basic shape, and the end shape of the pouring tube is formed to be inclined with the apex angle as a vertex and curved outward. The

  Further, according to the present invention, the dispensing cylinder has a stopper for regulating a mounting depth of the refillable bag-like container on a cylinder wall located on both isosceles sides in the cross-sectional shape thereof. A container is provided.

  In addition, according to the present invention, there is provided a pouring container in which a plurality of holes are provided in the partition wall connected to the pouring cylinder so that fluid can flow freely inside and outside the partition wall.

  Further, according to the present invention, the plurality of holes are formed on the partition wall formed by inclining in the direction in which the container is located from the top angle side to the bottom angle side of the pouring cylinder, from the deepest portion to the shallowest portion. A pouring container provided by being dispersed over the top is provided.

  The pouring container is provided in which the apex angle is less than 60 degrees and the base angles are more than 60 degrees.

  According to the present invention, there is provided a bag-like container for refilling the pouring container, wherein the inner peripheral length of the opening of the bag-like container is larger than the outer peripheral length of the pouring cylinder of the pouring container. A bag-like container for refilling is provided.

  Moreover, according to this invention, the said bag-shaped container for refilling which provided the opening tab in the opening part of the said bag-shaped container is provided.

  Further, according to the present invention, the insertion tab for assisting the insertion into the dispensing cylinder of the dispensing container is provided in the opening adjacent to the opening tab and located on the content storage side. A bag-like container for refilling is provided.

  In the container of the present invention, when the opening of the refillable bag-like container is inserted into the dispensing cylinder of the dispensing container after being opened so as to cover it, the opening is pushed open by the apex angle and covered. In such a state, the opening part is attached to the dispensing cylinder, and at that time, the opening part is locked by both bottom angles, and it is difficult to come out, and the end shape curved to the outside of the dispensing cylinder It becomes difficult for the liquid to leak, and the liquid in the bag-like container can be poured into the dispensing container and refilled. Therefore, there is an effect that the whole amount can be easily and quickly refilled without spilling the content liquid in the process of refilling the content liquid from the bag-like container into the pouring container regardless of the viscosity of the content liquid.

  In addition, when the container of the present invention defined in claim 2 is mounted in a state in which the container is covered with the opening of the bag-like container for refilling, the container wall of the dispensing cylinder The mounting depth is regulated by the stopper to reduce the remaining amount of the liquid in the bag-like container, and the remaining content liquid can be smoothly discharged while the bag-like container is swung with the stopper as a moving fulcrum. Therefore, in addition to the above effects, there is an effect that the contents of the bag-like container can be refilled without leaving the dispensing container.

  Further, in the container of the present invention defined in claim 3, the air in the dispensing container is replaced by the plurality of holes in the partition wall in the process of pouring the contents of the refillable bag-like container into the dispensing container. The content liquid flows in. On the other hand, even if the contents liquid spills and accumulates on the partition wall in the outer ring wall of the dispensing container during the refilling process, it flows into the dispensing container through multiple holes. The contents liquid can be smoothly refilled in the container, and the contents liquid is not spilled outside during the refilling process.

  Further, since the container of the present invention defined in claim 4 has a plurality of holes dispersed from the deepest part to the shallowest part of the inclined partition wall, it spills and accumulates on the partition wall of the dispensing container during the refilling process. Thus, both the refilled and spilled content liquid flows into the dispensing container without closing all the holes at the same time. Therefore, in addition to the above effects, the content liquid can be refilled more smoothly into the dispensing container, and the content liquid is never spilled outside during the refilling process.

  In the container of the present invention defined in claim 5, the above effect can be further improved by making the apex angle less than 60 degrees and the both base angles exceeding 60 degrees.

  Further, the container of the present invention defined in claim 6 is configured to cover and attach to the dispensing cylinder so as to cover the dispensing cylinder with an opening having an inner diameter larger than the outer diameter of the dispensing cylinder of the dispensing container. Therefore, in addition to the above effects, the opening can be easily opened, the opening can be mounted on the dispensing cylinder without difficulty, and at least the opening can be installed larger than the outer diameter of the dispensing cylinder. There is an effect that the opening is not blocked and the refilling of the content liquid thereafter can be performed in a short time.

  Further, the container of the present invention defined in claim 7 is such that the opening in the refillable bag-shaped container can be opened by an opening tab, and the bag-shaped container defined in claim 5 is used. In addition to the effect of the container, the operability at the time of opening can be further improved.

  Further, the container of the present invention as defined in claim 8 is configured so that the opening tab of the refillable bag-like container can be inserted into the dispensing cylinder of the dispensing container by grasping the insertion tab with fingers. It is configured. Therefore, since the insertion tab is separated from the opening end portion of the opening, there is an effect that the finger can be smoothly inserted into the dispensing tube without touching the content liquid.

  The best mode for carrying out the present invention will be described below with reference to the drawings.

FIG. 1 is a side view showing a state in which a bag-like container for refilling is attached to an extraction container according to the present invention, FIG. 2 is a cross-sectional view of the extraction container of the present invention, and FIG. FIG. 4 is a plan view of a bag-like container for refilling according to the present invention.
In these drawings, the dispensing container 1 comprises a container 2 and a dispensing cap 4 attached to the mouth part 3, and the dispensing cap 4 comprises a dispensing cap part 5 attached to the mouth part 3, An outer ring wall 7 on which a measuring cap 6 standing on the pouring cap part 5 and serving also as an upper lid is mounted, and a pouring part 8 provided on the inner side of the outer ring wall 7 with a partition wall 8 provided therebetween. The pouring tube 9 has an isosceles bullet shape with an apex angle of less than 60 degrees and base angles of 11 and 11 exceeding 60 degrees. The shape of the end of the outlet tube 9 is formed by inclining the apex angle 10 as an apex and curving outward. The opening 13 of the bag-like container 12 for refilling shown in FIG. The bag-like container 12 is locked by the above-mentioned bottom corners 11 during the refilling of the contents with the cover. It is. The pouring container 1 is used with the pouring cap 4 attached to the mouth 3 of the container 2 and the measuring cap 6 as an upper lid attached to the outer ring wall 7 of the pouring cap 4 itself. .

  The container 2 has a handle 21 in the body portion 20 to facilitate pouring when the content liquid is measured by the measuring cap 6. Therefore, the content liquid is of a nature that mainly measures the amount of detergent, softener, bleach, bathing agent, etc., but is not particularly limited. And the screw | thread is screwed by the opening part 3 of the container 2, and the extraction | pouring cap 4 is mounted | worn detachably. The material of the container 2 is a synthetic resin, for example, polyethylene, polypropylene, polyethylene terephthalate, or the like.

The pouring cap 4 has a pouring cap portion 5 composed of a top plate 22 and an outer cylinder 23 connected to the outer peripheral edge thereof. Screws 24 are threaded on the inner peripheral surface of the outer cylinder 23, A slip stopper 25 is attached, and can be screwed into and removed from the mouth 3 of the container 2 as described above.
The outer ring wall 7 is erected on the top plate 22 of the pouring cap portion 5, a screw 26 is threaded on the outer peripheral surface of the outer ring wall 7, and the measuring cap 6 is detachably mounted. The

  The partition wall 8 includes an inner cylinder 30 and an inclined bottom plate 31 connected to the lower end of the inner cylinder 30, and the inner cylinder 30 seals the mouth 3 of the container 2 together with the outer cylinder 23 of the pouring cap 5. To do. On the other hand, the pouring tube 9 is erected on the inclined bottom plate 31 and communicates with the inside of the container 2, and the inclined bottom plate 31 has the container 2 on the bottom angle 11 side from the top angle 10 side of the pouring tube 9. Inclined in the direction, a plurality of holes 32 are distributed from the deepest part to the shallowest part of the inclined bottom plate 31.

Accordingly, the fluid can freely flow in and out of the inclined bottom plate 31 of the partition wall 8, and therefore, in the process of pouring the content liquid of the refillable bag-like container 12 into the dispensing container 1, the plurality of holes 32 described above are used. The air in the dispensing container 1 is replaced, and the content liquid flows into the dispensing container 1 smoothly. On the other hand, even if the content liquid spills and accumulates on the partition wall 8 of the dispensing container 1 during the refilling process, it flows into the dispensing container 1 through the plurality of holes 32 and is collected. At that time, since the plurality of holes 32 are dispersed from the deepest part to the shallowest part of the inclined bottom plate 31 of the partition wall 8, all of the contents liquid spilled and accumulated on the inclined bottom plate 31 of the partition wall 8 during the refilling process. The plurality of holes 32 are not blocked at the same time, and both the refilled and spilled content liquid flows into the dispensing container 1 very smoothly and collected. For example, to refill 1000 ml of detergent having a kinematic viscosity of about 200 mm ² / s, tentatively, 2 ml of detergent spills and accumulates on the partition wall 8 of the dispensing container 1, and one hole having the same area as the opening area of the plurality of holes 32 is formed. Compared with the case where it is provided, when a plurality of holes 32 are dispersed as shown in FIG. 3, it can be refilled in about 10 seconds, but it takes about 30 seconds for one hole.

  As described above, the pouring cylinder 9 is provided with the partitioning wall 8 in the pouring cap portion 4, and the pouring cylinder 9 has a transverse cross-sectional shape in which the apex angle 10 is less than 60 degrees, and the bottom angle 11 Is an isosceles triangle shell shape exceeding 60 degrees. The apex angle 10 and the both bottom angles 11 are rounded and rounded, and the cylindrical walls 33 and 34 located on both isosceles and the bottom are curved outward. The shape of the end of the pouring tube 9 is formed by inclining toward the bottom angle 11 in a state where the apex angle 10 is the apex and is curved outward.

  Therefore, when the opening 13 of the refillable bag-like container 12 after being opened so as to cover it is inserted into the pouring tube 9, the flexible opening 13 is pushed open by the apex angle 10. The opening 13 is attached to the pouring tube 9 in a covering state, and the flexible opening 13 is locked by the both bottom corners 11 so that it is difficult to come off. And since the edge part shape of the extraction | pouring cylinder 9 curves outside, the contact area of the cylinder walls 33 and 34 and the internal peripheral surface of the opening part 13 increases, and a liquid leak is suppressed by that much. Accordingly, in the process of refilling the content liquid from the bag-like container 12 into the pouring container 1, spillage of the content liquid due to the opening 13 being removed from the pouring cylinder 9 is eliminated, and the inner circumferences of the cylinder walls 33 and 34 and the opening 13. Liquid leakage due to insufficient contact with the surface is also difficult.

  Further, stoppers 35 and 35 are provided on both the cylinder walls 33 and 33 of the dispensing cylinder 9 to regulate the mounting depth of the refillable bag-like container 12. Therefore, when the opening 13 of the bag-like container 12 is attached to the dispensing tube 9 of the dispensing container 1, the content depth of the bag-like container 12 remains by restricting the attachment depth by the stoppers 35 of both the cylinder walls 33. Since the amount can be reduced and the bag-like container 12 can be swung with the stopper 35 as a movement fulcrum, the content liquid remaining in the bag-like container 12 can be completely refilled.

  As shown in FIG. 4, the refillable bag-like container 12 includes two body 40 films 40 and a bottom film (not shown) made of a material having strong fluid barrier properties. The peripheral edge is sealed, and includes a body portion 41 for containing the content liquid and an opening portion 13 for pouring the content liquid, and the bottom 42 of the body 41 has a structure capable of taking a standing pose. And the inner peripheral length of the opening part 13 of this bag-shaped container 12 is formed larger than the outer peripheral length of the extraction | pouring cylinder 9 of the extraction container 1, and after opening the opening part 13, It is made to cover so that the opening part 13 may be covered. Therefore, since the opening 13 can be attached to the pouring tube 9 without difficulty and at least the opening 13 can be opened larger than the outer peripheral length of the pouring tube 9, the subsequent refilling operation of the content liquid can be performed in a short time. I can do it.

  The opening 13 is provided with an opening tab 43. Further, the opening 13 adjacent to the opening tab 43 and located on the content storage side is connected to the dispensing cylinder 9 of the dispensing container 1. An insertion tab 44 is provided to assist insertion. With this configuration, the opening portion 13 of the bag-like container 12 can be easily opened by the opening tab 43, and the opening portion 13 having an inner peripheral length larger than the outer peripheral length of the extraction tube 9 is added to the extraction tube 9. It can also be put on and covered so as to cover. At the time of mounting, the insertion tab 44 can be grasped with fingers, and the opening 13 can be smoothly inserted into the dispensing tube 9, and the insertion tab 44 is separated from the opening end of the opening 13. Therefore, fingers do not touch the liquid contents. The material of the bag-like container 12 is a synthetic resin film made of a single or laminated film such as polyethylene or polypropylene, and a gas barrier layer or the like may be included in the layer.

  Further, as shown by a two-dot chain line in FIG. 4, the opening 13 is cut and opened by curving the tip 13 a inward. The inner curved opening 46 at the tip of the opening 13 smoothly spreads out the opening 13 after being placed on the dispensing cylinder 9, so that the opening 13 can be attached to the dispensing cylinder 9 in a short time.

Next, the usage method of the pouring container 1 having the above-described configuration and the refillable bag-like container 12 will be described.
The dispensing cap 4 is screwed into the mouth portion 3 of the container 2 filled with the content liquid to constitute the dispensing container 1, and the measuring cap 6 also serving as an upper cover is screwed to the annular wall 7 of the dispensing cap 4. Has been. When using the content liquid of the container 2 in the dispensing container 1, the measuring cap 6 is unscrewed from the dispensing cap 4, and the required amount of the content liquid is poured into the measuring cap 6 from the dispensing cylinder 9 of the dispensing cap 4. Use it. When the content liquid in the container 2 is almost consumed, the content liquid can be refilled from the bag-like container 12 for refilling into the container 2.

This refilling operation is as follows.
First, the measuring cap 6 is unscrewed from the pouring cap 4 screwed into the mouth 3 of the container 2 in the pouring container 1 in the state shown in FIG. The opening tab 43 is grasped with fingers, and the tip 13a of the opening 13 is cut and opened so as to form the inner curved opening 46 (see FIG. 5). Next, the insertion tab 44 is grasped with fingers, the apex angle 10 of the dispensing cylinder 9 in the dispensing cap 4 is assigned to the inner curved opening 44 of the opening 13 in the bag-like container 12, and the inner curved opening 46 is a stopper 35. Until it hits (see FIGS. 6 and 7).

  In this state, the flexible opening 13 is locked by the both bottom angles 11 of the pouring cylinder 9, so that it is difficult to come out, and the inside of the tube walls 33 and 34 of the pouring cylinder 9 and the opening 13 Since the contact area with the peripheral surface is increased and tightly adhered, there is no liquid leakage. Thereafter, the pouring container 1 is brought into an upright state while the bag-like container 12 is tilted, and then the bag-like container 12 is further tilted to pour the content liquid 45 into the container 2 through the opening 13 and the pouring cylinder 9. Yes (see FIG. 8). At this time, even if the viscosity of the content liquid 45 is high, the opening 13 is greatly opened, and the air in the container 2 is replaced by the plurality of holes 32, so that the opening is blocked. The refilling of the content liquid 45 can be completed in a short time.

  On the other hand, even if the content liquid 45 spills and remains on the partition wall 8, the content liquid 45 is immediately returned to the inside of the container 2 by the plurality of holes 32 dispersed and provided from the deepest part to the shallowest part of the inclined bottom plate 31. At the same time, since the air in the container 2 is replaced, the content liquid 45 spilled on the partition wall 8 is also received in the container 2 while the content liquid 45 from the bag-like container 12 is refilled, and does not spill outside. Next, after confirming that the liquid 45 in the bag-like container 12 is gone, the bag-like container 12 is removed from the dispensing tube 9 and the measuring cap 6 is screwed onto the dispensing cap 4 to complete the refilling operation. . Therefore, the container 2, the pouring cap 4 and the measuring cap 6 are reused, and only the bag-like container 12 is discarded. If the content liquid 45 remains slightly in the bag-like container 12 when the content liquid 45 in the bag-like container 12 is confirmed, the bag-like container 12 is swung with the stopper 35 as a movement fulcrum. Thus, the content liquid 45 remaining in the bag-like container 12 can be completely refilled in the container 2.

  Although the first embodiment of the present invention has been described above, it should be understood that the specific configuration is not limited to this, and that changes can be made as appropriate without departing from the scope of the present invention.

  The dispensing container of the present invention and the bag-like container for refilling thereof have extremely high applicability when the viscosity of the content liquid is relatively high and refilling takes time, which makes it easy to spill. Become.

It is a side view which shows the state which attached | subjected the extraction cap to the opening part of the container and formed the extraction container of this invention. It is sectional drawing of the extraction cap in the extraction container of this invention. It is a top view of the extraction | pouring cap of this invention. It is a front view of the bag-shaped container for refilling of this invention. It is a perspective view which shows the erecting state of the extraction | pouring container which concerns on this invention, and the bag-like container for refilling. It is a perspective view which shows the state which refills the content liquid of the bag-shaped container for refilling to the extraction | pouring container which concerns on this invention. It is a perspective view which shows the state which refills the content liquid of the bag-shaped container for refilling to the extraction | pouring container which concerns on this invention. It is a perspective view which shows the state which refills the content liquid of the bag-shaped container for refilling to the extraction | pouring container which concerns on this invention. It is a side view of a prior art example. It is a perspective view of a prior art example. It is the side view which cut a part of conventional example. It is a side view which shows the use condition of a prior art example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Outlet container 2, a Container 3, b mouth part 4, c Outlet cap 5, Outlet cap part 6, i Measuring cap 7, e Outer ring wall 8, k Partition wall 9, f Outlet tube 10 Vertical angle DESCRIPTION OF SYMBOLS 11 Bottom angle | corner 12, g Bag-shaped container 13 Opening part 13a Tip part 20 Trunk part 21 Handle 22 Top plate 23 Outer cylinder 24, 26, n, o Screw 25 Non-slip 30 Inner cylinder 31 Inclined bottom plate 32 Hole 33, 34 Cylinder wall 35 Stopper 40 Film 41 Body 42 Bottom 43 Opening tab 44 Inserting tab 45 Contents liquid 46 Inner curved opening d Cap part h Opening outlet j Auxiliary outlet member m Slit m1 Lower m2 Upper p Air vent seal

Claims (8)

A pouring cap portion to be attached to the mouth portion of the container; an outer ring wall to which a measuring cap standing on the pouring cap portion and serving also as an upper lid is attached; and the pouring cap portion located inside the outer ring wall In the pouring container having a pouring cylinder provided with a partition wall, the pouring cylinder has a cannonball shape whose basic cross section is an isosceles triangle having an apex angle and a base angle. And the shape of the end of the pouring tube is formed by inclining in a state where the apex angle is the apex and curved outward.   The dispensing container according to claim 1, wherein the dispensing cylinder has a stopper for regulating a mounting depth of the refillable bag-like container on a cylindrical wall located on both isosceles sides in the cross-sectional shape thereof.   The pouring container according to claim 1 or 2, wherein a plurality of holes are provided in the partition wall connected to the pouring cylinder so that fluid can flow freely inside and outside the partition wall.   The plurality of holes are provided in a partition wall that is inclined in the direction in which the container is located from the top angle side to the bottom angle side of the dispensing cylinder and distributed from the deepest part to the shallowest part. The dispensing container according to any one of 1 to 3.   The pouring container according to any one of claims 1 to 4, wherein the apex angle is less than 60 degrees and the base angles are more than 60 degrees.   It is a bag-like container for refilling with respect to the extraction container of any one of Claim 1 thru | or 5, Comprising: The inner peripheral length of the opening part of this bag-like container is the outer periphery of the extraction pipe | tube of the said extraction container A refillable bag-like container characterized by being larger than the length.   The refillable bag-like container according to claim 6, wherein an opening tab is provided at an opening of the bag-like container. The clogging according to claim 6 or 7, wherein an insertion tab for assisting insertion into the dispensing cylinder of the dispensing container is provided in the opening located adjacent to the opening tab and located on the content storage side. Replacement bag-like container.

Images