JP2013139302A - Pouch holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a pouch holder in which a flexible pouch itself is used as a spouting vessel of a contained liquid, the pouch without a spout has excellent environmental responsiveness and waste reduction, the pouch is easily used in spouting, a flow path of the pouch is not blocked, the contained liquid is smoothly poured and flowed, and leakage from the root of the side seal part of the nozzle part of the pouch is prevented.SOLUTION: The pouch holder includes: a nozzle holding part 32 for storing a spout nozzle part 12 of a pouch container 1 so that the spout nozzle part is surrounded; and a fastening part having an adaptor for guiding a dispensing flow from the spout nozzle part 12 of the pouch container 1 in communication with the spout nozzle part 12 of the pouch container 1 and locking the spout nozzle part 12 of the pouch container 1 to the nozzle holding part 32 to be releasable.

Description

  The present invention relates to a pouch holder filled with a liquid content.

Conventionally, liquid contents such as detergents have been manufactured, sold, and used by packing them into containers such as metal cans, glass bottles, plastic bottles, etc. In order to recycle such containers in recent years. Refilling of liquid contents (hereinafter referred to as “content liquid”) has been performed.
As containers for filling the refill content liquid, the use of pouch containers excellent in environmental friendliness and waste reduction is widespread.

A pouch container is made by stacking flexible film materials, side-sealing, and forming a space for filling the content liquid between the stacked film materials. A spout is used as a spout when the content liquid is poured out. There is a thing which cuts a film material and forms a spout.
However, the pouch with a large-diameter spout for refilling does not have a handle position, and the trunk portion has low rigidity and cannot be held firmly. Therefore, the dispensing operation is unstable. In addition, the large-diameter spout attached to the pouch has a large amount of plastic used and becomes a waste that is discarded every time the pouch is discarded.

Furthermore, in order to reduce the trouble of refilling, it has been proposed to use the pouch container directly by holding it with a holder.
There are the following as what hold | maintains such a pouch container in a holder.

JP 2002-012236 A JP 2002-274564 A JP 2000-142730 A JP 2001-063737 A JP 07-315395 A JP 2007-276811 A

  Patent Documents 1 and 2 hold a pouch with a spout with a hard stand or an outer container, and the spout has problems in terms of resources and waste as described above.

  Patent Document 3 is a technique in which a pouch is cut out at a corner and poured out, and the pouch is stood and accommodated in a hard peripheral wall, and the content liquid is poured out by tilting the peripheral wall. As a fixing means, a vertical slit is formed in the peripheral wall, and the side portion of the pouch is sandwiched and fixed to the slit, but it is not easy to perform an operation of sandwiching the side portion of the pouch into the slit. Since the pouch is not sufficiently fixed, when the pouch is tilted at the time of pouring, the pouch may be fixed and the content liquid may spill.

  Patent Document 4 is a technique in which the upper part of the pouch is opened and poured out, and the pouch is attached to and held on a hard frame, and the content liquid is poured out by tilting the frame. The operation of fixing the pouch, such as using a screw to fix the pouch to the frame, is not always easy.

  In Patent Documents 5 and 6, an adapter is inserted into the nozzle part of the pouch to keep the nozzle part open, but it is difficult to prevent leakage from the base of the side seal part of the pouch.

  For this reason, a flexible pouch can be used as it is as a container for dispensing the content liquid, and it is not necessary to provide a spout as a pouch. Therefore, a pouch having excellent environmental compatibility and waste reduction can be obtained. Can be used, handling of the pouch at the time of pouring is easy, there is no blockage of the flow path of the pouch, the pouring flow of the content liquid is smooth, and from the base of the side seal part of the nozzle part of the pouch It is an object of the present invention to provide a pouch holder that can prevent leakage.

  Corresponding to this object, a pouch holder according to the present invention comprises a nozzle holding portion that can be accommodated by surrounding a pour nozzle portion of the pouch container, and a pour nozzle for the pouch vessel in communication with the pour nozzle portion of the pouch vessel. It has an adapter for guiding the pouring flow from the part, and has a locking part for releasably locking the pouring nozzle part of the pouch container to the nozzle holding part.

  In the pouch holder according to claim 1, the pour container is positioned and supported by the nozzle holding part and the pour container is guided by the adapter so that the pouch container can be handled and poured stably. A pouch holder can be obtained.

  In the pouch holder described in claim 2, since the nozzle holding portion is structured to be split, it can be easily held by taking in and out the pour nozzle portion of the pouch container, and the side seal portion is laterally held in the pinched state. Because it can slide, it can withstand the load when the adapter is inserted and can improve the adhesion between the adapter and the dispensing nozzle.

  In the pouch holder according to the third aspect, since the mounting portion inner cylinder is inserted into the pour nozzle portion of the pouch container while the holding portion of the nozzle holding portion is guided by the mounting portion outer cylinder, the mounting operation of the adapter is easy.

  In the pouch holder described in claim 4, since the inner cylinder of the adapter is tapered, it can be easily inserted into the pour nozzle part of the pouch container, and the adhesion pressure with the pour nozzle part is increased. be able to.

  In the pouch holder described in claim 5, when the sandwiching surface of the nozzle holding part sandwiches the side seal part of the pour nozzle part of the pouch container, the outer edge of the side seal part protrudes from the sandwiching surface. Therefore, the protruding side seal part is pushed inward with the adapter mounting part outer cylinder, and the inner base end of the side seal part is encouraged to be in close contact with the adapter mounting part inner cylinder, and the leakage of the content liquid is more reliably ensured. Can be prevented.

  In the pouch holder according to claim 6, since there is a locking pin protruding on the clamping surface, it can be inserted into the locking hole of the side seal portion of the pouch container, and the pouch container's pouring nozzle portion can be held. Is certain.

  In the pouch holder according to claim 7, in the state where the pouch container is set in the pouch holder, the opening tab of the pour nozzle part of the pouch container protrudes above the upper end of the nozzle holding part of the pouch holder. Therefore, it can be opened after being set in the pouch holder, and liquid spillage during the setting operation can be prevented. Further, the upper end surface of the nozzle holding part can be used as a guide for tab separation, and the opening operation is easy.

  In the pouch holder according to claim 8, since the pouch container is protected by the trunk shell wall, the pouch container can be handled as a rigid container, and the trunk shell wall includes the main body shell wall and the door shell wall. Since the door shell wall opens and closes the opening for taking in and out the pouch container, the pouch container can be easily set.

  In the pouch holder according to the ninth aspect, since the adapter is connected to the nozzle holding portion, the adapter is not bothered when the pouch container is replaced, and can be easily inserted into the dispensing nozzle portion.

  In the pouch holder described in claim 10, since the passage through which the content liquid flows can be opened and closed by rotating the extraction guide portion, the content liquid can be easily adjusted.

  In the pouch holder described in claim 11, since the posture of the adapter inserted in the pour nozzle portion of the pouch container can be locked, the handling of the pouch holder when dispensing the content liquid is stable, In addition, it is possible to avoid spilling of the content liquid in an emergency.

The figure which shows a pouch container, (a) is a front view, (b) is a side view Illustration of pouch holder with door shell wall open Front view of pouch holder Right side view of pouch holder Left side view of the pouch holder Top view of pouch holder Bottom view of pouch holder Explanatory perspective view showing a state in which the dispensing nozzle portion of the pouch container is set in the nozzle holding portion of the pouch holder Perspective view of the pouch holder in a state where the liquid can be dispensed Pouch holder perspective view with no liquid dispensed

  The details of the present invention will be described below with reference to the drawings.

In FIG. 1, 1 is a pouch container. In FIG. 2, 2 is a pouch holder for holding the pouch container 1.

  The pouch container 1 is inserted into the pouch accommodating space 43 of the trunk portion 31 from the entrance / exit 41 of the trunk portion 31 of the pouch holder 2 and is accommodated and held in the pouch holder 2. For this holding, the positioning of the pouring nozzle portion 12 of the pouch container 1 is particularly important, and the pouring nozzle portion 12 of the pouch container 1 is inserted and held in the nozzle holding portion 32 of the pouch holder 2.

First, the pouch container 1 will be described.
As shown in FIG. 1, the pouch container 1 has a side seal portion by heat sealing or the like so that side seal portions 5 and 6 are formed on both sides by overlapping a front piece 3 and a back piece 4 made of a flexible film material. The pouch body 9 having a space 7 for filling the content liquid is formed between the front piece 3 and the back piece 4, and the content liquid is filled there.

  The bottom of the pouch container 1 is closed by directly sealing the lower end of the front piece 3 and the back piece 4 to form a bottom seal portion 8 or closed by inserting the bottom piece 11 to form a bottom seal portion 8.

  A pour nozzle portion 12 and a filling port 13 are provided in the upper part of the pouch container 1, and the top end of the pour nozzle portion 12 is closed by forming a top seal portion 14. An easy-opening line 16 is provided at a portion which becomes the upper end of the dispensing nozzle portion 12 after opening just below the top seal portion 14.

The portion above the easy-open line 16 of the dispensing nozzle portion 12 functions as a tab 88 that is picked when the easy-open line 16 is cut.
The dispensing nozzle portion 12 is formed so that both side portions are closed by side seal portions 17 and 18 and project upward from the pouch body portion 9, and has a nozzle hole 21 inside. The nozzle hole 21 reaches the nozzle lower end 22 from the nozzle upper end 15, and communicates with the space 7 of the pouch body 9 at the nozzle lower end 22.
The side seal portions 17 and 18 are respectively formed with horizontally long locking holes 25.

  The diameter of the nozzle hole 21 may be the same from the upper end 15 of the nozzle to the lower end 22 of the nozzle, but as shown in FIG. 1A, the diameter increases in a divergent shape from the lower end 22 to the upper end 15 of the nozzle. Then, the insertion portion inner cylinder 67 of the pouch holder 2 to be described later is smoothly inserted, and the contact area is increased to improve the sealing performance. The upper end of the filling port 13 is sealed after the space 7 is filled with the content liquid to form a top seal portion 23.

  Further, the left side seal portion 5 is formed with a seal retreating portion 24 for escaping interference with a later-described adapter locking portion.

Next, the pouch holder will be described.
As shown in FIG. 2, the pouch holder 2 includes a nozzle holding part 32, a body part 31 formed integrally with the nozzle holding part 32, an adapter 33, and a locking member 34 for the adapter 33.
The trunk portion 31 has a trunk shell wall 35 and a latch mechanism 44 provided thereon.
The trunk shell wall 35 includes a main shell wall 36 and a door shell wall 37.
The main body shell wall 36 is a cylindrical shell wall constituting most of the trunk shell wall 35, and its lower end is closed by a bottom shell wall 38. In this embodiment, the cylindrical body shell wall 36 has an octagonal cylindrical shape corresponding to the shape of the pouch container 1. In addition, an inlet / outlet port 41 through which the pouch container 1 is taken in and out is opened on one side surface near the upper end of the main body shell wall 36.
A door shell wall 37 is connected to the vicinity of the entrance / exit 41 via a hinge 42, and the door shell wall 37 is rotated by the hinge 42 to open / close the entrance / exit 41.

The body shell wall 36 and the door shell wall 37 cooperate to form a trunk shell wall 35, and a pouch housing space 43 is formed inside the trunk shell wall 35.
The connecting structure of the main shell wall 36 and the door shell wall 37 can be a sliding mechanism or any other connecting mechanism in addition to the hinge 42 described above.

  The main shell wall 36 and the door shell wall 37 are latched by a latch mechanism 44. The latching mechanism 44 includes latching pieces 45 and 46 that can be latched with each other and can be released, and the latching piece 45 is provided at the upper end of the main body shell wall 36, and the latching piece 46 is the door shell wall 37. The latching piece 45 and the latching piece 46 are engaged with the door shell wall 37 in a state where the door shell wall 37 closes the entrance / exit of the main shell wall 36, so that the main shell wall 36 and the door shell wall 37 are latched. Yes.

The nozzle holding part 32 has a nozzle holding member 48 that is formed in a cylindrical shape and protrudes upward from the body shell wall 35 of the body part 31.
The inner surface of the nozzle holding member 48 has a nozzle holding surface 47 that can be accommodated by surrounding the pouring nozzle portion 12 of the pouch container 1.
The nozzle holding member 48 is configured by a combination of nozzle holding member pieces 51 and 52 divided in a cross section including the center line of the nozzle holding surface 47.
Each nozzle holding member piece 51, 52 has a half nozzle holding surface 53, 54 that forms one nozzle holding surface 47 in cooperation with the inner surface, and the nozzle holding member pieces 51, 52 are nozzles. The end surfaces that are combined when configuring the holding member 48 constitute sandwiching surfaces 55 and 56 that sandwich the side seal portions 17 and 18 of the pouring nozzle portion 12 of the pouch container 1 described later.
The nozzle holding member piece 51 protrudes from the upper end of the main body shell wall 36 of the trunk portion 31, and the nozzle holding member piece 52 is formed to protrude from the upper end of the door shell wall 37.

  A locking pin 57 projects from one or both of the clamping surfaces 55 and 56. As will be described later, the locking pin 57 is formed on the side seal portions 17 and 18 when the clamping surfaces 55 and 56 sandwich the side seal portions 17 and 18 of the pouring nozzle portion 12 of the pouch container 1. The extraction nozzle portion 12 is positioned through the hole 25.

  The clamping surfaces 55 and 56 are such that at least a part of the outer edges of the side seal portions 17 and 18 protrudes outward from the clamping surfaces 55 and 56 when the side seal portions 17 and 18 of the pouring nozzle portion 12 of the pouch container 1 are clamped. The side seal portions 17 and 18 are configured to have dimensions or shapes that allow the side seal portions 17 and 18 to move inwardly.

  The nozzle holding member 48 is sized or shaped to hold the dispensing nozzle portion 12 so that the tab 88 at the upper end of the dispensing nozzle portion 12 of the pouch container 1 is exposed from the upper end of the nozzle holding member 48.

  A mounting portion 61 can be engaged with the nozzle holding member 48, and the mounting portion 61 is rotatably attached to the nozzle holding portion 32 via the vicinity of the upper end of the nozzle holding portion 32 or the body portion 31.

  As shown in FIGS. 3 to 6, the adapter 33 includes a mounting portion 61, an adapter liquid passing portion 62, and a dispensing guide portion 63. In the embodiment, it is pivotally supported in the vicinity of the latching mechanism 44).

The mounting portion 61 has a mounting portion inner cylinder 67 (FIG. 2) and a mounting portion outer cylinder 68 arranged concentrically, and the upper end of the mounting portion outer cylinder 68 is closed between the mounting portion inner cylinder 67 and the top plate 71. It has been.
The mounting portion outer cylinder 68 has an inner diameter that smoothly fits outside the nozzle holding member 48 and is rotatably connected to the link 72 of the link mechanism 64.

The mounting portion inner cylinder 67 has a body portion 73 having a gradually tapered shape with an outer diameter that can smoothly enter the inside of the nozzle holding surface 47 toward the tip and having a fluid passage hole 74 penetrating in the axial direction. Thus, the mounting portion outer cylinder 68 can be moved in and out of the nozzle holding surface 47 of the nozzle holding member 48 by turning.
A fluid passage port 69 (FIG. 4) leading to the fluid passage hole 74 is formed through the front side surface of the adapter fluid passage portion 62 forming the upper portion of the body portion 73 so that the inside and outside of the body portion 73 communicate with each other. .
A pouring guide portion 63 is fitted to the adapter liquid passing portion 62 so as to be able to rotate and slide.
The dispensing guide part 63 is composed of a valve cylinder 81 and a dispensing guide cylinder 82. The valve cylinder 81 has a cylindrical shape and is fitted in a fluid-tight manner so as to be slidable and rotatable with respect to the adapter liquid passing part 62. ing.
A liquid guide hole 83 is formed through the valve cylinder 81 at the base of the dispensing guide cylinder 82, and the valve cylinder 81 opens in alignment with the liquid flow port 69 of the adapter liquid flow section 62. It is possible to rotate between the position and the position where the liquid passage port 69 is closed.

  On the outer surface of the valve cylinder 81, a dispensing guide cylinder 82 projects laterally. This is a portion that serves as a spout when the liquid in the pouch container 1 is poured out to the outside, but when the valve cylinder 81 rotates and the liquid guide hole 83 coincides with the liquid passage opening 69, the pouch container 1 The content liquid inside can be poured out from the dispensing guide tube 82.

  The adapter 33 is locked to the nozzle holding portion 32 by the locking member 34 via the nozzle holding portion 32 or the body portion 31 and is held in the posture. The locking member 34 includes an arm 85 and a locking rod 86. One end of the arm 85 is pivotally attached to the adapter 33, and the other end of the locking rod 86 is pivotally attached to the barrel. The adapter 33 is locked by being fitted into the locking groove 87 (FIG. 2) of the portion 31. In this embodiment, the other end of the locking rod 86 pivotally attached to the arm 85 is pivotally attached to the link mechanism 64 (link 72) of the adapter 33 to prevent the locking rod 86 from wobbling.

Next, the operation of the pouch container 1 and the pouch holder 2 configured as described above will be described.
The door shell wall 37 of the trunk 31 of the pouch holder 2 is opened. When the door shell wall 37 is opened, the latching piece 46 of the latching mechanism 44 and the nozzle holding member piece 52 of the nozzle holding member 48 are also opened. When the door shell wall 37 is opened, the inlet / outlet port 41 is opened, so that the pouch container 1 is inserted into the trunk portion 31, and then the side seal portions 17 and 18 of the pouring nozzle portion 12 of the pouch container 1 are sandwiched between the nozzle holding member pieces 51. The locking pin 57 is passed through the locking hole 25.

In this state, when the door shell wall 37 is closed and latched by the latch mechanism 44, the body 31 is closed and the pouch container 1 is accommodated, and the side seal parts 17 and 18 of the pouch container 1 are sandwiched between the sandwiching surface 55 and the sandwiching surface 56. It is sandwiched between. In this state, the easy opening line 16 of the dispensing nozzle portion 12 of the pouch container 1 is slightly above the height h of the nozzle holding member 48, as shown in FIG. The outer edge of 18 slightly protrudes to the side from the joint of the clamping surfaces 55 and 56 by the width w.
In this state, the tab 88 that closes the tip of the pouring nozzle portion 12 of the pouch container 1 is cut from the easy-open line 16 to open the pouring nozzle portion 12. Opening is easy because the upper end surface of the nozzle holding member 48 can be used as a guide for separation.

Next, the mounting portion 61 of the adapter 33 is placed on the nozzle holding member 48. As a result, the mounting portion inner cylinder 67 of the mounting portion 61 is inserted from the tip into the extraction nozzle portion 12 held by the nozzle holding member 48 and contacts the inner surface of the extraction nozzle portion 12. Since they are tapered so as to face each other, they are brought into close contact with a strong pressure. Further, when the mounting portion outer cylinder 68 is fitted to the outside of the nozzle holding member 48, the side seal portions 17 and 18 protruding outward from the joints of the holding surfaces 55 and 56 of the nozzle holding member 48 are pushed inward and moved. The inner surfaces of the base end portions of the side seal portions 17 and 18 are brought into pressure contact with the outer surface of the mounting portion inner cylinder 67 so that a more complete liquid-tight state appears. Next, the adapter 33 is fixed by the locking member 34.
Finally, when the pour guide tube 82 is rotated to open the flow path of the content liquid and the pouch holder 2 is tilted, the content liquid is poured out.
The present invention is not limited to the above embodiment, and can take various forms. That is, the locking means provided in the side seal portion of the pour-out nozzle portion of the pouch container is shown as a horizontally long locking hole in the above embodiment, but may be a C-shaped cut or the like. If the locking position is in the vicinity of the base end of the dispensing nozzle part, it may be a perfect circular locking hole, or the side seal part will be provided with an extended part or anti-slip process and firmly held by the pouch holder. You may make it do. Even if the side seal portion is restrained in the vicinity of the proximal end portion, the portion near the distal end can be pressed inward.
The main purpose of providing the locking means on the side seal part of the pouring nozzle part is to improve the positioning of the pouring nozzle part when setting the pouch holder and to withstand the load when inserting the adapter. The weight of the pouch container filled with the content liquid does not necessarily have to be supported. The pouch container itself may be held by the shell shell wall, or the side seal part of the pouch container body part or the top seal part on the filling port side may be sandwiched or supported by a locking hole.
The upward direction of the dispensing nozzle portion is suitable for avoiding blockage of the flow path, but may be oblique or lateral.
The trunk shell wall need not cover the entire pouch container. As a pouch holder that does not have a shell shell wall, a nozzle holder may be combined with a stand, a handle, a hanging tool, or the like.
The form of the body shell wall and the door shell wall constituting the trunk shell wall is not limited to the case where the door shell wall is closed above the side surface of the main body shell wall, and the sizes of the body shell wall and the door shell wall are substantially equal. A right-and-left division, a vertical division, or a front-rear division may be used, or an appropriate structure such as a two-part configuration in which the door shell wall forms both of the two holding pieces of the nozzle holding portion can be adopted.
When the adapter and the nozzle holding part are connected, in addition to the above-described rotatable form, a slide in the insertion direction of the adapter, or a combination of rotation and forward / backward slide may be used. The sliding operation can also be used as a locking mechanism for the main shell wall and the door shell wall.
The adapter may be directly provided with a spout without using a spout guide, and in this case, it may be closed with a separate cap. If a pump (whether manual or electric) is attached, there is no need to lift and tilt the pouch holder during pouring, and a large pouch container can be used easily.
The locking mechanism of the adapter is not limited to the one that locks to the shell shell wall, but may be anything such as locking the nozzle holding part with screws, bayonet, ratchet, etc., or retaining it with parts such as a hammer.

  As described above, according to the present invention, a flexible pouch can be used as it is as a container for dispensing the content liquid, and it is not necessary to provide a spout as a pouch, and therefore it is excellent in environmental compatibility and waste reduction. The pouch can be used, the handling of the pouch is easy, the flow path of the pouch is not blocked, the flow of the content liquid is smooth, and the side seal part of the nozzle part of the pouch A pouch holder that can prevent leakage from the base of the base can be obtained.

DESCRIPTION OF SYMBOLS 1 Pouch container 2 Pouch holder 3 Front piece 4 Back piece 5 Side seal part 6 Side seal part 7 Space for liquid filling 8 Bottom seal part 9 Pouch body part 11 Bottom piece 12 Extraction nozzle part 13 Filling port 14 Top seal part DESCRIPTION OF SYMBOLS 15 Nozzle upper end 16 Easy opening line 17 Side seal part 18 Side seal part 21 Nozzle hole 22 Nozzle lower end 23 Top seal part 24 Seal receding part 25 Locking hole 31 trunk | drum 32 Nozzle holding part 33 Adapter 34 Locking member 35 trunk | drum shell Wall 36 Body shell wall 37 Door shell wall 38 Bottom shell wall 41 Entrance / exit 42 Hinge 43 Pouch storage space 44 Latching mechanism 45 Latching piece 46 Latching piece 47 Nozzle holding surface 48 Nozzle holding member 51 Nozzle holding member piece 52 Nozzle holding Member piece 53 Half nozzle holding surface 54 Half nozzle holding surface 55 Clamping surface 56 Clamping surface 57 Locking pin 61 Mounting portion 62 Adapter liquid passing portion 63 Dispensing guide portion 64 Link mechanism 67 Mounting portion inner cylinder 68 Mounting portion outer cylinder 69 Liquid passing port 71 Top plate 72 Link 73 Body portion 74 Fluid passing Hole (inner cylinder)
81 Valve cylinder 82 Dispensing guide cylinder 83 Liquid guide hole 86 Locking rod 87 Locking groove 88 Tab

Claims (11)

  A nozzle holding portion that can be enclosed and accommodated with a pour nozzle portion of the pouch container, and an adapter that communicates with the pour nozzle portion of the pouch container and guides a pour flow from the pouch container. A pouch holder comprising: a locking portion that releasably locks the pouring nozzle portion of the pouch container to the nozzle holding portion.   The nozzle holding portion has two holding pieces having a holding surface capable of holding the side seal portion of the pouring nozzle portion of the pouch container in cooperation with each other, and the pouring nozzle of the pouch container between the holding surfaces. The pouch holder according to claim 1, wherein at least a part of the side seal portion of the portion is slidably held.   The adapter has a mounting portion inner cylinder located concentrically and a mounting portion having a mounting portion outer cylinder. The mounting portion inner cylinder has a fluid passage hole penetrating in the axial direction, and the mounting portion outer cylinder Is fitted to the outside of the two holding pieces of the nozzle holding portion, and the inner cylinder of the mounting portion is configured to be inserted into the pouring nozzle portion of the pouch container held by the nozzle holding portion. The pouch holder according to claim 2. The pouch holder according to claim 3, wherein the mounting portion inner cylinder has a tapered shape gradually toward the tip.   The both holding pieces are configured so that at least a part of the side seal portion of the pouring nozzle portion of the pouch container is sandwiched in a state of coming out of the sandwiching surface of the both holding pieces, 5. The pouch holder according to claim 3, wherein the pouch holder is configured to press the side seal portion of the pouring nozzle portion of the pouch container inward.   A locking pin that is inserted into a locking hole formed in a side seal portion of the pouring nozzle portion of the pouch container and protrudes from a holding surface of at least one of the holding pieces. The pouch holder according to any one of claims 2 to 5, characterized in that   The locking portion is configured to lock the pouring nozzle portion of the pouch container at a position where a detachable tab that closes the upper end of the pouring nozzle portion of the pouch container is exposed at the upper end of the nozzle holding portion. The pouch holder according to any one of claims 1 to 6, wherein the pouch holder is provided.   The nozzle holding portion has a shell shell wall that surrounds a pouch storage space that can be stored in a state where the pouch container is stood up, and the shell shell wall has an opening through which the pouch container can be taken in and out of the pouch storage space. The pouch holder according to any one of claims 1 to 7, further comprising a formed main shell wall and a door shell wall that engages with the main shell wall and can open and close the opening. The pouch holder according to any one of claims 1 to 8, wherein the adapter is connected to the nozzle holding portion so as to be displaceable.   The adapter includes an adapter liquid passing part that protrudes above the adapter and has a liquid passing port at a predetermined position on a side surface, and a pouring guide part that covers the adapter liquid passing part and projects sideways. The guide part is pivotally displaced with respect to the adapter liquid passing part, and the liquid guide hole of the base of the dispensing guide part communicates with the liquid inlet of the adapter liquid passing part, and the attitude that blocks the communication. The pouch holder according to claim 1, wherein the pouch holder is configured to be able to take   The pouch holder according to any one of claims 1 to 10, further comprising a releasable locking mechanism that locks the adapter to the nozzle holding portion.

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