JP2013018522A - Soft packaging container for refilling - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a soft packaging container for refilling which can be gripped in a stable state to refill a refilled container with a content liquid without deteriorating reduction in environmental loads by using parts having simple configurations.SOLUTION: The soft packaging container 10 for refilling includes: a bag-shaped body 12 formed of a flexible soft packaging material; and a pedestal 11 joined along the surface of the bag-shaped body 12. The pedestal 11 includes: a plate-shaped gripping plate 14 forming a grip 13 in the bag-shaped body 12; and an opening projected portion 16 for a refilling outflow port defined by a thin-wall line 15 disposed in the gripping plate 14. With the gripping portion 13 gripped and opposed to an opening neck 24 of the refilled container 20, by pressing the pedestal 11 into the opening neck 24, the thin-wall line 15 is ruptured by a pouring spout 21 of a pouring cap 22 so as to make the refilling outflow port communicate with the inside of the opening neck 24.

Description

  The present invention relates to a soft packaging container for refilling, and in particular, a bag-like main body formed of a flexible soft packaging material, and a pedestal part joined integrally along the surface of the bag-like main body. It is related with the soft packaging container for refill which consists of.

  In recent years, with regard to synthetic resin containers that contain various liquids and other contents, it has become possible to reduce the environmental burden, and various thin-walled containers have been developed that reduce the amount of resin used. Yes. In addition, refill containers such as pouches are often used as containers for storing various detergents and foods. The refill container is refilled and refilled with a refill container equipped with a pour-out part such as a pour spout, without discarding the expensive refill container each time it is empty. Make it usable for a long time.

  On the other hand, a refill container such as a pouch is formed of a flexible packaging material that is highly flexible, and is easily deformed during refilling work and is likely to be unstable. The refilling operation of the contents with such a soft-packing refill container is, for example, a) cutting the tip of the nozzle, b) pouring at an angle, c) holding the tilted state, d) squeezing, e) spilling Although it is carried out by work steps such as discarding while paying attention not to prevent the contents from being refilled, the work of refilling the contents by these work steps is time consuming and easily spills the contents during the work.

  For this reason, the refill container is pushed into the opening side of the refill container for soft packaging such as a pouch from the closed side toward the mouth of the refill container. A refill container equipped with parts for forming an outlet that can be opened only by an operation has been developed (see, for example, Patent Document 1 and Patent Document 2).

JP 2010-18326 A JP 2011-11773 A

  In the soft packaging charge container (refill container) of Patent Document 1, the container body formed by the soft packaging material is turned upside down, and the part for forming the outlet is pressed against the mouth of the refill container, and a sealing lid The side of the opening is opened by pushing through the material to form an outlet that communicates with the refill container, but the parts for forming the outlet are funnel-shaped parts and seal-shaped lids. , And the overcap, and the large diameter of the upper end of the container body that can close the entire opening side portion increases the manufacturing cost and the manufacturing process. Is also complicated.

  Furthermore, in the soft packaging charge container (refilling container) of Patent Document 1, the operation of pressing the outlet forming part against the neck portion of the refilling container and breaking the seal-like lid material is based on the soft packaging material. This is performed by gripping the periphery of the container body. However, since the container body made of the soft wrapping material is easily deformed by its flexibility, it is difficult to grip in a stable state when forming the outlet.

  Moreover, in the soft packaging charge container (refill container) of patent document 2, the part for outflow port formation is formed in one part as a cylindrical inside plug which has a weakening part which fractures | ruptures at the time of refilling. And this cylindrical inside plug has a pair of finger-hanging pieces that protrude outward, and has a shape that presses the finger-hanging pieces to break the weakened portion of the inside plug when refilling. However, in order to obtain a size that can be gripped in a stable state, it is necessary to enlarge the finger-hanging piece, and it is difficult to sufficiently reduce the environmental load by increasing the amount of resin. In addition, when refilling, when pressing the finger-hanging piece that has a size that can be held in a stable state, at least one hand is in a state of pressing the finger-hanging side, and the flexible packaging body itself can not be sufficiently held, It is difficult to refill in a stable state.

  Furthermore, in the soft packaging charge container (refilling container) of Patent Document 2, it is possible to prevent the mouth portion from being closed during refilling with a cylindrical inner stopper, and to open the soft packaging container. The plug connection portion is easily clogged, and the refilling of the contents cannot be achieved smoothly.

  The present invention uses a part with a simple configuration, and without damaging the environmental load due to the formation of the main body using soft packaging material, it is gripped in a stable state and filled from a refill container. It is an object of the present invention to provide a soft packaging container for refilling that can refill the content liquid into a replacement container.

  The present invention is a soft packaging container for refill comprising a bag-like main body formed of a flexible soft packaging material and a base part joined integrally along the surface of the bag-like main body. The pedestal part includes a plate-shaped gripping plate portion that forms a gripping portion on the bag-shaped main body portion, and a refill outlet outlet planned portion that is provided on the gripping plate portion and is partitioned by a thin-walled wire. In the state where the gripping part by the gripping plate part is gripped and the planned opening part is opposed to the upper end opening part of the mouthpiece part of the refill container, the pedestal part is placed in the mouth. By pushing toward the neck, the thin wire is broken by the neck or the mounting member attached to the neck to form a refill outlet, and the refill outlet is formed inside the mouth. Refillable soft packaging that communicates with By providing a vessel, in which to achieve the above objects.

  According to the soft packaging container for refilling of the present invention, by using parts with a simple configuration, in a stable state without impairing the reduction of the environmental burden due to the formation of the main body using a soft packaging material. The content liquid can be refilled from the refill container to the refill container by gripping.

  Moreover, according to the soft packaging container for refilling of the present invention, by providing a pedestal part in the bag-like main body part, the closure of the refill outlet at the time of refilling and the connection part between the bag-like main body part and the pedestal part Blocking can be effectively prevented and smooth refilling of contents can be achieved.

It is a perspective view of the soft packaging container for refilling concerning preferable one Embodiment of this invention. It is a perspective view of the base parts attached to the soft packaging container for refilling concerning preferable one Embodiment of this invention. (A), (b) demonstrates the situation which refills a content liquid to the refilling container equipped with the extraction cap provided with the extraction spout by the flexible packaging container for refilling which concerns on preferable one Embodiment of this invention. FIG. It is a disassembled perspective view which illustrates the other form of a base part. (A), (b) is a perspective view which illustrates other forms of a base part. (A), (b) is a perspective view of the plate side part which illustrates the other form of a base part. It is a perspective view which illustrates the other form of the plug member for refill containers of this invention.

  A soft packaging container 10 for refilling according to a preferred embodiment of the present invention shown in FIG. 1 is a pouch-shaped bag container formed of a flexible packaging material having flexibility, and as a content liquid for refilling. For example, a bottle container 20 (FIG. 3) in which a liquid detergent is stored and the stored content liquid is used as a refill container, for example, a discharge cap 22 including a discharge spout 21 is attached to the mouth part 24 of the container body 23. (Refer to (a) and (b)). Moreover, the soft packaging container 10 for refilling of this embodiment does not impair reduction of the environmental load by having formed the bag-shaped main-body part 12 using the soft packaging material by using the base part 11 of a simple structure. At the same time, the bottle container 20 is provided with a function that allows the content liquid to be refilled in a stable state.

  And the soft packaging container 10 for refilling of this embodiment is integrally joined along the bag-like main-body part 12 formed of the flexible packaging material provided with flexibility along the surface or back surface of the bag-like main-body part 12. A pouch-shaped flexible packaging container composed of a pedestal part 11, and the pedestal part 11 is a plate that forms a gripping part 13 (see FIGS. 1 and 3) in a bag-like main body part 12 as shown in FIG. 2. And a refill outlet outlet planned opening portion 16 defined by a thin wire 15 provided in a central portion of the gripping plate portion 14. As shown in FIG. 1, the gripping plate portion 14 is attached to the upper portion of the bag-like main body portion 12, whereby a gripping shoulder portion 13 is formed as a gripping portion in the bag-like main body portion 12. As shown in FIGS. 3 (a) and 3 (b), the grasping shoulder portion 13 by the grasping plate portion 14 is grasped, and the planned opening portion 16 is opposed to the upper end opening portion 24 a of the mouth neck portion 24 of the bottle container 20. In this state, the thin wire 15 (see FIG. 2) is broken by the spout spout 21 of the spout cap 22 as a mounting member attached to the mouth portion 24 by pushing the pedestal part 11 toward the mouth portion 24. The refilling outlet is formed as an opening so that the refilling outlet communicates with the inside of the neck 24.

  Moreover, in this embodiment, the bottle container 20 which is a to-be-refilled container is provided in the cylindrical bottle-shaped container main body 23 provided with the mouth part 24 and the mouth part 24 as shown in FIGS. A pouring cap 22 as a mounting member to be attached is provided, and the pouring cap 22 is connected to an inner cylindrical wall 25 disposed along the inner peripheral surface of the mouth neck portion 24 and a lower end portion of the inner cylindrical wall 25. A bottom wall (not shown) to be provided and a pouring spout 21 standing from the bottom wall are provided. As shown in FIG. 2, the pedestal part 11 is provided with a guide wall 17 having an inner peripheral shape portion 17 a surrounding the planned opening portion 16 of the refill outlet and along the outer peripheral shape of the pouring spout 21. Yes. By inserting the tip part of the pouring spout 21 into the guide wall 17 and guiding it, the base part 11 is pushed toward the mouth 24 (see FIG. 3B), thereby pouring the pouring cap 22 out. The thin wire 15 is broken by the spout 21 to form an opening for the refill outlet.

  In the present embodiment, the bag-like main body 12 of the soft packaging container 10 for refilling is a flexible soft packaging material, for example, a polyolefin resin such as polypropylene or polyethylene, a polyester resin such as polyethylene terephthalate, or a polyamide such as nylon. A laminated film formed from a synthetic resin selected from resins is preferred. As shown in FIG. 1, the bag-shaped main body portion 12 is formed of a sheet material having a laminated film thickness of about 80 to 250 μm by a known method of appropriately joining these peripheral portions by heat sealing or the like, as shown in FIG. It is formed as a pouch-shaped main body portion having a bottom surface portion 12b and a side peripheral surface portion 12c, which can be deformed into a substantially elliptical cross-sectional shape, for example, when filled with a content liquid. Further, the upper surface portion 12a of the bag-shaped main body portion 12 has flexibility that can be easily deformed by pressing with a finger or a hand, for example, together with the bottom surface portion 12b and the side peripheral surface portion 12c. The base part 11 is attached along the surface of the upper surface part 12a by, for example, adhesive bonding or fusion bonding, and is attached to the upper surface part 12a by, for example, a finger. A gripping shoulder portion 13 that can be easily gripped by being sandwiched is formed (see FIG. 3A). Further, in the present embodiment, an outlet opening (not shown) is formed in the central portion of the upper surface portion 12a of the bag-shaped main body 12, and the opening of the refill outlet is formed in the outlet opening. The pedestal part 11 is attached to the upper surface part 12 a of the bag-shaped main body part 12 with the planned part 16 aligned.

  The pedestal part 11 of the soft packaging container 10 for refill is a die-molded product integrally molded using a synthetic resin such as polypropylene or polyethylene, for example, and as shown in FIG. In the inner region of the guide wall 17 that protrudes from the central portion of the gripping plate portion 14 that is joined to the portion 12 a and forms the gripping shoulder portion 13, the gripping plate portion 14 is partitioned by the thin-walled wire 15. And a refill outlet opening planned portion 16 that is provided at the top. That is, in the present embodiment, the thin wire 15 is formed along the inner base end portion of the guide wall 17, and thereby, the grip plate portion in the inner region of the guide wall 17 surrounded by the guide wall 17. 14 constitutes the planned opening portion 16 of the refill outlet, and the thin wire 15 is broken, whereby a refill outlet is formed in the inner region of the guide wall 17.

  In the present embodiment, the grip plate portion 14 is formed to have a considerable thickness of, for example, about 0.5 to 3 mm, so that the grip shoulder portion 13 is gripped and the base part 11 is attached to the bottle container 20. It has shape retention rigidity that can support the pressing force when it is pushed toward the mouth 24 in a stable state. In addition, the grip plate portion 14 is provided so as to protrude outward from the substantially circular collar winding portion 14a around the guide wall 17 disposed at the center portion and the radial facing portion of the collar winding portion 14a. It has a planar shape that is easy to fit into and hold the substantially elliptical upper surface portion 12a of the bag-shaped main body portion 12 and is formed of a pair of approximately semi-elliptical protruding portions 14b. In addition, since the planned opening portion 16 is provided in the central portion of the pedestal part 11, it is possible to apply a pressing force when the pedestal part 11 is pushed in from both sides of the planned opening portion 16, thereby refilling flow. The operation of forming the outlet can be easily and reliably performed.

  The guide wall 17 provided so as to surround the planned opening portion 16 at the center portion of the grip plate portion 14 of the pedestal part 11 is erected as an annular wall having a height of, for example, about 5 to 35 mm, and the pouring spout 21 As a shape having the inner peripheral shape portion 17a along the outer peripheral shape, a substantially semi-oval flat cross-sectional shape is provided. That is, the tip portion of the pouring spout 21 has a U-shaped or substantially U-shaped outer peripheral shape (see FIG. 3A), and the U-shaped portion of the substantially semi-circular guide wall 17 is poured. An inner peripheral shape portion 17 a along the outer peripheral shape of the outgoing spout 21 is configured. By aligning the inner peripheral surface of the inner peripheral portion 17a with the outer peripheral surface of the tip portion of the pouring spout 21, the base part 11 can be easily positioned in the correct direction with respect to the bottle container 20, and the pouring is performed. The spout 21 having a U-shaped or substantially U-shaped cross-sectional tip is smoothly guided to the thin wire 15 formed along the inner base end of the inner peripheral portion 17a of the guide wall 17 and poured out. The thin wire 15 can be efficiently broken by the spout 21.

  Moreover, in this embodiment, the insertion convex part 18 is provided so that it may protrude inward from the center part of the inner surface of the obstruction | occlusion side part 17b of the substantially semi-oval circular guide wall 17. As shown in FIG. The insertion convex portion 18 is guided by the guide wall 17 while pushing the pedestal part 11 into the pouring spout 21 of the pouring cap 22 attached to the neck 24 of the bottle container 20. By being inserted into the U-shaped or substantially U-shaped open portion, the pedestal part 11 can be more easily positioned in the correct direction.

  In the present embodiment, the thin wire 15 formed along the inner base end portion of the inner peripheral shape portion 17a of the guide wall 17 is preferably the inner peripheral shape portion 17a except for the inner base end portion of the closing side portion 17b. The inner base end portion of the insertion convex portion 18 can be provided along the inner base end portion of the insertion convex portion 18. As a result, when the leading end portion of the pouring spout 21 is inserted, when the planned opening portion 16 of the refill outlet that is the gripping plate portion 14 surrounded by the guide wall 17 is broken, the planned opening portion It is possible to regulate the breaking direction so that 16 rotates about the joint portions with the closed side portions 17b on both sides of the insertion convex portion 18 as the rotation center.

  And according to the soft packaging container 10 for refilling of this embodiment provided with the above-mentioned structure, it is because the bag-shaped main-body part 12 was formed using the soft packaging material by using the base part 11 of a simple structure. Without sacrificing a reduction in environmental load, the soft packaging container 10 for refilling can be gripped in a stable state, and the content liquid can be easily refilled into the bottle container 20 which is a refilling container.

  That is, according to the present embodiment, the pedestal part 11 can be easily formed as a one-piece simple mold molded product in which the grip plate portion 14 and the guide wall 17 are integrally formed with a small amount of resin. Therefore, even if it is integrally joined to the bag-like main body portion 12 formed of the soft wrapping material, the amount of resin in the container 10 is not increased so much, and the reduction of environmental burden is not impaired.

  In addition, the soft packaging container 10 for refilling is configured by integrally joining a base part 11 having considerable shape retention rigidity to a bag-like main body portion 12 formed of a flexible packaging material rich in flexibility. Therefore, as shown in FIG. 3 (a), for example, in the state where the soft packaging container 10 for refilling is inverted, it is pushed downward toward the neck 24 of the bottle container 20 and the refill outlet is connected to the mouth 24 of the mouth 24. When communicating with the inside, the gripping shoulder 13 by the gripping plate portion 14 of the pedestal part 11 is gripped by a finger, and the pedestal part 11 is pushed toward the mouth part 24, so that the pouring cap can be stably provided. The thin spout 15 can be broken by the 22 spouts 21. Thus, even when the bag-shaped main body 12 is formed of a soft packaging material that can be easily deformed by pressing with a finger or a hand, the gripping shoulder 13 by the grip plate 14 of the pedestal part 11 is gripped. As a result, it is possible to perform an operation of forming the refill outlet in a stable state, and the refill outlet is smoothly communicated with the inside of the neck portion 24, so that the liquid content can be easily supplied to the bottle container 20. It becomes possible to refill.

  Furthermore, according to the soft packaging container 10 for refilling of this embodiment, the base part 11 which has considerable shape retention rigidity is attached to the bag-shaped main-body part 12 formed with the flexible packaging material rich in flexibility. Thus, it is possible to effectively prevent clogging by the content liquid at the refill outlet at the time of refilling, and pedestal parts that are joined together along the bag-like main body 12 by adhesive bonding or fusion bonding 11 has a thin and flat shape with a thickness of about 0.5 to 3 mm, for example, so that the content liquid is blocked at the connection portion between the bag-like main body 12 and the base part 11. It is possible to effectively prevent and achieve a smooth refilling of the content liquid.

  The present invention is not limited to the above-described embodiment, and various modifications can be made. For example, it is not always necessary to provide a guide wall around the planned opening portion of the refill outlet on the pedestal part, and a pouring cap having a pouring spout is attached as a mounting member to the mouth of the refill container. It is not always necessary. You may make it form a refill outlet by pushing a base part directly into the mouth part of a refilling container and breaking a thin wire | line, without going through a mounting member. The pedestal part can be joined along the back surface of the bag-shaped main body. It can also be used by being joined to other parts other than the upper surface part of the bag-like main body part. For example, it can be used by being joined to the side surface of the bag-like main body. The content liquid for refilling accommodated may be other various refilling liquids such as cosmetics and seasonings other than the liquid detergent.

  Further, since the pedestal part does not require assembly, it is preferable that the pedestal part is formed as a single-piece member integrally formed. For example, as shown in FIG. 4, the pedestal part 30 includes the plate-side part 31 and the outlet side. It is preferable to form two parts with the part 32 in that each part can be easily molded. That is, the pedestal part 30 includes a plate-side part 31 including a holding plate portion 33 and an annular mounting wall 35 provided upright from an opening peripheral portion of an outflow hole 34 formed in the holding plate portion 33. The outlet side part 32 is provided with a top plate part 38 having a refill outlet scheduled opening portion 37 partitioned by a thin wire 36, and extending downward from the peripheral part of the top plate part 38. The annular skirt wall 39 is formed, and the annular skirt wall 39 is attached to the annular attachment wall 35 so that the plate side part 31 and the outlet side part 32 are joined and integrated, and the pedestal part 30 is It can also be configured.

  Furthermore, the grip plate portion of the pedestal part is not necessarily provided with a planar shape in which a pair of overhang portions are projected on both sides of the substantially circular collar winding portion, and can be formed in various other shapes. For example, as shown in FIGS. 5 (a) and 5 (b), an elliptical planar shape or a planar shape in which the protruding portion is a circular ring shape may be provided. For example, as shown in FIGS. 6A and 6B, it is possible to provide a planar shape in which the overhanging portions are projected in two different directions or four directions.

  Furthermore, the bag-shaped main body portion does not necessarily need to be a pouch-shaped main body portion, and may be bag-shaped main body portions of various other shapes formed by flexible soft packaging materials. For example, as shown in FIG. 7, it may be a side gusset bag-shaped main body.

10 Soft Packing Containers 11 and 30 for Refilling Base Parts 12 Bag-shaped Main Body 13 Gripping Shoulder (Gripping Part)
14, 33 Plate-like gripping plate portions 15, 36 Thin-walled wires 16, 37 Planned opening portion of refill outlet 17 Guide wall 17a Inner peripheral portion 18 along outer peripheral shape of extraction spout 18 Inserting convex portion 20 Bottle container Refill container)
21 Outlet spout 22 Outlet cap 23 Container body 24 Mouth part 25 Inner cylinder wall 31 Plate side part 32 Outlet side part 34 Outlet hole 35 Annular mounting wall 38 Top plate part 39 Annular skirt wall

Claims (3)

A soft packaging container for refill comprising a bag-shaped main body formed of a flexible packaging material having flexibility, and a base part joined integrally along the surface of the bag-shaped main body,
The pedestal part includes a plate-shaped gripping plate portion that forms a gripping portion on the bag-shaped main body portion, and a planned opening portion of the refill outlet that is provided on the gripping plate portion and is partitioned by a thin wire. Consists of
By gripping the grip portion by the grip plate portion and pressing the pedestal part toward the mouth portion with the planned opening portion facing the upper end opening portion of the mouth portion of the refill container, The refill flexible package that breaks the thin-walled wire by the mouth part or a mounting member attached to the mouth part, forms a refill outlet, and communicates the refill outlet with the inside of the mouth part container. The pedestal part has an inner peripheral shape portion that surrounds the planned opening portion of the refill outlet and is arranged along the outer peripheral shape of the spout spout provided at the upper end opening of the mouth portion of the refill container. Guide walls are provided,
The thin wire is broken by the pouring spout of the pouring cap by inserting the tip part of the pouring spout inside the guide wall and guiding it while pushing the pedestal part toward the mouth part. The soft packaging container for refilling according to claim 1, wherein the refilling outlet is formed as an opening. The pedestal part consists of two parts, a plate side part and an outlet side part,
The plate-side part is formed including the gripping plate portion and an annular mounting wall provided upright from an opening peripheral edge of an outflow hole formed in the gripping plate portion,
The outlet side part includes a top plate portion provided with a planned opening portion of the refill outlet defined by the thin wire, and an annular skirt wall provided extending downward from a peripheral portion of the top plate portion And is formed,
The refill soft according to claim 1 or 2, wherein the base part is constructed by joining and integrating the plate side part and the outlet side part by attaching the annular skirt wall to the annular mounting wall. Packaging container.

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