JPH03133737A - Wrapping container - Google Patents

Abstract

PURPOSE: To obtain an opening suitable for being placed in a vending machine by forming the opening appropriate in area for taking out a plurality of articles simultaneously and also by providing the same with a flap projecting outward from the periphery for keeping inside another article by elasticity. CONSTITUTION: As to a second opening 36, because the distance from the bottom end of a flap 38 to an adhered bottom wall 21S is made approximately integer times of the outer diameter of an article stored inside, when a packaged container 1 is placed slantingly with the second opening 36 slightly facing downward in the article storehouse of a vending machine, articles corresponding in number to the opening area of the second opening 36 roll out stably and simultaneously. When an article other than those facing the second opening 36 and to be rolled out from the second opening 36 is trying to be rolled out from the packaged container 1, the article to be kept in the packaged container 1 is brought into pressure contact with the flap 38 and stores elasticity by bouncing outward, and thus the article is surely kept in the packaged container 1.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a packaging container that stores a plurality of articles such as cans and bottles of the same shape in an array, and particularly relates to a packaging container that stores a plurality of articles such as cans and bottles of the same shape in an array. Regarding improvements.

[Conventional technology]

Among the packaging containers described above that store a plurality of items in an array, in so-called closed packaging containers that almost completely cover each item, openings for taking out the items have traditionally been formed by breaking the wall surface. It was like that.

[Problems to be Solved by the Invention] Incidentally, in recent years, it has become possible to simply form an opening for taking out the articles in a packaging container that stores a plurality of articles therein, and then place the article in the article storage as it is, and to store the articles in the packaging container in one place. A vending machine capable of dispensing υ1 pieces at a time has already been developed by the applicant of Mokutokumu1.

The packaging containers installed in such vending machines include:
The fact that items can be stably transferred to the outside by their own weight through the large opening allows the vending machine to stably release items one by one. Although it is preferable for
In the small opening formed in the conventional packaging container mentioned above,
Since there is no guarantee that all items can be stably transferred outside due to their own weight, it has been impossible to install them in vending machines.

In view of the above-mentioned points, an object of the present invention is to provide a packaging container that can form an opening suitable for installation in a vending machine.

[Failure to solve the problem]

In order to achieve the above-mentioned object, the packaging container according to claim 1 is a packaging container which is capable of storing a plurality of articles in an array therein, and in which a frontage for taking out the substance is formed by breaking the wall surface. The opening is characterized by being formed with a surface 1 suitable for taking out a plurality of articles at the same time, and a flap for elastically holding and covering other articles inside and protruding from the periphery.

Furthermore, the packaging container according to the second aspect of the present invention is the same as the packaging container of the first aspect, in which other openings having an appropriate area can be formed without taking out the articles one by one.

Furthermore, the packaging container according to claim 3 is characterized in that the packaging container according to claim 1 or 2 is provided with a plurality of: The starting part of the cross section is formed on the wall surface.

[For production]

According to the above-mentioned packaging container of claim 1, if the opening is formed and covered when installed in a vending machine, during this time ['' can be used to store a plurality of items. The flap has an area suitable for taking out items, and the flaps elastically hold items other than those that would move outside due to their own weight and attempt to flow out, thereby restraining them from moving out. Therefore, it is possible to prevent the formation of a bridge between the items to be transferred to I) and the items that should originally be transferred, and to ensure that the items are transferred in a number that fits the area of 1ifl I-'1. can be read.

In addition, according to J in claim 2, if the packaging container is not installed in the vending machine and it is desired to take out the articles one by one from the packaging container, the wall surface is broken and another opening is formed. Then J, yes.

Furthermore, since the opening has a large area, which is suitable for taking out multiple items at the same time,
Although it is quite difficult to cover the formation by breaking the wall surface, C in claim 3 is because a plurality of wall surface breakage starting portions for this opening are formed on the wall surface, so that it is difficult to cover the formation by breaking the wall surface. If the opening is not completely formed due to the break in the wall surface, the opening of this narrow area can be stably formed and covered by continuing to break the wall surface from the beginning of the other wall break 17jJ. .

〔Example〕

The present invention will be explained below with reference to embodiments shown in the drawings.

FIG. 2 shows a blank 2 of the packaging container 1 according to the present invention, and this blank 2 is made of a material having elasticity like cardboard. In the center of the top wall 3 of this blank 2, which is shaped like a rectangle and has a width similar to the height of the article, there is an endless breaking line for forming a handle 4 in the form of a long hole. 5 is formed. Further, at both ends of the top wall 3, there are inclined end walls 6.6 with folding lines 7.7, respectively, for holding the articles stored therein in a tensioned state.
Furthermore, an auxiliary end wall 8 is connected to the outside of each inclined end wall 6 via a folding line 9.

On both sides of the top wall 3 are side walls 10Δ, 10B (hereinafter marked ?i).
10) are respectively connected via folding lines 11°11. 1
Book) J, turn the area to the right and say "C". Then, from the top wall 3 to both side walls 10△.

Regarding the soil part of 10B, the above-mentioned rupture l! i! A break line 12 is formed passing through the center of 5, and each end of this break line 12 is connected to the base of a V-shaped line of weakness 13 formed in each side wall 10. These breaking lines 12 and each weakening line 13 are for distributing the load and increasing the strength when the handle 4 is lifted with a finger.

At both ends of each of the side walls 10, there are end walls 14 connected to each of the auxiliary end walls 8. ．． 14 are connected to each other via folding lines 15, 15, and each end wall 14 projects more than the auxiliary end wall 8. In addition, glue allowances 16.16 are formed at the outer ends of both end walls 1/1.14 of one side wall 10B, and adhesive is applied to each glue allowance 16 to form side wall 10△
It can be connected to end wall 1/1 of. and,
Bonded end wall 1/1. which is formed by bonding each end wall 14 of side wall 10Δ and each end wall 14 of side v10B. The width of S is approximately equal to the width of the top wall 3.

Between each side wall 10 and each adjacent end wall 14,
A substantially triangular opening 17 is formed at the corner adjacent to each of the inclined end walls 6 and the auxiliary end wall 8, and an extension of each of the folded lines 11 is formed on the outer end side of the opening 17. A connecting piece 20 connects each auxiliary end wall 8 and each end wall 14 between the 1h curve 18 which is made into a valley fold and the folded line 19 which is formed non-parallel to this folded line 18 and made into a mountain fold. is formed.

Each articulation) 'i' 20 will be superimposed on each auxiliary end wall 8 by bending each folding line 18,19,
As a result, each end wall 14 can be positioned outside each auxiliary end wall 8.

A bottom wall 21Δ is connected to the side wall 10A via a folding line 22, and a bottom wall 21B is connected to the side wall 10B via a folding line 22. A glue allowance 23 is formed on the side of one of the bottom walls 21Δ, and adhesive can be applied to this glue allowance 23 to bond it to the bottom wall 21B. And both bottom walls 21A, 21173
The width of the adhesive bottom wall 21S (hereinafter generically referred to as 21) is approximately equal to the width of the top wall 3.

At both ends of each of the castle walls 21, inclined end walls 24 and 24 are connected via folding lines 25 and 25, respectively, for holding articles stored therein in a tensioned state.Furthermore, each inclined end wall An auxiliary end wall 26 is connected to the outside of 24 via a folding line 27.

A roughly triangular opening 28 is formed between each side wall 10 and each adjacent end wall 14 at a corner adjacent to each inclined end wall 24 and the auxiliary end wall 26. On the outer end side of this r71028, there are a folding line 29 which is an extension of each of the folding lines 22 and is a valley fold, and a folding line 30 which is formed non-parallel to these two folding lines and is a mountain fold. Between each end U? 14 and each auxiliary end wall 26
1 are formed respectively. Each connecting piece 31 is stacked on each auxiliary end wall 2G by bending each folding line 29, 30, and as a result, each end wall 14 is positioned outside each auxiliary end wall 26. It is now possible to do Jζ.

side walls 10Δ that are bonded to each other via the glue allowance 16;
A curved break line 33 for forming a first opening 32 for taking out articles one by one is provided at the lower part of one end wall 14 of the side wall 10I3 and one end wall 14 of the side wall 10I3, respectively. It is formed to cross the wall 14. The double-wave breaks 33.33 that fall on both end walls 1/1.14 face each other at the overlapped portion of the bonded width: wall 1/Is formed by bonding both end walls 14°14. and
The wall surface is broken along both wave breaking lines 33.33. In addition, the both wave breaks 33.33 are on both end walls 1
4. When the bonded end wall 14S is formed by bonding 1/I, the center portion in the width direction is vertical. Further, at the hand corner of each side wall 10, an arc-shaped break line 34 is provided which is connected to each break line 33 and reaches the gap 1128.
is formed. Roughly, on each end wall 14 directly above each of the break lines 33, there is a wall break start portion 35 continuous to each break line 33.
The other end walls 14 are formed in a U-shape, and both ends are formed in a U-shape. , 1/1.1/I are bonded to form the bonded end wall 14S, both wall surface fracture initiation portions 35, 35 are one wall surface fracture initiation portion 3 facing phase n.
5 will be formed.

The other end wall 14 of the side wall 10Δ that is adhered to the phase H through the glue allowance 1G: the wall 1/I and the other end wall 14 of the side wall 10B are provided with a seal when installed in a vending machine. No. 21iii, which is used and can take out a plurality of articles at the same time.
A curved break line 37 is formed across each end wall 14 to form a II 36. Both end walls 14.14 and both wave breaks 37.37 at J3 are connected to both end walls 1
When the bonded end wall 148 is formed by gluing 4,1/I, they face each other at the overlapped portion, and the wall surface can be broken along the double wave breaking line 37.37. ing. In addition, Mf both breaking lines 37.37 are both end walls 1/
After forming the bonded end wall 148 formed by bonding I and 11, the center portion in the width direction hangs down. Therefore, when the second opening 36 is formed, this second opening 3
A flap 38 will be formed depending within 6.

When the packaging container 1 is installed in a vending machine, this flap 38 is attached to the second flap that should be transferred from 0j1, No. 2, No. 6.
When an article other than the article facing the opening 36 is transferred out of the packaging container 1 and covered, the article to be held in the packaging container 1 comes into pressure contact with the flap 38 and is bent outward. The elastic force is stored at υ to securely hold the article within the packaging container 1.

Furthermore, each side wall 10 near the folding line 15 which is located between the end walls 14 where the breaking line 37 is formed has a curved shape that is connected to each breaking line 37 and reaches the opening 28. Three break lines are formed. Then, +
A wall surface fracture start portion 40A connected to the fracture line 33 is formed in the middle (i7. Another wall fracture start part 40B connected to the three fracture lines is formed a little above the middle neck of the line 39 in the ``-bottom'' direction. Each end wall 14 has another wall fracture start part 40C connected to each fracture line 37, one end wall 14 has a 0-shape, and the other *J: wall 14 has a half-U shape. After forming the contact 71 end Q?1/IS formed by gluing both JHH walls 14 and 14, both wall surface fracture initiation parts 40C are facing the phase H and are severely damaged. This results in the formation of two wall fracture initiation areas/IOCs.

The above-mentioned blank 2 in FIG. 2 to packaging container 1 in FIG. 1
To form the bottom wall 21A of the blank 2, apply adhesive to the glue margin 23 formed on the wall 21A, and glue this bottom wall 21A to the other bottom wall 21B. A bottom wall 218 is formed to form a cylindrical packaging container 1. After a predetermined number of articles (not shown) are stored in this cylindrical packaging container 1, each connecting piece 20.31 is Each folding line 18, 19: bending along the folding line 29, 30, each inclined end wall 6 d3 J: and auxiliary end wall 8: inclined end wall 2 'l J3 and auxiliary end wall 26 are folded into a packaging container. 1. Then, apply adhesive to the adhesive margin 16 of each end wall 14 on the side wall 10B side, and attach each of these end walls. 1/I and side wall 10
Glue each end wall 14 on the A side to connect the four end walls 1/I.
Each end of the packaging container 1 is sealed to form a sealed packaging container 1 extending to the first N.

To take out the articles stored inside the packaging container 1 from the above-described configuration, the operator inserts his finger into the wall surface breakage starting part 35 and inserts his finger along the break line 33 and each break line 34. Finally, the wall surface is broken up to the bending line 18, and the lower corner of both side walls 10Δ, 10B and the lower part of one end wall 1/I are opened. Form 32. Since the first opening 32 has an area suitable for taking out one article, it is possible to stably take out the articles one by one.

On the other hand, in order to install the packaging container 1 as it is in a vending machine, each item in the packaging container 1 will roll under its own weight and flow out stably from the packaging container 1, which requires a large amount of space. The second frontage 36 must be formed. For this purpose, each break line 3 for making the second frontage 36 is
7, three wall fracture starting parts 40Δ, 40B, and 111.0C formed adjacent to the fracture line 39.
(By breaking the wall surface, the bend 8218 is finally broken, and the corners of both walls 10Δ, 10B and the other end wall are broken.) 14 from the bottom to the top to form the second opening 36 shown in Figure 1B.Insert your finger into one wall fracture starting part 40Δ,/lot"3 or 710C. If you try to break the wall along the break lines 37 and 39 to form the second opening 3G, but a complete second opening 36 is not formed, place your finger on the other wall break starting parts 4OA, 40B or /IOC. After inserting the wall, break the wall again along the breaking line 37.39 to create a complete second frontage J.
36 can be formed.

The above-mentioned second opening 36 accommodates the distance from the lower end of the flap 38 to the adhesive bottom wall 218! ,: Since the outer diameter of the article is approximately an integer of 8, the packaging container 1 can be installed in the article storage of a vending machine in an inclined manner so that the second opening 36 faces downward. As a result, a number of articles corresponding to the opening area of the second opening 36 are stably transferred and flowed out at the same time, and other articles in the packaging container 1 are moved in advance due to the elasticity of the flap 38. NiJ,
It is stably held within the packaging container 1 and forms a bridge between it and the outflowing article.

Note 13. The present invention is not limited to the embodiments described above, and various changes can be made as necessary. For example, it is possible to use a vending machine by providing only an opening through which a plurality of articles can be taken out at the same time.

〔Effect of the invention〕

According to the present invention, it is possible to form an opening through which a plurality of articles can be taken out at the same time, so it is suitable for installation in a vending machine.

In this case, the flap can elastically hold other articles and ensure that only the articles to be drained are drained. Further, since it is possible to form another opening with an area suitable for taking out articles one by one, it is possible to form an opening with an area suitable for the method of taking out articles. Furthermore, since a plurality of wall surface fracture starting portions are formed to form a space with an insignificant area, an opening can be reliably formed.

[Brief explanation of the drawing]

In Fig. 1, B shows an embodiment of the packaging container according to the present invention, and Fig. 1B is a perspective view showing the state before forming the second opening 51 (3). A perspective view showing the state after the formation of the second space [], and Fig. 2 is a plan view of the Norapap I of Fig. 1. 1... Packaging container, 2... Blank, 3.・Top wall,
(j... Slanted end wall, 8... Auxiliary end wall, 10. IOA
, IOB... side wall, 14... end wall, 1/IS...
Connecting end wall, 2゛1゜21Δ, 21B...Bottom wall, 21S
... Adhesive bottom wall, 2/1 ... Inclined end wall, 26 ... Auxiliary end wall, 32 ... First space "", 35, /IO, 40
△, /I (03... Wall fracture start part, 36... Second
Opening, 38...flap. N1 agent Shunsuke Nakao

Claims (1)

[Scope of Claims] 1) In a packaging container that is capable of storing a plurality of articles in an aligned manner and in which an opening for taking out the articles is formed by breaking a wall surface, the opening is used to simultaneously take out the plurality of articles. 1. A packaging container characterized in that a flap is formed to protrude from the periphery and has a suitable area for holding other articles inside with elasticity. 2) The packaging container according to claim 1, further comprising another opening having an area suitable for taking out the articles one by one. 3) The packaging container according to claim 1 or 2, wherein a plurality of wall breakage initiation parts are formed on the wall surface to form the opening with an area suitable for taking out a plurality of articles at the same time.