JPH03212340A - Vessel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a container having a rectangular parallelepiped body with a rectangular cross-section and a Gobel-top top closure.

[Conventional technology]

BACKGROUND OF THE INVENTION In recent years, laminated paper containers having a top closure of the Goebel top type have been used as containers for various beverages. Such containers include those whose cross-sectional shape of the container body is square and rectangular. Generally, the latter is a container with a relatively larger capacity than the former. One reason for this is that when increasing the capacity while the height of the container is limited, the width of the body also increases, making it inconvenient to handle (grip) the container; In the case where the width in one direction remains the same and only the width in other directions is increased (in the latter case), this is because the container can be easily grasped. FIG. 22 is a perspective view showing an example of a container whose body has a rectangular cross-sectional shape, and the container 101 has a body 102 and a top closing portion 105 of a Gobel top type. Torso 10
2 is a pair of narrow body panels 103, 10 facing each other;
3 and a pair of wide body panels 104, 104, and is a rectangular parallelepiped body having a rectangular cross-sectional shape.

The Gobel-top top closure 105 then has a central laminated rib 106 parallel to the body panel 104, 104, ie parallel to the long side of the rectangular cross-section of the body. The central laminated rib 106 is obtained by polymerizing and bonding the upper ends of the roof panels 107° 107 connected to the body panels 104, 104. To pour out the beverage filled in this container 101,
A spout 1 provided in the roof panel 107 as shown in the illustration
This is done after removing the 08 cap.

[Problem to be solved by the invention]

However, in the above-described container 101, when pouring out the contents, the roof panel 10 on which the spout 108 is disposed
It is necessary to hold the container so that the body panel 104 connected to the container 7 faces downward. That is, it is necessary to spread the hand across the width of the wide body panel 104 of the body part 102 to grasp it, but if the container is relatively large and there is a considerable amount of content remaining, it is necessary to grasp the container in this way. The problem is that it is difficult.

The present invention has been devised in view of the above-mentioned circumstances, and is a container in which the cross-sectional shape of the container body is rectangular and the top closing portion is a gebel top type container, yet the contents can be poured out. It is extremely easy to hold the container when
The purpose is to provide a container that is unique in shape and easily distinguishable from other containers.

[Means to solve the problem]

In order to achieve such an object, the present invention comprises a rectangular parallelepiped body having a rectangular cross-sectional shape and comprising a set of wide body panels and a set of narrow body panels facing each other; A container having a Goebel-top type top closure formed at one open end of the rectangular parallelepiped body, and a bottom closure formed at the other open end of the rectangular parallelepiped body. The structure is such that a central laminated rib is formed parallel to the short side of the rectangular cross section.

[Effect]

A container having a rectangular parallelepiped body with a rectangular cross section and consisting of a pair of wide body panels and a pair of narrow body panels facing each other is provided with a short section having a rectangular cross section on the top closure part of the Goebel top type. A central laminated rib is provided parallel to the sides. This allows the container to be gripped with one hand while straddling the narrow body panel.

〔Example〕

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

FIG. 1 is a developed view of a blank plate of an embodiment of the container of the present invention. In FIG. 1, the blank board 1 has a wide body panel 11.31 and a narrow body panel 51.56, and the body panels 51.56 are connected to the body panel 11 via fold lines a and b, respectively. The trunk panel 31 and the trunk panel 56 are arranged in series.
are connected to each other via a fold line C, and an adhesive flap 71 is connected to the body panel 51 via a fold line d.

Fold the body panel 11, 31, 51, 56 along the line a
, b and c, fold the adhesive flap 71 along the fold line d, and adhere the adhesive flap 71 to the body panel 31 to form the body. This body is a rectangular parallelepiped whose cross-sectional shape is rectangular because the width of the body panel 11.31 is greater than the width of the body panel 51.56.

At the upper and lower ends of each body panel, there are end panels P, P2, roof panels P, Pi, which constitute the top closing part, and bottom closing panels T, T, T, Ti, which constitute the bottom closing part, respectively. , and 23 are installed in succession. That is, the front folding panel 12 is connected to the upper end of the body panel 11 via a mountain fold line e, and the front folding panel 12 has a valley fold line f.

A transverse folding panel 13.14 is connected via g. Further, a front folding panel 15 is connected to the front folding panel 12 via a valley fold line, and a mountain fold line 1. Horizontal folding panels 16, 17 are connected via J. Horizontal folding panel 16.
17 are also connected to the respective transverse folding panels 13, 14 via l on the valley fold line. Furthermore, folding inner rib panels 18.21 are connected to the horizontal folding panels 13.14 via mountain fold lines m and n, respectively,
Furthermore, folded inner rib panels 19.20 are connected to the horizontal folded panels 16.17 via valley fold lines o and p, respectively. The folded inner rib panel 18 and the folded inner rib panel 19 pass along the valley fold line q, the folded inner rib panel 21 and the folded inner rib panel 20 pass along the valley fold line r, and the folded inner rib panel 19 and the folded inner rib panel 20 pass along the mountain fold line S. They are connected to each other via. Each of these panels constitutes the end panel P1.

Also, at the upper end of the body panel 31, in the same way as the body panel 11, a front folding panel 32, a side folding panel 33.3, and a side folding panel 33.
4. Front folding panel 35, side folding panel 36.3
7. The folded inner rib panels 38, 41 and the folded inner rib panels 39° and 40 are respectively arranged in series to form the end panel P.
2 are configured.

An inclined panel 52 is connected to the upper end of the body panel 51 via a mountain fold line V, and an outer rib panel 53 is connected to this inclined panel 52 via a valley fold line W to form a roof panel P3.
is configured. Similarly, an inclined panel 57 and an outer rib panel 58 are connected to the upper end of the body panel 56 to form a roof panel P4. The end panel P1 is connected to the roof panels P and P through the fold line a'b', and the end panel P2 is connected to the roof panel P4 through the fold line C' to form the top closing part. has been done.

Note that an adhesive flap 71a is connected to the roof panel P3 via a fold line d'.

Furthermore, the body panels 11 and 31 each have a mountain fold line
Lower panels 61 and 62 are connected to each other via the bottom panels T2 and T2.

Further, a lower folding panel 63 is connected to the body panel 51 via a mountain fold line X, and this lower folding panel 63
64 through the valley fold lines y and z.
．． 65 are arranged in series to constitute the bottom closing panel T3. Similarly, the lower folding panel 6 is also attached to the body panel 56.
6. Lower horizontal folding panels 67 and 68 are connected to form a bottom closing panel T4. Then, the bottom closing panel T is connected to the bottom closing panel T through the fold lines a# and b#.
a and T4, and the bottom closing panel T2 is connected to the bottom closing panel T4 via the fold line C' to form a bottom closing part. Note that an adhesive flap 71b is connected to the bottom closing panel T3 via a fold line d'.

FIG. 6 is a plan view showing a state in the middle of forming the top closing portion of the container, which is formed by bending the blank plate 1 shown in FIG. 1 along each fold line, and FIG. 10 is a perspective view. 6th
In the figure and FIG. 10, the folded inner rib panel 18.21 and the folded inner rib panel 19.20 of the end panel P1 are folded at the tips of the mountain fold lines S1 and the valley fold lines q and r, respectively, and are folded into valleys with apexes A, B, and C. Folding line Ql r
It is folded into three along the NN mountain fold line S, and the roof panel P3. It is folded between the outer rib panels 53, 58 of P4. In addition, the folded inner rib panel 38.41 of the end panel P2 and the folded inner rib panel 39°40 are similarly folded into three, and the outer rib panel 53.5 of the roof panel P3°P4 is folded in three.
It is folded between 8. Then, as shown in FIG. 14, the central laminated rib R is formed by overlapping and bonding each inner rib panel with the outer rib panel 53,58. In this case, each inner rib tongue of the end panel Pt and each inner rib panel of the end panel P2 do not overlap with each other.

FIG. 2 is a developed view of a blank plate of another embodiment of the container of the present invention. In FIG. 2, the blank plate 2 has wide body panels: ti, ai and a narrow body panel 51.56, like the blank plate 1 described above.
are respectively fold lines a.

The body panel 31 and the body panel 56 are connected to the body panel 11 through the fold line C, and an adhesive flap 71 is connected to the body panel 51 through the fold line d. has been done. At the upper and lower ends of each trunk panel, there are end panels P L that form the top closing part.
, P / , roof panels P , P and , 1
2 3 4 Bottom closing panel T, T2゜T,' constituting the bottom closing part
r4 are connected. The difference between this blank board 2 and the above blank board 1 is that the end panels P', P' are different from the end panels P, P2.
It is 1 point. First, the end panel P' includes a folded inner rib panel 22.25 and a folded inner rib panel 23.2 corresponding to the folded inner rib panel 18.21 and folded inner rib panel 19.20 of the end panel Pl.
4, each of which has inner rib panels 22, 23,
The upper end sides of 24 and 25 are configured to be in a straight line as shown.

Further, in the end panel P'2, a front folding panel 42 is connected to the upper end of the body panel 31 via a mountain fold line e', and a horizontal folding panel 42 is connected to the front folding panel 42 via a valley fold line f'1g'. Fold-in panels 43 and 44 are arranged in series, and furthermore, the horizontal fold-in panels 43 and 44 have valley fold lines m/, n.
The inner rib panels 45 and 46 are connected to each other via /.

Further, the inner rib panel 45 and the inner rib panel 46 are connected to each other via a valley fold line S'. Then, the horizontal folding panel 43 passes through the folding line C' to the roof panel P4.
A top closing portion is configured in series with the top closing portion.

FIG. 7 is a plan view showing a state in the middle of forming the top closing portion of the container, which is formed by bending the blank plate 2 shown in FIG. 2 along each fold line, and FIG. 11 is a perspective view. 7th
In the figure and FIG. 11, the folded inner rib panels 22° 25 and the folded inner rib panels 23, 24 of the end panel P'1 are folded at the tips of the mountain fold lines S1 and the valley fold lines q and r as apexes A, B, and C. Valley fold lines q and r1 respectively
It is folded in three along the mountain fold line S and folded between the outer rib panels 53 and 58 of the roof panels P and P4. Also, the inner rib panel 45°46 of the end panel P'2 is at the valley fold line S.
' is folded once along the valley fold line S' with the top end of the roof panel P3. P4 outer rib panel 5
It is folded between 3.58 and 2. Then, as shown in FIG. 15, the central laminated rib R is formed by polymerizing and bonding the inner rib panel with the outer rib panel 53,58. In this case, each inner rib panel of the end panel P't and the end panel P'
The inner rib panels of No. 2 do not overlap with each other.

FIG. 3 is a developed view of a blank plate of another embodiment of the container of the present invention. In FIG. 3, the blank plate 3 has a wide body spring loop 1.31 and a narrow body panel 51.56, like the blank plate 1 described above, and the body panels 51.56 each have a fold line a.

The body panel 31 and the body panel 56 are connected to the body panel 11 through a fold line C, and an adhesive flap 71 is connected to the body panel 51 through a fold line d. ing. At the upper and lower ends of each trunk panel, there are end panels P, P6 and roof panels P, which form the top closing part.
, P and the bottom 5 3
4 Bottom closing panel T, T2゜T that constitutes the closing part
, T4 are installed in series. The difference between this blank board 3 and the above-mentioned blank board 1 is as shown in the end panel 3 p5. There are 6 1 2 differences between p and the wife panels P and P. First, the end panel P5 has an end plate 81 that is connected to the body panel 11 and is on the same plane as the body panel, and the front folding panels 82 and 83 are attached to the upper end of this end plate 81 via mountain fold lines e and f. The front folding panel 82.8
3 has a horizontal folding panel 8 via the valley fold lines g and h.
4.85 are consecutively provided, and folded panels 86, 87 are also provided consecutively via valley fold lines i+j. The folded panels 86, 87 are connected to each other via a mountain fold line k. In addition, the horizontal folding panel 84°8
5 has a mountain fold line 1. Inner rib panel 88.8 through m
9 are arranged in series.

In addition, the end panel P6 is constructed in the same way as the end panel P5, with a end panel 91, a front folding panel 92.93, a horizontal folding panel 94.95, a folding panel 96°97, and an inner rib panel 98.99 arranged in series. ing. And the wife panel P has fold lines a/, b/
Connected to roof panel P3゜P4 through
6 is connected to the roof panel P4 via the fold line C' to form a top closing portion.

FIG. 8 is a plan view showing a state in the middle of forming the top closing part of the container, which is formed by bending the blank plate 3 shown in FIG. 3 along each fold line, and FIG. 12 is a perspective view. 8th
In the figure and FIG. 12, the end panel P5 has the tip of the mountain fold line as the fold apex A, the intersection of the valley fold lines g, i and the mountain fold line l as the fold apex B, and the valley fold line, j
The inner rib panel 88.89 is folded in between the outer rib panels 53.58 of the roof panels P and P4. Further, the inner rib panels 98° 99 of the end panel P6 are similarly folded between the outer rib panels 53, 58 of the roof panels P and P. And the twelfth
As shown, the central laminate rib R is formed by polymeric bonding of the inner rib panels with the outer rib panels 53-58. In this case, each inner rib panel of the end panel P5 and each inner rib panel of the end panel P6 do not overlap each other. As is clear from FIG. 16, the end plates 81 and 91 of the top closing portion of the Goebel top type are connected to the body panels 11 and 31, respectively, and are on the same plane as the body panels, so that the roof panel P3 ．． P4 tilt panel 5
2. There is no recess formed by the end panels P 1 and P 2 below 57 (see FIGS. 10, 6 and 11). Therefore, the head space of the top closure is increased.

FIG. 4 is a developed view of a blank plate of another embodiment of the container of the present invention. In FIG. 4, the blank plate 4 has a wide body panel 11.31 and a narrow body panel 51.56, like the blank plate 1 described above, and the body panels 51.56 each have a fold line a.

The body panel 31 and the body panel 56 are connected to the body panel 11 through a fold line C, and an adhesive flap 71 is connected to the body panel 51 through a fold line d. ing. At the upper and lower ends of each trunk panel, there are end panels P, P8 and roof panels P, which constitute the top closing part.
, P and bottom 7
9 106 Bottom closing panels T and T2 constituting inter-part chain parts.

■ T3 and T4 are installed in series. The difference between this blank board 4 and the above blank board 1 is that the end panel P 7
．． P g , roof panel P, PIo and the above-mentioned end panel P , P , roof panel P, P4 are different 1
2 3 This is the point. In the end panel P7, a front folding panel 26 is connected to the upper end of the body panel 11 via a mountain fold line e, and horizontal folding panels 27 and 28 are connected to this front folding panel 26 via valley fold lines f and g. In addition, inner rib panels 29 and 30 are connected to the horizontal folding panels 27 and 28 via mountain fold lines m and n, respectively. In addition, the inner rib panel 29 and the inner rib panel 3o
are connected to each other via a valley fold line S. Similarly, the end panel P8 is configured by a front fold-in panel 36, a horizontal fold-in panel 37.38, and an inner rib panel 39.40.

In the roof panel P9, an inclined panel 54 is connected to the upper end of the body panel 51 via a mountain fold line V, and this inclined panel 54
An outer rib panel 55 is connected to the outer rib panel 55 via a valley fold line W. Similarly, an inclined panel 59 and an outer rib panel 60 are connected to the upper end of the body panel 56 to form a roof panel P1o. And the end panel P7 is at the fold line a'.

Connected to the roof panels P and P through b',
10 Panel P8 is connected to roof panel P1° via fold line C' to form a top closing part.

In this embodiment, each fold line a', b'C/,
This embodiment differs from the above embodiment in that d/ extends at a predetermined angle θ with respect to the extension line of each of the corresponding fold lines a, b, c, and d. This predetermined angle θ is an angle set so that the length of the valley fold line W is equal to the sum of the lengths of the valley fold line m and the valley fold line n.

FIG. 9 is a plan view showing a state in the middle of forming the top closing part of the container, which is formed by folding the blank plate 4 shown in FIG. 4 along each fold line, and FIG. 13 is a perspective view. 9th
In the figure and FIG. 13, the inner rib panels 29 and 30 of the end panel P7 are folded in half at the valley fold line S, with the tip of the valley fold line S folded at the apex E, and the outer rib panels 29 and 30 of the roof panels P and P are folded in half. It is folded between .60 and 60. Similarly, the inner rib panel 39.40 of the end panel P8 also has a valley fold line S.
Fold the tip of ' and make it the apex E', and fold it once along the valley fold line S', forming the outer rib panel 5 of the roof panel P9゜Plfl.
It is folded between 5.60 and 60. Then, as shown in FIG. 17, the central laminated rib R is formed by polymerizing and bonding the inner rib panel with the outer rib panel 55, 60. At this time, since the length of the valley fold line W and the sum of the lengths of the valley fold line m and the valley fold line n are set to be equal as described above, the fold apex E.

They are polymerized and bonded so that E' is in contact with them. Therefore, the length of the central laminated rib R is
This is approximately 1/4 of the total width L (the circumferential length of the torso) of 1.56.

Furthermore, FIG. 5 is a developed view of a blank plate of another embodiment of the container of the present invention. In FIG. 5, the blank board 5 has a wide body panel 11.31 similar to the blank board 2 described above.
and narrow body panels 51, 56, each having a fold line a.
,b are connected to the body panel 11, the body panel 31 and the body panel 56 are connected to each other through the fold line C, and an adhesive flap 71 is connected to the body panel 51 through the fold line d. has been done. At the upper and lower ends of each body panel are end panels P', P' constituting a top closing part, and a roof panel P3.

2 P4 and the bottom closing panel T that constitutes the bottom closing part,
T, T3. T4 is installed in series. The difference between this second blank board 5 and the above blank board 2 is that the end panel P' and the above end panel P't are different. In other words, the wife panel P't is the wife panel P'
2, a front folding panel 12 is connected to the upper end of the body panel 11 via a mountain fold line e, and a horizontal folding panel 13 is connected to this front folding panel 1.2 via a valley fold line f1g. Further, inner rib panels 15 and 16 are connected to the horizontal folding panels 13 and 14 via valley fold lines m and n, respectively. Further, the inner rib panel 15 and the inner rib panel 16 are connected to each other via a valley fold line S.

FIG. 18 is a perspective view showing a state in which the top closing portion of the container is being formed by bending the blank plate 5 shown in FIG. 5 along each fold line. In FIG. 18, the inner rib panels 15 and '16 of the end panel P' are folded once along the valley fold line S, with the tip of the valley fold line S being the folding apex F;
It is folded between the outer rib panels 53, 58 of the roof panels P3 and P4. Further, the inner rib panels 45, 46 of the end panel P'2 are similarly folded once along the valley fold line S', with the tip of the valley fold line S' being the folding apex F', and the outer rib panels 53, 46 of the roof panels P1, P2 are folded once at the valley fold line S'. 584 It is folded in between. and outer rib panel 53.
A central laminate rib is formed by polymeric bonding each inner rib panel at 58. In this embodiment, the inner rib panel 15.16 and the inner rib panel 45.46, which have been folded and folded between the outer rib panels 53.degree. 58, are overlapped and adhesively bonded to each other.

In each of the embodiments described above, the structure of the bottom closing portion is the same, and is constructed as shown in FIG. 19. In FIG. 19, the bottom closing panel T3 is formed by folding a lower folding panel 63 and a lower horizontal folding panel 64 and 65 along mountain fold lines x1 and valley fold lines y and z, respectively, to form a bottom closing panel T t .

T2's lower panels 61, 62 are folded in, and similarly the bottom folding panels 66 and lower transverse folding panels 67, 68 of bottom closing panel T4 are folded down, respectively, to lower the lower springs 2 of bottom closing panels T and T. It is folded in between. Then, the bottom closing portion is constructed by stacking the lower panel 61 on the lower panel 62, bending both lower panels at right angles to the body panel 11.31, and superimposing and bonding them.

Further, the container of the present invention may be provided with various known spouts at the top closing portion. FIG. 20 takes the embodiment shown in FIG. 1 as an example and shows the inclined panel 5 of the roof panel P3.
FIG. 2 is a perspective view showing an example of a spout provided in No. 2; Second
In Figure 0, the spout 201 has a base 202 with a flange 205 at the lower periphery for fixing to the inclined panel;
It has an opening/closing part 203 provided at the opening/closing part 203 and a tension member 204 disposed at one end of the opening/closing part 203. 21 is a longitudinal cross-sectional view of the spout 201 shown in FIG. 20 taken along the line XXI-XXI, in which the base 202
The base portion 202 and the opening/closing portion 203 are integrated through a thin portion 206 formed around the opening/closing portion 203 . By pulling the tension member 204 during pouring, the thin portion 2
Thin part 20 of 06 that becomes the rotation base of the opening/closing part 203
Thin portions 206b other than 6a are torn to open the opening/closing portion 203. In addition, when closing the spout 201 after the metering closing section 203 is opened, the opening/closing section 203
is closed by pushing it into the base 202, and at this time,
The protrusion 204a of the tension member 204 is brought into contact with the upper end 202a of the base 202.

It should be noted that the present invention is not limited to the above-described embodiments, and the shape of the top closing portion, the shape 3 of the bottom closing portion, the shape of the spout, etc. can be made into other embodiments.

〔Effect of the invention〕

According to the present invention as described above, the rectangular parallelepiped body is formed at one opening end of a rectangular parallelepiped body consisting of a pair of wide body panels and a set of narrow body panels facing each other and having a rectangular cross-sectional shape. Since the central laminated rib is provided on the top closure of the Goebel top type so that it is parallel to the short side of the rectangular cross section, the contents can be poured from the spout provided in the roof panel of the top closure. When dispensing the container, the container can be gripped by straddling the narrow body panel, making it extremely easy to handle.

[Brief explanation of drawings]

1 to 5 are exploded views of a blank plate of an embodiment of the container of the present invention, and FIGS. 6 to 9 are respectively shown in FIGS. 1 to 4.
10 to 1 are plan views showing the top closing portion of the container formed by folding the blank plate shown in the figures along each fold line;
3 is a perspective view showing the top closing part of the container formed by folding the blank plate shown in FIGS. 1 to 4 along each fold line, and FIGS. 14 to 17 are the same as those shown in FIGS. 6 to 4, respectively. FIG. 18 is a perspective view showing the top closure part of the container shown in FIG. 9; FIG. 18 is a perspective view showing the top closure part of the container formed by folding the blank plate shown in FIG. Figure 20 is a perspective view showing an example of the bottom closing part of the container of the present invention, Figure 20 is a perspective view showing an example of the spout provided in the roof panel, and Figure 21 is a perspective view of the spout shown in Figure 20. FIG. 22 is a longitudinal cross-sectional view taken along the line XXl-XXI, and a perspective view showing an example of a conventional container in which the cross-sectional shape of the container body is rectangular. 11.31...Wide body panel, 51.56...Narrow body panel, 53,55.58.60...Outside rib panel, P, P, P', P'1. P',,
. 12 1 P 5. P, P, P... Wife panel,
p, P4゜6 7 8 3 P9. P: Roof panel, T, T2. T3゜1
0 1 T4...Bottom closure panel, <'R...Central laminated rib. 5 JP-A-3 212340 (10) Multi/θ Diagram / 2 Zencha 14 times $t3 Diagram lθ Figure 2shi4 \no, 2/) 1 JP-A-3-212340 (14)

Claims (1)

[Claims] 1. A rectangular parallelepiped body with a rectangular cross-sectional shape, consisting of a pair of wide body panels and a pair of narrow body panels facing each other, and one open end of the rectangular parallelepiped body. In the container, the container has a Goebel-top type top closing portion formed at a portion thereof, and a bottom closing portion formed at the other open end of the rectangular parallelepiped body, wherein the top closing portion has a rectangular cross section of the rectangular parallelepiped body. A container characterized in that a central laminated rib is formed parallel to the short sides of the container. 2. The central laminated rib is formed by folding the inner rib panels at the upper ends of a pair of end panels connected to the wide body panel into the narrow body panel by folding them into either one or three folds. 2. The container according to claim 1, wherein the container is formed by folding and polymerizing and bonding between outer rib panels at the upper end of a pair of consecutively arranged roof panels.