JP2010265027A - Carrier and blank - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide carriers which do not deteriorate the balance of the stacked carriers when the carriers are stacked so as to be vertically overlapped even when housing objects having different heights are housed in each carrier. <P>SOLUTION: Grip panels 10a, b of the carrier 1 are processed to form a both-end-open sleeve 18 which compensates for the difference between the heights of beer cans 2a and a novelty 2b when the grip panels 10a, b are folded down to the opposite side in which the novelty 2b is housed. When the carriers are stacked so as to be vertically overlapped, the grip panels 10a, b are folded down to the opposite side in which the novelty 2b is housed so as to form the sleeve 18. Thus, the balance of the stacked carriers 1 is not deteriorated. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a carrier that can be carried in a state where a plurality of stored items (for example, cans of drinking water) are isolated from each other.

  Conventionally, a carrier that can store and carry a plurality of commodities (for example, cans of drinking water) in a state of being isolated from each other has been used. By storing and selling multiple products in a carrier, multiple products can be sold at the same time, so there is an advantage of increasing sales on the store side, and consumers do not have to pick up one favorite product at a time. There is merit to be able to finish.

  Carriers used for bulk sales of products are equipped with grip panels so that consumers can easily carry them, and inside the carriers are used to isolate and store products such as drinking water. A plurality of storage portions are provided by a partition panel or the like.

  There are cases where the carrier material is a plastic material, but considering the recycling of used paper, in the field of drinking water, an increasing number of carriers use paper materials such as cardboard. As described in Patent Document 1, a carrier made of a paper material such as cardboard is manufactured by punching a paper material such as cardboard to produce a blank, and then folding the blank and pasting a predetermined position. Formed by combining.

  Carriers that can store multiple products are used not only for mass sales of products, but also for product campaigns. When carriers are used for product campaigns, carriers with product names or ugly phrases printed in the store Products that are piled up and stored in carriers are appealing to consumers.

  When a carrier is used for a product campaign, it is desirable that not only the product but also a novelty for promoting the product can be stored in the carrier. The present applicant has already described a carrier that can store a novelty such as a cup together with the product in the patent literature. 2 discloses.

JP 2003-128131 A Japanese Patent Laid-Open No. 2005-162251

  However, when carriers are used for product campaigns, the carriers are piled up in the store so as to overlap each other, so the novelty stored in one carrier and the product (for example, cans of drinking water) are not the same height. As a result, there was a gap between the side storing the novelty and the opposite side, and there was a problem that the piled carriers were not well balanced and the piled carriers were likely to collapse.

  Thus, the present invention has a poor balance of stacked carriers when the carriers are stacked so as to overlap each other even when stored items having different heights such as commodities and novelties are stored in one carrier. It is an object of the present invention to provide a carrier that does not become a blank and a blank for forming the carrier.

  A first invention for solving the above-described problem is a carrier formed by folding and gluing a blank made of a paper material, and the carrier includes a first grip panel having a grip hole and a first grip panel. A part of the two grip panels is bonded to partition the center, and a first storage portion for storing the first storage item is provided on the first grip panel side. A second storage portion for storing a second storage object having a high height is provided on the second grip panel side, and is connected to each of the first grip panel and the second grip panel; At least two first peripheral wall panels whose maximum height is adjusted to the height of the two stored items, and two second peripheral wall panels connected to the first peripheral wall panel, the first grip Panel and said second A sleeve with both ends open is formed to compensate for the difference in height between the first storage item and the second storage item when the lip panel is tilted to the second grip panel side with a part of the lip panel adhered. The carrier is characterized in that processing is applied to the first grip panel and the second grip panel.

  Further, the second invention is the carrier according to the first invention, wherein the first grip panel is located at a position where the first peripheral wall panel is at the maximum height from the position. A pair of cut lines extending obliquely downward to a position determined in accordance with a difference in height between the stored item and the second stored item, a first folding line connecting the lower ends of the cut line, and a lower end of the grip hole A pair of second fold lines extending horizontally from both sides of the first fold line, and a pair of third fold lines extending horizontally from the position of the second fold line in accordance with the difference in height. The second grip panel is provided with a fourth fold line extending horizontally at the maximum height of the first side panel, and the lower side of the first fold line and the third fold line. The first grip panel and the second grip panel are bonded to each other above A carrier, wherein the door.

  Furthermore, a third invention is the carrier according to the second invention, wherein the first fold line and the third fold line are perforated, and the second fold line is a half-cut line. Is a career.

  Furthermore, a fourth invention is the carrier according to the third invention, wherein the first grip is provided by the partition panel connected to the second grip panel and the peripheral wall panel facing the second grip panel. A storage portion and the second storage portion are provided on the second grip panel side, and the first storage item and the second storage are disposed above the second storage portion of the second peripheral wall panel. The carrier is characterized in that a fixed piece whose shape is determined according to a difference in depth of an object is provided so as to be bendable via a folding line.

  Further, a fifth invention is the carrier according to any one of the first invention to the fourth invention, wherein the grip hole is provided in each of the first grip panel and the second grip panel. The carrier is characterized in that a grip piece is provided on the upper side of the wire so as to be bendable using a fold line.

  Further, a sixth invention is a blank for forming the carrier according to any one of the first to fifth inventions.

  As in the first aspect described above, when the first grip panel and the second grip panel are tilted toward the second grip panel, that is, the second storage item having a high height. A sleeve that is open at both ends to compensate for a difference in height between the first stored item and the second stored item, and that stores the second stored item. Since the gap is filled on the opposite side, even if the carriers are stacked one above the other, the balance of the stacked carriers will not be deteriorated.

  There are various methods for forming the above-described sleeve. However, when the carrier is subjected to the processing as in the second invention, the above-described sleeve can be formed. Further, when processing is performed as in the third invention, the fold line that becomes the valley fold becomes the perforated fold line when the sleeve described above is formed, and the fold line that becomes the mountain fold becomes the half-cut line and breaks. Since it is easy to bend to the side, the sleeve can be formed only by tilting the first grip panel and the second grip panel.

  Further, according to the fourth invention, even if there is a difference in depth between the first stored item and the second stored item, the first stored item is stored on the side storing the second stored item. It is possible to prevent the stored item from becoming unstable in the carrier.

  Further, according to the fifth aspect, by providing the grip piece on the carrier, an effect of easily raising the first grip panel and the second grip panel in a tilted state can be obtained.

  According to the above-described present invention, even when stored items having different heights such as commodities and novelties are stored in one carrier, when the carriers are stacked so as to overlap each other, the balance of the stacked carriers is balanced. Can be provided, and a blank for forming the carrier can be provided.

The figure explaining the carrier before storing. The figure explaining the carrier after accommodation. The figure explaining the carrier in the state in which the sleeve was formed. The figure explaining a state when a carrier overlaps two steps. The figure explaining the function of a fixed piece. The figure explaining a blank.

  From here, the carrier 1 and blank of this invention are demonstrated in detail, referring a figure. FIG. 1 is a diagram illustrating the carrier 1 before storage, and FIG. 2 is a diagram illustrating the carrier 1 after storage.

  As shown in FIG. 1, the carrier 1 of this embodiment includes grip panels 10a and 10b having grip holes 15, four peripheral wall panels 11a to 11d, two partition panels 12a and 12b, and four bottom panels 13a to 13d. With these panels, the carrier 1 is provided with four storage portions 17a to 17d, and the grip panels 10a and 10b are bonded with a circular area surrounded by a mesh line glued on the back side. Yes.

  As shown in FIG. 2, in this embodiment, beer cans 2 a are stored as stored items in the storage units 17 a to 17 c provided in the carrier 1, and a beer manufacturer is provided in the storage unit 17 d provided in the carrier 1. A novelty 2b (for example, a box containing a glass cup) to be delivered to the consumer in the campaign is stored, and as shown in FIGS. 1 and 2, when carrying the carrier 1, the grip panels 10a, b are used in an upright state. Is done.

  The reason why the novelty 2b is stored in the carrier 1 is that consumers are more likely to forget to deliver the novelty 2b due to an increase in the number of cases where consumers purchase beer at mass merchandisers and large supermarkets. As in the past, when consumers buy beer at retail, it is possible to hand over the consumer's beer novelty 2b, but part-time workers are working at large supermarkets. It is difficult to inform the part-time job clerk that there is a novelty 2b in a given beer.

  There are a variety of novelties 2b to be delivered to consumers, and if it is not bulky, such as a strap or handkerchief, it is possible to put the novelty 2b in the gap that occurs when a stored item is put in. In the case of a bulky object, if the size of the novelty 2b stored in the carrier 1 and the stored object (here, the beer can 2a) are different, various problems occur.

  For example, if the height of the novelty 2b is higher than that of the beer can 2a, when the carrier 1 is stacked, a gap due to the height of the novelty 2b is generated than the beer can 2a, and the balance of the stacked carrier 1 is unstable. Therefore, the stacked carriers 1 are likely to fall over.

  In addition, if the novelty 2b is longer than the beer can 2a, the beer can 2a stored in the storage portion 17c of the carrier 1 becomes unstable, and the beer can 2a shakes when the carrier 1 is carried around. When 2a is opened, the contents (here, beer) may erupt.

  Therefore, in order to solve these problems, the carrier 1 of the present embodiment is devised to absorb the difference in size between the beer can 2a and the novelty 2b stored in the carrier 1.

  In the present embodiment, a sleeve is formed to absorb a gap caused by a difference in height between the beer can 2a and the novelty 2b when the grip panel 10a, b of the carrier 1 is tilted on the opposite side where the novelty 2b is accommodated. Is applied to the grip panels 10a and 10b to prevent the balance of the stacked carriers 1 from becoming unstable.

  Further, the peripheral wall panel 11d of the carrier 1 is provided with a fixing piece 14 for absorbing a gap generated by a difference in depth between the beer can 2a and the novelty 2b when the beer can 2a is stored in the storage portion 17c. Thus, the beer can 2a stored in the storage unit 17c is prevented from becoming unstable.

  First, processing performed on the carrier 1 to form a sleeve will be described.

As shown in FIG. 1, the maximum height of the peripheral wall panels 11a and 11b connected to the grip panels 10a and 10b of the carrier 1 is adjusted to the height of the high storage item (here, novelty 2b). In the grip panel 10a, cutting lines 100a and 100b, perforated folding lines 101, and half-cut lines 102a are formed as a process for forming a sleeve for absorbing a gap caused by a difference in height between the beer can 2a and the novelty 2b. , B and perforated fold lines 103a, b, which are not visible on the back side in FIG. 1, are provided with a fold line 104 on the grip panel 10b, and two lower portions of the perforated fold line 101 and perforated fold lines 103a, The upper two portions of b are glued on the back side, and the grip panels 10a and 10b are bonded.

  The cut line 100a is provided on both sides of the grip panel 10a, and the respective cut lines 100a and 100b are arranged from the position of the maximum height of the peripheral wall panels 11a and 11b connected to the grip panel 10a. The novelty 2b extends obliquely downward to a position corresponding to the height difference.

  In this embodiment, the cutting lines 100a and 100b are inclined with respect to the height direction of the carrier 1. The grips 10a and b are bent to form a sleeve when the grips are formed near the upper ends of the cutting lines 100a and 100b. This is because the grip panel 10b can be supported by the cross section of the panel 10a.

  Further, both ends of the perforated folding line 101 applied to the grip panel 10a are the lower ends of the cut lines 100a and 100b, and the perforated folding line 101 extends horizontally. Further, the half-cut lines 102a and 102b provided on the grip panel 10 are provided at the same height as the lower end of the grip hole 1 and extend horizontally from the lower end corner of the grip hole 15 to the end of the grip panel 10a. ing. In addition, the perforated fold lines 103a and 103b provided on the grip panel 10a are provided from the lower end of the grip hole 15 at an upward position corresponding to the height difference between the beer can 2a and the novelty 2b. Extends horizontally from the end to the end of the grip panel 10a.

  FIG. 3 is a diagram illustrating the carrier 1 in a state where a sleeve is formed. When the carrier 1 is stacked, the grip panels 10a, b are folded around 90 degrees, so that the perforated folding lines 101, 103a, b provided on the grip panel 10a are provided in the valley direction and on the grip panel 10a. The half-cut lines 102a and 102b and the folding line 104 provided on the grip panel 10b are each bent in the vicinity of 90 degrees in the mountain direction, and a sleeve 18 that is open at both ends to absorb the height difference between the novelty 2b and the beer can 2a. Formed.

  As shown in FIG. 3, the bent portion of the grip panel 10b becomes the upper surface of the sleeve 18, and the grip panel 10a surrounded by the cut lines 100a and 100b, the perforated folding line 101 and the half cut lines 102a and 102b. The portion becomes the bottom surface of the sleeve 18.

  In addition, the portion of the grip panel 10a surrounded by the half-cut lines 102a, 102b and the perforated folding lines 103a, 103b becomes the side surface of the sleeve 18, and further, the cut lines 100a, b, the perforated folding line 101, and the half-cut lines 102a, The portion of the grip panel 10 b that is exposed when the portion of the grip panel 10 a surrounded by b is folded becomes the side surface of the sleeve 18.

  As described so far, in the grip panel 18a that folds inward when the sleeve 18 is formed, the fold line that becomes the mountain fold is the half-cut lines 102a and 102b, and the fold line that becomes the valley fold when the sleeve 18 is formed is the sewing machine. By setting the crease lines 101, 103a, b, the carrier can be easily folded in the direction of folding when the sleeve 18 is formed, and the carrier can be simply moved by pushing the grip panels 10a, b in the opposite direction of housing the novelty 2b. 1 can form the sleeve 18.

  FIG. 4 is a diagram for explaining a state when the carrier 1 is stacked in two stages. As shown in FIG. 5, when the carrier 1 is stacked in two stages, the height of the stored item is reduced by the sleeve 18 formed on the lower side of the stored item, here the opposite side for storing the novelty 2b. Since the gap caused by the difference is filled, the balance is not unstable even if the carrier 1 is stacked two stages.

  Next, processing performed on the carrier 1 to form the fixed piece 14 will be described.

  As shown in FIG. 1, the peripheral wall panel 11d forming the storage portion of the carrier 1 is provided with a folding line 105 for providing a fixing piece 14 for absorbing a gap caused by a difference in depth between the beer can 2a and the novelty 2b. The portion above the folding line 105 is used as the fixed piece 14, and the depth and shape of the fixed piece 14 are determined by the difference in depth between the beer can 2a and the novelty 2b and the shape of the beer can 2a.

  FIG. 5 is a diagram illustrating the function of the fixed piece 14. Before the beer can 2a is stored in the storage portion 17c of the carrier 1, the fixed piece 14 is in a vertical state. After the beer can 2a is stored in the storage portion 17c of the carrier 1, the fixed piece 14 is placed inside the carrier 1. The beer can 2a that is bent along the folding line 105 and stored in the storage portion 17c is fixed to the carrier 1.

  Also, fingers are put into the grip holes 15 provided in the grip panels 10a and b of the carrier 1 so that the grip panels 10a and b are vertically raised from the carrier 1 in the state as shown in FIG. In addition, the grip pieces 16 are provided on the grip panels 10 a and b of the carrier 1 via the folding line 106.

  By inserting a finger into the grip holes 15 provided in the grip panels 10a and 10b of the carrier 1, the grip piece 16 is folded in the vicinity of 90 degrees along the folding line 106, and the load of the carrier 1 is not a line but the surface of the grip piece 16 Therefore, the carrier 1 can be easily lifted from the state shown in FIG.

  From here, the blank 3 for forming the carrier 1 will be described. 6 is a diagram for explaining the blank 3 for forming the carrier 1. In FIG. 6, the cut line is a solid line, the broken line is a dotted line regardless of valley fold / mountain fold, the half cut line is a double line, The perforated broken line is shown by a dotted line with a thick line.

  As in the inventions disclosed in Patent Document 1 and Patent Document 2, the carrier 1 described so far includes a single blank 3 manufactured by punching a printed sheet using a punching machine. The blank 3 is formed by being partly glued.

  As shown in FIG. 3, the carrier 1 of the present invention is formed with a sleeve 18 to which a load is applied when the carriers 1 are stacked, so that the carrier 1 is thicker than normal paper (for example, about 1 mm). Cardboard) may be used as blank 3 paper.

  As shown in FIG. 6, in the blank 3, the cut lines 100 a and 100 b, the perforated folding line 101, the half cut lines 102 a and 102 b, Although the perforated folding lines 103a and 103b are processed and cannot be seen in FIG. 1, the folding line 104 is processed to form the sleeve 18 on the grip panel 10b.

  Further, in addition to the panel described so far, the blank 3 includes two gluing panels 19a, b for bonding and connecting the peripheral wall panel 11b and the peripheral wall panel 11c, and further, a bottom panel 10a, a bottom panel 10c, and a bottom panel. Gluing panels 19c and 19d for gluing the panel 10b and the bottom panel 10d are provided, a predetermined fold line is folded in a predetermined direction, and each gluing panel 19a to d is bonded using a thermoplastic adhesive or the like. The

  Although details of how to assemble the blank 3 illustrated in FIG. 6 are not described, those skilled in the art can easily assemble the carrier 1 illustrated in FIG. 1 by referring to the broken line illustrated in FIG. Should understand.

  Further, the present invention is not limited to the embodiments described so far, and various modifications and changes are possible, and these are also within the equivalent scope of the present invention.

  The number of storage units provided in the carrier and the shape of the carrier are not limited, and for example, the shape of the carrier disclosed in Patent Document 1 can be used.

Further, the present invention is useful when storing a stored item having a height difference in one carrier. In this embodiment, the stored item is a novelty 2b and a beer can 2a. However, the present invention is limited to the stored item. For example, it can be used when a 350 mm can and a 500 mm can are stored in one carrier.

DESCRIPTION OF SYMBOLS 1 Carrier 10a, b Grip panel 11a-d Perimeter wall panel 12a, b Partition panel 13a-d Bottom panel 14 Fixing piece 15 Grip hole 16 Grip piece 17a-d Storage part 18 Sleeve 19a-d Gluing panel 100a, b Cut line 101 With perforation Folding line 102a, b Half cut line 103a, b Perforated folding line 104 Folding line 105 Fixed piece folding line 106 Grip piece folding line

Claims (6)

A carrier made by folding and gluing a blank made of paper.
The carrier is partitioned at the center by bonding a part of the first grip panel and the second grip panel having grip holes, and the first storage part for storing the first storage object is the first storage part. A second storage part is provided on the second grip panel side and is provided on the second grip panel side for storing a second storage object having a height higher than that of the first storage object. Two first peripheral wall panels connected to each of the panel and the second grip panel, the maximum height being adjusted to the height of the second stored item, and two connected to the first peripheral wall panel A second peripheral wall panel is provided,
When the first grip panel and the second grip panel are bonded to each other and tilted to the second grip panel side, the heights of the first storage item and the second storage item are as follows. A carrier for forming a sleeve having both ends open to compensate for the difference is applied to the first grip panel and the second grip panel. The carrier according to claim 1,
The first grip panel is determined in accordance with a difference in height between the first storage item and the second storage item from the position at a position of the maximum height of the first peripheral wall panel. A pair of cut lines extending obliquely downward to a position, a first fold line connecting the lower ends of the cut lines, a pair of second fold lines extending horizontally from both sides of the lower end of the grip hole, and the second fold lines A pair of third fold lines extending horizontally is provided at an upward location determined according to the height difference from the position, and the second grip panel has a maximum of the first side panel. A fourth fold line extending horizontally is provided at the height,
The carrier, wherein the first grip panel and the second grip panel are bonded to each other below the first fold line and above the third fold line.   The carrier according to claim 2, wherein the first fold line and the third fold line are perforated, and the second fold line is a half-cut line.   4. The carrier according to claim 3, wherein the first storage portion and the second storage portion are provided by a partition panel connected to the second grip panel and the peripheral wall panel facing the second grip panel. Is provided on the second grip panel side, and is formed on the upper side of the second storage portion of the second peripheral wall panel according to the difference in depth between the first storage item and the second storage item. The carrier is characterized in that the fixed piece to be determined is provided so as to be foldable via a fold line.   5. The carrier according to claim 1, wherein each of the first grip panel and the second grip panel uses a fold line on the upper side of the grip hole. The carrier is provided so that it can be bent. The blank for forming the carrier as described in any one of Claims 1-5.

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