JP2005170407A - Bottle carrier - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a bottle carrier capable of easily taking out a bottle and excellent in strength. <P>SOLUTION: Two handle plates 1 are connected and folded. Outer side plates 2 each connected with each of the handle plates 1 are slantly folded outward. A bottom plate 3 and two inner side plates 4 successively connected with one of the outer side plates 2 are rolled like a triangular cylindrical form. The respective outer side plates 2 and the inner side plates 4 are stuck to form sidewalls 10. Bottle neck insertion holes 7 are provided on the bottom plate 3, and bottle head insertion holes 8 are provided on the connection between the two inner side plates 4 and the connection between the outer side plate 2 and the handle plate 1. The bottle carrier thus constituted holds bottles B with the flanges f of the bottles B engaged with the lower rim of the head insertion holes 8. A cut line 9 is made along a top ridge line of the inner side plate 4, both sidewalls 10 are opened to separate from the ends by cutting the cut line 9, and the engagement of the flanges f of the bottle B with the lower rim of the head insertion holes 8 is disengaged, thereby allowing the bottles B to be taken out. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a bottle carrier that hangs and carries a bottle.

  2. Description of the Related Art Conventionally, a bottle carrier that hangs and carries a plurality of bottles as shown in FIG. 6 is known (see Patent Document 1). This bottle carrier is formed by folding two handle plates 51 arranged in series, bending an outer plate 52 extending from each handle plate 51 diagonally outward, and a bottom plate 53 extending sequentially from one outer plate 52 and Two inner plates 54 are wound into a triangular tube shape, and each outer plate 52 and inner plate 54 are bonded together to form a side wall 55.

  In this bottle carrier, the neck B insertion hole 56 of the bottle B is provided in the bottom plate 53 and the head of the bottle B is inserted into the connecting portion of the two inner plates 54 and the connecting portion of the outer plate 52 and the handle plate 51. A hole 57 is provided, and the bottle B is held by engaging the flange f of the bottle B with the lower edge of the head insertion hole 57.

  A tension piece 58 extends downward from the inner plate 54 corresponding to each neck insertion hole 56 on one side wall 55 of the bottle carrier, and extends from the tension piece 58 to the head insertion hole 57. Two zipper-shaped cut lines 59 are put in parallel two by two, and the zipper-shaped cut lines 59 are also put in the same position on the outer plate 52, and a tear band 60 is formed between the two cut lines 59. Yes.

When taking out the bottle B from the bottle carrier as described above, the tension piece 58 is picked and pulled upward, the cut line 59 is cut to remove the tear band 60, and the bottle B is taken out through the gap of the removed portion. .
Japanese Patent Publication No.3-11988

  However, in the case of the bottle carrier as described above, when taking out the bottle B, the double-structure side wall 55 where the outer plate 52 and the inner plate 54 overlap must be cut to remove the tear band 60. There was a problem that a large force was required for cutting.

  Further, since the cut line 59 of the tear band 60 reaches the lower edge of the head insertion hole 57 that receives the load of the bottle B on one side wall 55, it is necessary to carry a heavy bottle B with a heavy weight. I was worried.

  Therefore, the present invention is intended to provide a bottle carrier that can easily take out a bottle and is excellent in strength.

  In order to solve the above-mentioned problems, the present invention includes two bottom plates that are connected and folded, and an outer plate that is connected to each handle plate is bent obliquely outward, and a bottom plate that is sequentially connected to one outer plate, and Two inner plates are wound in a triangular tube shape, each outer plate and inner plate are bonded together to form a side wall, a bottle neck insertion hole is provided on the bottom plate, and the inner plate connecting portion and outer plate In the bottle carrier that holds the bottle by engaging the flange of the bottle with the lower edge of the head insertion hole in the continuous portion of the handle plate, and along the top ridge line of the inner plate As the cut line is cut, both side walls are opened away from the end, and the bottle flange is released from the bottom edge of the head insertion hole to release the bottle. It was made possible to take it out.

  In the bottle carrier as described above, the ridge line along the top ridge line of the inner plate is cut only by spreading both side walls outward from the end, so that the bottle can be easily taken out, Since there is no score line below the head insertion hole where the load acts, sufficient strength is ensured and a large-capacity bottle can be transported.

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

  This bottle carrier suspends and carries three beverage-containing plastic bottles, and is composed of a paperboard blank as shown in FIG. In this blank, two handle plates 1 are connected via lead rules having perforated cuts, and an outer plate 2 is connected to each handle plate 1. A bottom plate 3 and two inner plates 4 are sequentially provided on one outer plate 2, and a folding ruled line is placed at the center of the bottom plate 3.

  Each handle plate 1 is formed with a manual hole 5, and a bent piece 6 is provided at an end edge of the one manual hole 5. The bottom plate 3 is provided with three bottle neck insertion holes 7, and the bottle inner insertion holes 8 are provided at the two inner plate 4 connecting portions and the outer plate 2 and the handle plate 1 connecting portions. It is provided one by one. In addition, a cut line 9 in which Y-shaped cuts are symmetrically cut from both ends toward the central head insertion hole 8 is provided at the boundary between the two inner plates 4.

  To assemble such a blank, as shown in FIGS. 2 and 3, the handle plate 1 is folded along the top lead rule, the outer plate 2 is bent obliquely outward, the bottom plate 3 and the two inner plates. 4 is wound in a triangular tube shape, and the outer side plate 2 and the inner side plate 4 are bonded together to form the side wall 10.

  In addition, this bottle carrier can perform the pasting operation as described above in a flat state in which the bottom plate 3 is folded along a central ruled line. Moreover, it can be transported and stored without being bulky in such a folded state.

  In order to attach three plastic bottles to this bottle carrier, the neck of the bottle B is inserted into the neck insertion hole 7, and the head of the bottle B is further inserted into the head insertion hole 8. The flange f of the bottle B is engaged with the lower edge of the insertion hole 8.

  When the bottle B is mounted in this manner, the user can put the hand into the manual insertion hole 5 while bending the bent piece 6 and carry the three plastic bottles B so as to be suspended.

  When the bottle B attached to the bottle carrier is stored in the cardboard box, as shown in FIG. 4, the overlapped handle plate 1 is folded in one direction, and the edge of the head insertion hole 8 is set to the bottle B. When it is engaged with the cap, it can be packed compactly while suppressing the height.

  On the other hand, when taking out the bottle B from the bottle carrier, as shown in FIG. 5, both side walls 10 are spread outward from the ends, and the cut line 9 along the top ridge line of the inner plate 4 is cut, Along with this, the side walls 10 are opened so as to be separated from each other, the engagement between the flange f of the bottle B and the lower edge of the head insertion hole 8 is released, and the neck portion of the bottle B is pulled out from the neck portion insertion hole 7.

  At this time, in the bottle carrier as described above, since the cut line 9 along the top ridge line of the inner plate 4 is cut only by spreading the ends of the side walls 10 outward, the bottle B can be easily taken out. Can do. Further, since the Y-shaped cuts of the cut line 9 are made symmetrically from both ends toward the center, the cut line 9 can be cut from any end of the side wall 10.

  In addition, since there is no score line under the head insertion hole 8 that receives the load of the bottle B on one side wall 10, the strength of the side wall 10 is not lowered, and a large-capacity bottle B having a heavy weight is conveyed. You can also

The figure which shows the blank of the bottle carrier which concerns on embodiment of this invention The perspective view which shows the bottle mounting state of a bottle conveyance body same as the above. Longitudinal side view The perspective view which shows the bending state of a handle plate same as the above The perspective view which shows a bottle taking-out process same as the above The perspective view which shows the bottle mounting state of the conventional bottle carrier

Explanation of symbols

1 Handle plate 2 Outer plate 3 Bottom plate 4 Inner plate 5 Care hole 6 Bending piece 7 Neck insertion hole 8 Head insertion hole 9 Cut line 10 Side wall

Claims (1)

  Two handle plates 1 are connected and folded, the outer plate 2 connected to each handle plate 1 is bent obliquely outward, and the bottom plate 3 and the two inner plates 4 are sequentially connected to one outer plate 2. Are formed in a triangular tube shape, and the outer plate 2 and the inner plate 4 are bonded together to form a side wall 10. The bottom plate 3 is provided with a neck insertion hole 7 for the bottle, and the two inner plates 4 are connected to the outer side and the outer side. In the bottle carrier that holds the bottle by providing the bottle head insertion hole 8 in the connecting portion of the plate 2 and the handle plate 1 and engaging the flange f of the bottle B with the lower edge of the head insertion hole 8, A cut line 9 is made along the top ridge line of the inner plate 4, and along with cutting of the cut line 9, both side walls 10 are opened so as to be separated from the ends, and the flange f of the bottle B and the head insertion hole 8 are formed. A bottle characterized in that the bottle B can be taken out by releasing the engagement with the lower edge. Le carrier.

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