JP3187833U - Bottle packing buffer and packing material set - Google Patents

Abstract

A bottle packing buffer and a packing material set that can be used for packing a plurality of sizes of bottles are provided.
A bottle packing shock absorber 2 comprises a single sheet, a rectangular bottom plate 22 on which the bottom of the bottle is placed, a body hole 28 that fits into the body of the bottle, and the body hole 28. A rectangular shape having three or more adjustment protrusions 29 that protrude inward from the peripheral edge, can position a small-diameter bottle by abutting the tip, and can be bent to allow insertion of a large-diameter bottle into the body hole. An intermediate plate 23, a rectangular upper plate 24 having a neck hole 30 fitted to the neck of the bottle, a rectangular first connection plate 25 connecting the side edge of the bottom plate and the side edge of the intermediate plate, A square second connection plate 26 for connecting the side edge of the middle plate and the side edge of the upper plate is provided. The upper plate may have a vertical cut 31 formed so as to extend from the neck hole to the opposite side of the second connection plate, and a horizontal cut 32 formed so as to intersect the tip of the vertical cut.
[Selection] Figure 4

Description

  The present invention relates to a bottle packing buffer and a packing material set.

  A general bottle used as a container for beverages, alcoholic beverages, etc. has a generally cylindrical body with a bottom, and a neck that has a diameter reduced from the upper end of the barrel and has an opening at the upper end. Have. When packing such a bottle in a box, it is necessary to hold the bottle in the box and protect the bottle from external impact. For this reason, when packaging bottles, the outer periphery of the bottle is generally covered with a sheet-like packaging material made of paper or foamed resin, and a cushioning material made of paper or foamed resin is packed between the outer wall of the box and the bottle. It is.

  However, since such packaging takes time, there is a case where a buffer for packing a bottle in which a corrugated cardboard sheet or the like is formed so as to hold the bottle may be used. As such a bottle packing buffer, a box-shaped member having a hole that fits into the body from the bottom side of the bottle, and a box-shaped member having a hole that fits into the neck from the spout side of the bottle Has been proposed (see Japanese Patent Application Laid-Open No. 2002-87475).

  In addition, a pair of opening pieces are provided that protrude inward from both sides of the hole that fits into the body of the bottle and the hole that fits into the neck, and are bent by the bottle to hold the bottle by elastic force. A bottle packing buffer has also been proposed (see JP 2007-137517 A).

  These bottle packing buffers need to be provided with holes that match the diameters of the body and neck of the bottle, and cannot be used to pack bottles of different dimensions. In retail stores that carry out mail order sales, it is necessary to pack a wide variety of bottles, but it is difficult to prepare many types of bottle packing buffers according to the size of the bottles. Furthermore, bottles of different sizes may be packed in one box, and a bottle packing buffer that can pack a plurality of size bottles is desired.

JP 2002-87475 A JP 2007-137517 A

  In view of the above circumstances, an object of the present invention is to provide a bottle packing buffer and a packing material set that can be used for packing a plurality of sizes of bottles.

  The invention made in order to solve the above-mentioned problems is composed of a single sheet, a rectangular bottom plate on which the bottom of the bottle is placed, a body hole that fits into the body of the bottle, and a periphery of the body hole. A rectangular middle plate having three or more adjustment protrusions that project in the direction, can position the small-diameter bottle by abutting the tip, and can be bent to allow insertion of the large-diameter bottle into the body hole; A rectangular upper plate having a neck hole fitted to the neck of the bottle, a rectangular first connecting plate connecting the side edge of the bottom plate and the side edge of the middle plate, the side edge of the middle plate and the above It is a buffer for bottle packing provided with the square 2nd connection board which connects the side edge of an upper board.

  In the bottle packing buffer, the adjustment protrusion can position the small-diameter bottle at the center of the barrel hole and also allows insertion of the large-diameter bottle into the barrel hole. For this reason, the said buffer for buffering a bottle can be utilized for packing the bottle of a different diameter.

  In the bottle packing cushion, the upper plate is formed so as to extend from the neck hole to the opposite side of the second connection plate, and the horizontal cut formed so as to intersect the tip of the vertical cut. It is good to have. After inserting the body of the bottle into the body hole of the middle plate, when inserting the neck of the bottle into the neck hole with the upper plate folded against the second connection plate, The tongue defined by the transverse notch is flipped upward to temporarily dilate the neck. Thereby, the neck of the bottle can be easily fitted into the neck hole.

  In the bottle packing cushion, it is preferable that the upper plate has a weakening line extending from the end of the transverse cut toward the neck hole. This makes it easier to easily fit the neck of the bottle into the neck hole.

  The said buffer for bottle packing is good to provide the square pressing board extended from the side edge on the opposite side to the said 2nd connection board of the said upper board. Thereby, when the said buffer for bottle packing is accommodated in the inside of a box, the upper plate can be prevented from rising and an impact can be prevented from being applied to the spout of the bottle.

  Moreover, another idea made | formed in order to solve the said subject is a packaging material set provided with the cardboard box and the said buffer for bottle packing accommodated in the inside of this cardboard box.

  The packaging material set can be used for packaging different sized bottles because the bottle packing buffer can accommodate different sized bottles.

  The bottle packing shock absorber according to the present invention can be used to pack bottles having different diameters because the adjustment protrusion is provided in the body hole that fits into the body of the bottle.

It is a perspective view of the packaging material set of one Embodiment of this invention. It is sectional drawing of the packaging material set of FIG. 1 which packed the bottle. It is a top view which shows the form before the assembly of the buffer for bottle packing of FIG. It is a perspective view which shows the form at the time of use of the buffer for bottle packing of FIG. It is a side view which shows the process of packing the bottle of the buffer for bottle packing of FIG. 3, and the other aspect which packs a bottle.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings as appropriate.

[Packing material set]
The packaging material set shown in FIG. 1 includes a cardboard box 1 and a bottle packing buffer 2 housed in the cardboard box 1. The packaging material set can pack bottles 3 and 4 of different sizes as shown in FIG.

〔bottle〕
The bottle 3 and the bottle 4 are used as containers for the distribution of juices and liquors. The bottle 3 and the bottle 4 are respectively stretched with a diameter reduced from the upper ends of the bottomed cylindrical barrel portions 3a and 4a and the barrel portions 3a and 4a, and the spout at the upper end is sealed with caps 3b and 4b. It has a stopped neck 3c, 4c.

〔Cardboard box〕
The cardboard box 1 is a so-called A-type cardboard box, which is formed of a single cardboard sheet, and connects a pair of side walls 11 facing each other and side edges of the side walls 11 and a pair of ends facing each other. The wall 12 includes two pairs of outer flaps 13 extending from upper and lower edges of the side wall 11 and two pairs of inner flaps 14 extending from upper and lower edges of the end wall 12.

[Buffer for bottle packing]
The bottle packing cushion 2 is formed of a single cardboard sheet, provided to the user in a flat sheet form as shown in FIG. 3, and is three-dimensional by folding as shown in FIG. It is housed and used inside the cardboard box 1 in an assembled state. In the figure, a thick solid line indicates a cut line obtained by cutting the corrugated cardboard sheet, and a thin solid line indicates a ruled line (weakened line) that is weakened by embossing the corrugated cardboard sheet to make it easy to bend.

  The bottle packing buffer 2 has two row holders 21 that are flat and substantially rectangular. Each row holding portion 21 includes a rectangular bottom plate 22, a rectangular middle plate 23 and a rectangular upper plate 24 that are horizontally arranged in the assembled state, and a rectangular first connection plate 25 that connects the bottom plate 22 and the middle plate 23. And a square second connection plate 26 for connecting the intermediate plate 23 and the upper plate 24, and a square pressing plate 27 extending from the side edge of the upper plate 24 opposite to the second connection plate 26.

  The two row holding portions 21 are connected to each other at the adjacent edges of the second connection plate 26, but are separated from each other. Intermittent cut lines are formed at the edge of the boundary between the second connection plates 26 adjacent to each other, and ruled lines that connect the cut lines are formed. Thereby, as shown in FIG. 2, the two row | line holding | maintenance parts 21 can be arrange | positioned closely mutually back-to-back.

  Further, in each row holding portion 21, the boundary between the bottom plate 22 and the first connection plate 25, the boundary between the first connection plate 25 and the middle plate 23, the boundary between the middle plate 23 and the second connection plate 26, the second connection Intermittent cutting lines are also formed at the boundary between the plate 26 and the upper plate 24 and the boundary between the upper plate 24 and the holding plate 27, and ruled lines that connect the cutting lines are formed. Yes. Thereby, each row | line | column holding | maintenance part 21 is easily bent by the shape as shown in FIG.

  The bottom plate 22, the middle plate 23, the upper plate 24, the first connection plate 25, the second connection plate 26, and the pressing plate 27 have a length L in the side edge direction that is connected to each other, which is substantially equal to the length of the side wall 11 of the cardboard box 1. equal. Further, the width W of the edge of the bottom plate 22, the middle plate 23 and the upper plate 24 is about ½ of the width of the end wall 12 of the cardboard box 1. The width (height) H1 of the edge of the first connection plate 25 (height in the assembled state), the width (height) H2 of the edge of the second connection plate 26, and the width (height) H3 of the edge of the holding plate 27 The total length is substantially equal to the height of the side wall 11 and end wall 12 of the cardboard box 1.

  In addition, the direction of the ridgeline of the core of the corrugated cardboard sheet forming the bottle packing buffer 2 is such that the bottom plate 22, the middle plate 23, the upper plate 24, the first connection plate 25, the second connection plate 26, and the pressing plate 27 The transverse direction, that is, the direction in which the first connection plate 25 connects the bottom plate 22 and the middle plate 23, and the direction in which the second connection plate 26 connects the middle plate 23 and the upper plate 24 are the same.

<Bottom plate>
The bottom plate 22 of the bottle packing buffer 2 has the bottoms of the bottles 3 and 4 placed thereon. That is, the bottom plate 22 is a cushioning material that prevents an external impact from being applied to the bottoms of the bottles 3 and 4 packed by the packing material set. In general, since the bottom of the bottle is relatively solid, the bottom of the bottles 3 and 4 is broken only by the bottom plate 22 of the bottle packing buffer 2 in addition to the outer flap and the inner flap of the cardboard box 1. Is sufficiently prevented.

<Inner plate>
The middle plate 23 has three body holes 28 formed at equal intervals in the center in the width W direction, and four adjustment protrusions 29 projecting inward from the periphery of the body holes 28. And have.

(Borehole)
Each body hole 28 is formed in a substantially circular shape, receives the body portions 3a and 4a of the bottles 3 and 4, and holds the bottles 3 and 4 away from the side wall 11 and the end wall 12 of the cardboard box 1. To do. Thereby, the said packaging material set prevents an impact from being directly applied to the bottles 3 and 4 from the outside side of the cardboard box 1.

  The diameter of the body hole 28 is substantially equal to the body part 3a of the largest diameter bottle 3 to be packed, and preferably has a slightly larger diameter. Thereby, the body hole 28 fits into the body part 3a of the large-diameter bottle 3, and holds the large-diameter bottle 3 firmly.

(Adjustment protrusion)
The adjustment protrusions 29 are each formed in a substantially semicircular shape, and are preferably arranged at equal intervals in the circumferential direction of the body hole 28. The tips of these adjustment protrusions 29 can be positioned at the center of the body hole 28 by the tip part abutting, and can be inserted into the body hole 28 of the large diameter bottle 3 by being bent.

  The intervals between these adjustment protrusions 29 are arranged at intervals of less than 180 °, preferably at intervals of 120 ° or less, more preferably at intervals of 90 ° or less with respect to the center of the body hole 28.

  Moreover, as a minimum of the width | variety (length of the circumferential direction of the trunk hole 28) of each adjustment protrusion 29, 5 mm is preferable and 8 mm is more preferable. Moreover, as an upper limit of the width | variety of the adjustment protrusion 29, 20 mm is preferable and 15 mm is more preferable. The adjustment protrusion 29 has a width within this range, so that the adjustment protrusion 29 can be bent and inserted into the body hole 28 of the large-diameter bottle 3, and at the same time can hold the small-diameter bottle 3 firmly in the center of the body hole 28. Have high rigidity.

  Further, in order to hold the small-diameter bottle 4, the protruding length of the adjustment protrusion 29 (the length in the radial direction of the body hole 28) is the distance from the tip in the radial direction of the body hole 28 to the center of the body hole 28. It may be determined so as to be approximately equal to the radius of the smallest diameter bottle 4 to be packed.

<Upper plate>
The upper plate 24 is formed at equal intervals in the center in the width W direction and in the length L direction so as to correspond to the body hole 28 of the middle plate 23, and is fitted to the neck portions 3c and 4c of the bottles 3 and 4. Three neck holes 30 to be joined together, a vertical cut 31 formed so as to extend from the neck hole 30 to the opposite side of the second connection plate 26, intersecting the tip of the vertical cut 31, and substantially T-shaped together with the vertical cut 31 And two weakening lines 33 made of ruled lines extending in a substantially tangential direction from both ends of the horizontal notch 32 toward the neck hole 30. As a result, the upper plate 24 has two tongue portions 34 defined by the neck hole 30, the vertical cut 31, the horizontal cut 32, and the weakening line 33. Further, the upper plate 24 is formed with semicircular cutouts 35 at both end edges having a width W.

  When packing the bottle 3 with the bottle packing buffer 2, first, the body portion 3 a of the bottle 3 is inserted into the body hole 28 of the intermediate plate 23. At this time, the middle plate 23 is substantially parallel to the bottom plate 22 by fitting the body hole 28 to the body portion 3 a of the bottle 3. Next, it is necessary to fit the neck hole 30 of the upper plate 24 to the neck portion 3c of the bottle 3, but as shown in 5, since it can only be rotated around the side edge of the second connection plate 26, The cap 3b of the bottle 3 is in contact with the holding plate 27 side of the neck hole 30. Here, the tongue 34 is flipped up as shown in the figure, so that the neck hole 30 is temporarily expanded to the side opposite to the second connection plate 26, and the passage of the cap 3 b of the bottle 3 is allowed.

  Further, since the upper plate 24 has notches 35 at both end edges, when unpacking, a finger is put on the notch 35 to cause the upper plate 24, and the neck portions 3c and 4c of the bottles 3 and 4 can be easily formed. It is possible to release the bottles 3 and 4 from the packaging material set.

<First connection plate>
The first connection plate 25 determines the position of the intermediate plate 23 when the bottle packing buffer 2 is assembled. Therefore, the width H1 of the first connection plate 25 is determined to be larger than the chamfering height with the bottom portions of the body portions 3a and 4a of the bottles 3 and 4. Since the bottoms of the bottles 3 and 4 are heavy, it is preferable that the middle plate 23 supports the lower part from the center of the body parts 3a and 4a. Specifically, the lower limit of the width H1 of the first connection plate 25 is preferably 15 mm, and more preferably 20 mm. On the other hand, the upper limit of the width H1 of the first connection plate 25 is preferably 80 mm and more preferably 50 mm.

<Second connection plate>
The second connection plate 26 defines the distance between the middle plate 23 and the upper plate 24. In the bottle packing buffer 2, the width H <b> 2 of the second connection plate 26 is equal to the width W of the bottom plate 22, the middle plate 23, and the upper plate 24. For this reason, the cross section of the space formed by the middle plate 23, the upper plate 24, and the second connection plate 26 in a state in which the bottle packing buffer 2 is assembled is a square. Therefore, as shown in FIG. 5, the bottle 5 having a diameter larger than that of the body hole 28 can be wound and accommodated by the sheet-like packing material 6. Further, in the space between the middle plate 23 and the upper plate 24, articles other than bottles such as glasses and sake bottles may be accommodated.

<Presser plate>
The side edge of the holding plate 27 opposite to the upper plate 24 abuts on the inner flap 14 of the cardboard box 1, so that the side edge of the upper plate 24 opposite to the second connection plate 26 enters the cardboard box 1. By pushing, the upper plate 24 is kept substantially parallel to the inner flap 14 of the cardboard box 1. This prevents the bottles 3 and 4 fitted in the neck holes 30 of the upper plate 24 from moving upward, and prevents the caps 3b and 4b and the necks 3c and 4c of the bottles 3 and 4 from being damaged. To do.

<Advantages>
As described above, the bottle packing buffer 2 is provided with a plurality of adjustment protrusions 29 protruding inward in the radial direction in the body hole 28 having a diameter that fits into the body 3 a of the large-diameter bottle 3. Therefore, the bottle 4 having the body portion 4 a substantially inscribed at the tip of the adjustment protrusion 29 can be held at the center of the body hole 28. Thus, the bottle packing buffer 2 can be used to pack two different sized bottles 3 and 4.

  Further, the bottle packing buffer 2 has a tongue 34 adjacent to the second connection plate 26 of the neck hole 30 on the side opposite to the second connection plate 26 by the neck hole 30, the vertical cut 31, the horizontal cut 32, and the weakening line 33. Yes. For this reason, when packing the bottles 3 and 4, when the upper plate 24 is swung around the upper end of the second connection plate 26, the tongue 34 is folded up so that the neck hole 30 is temporarily moved to the outside of the swing. The caps 3b and 4b of the bottles 3 and 4 are allowed to pass through. As a result, the bottle packing buffer 2 has the configuration in which the middle plate 23 having the body hole 28 and the upper plate 24 having the neck hole 30 are connected by the second connection plate 26, although the bottles 3 and 4 are used. Can be fitted to both the body portions 3a and 4a and the neck portions 3c and 4c without any gaps. Accordingly, the bottle packing cushion 2 can hold the bottles 3 and 4 of different sizes together and protect them from impact.

  Since the packaging material set includes the cardboard box 1 and the bottle packaging buffer 2, the packaging material set can be used for packaging bottles 3 and 4 having different sizes.

[Other Embodiments]
The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The scope of the present invention is not limited to the configuration of the above embodiment, but is indicated by the scope of the utility model registration request, and includes all modifications within the meaning and scope equivalent to the scope of the utility model registration request. Is intended.

  In the bottle packing cushion, the number of body holes and neck holes of each row holder can be appropriately selected according to the size of the cardboard and the maximum number of bottles to be packed. That is, one row holding part may be for packing one or two bottles, or may be capable of packing four or more bottles.

  Further, the bottle packing buffer may have only one row holding portion or may have three or more row holding portions. The adjacent row holding portions may be connected not by the edge of the second connection plate but by the edge of at least one of the first connection plate and the pressing plate.

  Furthermore, if the number of the adjustment protrusions of the body hole of the bottle packing shock absorber is three or more, the small-diameter bottle 4 can be positioned. Further, the body hole of the bottle packing buffer may have a plurality of sets of adjustment protrusions having different protrusion lengths. For example, three adjustment protrusions having a small protrusion length and three adjustment protrusions having a large protrusion length may be alternately arranged at 30 ° intervals. In this way, a large-diameter bottle that fits into the body hole, a small-diameter bottle that is substantially in contact with the tips of the three adjustment protrusions with a large protruding length, and a tip of the three adjustment protrusions with a small protrusion length. It is possible to hold an intermediate-diameter bottle having a diameter in contact with each other at the center of the body hole. Thus, the size, number and arrangement of the adjustment protrusions can be arbitrarily changed.

  The bottle packing buffer and the packaging material set having the bottle packing buffer are preferably used for selecting a combination of products according to the customer's order and shipping them by courier.

DESCRIPTION OF SYMBOLS 1 Corrugated-cardboard box 2 Bottle packing buffer 3, 4, 5 Bottle 3a, 4a Body part 3b, 4b Cap 3c, 4c Neck part 6 Packing material 11 Side wall 12 End wall 13 Outer flap 14 Inner flap 21 Row holding part 22 Bottom plate 23 Middle plate 24 Upper plate 25 First connection plate 26 Second connection plate 27 Holding plate 28 Body hole 29 Adjustment projection 30 Neck hole 31 Vertical cut 32 Horizontal cut 33 Weakened wire 34 Tongue 35 Notch

Claims (5)

It consists of a single sheet
A square bottom plate on which the bottom of the bottle is placed;
The body hole that fits into the body part of the bottle and the peripheral edge of this body hole project inward, and the tip part comes into contact to position the small-diameter bottle and to be bent into the body hole of the large-diameter bottle. A rectangular middle plate having three or more adjustment protrusions that allow insertion of
A square top plate with a neck hole that fits into the neck of the bottle;
A rectangular first connecting plate for connecting the side edge of the bottom plate and the side edge of the intermediate plate;
A buffer for packaging bottles, comprising: a square second connection plate that connects a side edge of the middle plate and a side edge of the upper plate.   The said upper board has a vertical notch formed so that it may extend in the opposite side to the said 2nd connection board from the said neck hole, and a horizontal notch formed so that the front-end | tip of the said vertical notch may be crossed. Buffer for bottle packing.   The bottle packing buffer according to claim 1 or 2, wherein the upper plate has a weakening line extending from an end portion of the transverse cut toward the neck hole.   The buffer for bottle packing according to claim 1, 2 or 3, further comprising a square pressing plate extending from a side edge of the upper plate opposite to the second connection plate.   A packaging material set comprising a cardboard box and the bottle packing buffer according to any one of claims 1 to 4 housed inside the cardboard box.

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