JP2015131662A - Packing implement for glass bottle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packing implement for a glass bottle, the implement capable of stably cushioning a liquid-packed glass bottle, without allowing a breakage of a packing cap or a label attached at the neck part of the glass bottle or a generation of scratches, nevertheless being easy to be assembled.SOLUTION: An upper side cushion plate 42 is mounted to the neck part of a glass bottle 70 by a circular opening 43 of the upper side cushion plate 42. Long flaps 45 are placed so that they will come into contact with the lower surface of a top board 30 of an external box 10. Also, the bottom part of the glass bottle 70 is designed to be received by a lower side cushion body 50 comprising an upper plate 55 and a lower plate 56. The outer peripheral side of the bottle part is cushioned by a side wall part 60 of the upper plate 55 and a side wall part 66 of the lower plate 56. Thus, the glass bottle 70 is housed in the external box 10 in a rectangular parallelepiped shape made of corrugated-cardboard.

Description

  The present invention relates to a glass bottle packing device, and more particularly to a glass bottle packing device in which a glass bottle is packed while being buffered by a buffer.

  For example, when shipping a glass bottle composed of a so-called one-bottle bottle filled with sake or the like, the glass bottle may be broken by an impact from the outside if left as it is. Therefore, conventionally, glass bottles are buffered by a buffer so that they are not broken by an impact during distribution. The most common glass bottle buffering method is such that the bottom is received by a plurality of cardboard plates. Here, each of the plurality of plate-like bodies is dotted with glue.

  Accordingly, when the glue connecting the plurality of plate-like bodies is removed, the bottom portion of the bottle cannot be fixed, which may reduce the buffer function and break the bottle.

  In order to fix the neck of the glass bottle, a square plate that matches the cross-sectional shape inside the exterior box is prepared, and a circular opening that matches the diameter of the neck is formed at the center of such a plate. A board was attached to the neck. However, since caps, packaging sheets, labels, and the like for packaging are stuck around the neck of the glass bottle, the caps and labels are damaged or damaged by the cushioning packing material.

  In JP 2007-153368 A, in a buffer material for a bottle in which side plates are continuously provided around overlapping substrates to form a bowl shape, and a bent piece extending from an edge of the side plate is bent inward, The substrates are connected through connecting pieces formed by cutting from one side of the one substrate, side plates and bent pieces are sequentially extended from a pair of opposing edges of each substrate, and the one substrate and the connecting piece are connected. The boundary crease line extends obliquely from the corner of the substrate, the crease line at the boundary between the other substrate and the connecting piece is bent in the opposite direction to the other crease line, ° A shock absorber that has been twisted and stacked has been proposed.

  The bottle shock absorber having such a structure is used as a shock absorber for buffering and packing the bottom of the glass bottle. However, such a bottle cushioning device has a drawback that the number of times of folding is very large when assembling, which makes the assembly troublesome.

JP 2007-320587 A JP 2003-160172 A Utility Model Registration No. 3153754 Japanese Utility Model Publication No. 06-039723

  The subject of this invention is providing the packaging apparatus of the glass bottle which made it buffer and protect especially the upper and lower parts of a glass bottle reliably with a buffer.

  Another object of the present invention is to provide a glass bottle packing device in which the buffering members are not separated from each other so that the buffering effect is not lowered.

  Still another object of the present invention is to provide a glass bottle packaging device in which a packaging cap or label attached to a neck portion of the glass bottle by a buffer is not damaged.

  Still another object of the present invention is to provide a glass bottle packaging device including a buffer body that is easy to assemble and that does not require labor.

  The above-described problems and other problems of the present invention will be made clear by the technical idea of the present invention described below and the embodiments thereof.

The main invention of the present application is a glass bottle packaging apparatus in which a glass bottle is housed in an outer box and is buffered by an upper buffer body and a lower buffer body.
The upper buffer body is composed of a plate-like body that matches the cross-sectional shape inside the outer box, and the plate-like body is provided with a flap whose tip is in contact with the cover plate of the outer box, and When an opening for receiving the neck portion of the glass bottle is formed in the plate-like body, and the position in the height direction of the plate-like body is set so that the front end portion of the flap is in contact with the lid plate of the outer box, the height The opening of the plate-like body at the position in the vertical direction is aligned with the contour of the neck at the corresponding height of the glass bottle,
The lower shock absorber is composed of an upper plate and a lower plate that substantially match the cross-sectional shape inside the outer box, and the upper plate and the lower plate have folded side wall portions that rise from their four sides. One side wall portion of the upper plate and one side wall portion of the lower plate are connected so as to be bendable, and the upper plate and the lower plate are overlapped to overlap each other. Attached to the bottom of the outer box,
The glass bottle packaging apparatus is characterized in that the upper part of the glass bottle housed in the outer box is buffered by an upper buffer body and the lower part is buffered by a lower buffer body.

  Here, the upper shock absorber may be formed of cardboard. The lower shock absorber may be made of cardboard. Moreover, the front-end | tip of one side wall part of the said upper board of the said lower buffer body and the front-end | tip of one side wall part of the said lower board may be connected so that it can be bent by a half cut line. A buffer opening smaller than the diameter of the bottom of the glass bottle may be formed at the center of the lower buffer body. Further, the lower surface of the upper plate of the lower buffer body and the upper surface of the lower plate may be glued and fixed.

Another main invention of the present application is a glass bottle packaging apparatus in which a glass bottle stored in a cosmetic box is buffered by an upper buffer and a lower buffer and stored in an outer box.
The upper buffer body is composed of a plate-like body that matches the cross-sectional shape inside the outer box, and a flap is continuously provided on the outer side of the plate-like body so as to be foldable downward, and the upper part of the cosmetic box It is attached to the top of the decorative board so as to cover
The lower shock absorber is composed of an upper plate and a lower plate that substantially match the cross-sectional shape inside the outer box, and the upper plate and the lower plate have folded side wall portions that rise from their four sides. One side wall portion of the upper plate and one side wall portion of the lower plate are connected so as to be bendable, and the upper plate and the lower plate are overlapped and folded. Attached to the bottom of the outer box,
The present invention relates to a packaging device for glass bottles, characterized in that the upper part of the cosmetic box containing the glass bottles is buffered by an upper buffer and the lower part is buffered by a lower buffer.

  Here, the decorative board may be made of paperboard, and the outer box may be made of cardboard. Further, the upper buffer body and the lower buffer body may be made of cardboard.

Still another invention of the present application is a glass bottle packaging apparatus in which a glass bottle is housed in a cosmetic box and a shock absorber is mounted on the top and bottom of the cosmetic box, respectively.
The upper and lower shock absorbers are composed of plate-like bodies that match the external cross-sectional shape of the decorative box, and flaps are continuously provided on the outer side of the plate-like body so as to be foldable downward or upward. It is attached to the upper and lower parts of the decorative board so as to cover the upper and lower parts of
The upper and lower portions of the cosmetic box in which the glass bottle is housed are buffered by the upper and lower buffer bodies, respectively.

  Here, the decorative board may be made of paperboard, and the upper and lower cushioning bodies may be made of cardboard. The upper and lower shock absorbers may be mounted on the upper and lower parts of the cosmetic box in which the glass bottle is stored, and the cosmetic box may be stored in a cardboard outer box. Further, the upper and lower shock absorbers may be pressed by being bound from outside the upper and lower shock absorbers by a tape-shaped band.

The main invention of the present application is a glass bottle packaging apparatus in which a glass bottle is housed in an outer box and is buffered by an upper buffer body and a lower buffer body.
The upper buffer body is composed of a plate-like body that matches the cross-sectional shape inside the outer box, and the plate-like body is provided with a flap whose tip is in contact with the cover plate of the outer box, and When an opening for receiving the neck portion of the glass bottle is formed in the plate-like body, and the position in the height direction of the plate-like body is set so that the front end portion of the flap is in contact with the lid plate of the outer box, the height The opening of the plate-like body at the position in the vertical direction is aligned with the contour of the neck at the corresponding height of the glass bottle,
The lower shock absorber is composed of an upper plate and a lower plate that substantially match the cross-sectional shape inside the outer box, and the upper plate and the lower plate have folded side wall portions that rise from their four sides. One side wall portion of the upper plate and one side wall portion of the lower plate are connected so as to be bendable, and the upper plate and the lower plate are overlapped to overlap each other. Attached to the bottom of the outer box,
The upper part of the glass bottle housed in the outer box is buffered by the upper buffer body, and the lower part is buffered by the lower buffer body.

  Therefore, according to the glass bottle packaging apparatus according to such a configuration, the bottom portion of the crow bottle is effectively buffered by the lower buffer. In addition, the lower shock absorbers are each provided with an upper plate and a lower plate having side walls on four sides, and these upper and lower plates are connected so that the respective side walls can be bent and folded. The upper plate and the lower plate are assembled to overlap each other. Therefore, the upper plate and the lower plate constituting the lower buffer body are not separated from each other.

  In addition, when the upper buffer body that holds the neck of the glass bottle is positioned in the height direction of the plate body so that the tip of the flap is in contact with the cover plate of the outer box, the opening of the plate body is the glass bottle The neck can be pressed in alignment with the contour of the neck at the corresponding height. Therefore, by setting the length of the flap where the tip is in contact with the cover plate of the outer box to an arbitrary value, the position in the height direction of the plate-like body constituting the upper shock absorber can be freely set, It is possible to protect the neck of the glass bottle without damaging the packaging cap or label attached to the neck.

It is an expansion | deployment top view of the outer box of 1st Embodiment. It is the perspective view (A) and external appearance perspective view (B) of the assembly state of an outer case. It is an expansion | deployment top view of an upper buffer. It is an assembly perspective view of the upper shock absorber. It is an expansion | deployment top view of a lower buffer. It is a perspective view which shows the operation | movement of the assembly of a lower side buffer. It is an assembly perspective view of a lower shock absorber. It is the perspective view of the state which looked at the lower buffer body in reverse. It is a longitudinal cross-sectional view of a lower buffer body. It is the perspective view (A) of the glass bottle which mounted | wore with the upper buffer body and the lower buffer body, and the longitudinal cross-sectional view of the state which inserted the glass bottle in the exterior box (B). An external perspective view (A) of a state in which an upper buffer and a lower buffer are respectively mounted on the upper and lower parts of a paperboard decorative box containing a glass bottle, and a makeup in which the upper buffer and the lower buffer are mounted It is a longitudinal cross-sectional view (B) of the state which accommodated the box in the outer box. An external perspective view (A) of a state in which shock absorbers are respectively attached to the upper and lower parts of a paperboard decorative box containing glass bottles, and a longitudinal section of a state in which a decorative box having shock absorbers attached to the top and bottom is stored in the outer box It is a figure (B). It is the external appearance perspective view (A) and longitudinal cross-sectional view (B) of the state which mounted | wore the upper and lower sides of the cosmetic box which accommodated the glass bottle, respectively.

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

  FIG. 1 shows a developed cardboard sheet for assembling the outer box 10 of the glass bottle packing apparatus according to the first embodiment. That is, the outer box 10 is formed by assembling corrugated cardboard punched into the shape of FIG. The outer box 10 includes a front plate 11, a left side plate 12 and a right side plate 13 on both sides thereof, and a back plate 14 on the back side. The front plate 11, the left side plate 12, the right side plate 13, and the back plate 14 are connected to each other by a fold line 15 so as to be foldable. A joining plate 17 is formed at the left end of the left side plate 12 via a fold line 16.

  A bottom plate 20 is connected to the lower end of the front plate 11 via a fold line 21. An auxiliary bottom plate 22 is connected to the lower end of the back plate 14 via a fold line 23. The auxiliary bottom plate 22 is provided with a protruding piece 24 at its tip. The projecting piece 24 is inserted into a U-shaped cut 25 of the bottom plate 20, thereby closing the bottom opening with the bottom plate 20 and the auxiliary bottom plate 22. Further, side flaps 27 are connected to the lower ends of the left and right side plates 12 and 13 via a fold line 26 so as to be foldable, and are folded over the bottom plate 20 and the auxiliary bottom plate 22.

  A lid plate 30 is connected to the upper end of the back plate 14 of the outer box 10 via a fold line 31 so as to be foldable. An insertion piece 33 is connected to the front end side of the cover plate 30 via a fold line 32. An opening 34 having a semicircular shape at the lower end and a slit shape at the upper end is formed at the base side of the insertion piece 33 and along the fold line 32. Corresponding to such an opening 34, a locking piece 35 is connected to the upper end of the front plate 11. The locking piece 35 includes a pair of folding lines 36 and 37 on the top and bottom. An auxiliary flap 39 is connected to the upper ends of the left and right side plates 12 and 13 of the outer box 10 via a fold line 38.

  Next, the operation of assembling the outer box 10 by bending a plate-like body made of corrugated board having the structure shown in FIG. 1 will be described with reference to FIG. The front plate 11, the left and right side plates 12 and 13, and the back plate 14 are sequentially folded along a folding line 15 and assembled into a rectangular tube shape. Then, the joining plate 17 connected to the end portion of the left side plate 12 is bent along the fold line 16, and is bonded to the end portion of the back plate 14 opposite to the right side plate 13. As a result, the outer box 10 is assembled into a square cylinder. Thereafter, the side flap 27 is folded inward by the fold line 26, the bottom plate 20 is folded inward by the fold line 21, and the auxiliary bottom plate 22 is folded inward by the fold line 23. Close the opening. Thereby, the rectangular parallelepiped outer box 10 whose bottom is closed is assembled (see FIG. 2B).

  In such an outer box 10, glass bottles to be described later are accommodated via upper and lower shock absorbers. After that, the left and right auxiliary flaps 39 respectively connected to the upper ends of the left and right side plates 12 and 13 via the folding line 38 are folded inward, and then the lid plate 30 is folded along the folding line 31. The upper opening is closed and the insertion piece 33 is inserted inside the front plate 11. Then, after the locking piece 35 is bent diagonally forward by a pair of folding lines 36 and 37, the upper end portion of the locking piece 35 is inserted into the opening 34 of the lid plate 30. As a result, as shown in FIG. 2B, the upper opening of the outer box is closed by the lid plate 30 and locked by the locking piece 35.

  Next, the upper buffer plate 42 constituting the upper buffer body of the present invention and buffering the upper portion of the glass bottle will be described with reference to FIGS. The upper buffer plate 42 is a substantially square corrugated plate-like body, and has a shape that matches the shape of the cross section inside the outer box 10. A circular opening 43 is formed at the center of the upper buffer plate 42. The diameter of the opening 43 is equal to the outer diameter of the neck of the bottle described later. Long flaps 45 are formed on the two opposing sides of the upper buffer plate 42 via folding lines 44. The long flap 45 plays a role of positioning the upper buffer plate 42 in the height direction by contacting the lid plate 30 of the outer box 10 at the tip. The long flap 45 is formed with a circular opening 46 on the tip side and in the center in the width direction. The opening 46 is smaller than the circular opening 43 at the center of the upper buffer plate 42. Short flaps 48 are formed on the remaining two opposing sides of the upper buffer plate 42 via fold lines 47.

  As shown in FIG. 4, the upper buffer plate 42 as described above bends a long flap 45 upward by a fold line 44. A short flap 48 is bent upward by a fold line 47. As a result, it is assembled into a shape as shown in FIG. Such an upper buffer plate 42 performs buffering while positioning the neck portion of the glass bottle in the lateral direction in the outer box 10.

  Next, the lower buffer body 50 that cushions the bottom of the glass bottle housed in the outer box 10 will be described with reference to FIGS. FIG. 5 shows a corrugated cardboard sheet for taking out six lower cushions 50 as described above at a time. That is, the corrugated cardboard sheet 51 is divided into 3 sections in the horizontal direction and 2 sections in the upper and lower sections by 2 vertical cutting lines 52 and one horizontal cutting line 53. The body 50 is obtained.

  A description will be given of one of the six lower shock absorbers made of the corrugated cardboard sheet 51. Each lower shock absorber includes an upper plate 55 and a lower plate 56. These are foldably connected to each other by a fold line 57. The fold line 57 is formed from a half-cut line in which only the liner on the lower surface is connected. A circular opening 58 is formed in the center of the upper plate 55, and four side wall portions 60 are formed on the four sides thereof by folding lines 59.

  A circular opening 63 is formed at the center of the lower buffer body 50 and the lower plate 56. In addition, shallow cuts 64 are formed on each of the four sides, and bend lines 65 are formed on both sides of the cuts 64. By the cuts 64 and the folding lines 65, side walls 66 are formed on the four sides of the lower plate 56 so as to be foldable. In FIG. 5, a hatched portion constitutes a cut region 68, and this portion is a portion that is removed during or after punching.

  As shown in FIG. 6, the six lower shock absorbers 50 assembled by the corrugated cardboard sheet 51 are formed by first connecting the upper plate 55 and the lower plate 56 of the ６ part of the corrugated cardboard sheet 51 at the folding line 57. The upper plate 55 and the lower plate 56 are overlapped with each other. Note that paste 67 is applied in a streaky manner to at least one of the lower surface of the upper plate 55 and the upper surface of the lower plate 56, for example, the upper surface of the lower plate 56 (see FIGS. 5 to 7). Although FIG. 5 shows a state in which the glue 67 is applied to one lower plate 56 in the lower stage, the glue is actually applied to all the lower plates 56. Then, the upper plate 55 and the lower plate 56 are overlapped with each other and fixed with glue 67. Then, thereafter, the side wall portion 60 of the upper plate 55 and the side wall portion 66 of the lower plate 56 are bent upward at right angles by folding lines 59 and 65, respectively (see FIG. 7). The side wall portion 66 having the notch 64 of the lower plate 56 is separated from the lower plate 56 by the notch 64 when bent, but is fixed and held to the side wall portion 60 of the upper plate 55 by the streaky glue 67. The dimension between the side walls 60 facing each other inside the side walls 60 and 66 bent in this way is equal to the diameter of the glass bottle described later. FIG. 8 shows the lower buffer 50 as described above in a state where the bottom surface is exposed upside down. FIG. 9 shows a longitudinal section of such a lower buffer body 50. In FIG. 9, the inside of the lower buffer body 50 is a concave portion opened upward. In such a recess, the bottom of the glass bottle is received.

  FIG. 10 shows a state in which a glass bottle 70 containing sake, for example, is packed by the upper buffer plate 42 and the lower buffer body 50 described above. As shown in FIG. 10A, first, the upper buffer plate 42 is attached to the neck portion of the glass bottle 70. At this time, the neck portion of the glass bottle 70 is inserted into the circular opening 43 of the upper buffer plate 42. The upper buffer plate 42 is held in place by a corresponding portion of the neck equal to the diameter of the circular opening 43. At this time, the long flap 45 of the upper buffer plate 42 comes into contact with the lower surface of the lid plate 30 of the outer box 10 as shown in FIG. 10B.

  The bottom of the glass bottle 70 is received by the lower buffer 50. The lower buffer body 50 includes the upper plate 55 and the lower plate 56 as described above, and is fixed by the glue 67 in a state where they are superposed on each other. Further, the four sides of the upper plate 55 and the lower plate 56 are constituted by a side wall portion 60 and a side wall portion 66, which are superposed on each other. Accordingly, the bottom side portion of the glass bottle 70 is buffered by the superposed upper plate 55 and the lower plate 56, and the outer peripheral side portion of the bottom portion of the glass bottle 70 is buffered by the side wall 60 and the side wall 66.

  Thus, the upper buffer plate 42 is attached to the neck portion of the glass bottle 70, and the glass bottle having the lower portion received by the lower buffer body 50 is accommodated in the outer box 10 as shown in FIG. 10B. Then, with the glass bottle 70 inserted into the outer box 10, the upper part is buffered by the upper buffer plate 42 and the lower part is buffered by the lower buffer body 50. The position of the upper buffer plate 42 in the height direction is regulated by the long flap 45. That is, with the upper end of the long flap 45 in contact with the lower surface of the lid plate 30 of the outer box 10, the circular opening 43 of the upper buffer plate 42 is fitted to the outer periphery of the neck portion of the glass bottle 70. Then, by setting the position of the upper buffer plate 42 in the height direction so as to be a relatively low position of the neck portion of the glass bottle 70, the packaging cap or label around the neck of the glass bottle 70 is attached to the upper buffer plate. 42 prevents it from being torn or scratched. In addition, the horizontal shake of the glass bottle 70 is prevented by positioning the rectangular opening 43 of the upper buffer plate 42 and the neck portion of the glass bottle 70 by fitting.

  Next, a glass bottle packing apparatus according to another embodiment will be described with reference to FIG. In this embodiment, in addition to the outer box 10, the upper buffer plate 42, and the lower buffer body 50, a cosmetic box 71 is further used. Here, the decorative box 71 is a rectangular parallelepiped box assembled by paperboard. The vanity box 71 itself has no special features. The outer surface of the decorative box 71 is beautifully printed so that the design can be seen from the outside. Since the material of the cosmetic box 71 is paperboard and is thin, the dimension in the lateral direction is almost the same as the diameter of the glass bottle 70.

  A glass bottle 70 containing sake is inserted into such a cosmetic box 71. Then, the upper cushion plate 42 is placed on the top of the decorative box 71. Long flaps 45 and short flaps 48 are provided on the upper side of the upper buffer plate 42 on its four sides, and these flaps 45, 48 are bent to cover the outer surface of the upper part of the cosmetic box 71. It becomes like this. Further, the lower portion of the cosmetic box 71 is received by the lower buffer body 50. That is, the lower buffer body 50 having a double structure of the upper plate 55 and the lower plate 56 and having the side wall portion 60 and the side wall portion 66 overlapped on the side surface is attached to the lower portion of the cosmetic box 71 from the outside. .

  In this state, the cosmetic box 71 containing the glass bottle 70 and having the upper buffer plate 42 and the lower buffer body 50 attached thereto is inserted into the outer box 10 as shown in FIG. 11B. Thereby, the glass bottle 70 is first accommodated in the decorative box 71, and is accommodated in the thick outer box 10 made of corrugated cardboard with the upper part and the lower part being buffered by the upper buffer plate 42 and the lower buffer body 50, respectively. Will be. Therefore, the main buffering in the physical distribution stage is performed by the upper buffer plate 42 and the lower buffer body 50 interposed between the corrugated cardboard outer box 10 and the paperboard decorative box 71.

  Next, still another embodiment will be described with reference to FIG. In this embodiment, the glass bottle 70 is first accommodated in the cosmetic box 71 and further, the cosmetic box 71 is accommodated in the outer box 10 while being buffered by the buffer plate 42. That is, first, the glass bottle 70 is accommodated in the cosmetic box 71 and the upper lid is closed. A buffer plate 42 is mounted on the top of the decorative box 71. At this time, the long flaps 45 and the short flaps 48 on the four sides cover the outer portion of the cosmetic box 71. Further, the buffer plate 42 is mounted upside down on the lower end side of the decorative box 71, and the long flap 45 and the short flap 48 are mounted on the outer surface of the bottom side of the decorative box 71, respectively. In such a state, the cosmetic box 71 is stored in the outer box 10 as shown in FIG. 12B. In addition, in the part which inserts the insertion piece 33 of the cover plate 30 of the outer box 10, you may make it notch or remove the part of the corresponding long flap 45 or the short flap 48 of the buffer plate 42 mounted on the upper side. If the size of the outer box 10 is slightly increased, the insertion piece 33 of the cover plate 30 is inserted outside the flaps 45 and 48 of the upper buffer plate 42 without cutting out the long flap 45 and the short flap 48. It becomes possible.

  Next, still another embodiment will be described with reference to FIG. In this embodiment, the glass bottle 70 is packed using the decorative box 71 and the two upper buffer plates 42 without using the outer box 10. First, as shown in FIGS. 13A and 13B, the glass bottle 70 is housed and held in a rectangular parallelepiped decorative box 71. Thereafter, the upper cushioning plate 42 is mounted on the top of the decorative box 71 so as to overlap. The long flap 45 and the short flap 48 are mounted so as to overlap the side surface of the cosmetic box 71. The other upper buffer plate 42 is turned upside down so as to cover the bottom side portion of the cosmetic box 71. Here too, the bottom of the cosmetic box 71 is covered by the flaps 45 and 48 on the four sides of the buffer plate 42. After that, the pair of buffer plates 42 attached to the top and bottom of the decorative box 71 are pressed by, for example, the binding band 72 or the like. As a result, the glass bottle 70 is used for physical distribution in a state where the neck portion and the bottom portion thereof are buffered by the buffer plate 42, respectively.

  While the present invention has been described with reference to the illustrated embodiment, the present invention is not limited to the above-described embodiment, and various modifications can be made within the scope of the technical idea of the present invention. For example, the above-described embodiment of the present application relates to a glass bottle packaging apparatus in which sake is contained, but the present invention can be widely applied to a glass bottle packaging apparatus for packaging glass bottles filled with various liquids. . Moreover, there is no restriction | limiting in particular also about the magnitude | size of the glass bottle packed here, It can utilize widely from a big thing to a small thing. In the embodiment shown in FIGS. 12 and 13, the upper buffer plates 42 are mounted on the upper and lower sides of the exterior box 71, respectively, but instead of such a configuration, the lower buffer bodies are respectively provided on the upper and lower sides of the decorative box 71. 50 may be attached to buffer the glass bottle 70.

  The present invention can be widely used for a packaging device for glass bottles filled with various beverages and other liquids.

DESCRIPTION OF SYMBOLS 10 Outer box 11 Front plate 12 Left side plate 13 Right side plate 14 Back plate 15 Folding line 16 Folding line 17 Joining plate 20 Bottom plate 21 Folding line 22 Auxiliary bottom plate 23 Folding line 24 Projection piece 25 C-shaped cut 26 Bending Line 27 Side flap 30 Cover plate 31 Folding line 32 Folding line 33 Insertion piece 34 Opening 35 Locking piece 36 Folding line 37 Folding line 38 Folding line 39 Auxiliary flap 42 Upper buffer plate 43 Circular opening 44 Bending Line 45 Long flap 46 Circular opening 47 Bending line 48 Short flap 50 Lower shock absorber 51 Corrugated cardboard sheet 52 Cutting line (vertical)
53 Cutting line (horizontal)
55 Upper plate 56 Lower plate 57 Bending line 58 Circular opening 59 Bending line 60 Side wall part 63 Circular opening 64 Cutting 65 Bending line 66 Side wall part 67 Glue 68 Cutting area 70 Glass bottle 71 Cosmetic box 72 Band

Claims (13)

In the glass bottle packing device in which the glass bottle is housed in the outer box and buffered by the upper buffer body and the lower buffer body,
The upper buffer body is composed of a plate-like body that matches the cross-sectional shape inside the outer box, and the plate-like body is provided with a flap whose tip is in contact with the cover plate of the outer box, and When an opening for receiving the neck portion of the glass bottle is formed in the plate-like body, and the position in the height direction of the plate-like body is set so that the front end portion of the flap is in contact with the lid plate of the outer box, the height The opening of the plate-like body at the position in the vertical direction is aligned with the contour of the neck at the corresponding height of the glass bottle,
The lower shock absorber is composed of an upper plate and a lower plate that substantially match the cross-sectional shape inside the outer box, and the upper plate and the lower plate have folded side wall portions that rise from their four sides. One side wall portion of the upper plate and one side wall portion of the lower plate are connected so as to be bendable, and the upper plate and the lower plate are overlapped to overlap each other. Attached to the bottom of the outer box,
The glass bottle packing apparatus, wherein the upper part of the glass bottle housed in the outer box is buffered by an upper buffer body and the lower part is buffered by a lower buffer body.   The glass bottle packaging apparatus according to claim 1, wherein the upper buffer body is made of cardboard.   The glass bottle packaging apparatus according to claim 1 or 2, wherein the lower buffer body is made of cardboard.   The packaging of the glass bottle according to claim 3, wherein a tip of one side wall portion of the upper plate of the lower buffer body and a tip of one side wall portion of the lower plate are connected so as to be bent by a half-cut line. apparatus.   The glass bottle packaging apparatus according to any one of claims 1 to 4, wherein a buffer opening smaller than a diameter of a bottom portion of the glass bottle is formed at a central portion of the lower buffer body.   The glass bottle packaging apparatus according to any one of claims 1 to 5, wherein a lower surface of the upper plate of the lower buffer body and an upper surface of the lower plate are glued and fixed. In the glass bottle packing device in which the glass bottle stored in the cosmetic box is buffered by the upper buffer body and the lower buffer body and stored in the outer box,
The upper buffer body is composed of a plate-like body that matches the cross-sectional shape inside the outer box, and a flap is continuously provided on the outer side of the plate-like body so as to be foldable downward, and the upper part of the cosmetic box It is attached to the top of the decorative board so as to cover
The lower shock absorber is composed of an upper plate and a lower plate that substantially match the cross-sectional shape inside the outer box, and the upper plate and the lower plate have folded side wall portions that rise from their four sides. One side wall portion of the upper plate and one side wall portion of the lower plate are connected so as to be bendable, and the upper plate and the lower plate are overlapped and folded. Attached to the bottom of the outer box,
An apparatus for packing glass bottles, wherein an upper part of the cosmetic box containing the glass bottles is buffered by an upper buffer body and a lower part is buffered by a lower buffer body.   The glass bottle packaging apparatus according to claim 7, wherein the decorative board is made of paperboard and the outer box is made of cardboard.   The glass bottle packaging apparatus according to claim 7 or 8, wherein the upper buffer body and the lower buffer body are made of cardboard. In a glass bottle packaging device in which a glass bottle is stored in a cosmetic box and a buffer is mounted on each of the top and bottom of the cosmetic box,
The upper and lower shock absorbers are composed of plate-like bodies that match the external cross-sectional shape of the decorative box, and flaps are continuously provided on the outer side of the plate-like body so as to be foldable downward or upward. It is attached to the upper and lower parts of the decorative board so as to cover the upper and lower parts of
The glass bottle packing apparatus, wherein an upper part and a lower part of the cosmetic box in which the glass bottle is stored are respectively buffered by the upper and lower cushioning bodies.   The glass bottle packaging apparatus according to claim 10, wherein the decorative board is made of paperboard, and the upper and lower cushioning bodies are made of cardboard.   The packaging of the glass bottle according to claim 10 or 11, wherein the upper and lower shock absorbers are mounted on an upper part and a lower part of the cosmetic box in which the glass bottle is accommodated, and the cosmetic box is accommodated in a cardboard outer box. apparatus.   The glass bottle packaging apparatus according to any one of claims 10 to 12, wherein the upper and lower shock absorbers are pressed by being bound by a tape-shaped band from outside the upper and lower shock absorbers.

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