JP3122717U - Glass container storage case - Google Patents

Abstract

A buffer body that can be easily assembled from a single cardboard and can securely support and protect the glass container without contacting the side plate of the box, and the glass container can be safely packaged or transported using the buffer body. A storage case for a glass container is provided.
A buffer body C of a glass container G in which first to sixth buffer plates are connected by first to fifth connecting bodies is constituted, and two glass containers G are accommodated inside the buffer body C. A storage case of a glass container stored in close contact with the inside of the box B.
[Selection] Figure 1

Description

  The present invention is a storage case used when packaging or transporting a glass container such as a glass bottle, and particularly relates to a storage case for a glass container using a buffer plate made of a single cardboard.

Conventionally, cushioning materials have been devised for packaging glass containers. Among these, the cushioning material shown in Patent Document 1 is prepared in a lattice shape by preparing eight cardboard plate pieces formed in a comb shape with slits on the top and bottom, and engaging these plate pieces with each other. Combine with. The plate pieces are alternately arranged in small and large heights to form a saw on which a bottle of small plate pieces is placed. And the plate pieces with a large height form the partition which separates glass bottles.
The shock absorber of this device absorbs the impact from below by the deformation of the saw and prevents breakage of the bottle.
Moreover, since the adjacent bottles are separated by partitions, they are resistant to horizontal impacts. In addition, since it can be made of paperboard such as corrugated cardboard, it is easy to recycle after use, and there is an effect that harmful substances are not easily generated even if burned.
Utility model registration No. 3062448

  However, the above-mentioned device has to prepare eight cardboard pieces and mesh the slits, and it takes time and effort to manufacture. Furthermore, since two or one surfaces of the glass bottle are in contact with the inner cylinder during storage, the impact from the outside of the carton is transmitted to the glass bottle through the inner cylinder, and there is a risk of damage in the case of a strong impact. .

  The present invention solves the problems of the conventional storage case, and is a buffer body that can be easily assembled by reliably folding and supporting a glass container by folding a cardboard along a pre-configured folding line. An object of the present invention is to provide a storage case for a glass container that can be safely wrapped or transported using the buffer.

  The gist of the present invention is to construct a shock absorber made of cardboard having continuously provided shock absorbers that support the three side surfaces of the glass container. After assembling the shock absorber and storing the glass container inside, the shock absorber It is the storage case of the glass container which stored the body closely in the box body.

  Further, the gist of the present invention is that the buffer plate has a first buffer plate at one end, a second buffer plate is connected to the first buffer plate via a first connecting plate, and the first buffer plate is connected to the first buffer plate. A third buffer plate is connected to the two buffer plates via the second connecting plate, a fourth buffer plate is connected to the third buffer member via the third connecting plate, and a fourth buffer plate is connected to the fourth buffer plate. A storage case for a glass container, wherein a fifth buffer plate is connected via a connecting plate, and a sixth buffer plate is connected to the fifth buffer via a fifth connecting plate.

  Further, the gist of the present invention is that the buffer body is configured with a first buffer plate at one end, and an upper lid having an engaging portion is provided at the upper end of the first buffer plate and at the lower end. A bottom cover having a joint portion is continuously provided, a second buffer plate is connected to the first buffer plate via a first connection plate, an upper plate is connected to the upper end of the second buffer plate, and the lower end is connected to the lower end. Is provided with a lower plate, a third buffer plate is connected to the second buffer plate via a second connecting plate, and an upper lid engaging portion and a bottom are provided at the upper and lower ends of the second connecting plate. A locking piece that engages with the engaging portion of the lid is provided continuously, a fourth buffer plate is provided on the third buffer via a third connecting plate, and a fourth connecting plate is provided on the fourth buffer plate. The fifth buffer plate is connected via the upper end, and the upper and lower ends of the fourth connecting plate are provided with locking pieces that engage with the engaging portion of the upper lid and the engaging portion of the bottom lid, 5 An upper plate is connected to the upper end of the buffer plate, and a lower plate is connected to the lower end. A sixth buffer plate is connected to the fifth buffer via a fifth connecting plate, and an upper lid having an engaging portion is connected to the upper end of the sixth buffer plate and the lower end is connected to the lower end. A storage case for a glass container, characterized in that a bottom lid having a joint portion is continuously provided.

  The invention of claim 1 can safely wrap or transport a glass container by using a shock absorber that can be easily assembled by sequentially folding a single cardboard and can securely support and protect the three sides of the glass container. It can be done.

  The invention of claim 2 is that the first to sixth buffer bodies are connected by the first to fifth connecting portions and can store two glass containers, so that the manufacture and assembly are further simplified and a strong buffer body is obtained. It is done.

  The invention of claim 3 has an upper cover and a bottom cover connected to the upper and lower ends of the first buffer and the sixth buffer, and an upper plate and a lower plate connected to the upper and lower ends of the second buffer plate and the fifth buffer plate. In addition, since the upper and lower ends of the second connecting plate and the fourth connecting plate are provided with locking pieces that engage with the upper lid and the bottom lid, the top and bottom surfaces of the glass container housed inside the buffer body Is securely protected by an upper plate, a lower plate, or an upper lid and a bottom lid, so that the glass container can be stored and transported more safely.

The best mode of the buffer for carrying out the present invention is composed of a single cardboard, and a rectangular first buffer plate is formed at one end, and an upper lid having an engaging portion is formed at the upper end of the first buffer plate. A bottom cover having an engaging portion is continuously provided at the lower end.
A second buffer plate is connected to the first buffer plate via a first connecting plate, an upper plate is connected to the upper end of the second buffer plate, and a lower plate is connected to the lower end.
A third buffer plate is connected to the second buffer plate via a second connecting plate, and the upper and lower ends of the second connecting plate are connected to the engaging portion of the upper lid and the engaging portion of the bottom lid. Locking pieces to be joined are connected.
A fourth buffer plate is connected to the third buffer via a third connecting plate, and a fifth buffer plate is connected to the fourth buffer via a fourth connecting plate.
The upper and lower ends of the fourth connecting plate are provided with engaging pieces that engage with the engaging portion of the upper lid and the engaging portion of the bottom lid, respectively, and the upper plate is connected to the upper end of the fifth buffer plate. The lower plate is connected to the lower end.
A sixth buffer plate is connected to the fifth buffer via a fifth connecting plate. An upper lid having an engaging portion is connected to the upper end of the sixth buffer plate, and an engaging portion is connected to the lower end. It is that the bottom cover which has is continuously provided.
Further, the storage case of the glass container stores the buffer body in close contact with the inside of the box.

An embodiment of the present invention will be described with reference to the drawings.
1 is an external perspective view of the storage case and the buffer body, FIG. 2 is a plan development view of the buffer body, FIG. 3 is an assembly front view of the buffer body, and FIG. 4 is a horizontal sectional view of the storage case in which the glass bottle is stored. 5 is a cross-sectional view taken along line II in FIG. 4, FIG. 6 is a cross-sectional view taken along line II-II in FIG. 4, and FIG. 7 is a developed plan view of another embodiment of the shock absorber.

  As shown in FIG. 1, the storage case A for the glass container includes a buffer body C for storing various glass containers, for example, glass bottles G, and a box body B for storing the buffer body C.

The buffer body C is made of a single cardboard, and two storage spaces for the glass bottles G can be created inside by folding along the folding line that is pre-configured on the surface as shown in FIG.
In the present embodiment, the buffer body C has a height of 456 mm and a width of 807 mm, and the first buffer plate 1 and the sixth buffer plate 6 have a size of 252 mm and a width of 134 mm. However, the present invention is not limited to this size. It can be arbitrarily selected according to the size of G or the like.

The configuration of the buffer body C will be described.
In FIG. 2, a rectangular first buffer plate 1 is formed at the left end of the buffer body C. A rectangular upper lid 11 is connected to the upper end of the first buffer plate 1 via a fold line 13, and a fold line is formed at the lower end. A rectangular bottom lid 14 is provided continuously through 16.
A protrusion 17 is provided at the side end of the substantially central portion of the first buffer plate 1, and a part of the upper lid 11 and the bottom lid 14 are notched, so that the engaging portion 12 and the engaging portion 15 are respectively provided. Constitute.

A first connecting plate 19 is connected to the right side of the first buffer plate 1 via a fold line 18, and a second buffer plate 2 is connected to the first connecting plate 19 via a fold line 25.
A substantially triangular upper plate 21 is connected to the upper end of the second buffer plate 2 via a folding line 22, and a substantially triangular lower plate 23 is connected to the lower end of the second buffer plate 2 via a folding line 24.

  A second connection plate 29 is connected to the right side of the second buffer plate 2 via a broken line 26. A locking piece 27 is connected to the upper end of the second connecting plate 29 via a fold line 33, and a locking piece 28 is configured to a lower end via a fold line 34. The locking pieces 27, 28 are formed in a circular shape at the top, and are fitted into the engaging portion 12 of the upper lid 11 and the engaging portion 15 of the bottom lid 14.

  A third buffer plate 3 is connected to the right side of the second connecting plate 29 via a fold line 35, and a third connecting plate 39 is connected to the third buffer plate 3 via a fold line 36. The third connecting plate 39 is provided with an engagement hole 31 for engaging the protrusion 17 and the protrusion 67 described later.

A fourth buffer plate 4 is connected to the right side of the third connecting plate 3 via a broken line 45. A fourth connecting plate 49 is connected to the fourth buffer plate 4 via a fold line 46.
A locking piece 47 is connected to the upper end of the fourth connecting plate 49 via a folding line 43, and a locking piece 48 is formed at the lower end via a folding line 44. The locking pieces 47 and 48 are formed in a circular shape at the top, and have a shape that engages with an engaging portion 62 of the upper lid 61 and an engaging portion 65 of the bottom lid 64 which will be described later.

A fifth buffer plate 5 is connected to the right side of the fourth connecting body 49 via a fold line 55, and a fifth connection plate 59 is connected to the fifth buffer plate 5 via a fold line 56.
A substantially triangular upper plate 51 is connected to the upper end of the fifth buffer plate 5 via a folding line 52, and a substantially triangular lower plate 53 is connected to the lower end via a folding line 54.

A sixth buffer plate 6 is connected to the fifth connecting plate 59 via a fold line 68, and a rectangular upper lid 61 is connected to the upper end of the sixth buffer plate 6 via a fold line 63, and at the lower end. Is provided with a rectangular bottom lid 64 via a broken line 66.
A protrusion 67 is provided at the side end of the substantially central portion of the sixth buffer plate 6, and a part of the upper lid 61 and the bottom lid 64 is cut away to provide an engaging portion 62 and an engaging portion 65, respectively. Constitute.

A method for assembling the buffer body C configured as described above will be described.
First, in FIG. 2, the first buffer plate 1, the first connecting plate 19, the second buffer plate 2, the second connecting plate 29, and the third buffer plate 3 are moved along folding lines 18, 25, 26, 35, and 36, respectively. After folding, the protrusion 17 is inserted into the engagement hole 31 of the third connecting plate 39 to form a triangular cylinder.

Thereafter, the upper plate 21, the upper lid 11, and the locking piece 27 are sequentially folded inward along the folding lines 22, 13, and 33, and the locking piece 27 is engaged with the engaging portion 12.
Next, the lower plate 23, the lower lid 14, and the locking piece 28 are sequentially folded inward along the folding lines 24, 16, and 34, and the locking piece 28 is engaged with the engagement portion 15.

  Next, the sixth buffer plate 6, the fifth connecting plate 59, the fifth buffer plate 5, the fourth connecting plate 49, and the fourth buffer plate 4 are folded along the folding lines 68, 56, 55, 46, and 45, and the protrusions The portion 67 is inserted into the engagement hole 31 of the third connecting plate 39 to form a triangular cylinder.

  Thereafter, the upper plate 51, the upper lid 61, and the locking piece 47 are sequentially folded inward along the folding lines 52, 63, and 43, and the locking piece 47 is engaged with the engaging portion 62. Next, the lower plate 53, the lower lid 64, and the locking piece 48 are sequentially folded inward along the folding lines 54, 66, and 44, and the locking piece 48 is engaged with the engaging portion 65, so that the shock absorber shown in FIG. C is completed.

  When using the buffer body C assembled in this way, as shown in FIG. 1, the upper lid 11, the upper plate 21, the upper lid 61, and the upper plate 51 are opened, the glass bottle G is accommodated therein, and then the inside of the box B Store in.

In this storage state, as shown in FIGS. 4 to 6, the first buffer plate 1 and the sixth buffer plate 6 are in contact with each other, and the second connecting plate 19 perpendicular to the first buffer plate 1 is a box. It is in close contact with the side plate 81 of the body B. The second buffer plate 2 and the third buffer plate 3 have the same length, and the intermediate second connecting plate 29 is in close contact with the side plate 82. The third connecting plate 39 is also in close contact with the side plate 83.
In addition, the fifth connecting plate 59, the fourth buffer plate 4, the fifth buffer plate 5, and the fourth connecting plate 49 are configured in the same manner as described above, and thus the description thereof is omitted.

As a result, the buffer body C is stored in close contact with the box body B, and the glass bottle G is supported by the first buffer plate 1, the second buffer plate 2, and the third buffer plate 3 at three positions on the side surface. The first buffer plate 1 and the sixth buffer plate 6 are in contact with each other. Further, the upper surface of the glass bottle G is supported by the upper plate 21, the upper lid 11, and the locking piece 27, and the lower surface is supported by the lower plate 23, the lower lid 14, and the locking piece 28.
Since the glass bottle G is not in contact with the side plates 81, 82, 83, 84 of the box B in this way, no matter what direction the shock is applied to the box B, the shock is absorbed by the buffer C, The glass bottle G is not directly subjected to an impact and has no risk of breakage, and can be safely stored and transported. Moreover, even if the glass bottle G is laid down and transported, the same effect is obtained.

  Further, since the buffer body C is made of a single cardboard, it is easy to manufacture and is assembled by folding along the fold line, so that the assembly can be performed easily and quickly.

  FIG. 7 shows another embodiment of the buffer C. In this example, the engaging piece 12a of the upper lid 1 and the engaging piece 62a of the upper lid 6 are cut out in a substantially trapezoidal shape, and the locking piece 27a and the locking piece 47a are also configured to be engaged therewith. The same applies to the bottom lid 14 and the bottom lid 64.

  When the upper lid 85 and the bottom lid 86 of the box B have sufficient strength to support the glass bottle G, the upper lid 11, the upper plate 21, the locking piece 27, the bottom lid 14, the lower plate 23, the buffer C can be configured without attaching part or all of the locking piece 28 and the upper lid 61, the upper plate 51, the locking piece 47, the bottom lid 64, the lower plate 53, and the locking piece 48.

  Although the said embodiment is a case where one buffer C is stored in the box B and two glass bottles G are stored, if the box B is enlarged and two buffers C can be stored in close contact, the glass bottle G can be stored. 4 glass bottles G can be stored. Similarly, if 3 buffer bodies C can be stored, 6 glass bottles G can be stored. If 4 buffer bodies C can be stored, 8 glass bottles G can be stored. By changing the size of the box B in this way, the number of glass bottles G stored can be increased.

External perspective view of storage case and shock absorber Top view of the shock absorber Assembly front view of shock absorber Horizontal sectional view of the storage case with the glass bottle stored II sectional view of FIG. II-II line partly omitted cross-sectional view of FIG. Plane development of another embodiment of the buffer

Explanation of symbols

A storage case B box C buffer G glass bottle 1 first buffer plate 2 second buffer plate 3 third buffer plate 4 fourth buffer plate 5 fifth buffer plate 6 sixth buffer plate 11 upper lid 12 engaging portion 14 bottom lid 15 engaging portion 19 first connecting plate 27 locking piece 28 locking piece 29 second connecting plate 31 engaging hole 39 third connecting plate 47 locking piece 48 locking piece 49 fourth connecting plate 59 fifth connecting plate 61 Upper lid 62 engaging portion 64 bottom lid 65 engaging portion

Claims (3)

  After constructing a buffer body made of corrugated cardboard provided with continuous buffer plates for supporting the three side surfaces of the glass container, and assembling the buffer body and storing the glass container therein, the buffer body is closely attached to the inside of the box body. Storage case for stored glass containers.   The buffer plate is configured with a first buffer plate at one end, a second buffer plate is connected to the first buffer plate via a first connection plate, and a second connection plate is connected to the second buffer plate. A third buffer plate is connected, a fourth buffer plate is connected to the third buffer via a third connecting plate, and a fifth buffer plate is connected to the fourth buffer plate via a fourth connecting plate. The glass container storage case according to claim 1, wherein a sixth buffer plate is connected to the fifth buffer via a fifth connecting plate.   The buffer body is configured with a first buffer plate at one end, and an upper lid having an engaging portion is connected to the upper end of the first buffer plate, and a bottom cover having an engaging portion is connected to the lower end. A second buffer plate is connected to the first buffer plate via a first connecting plate, an upper plate is connected to the upper end of the second buffer plate, and a lower plate is connected to the lower end of the second buffer plate. The buffer plate is provided with a third buffer plate via a second connecting plate, and the upper and lower ends of the second connecting plate are engaged with the engaging portion of the upper lid and the engaging portion of the bottom lid. The fourth buffer plate is connected to the third buffer via a third connecting plate, and the fifth buffer plate is connected to the fourth buffer plate via the fourth connecting plate. The upper and lower ends of the fourth connecting plate are provided with engaging pieces that engage with the engaging portion of the upper lid and the engaging portion of the bottom lid, and the upper plate is connected to the upper end of the fifth buffer plate. A lower plate is provided at the lower end, and a fifth connecting plate is provided at the fifth buffer. A sixth buffer plate is connected to the upper end of the sixth buffer plate, and an upper cover having an engaging portion is connected to the upper end of the sixth buffer plate, and a bottom cover having an engaging portion is connected to the lower end of the sixth buffer plate. The storage case for a glass container according to claim 1.

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