JPH07816U - Bottle packaging box - Google Patents

Abstract

(57) [Abstract] [Purpose] To provide a bottle packaging box that can securely support a bottle body such as a bottle and absorb impact from the outside, and can be easily disposed of after use. . [Structure] Two middle frames 1 abutting against each other,
It comprises one upper pad 2 and one outer box 3. Middle frame 1
Each include a pair of hollow triangular prism-shaped side wall supporting portions that abut and support the body portion of the bottle body A such as a bottle, and a hollow lower supporting portion that supports the bottom portion of the bottle body A. The upper pad 2 is a hollow rectangular parallelepiped whose top and bottom surfaces are substantially square, and whose side surfaces are oblong rectangular, and has a through hole on the bottom surface for penetrating and supporting the top of the bottle A. The outer box 3 is a hollow rectangular parallelepiped whose top and bottom surfaces are substantially square and whose side surfaces are vertically long rectangles. The two inner frames 1 are stored with their lower support parts abutting on the bottom surface. The pad 2 is arranged between the middle frame 1 and the upper surface.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a packaging box for storing and transporting bottles such as one bottle.

[0002]

[Prior art]

 Generally, one shovel containing liquor or the like is packaged in a packaging box. In a conventional packaging box, a hole is formed in a flap continuously provided on the upper edge, and when a single bottle is stored in the box, the top of the bottle is penetrated through the hole for packaging.

However, since the one container in the above-mentioned packaging box is supported only by the flaps on its top, the supporting condition of the one container is considered, for example, when the packaging box is violently shaken during transportation. There was an inconvenience that could not be maintained.

Therefore, in recent years, particularly in the case of transportation, it is possible to prepare a packaging box having a supporting body formed of styrofoam inside and to store a container in the styrofoam support for transportation. It is being appreciated. As the styrofoam support, for example, a semicircular or chevron-shaped support whose side face fits one container is conceivable. The two supports form a circular or square shape to accommodate one container.

[0005] With this, even if the packaging box is violently shaken during transportation, the one bottle is reliably supported in the packaging box, and furthermore, the one bottle bottle is protected by the cushioning effect of the styrofoam, and the damage is prevented. be able to.

[0006]

[Problems to be solved by the device]

 However, since the support is a styrofoam molded product, it has the disadvantage that it cannot be carelessly disposed of as waste after being used for transportation or the like.

The present invention has been made in consideration of the above circumstances, and an object of the present invention is to reliably support a bottle body such as a shovel bottle and to absorb an impact from the outside. It is to provide a bottle packaging box that can be easily disposed of after use.

[0008]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the present invention comprises two middle frames abutting against each other, one upper pad, and one outer box, wherein the middle frame, the upper pad and the outer box are provided. The box is formed of a stepped ball, and each of the inner frames is a pair of hollow triangular prism-shaped side wall supporting portions for supporting the body portion of a bottle body such as a bottle in contact with the bottom portion of the bottle body. The upper pad is a hollow rectangular parallelepiped having a substantially square upper surface and bottom surface and a laterally elongated rectangular shape, and the upper pad is made to penetrate the top portion of the bottle body. The outer box is a hollow rectangular parallelepiped whose upper and lower sides have a substantially square shape and whose side surfaces have a vertically long rectangular shape. Two middle frames are housed by abutting the lower support portion on the bottom surface, and the upper pad is placed between the middle frame and the upper surface. In which was to be set.

Further, in the above-mentioned invention, a handle hole for inserting a finger is provided on a side surface of the outer box.

[0010]

[Action]

 In the bottle packaging box according to the present invention, the body of one container and the like is supported by the side wall supporting plate of each middle frame, the bottom part thereof is supported by contacting the lower supporting plate of each middle frame, and the top part of the one container bottle is penetrated by the upper pad. Since it is inserted into the hole and supported, it is possible to maintain a stable storage state. In addition, the hollow triangular column portion of the side wall support portion of the middle frame, the hollow portion of the lower support portion, and the hollow portion of the upper pad of the rectangular parallelepiped shape ensure the impact even if an external impact is applied during transportation. It is possible to prevent damage to the bottle and the like.

Further, since the middle frame, the upper pad, and the outer box are made of corrugated cardboard, they can be easily disposed of after use.

Further, by providing the handle hole on the side surface of the outer box, the handling of the bottle packaging box in the case of storing one bottle and the like becomes easy.

[0013]

【Example】

 An embodiment of a bottle packaging box according to the present invention will be described with reference to the drawings.

FIG. 1 is a perspective view showing an embodiment of a bottle packaging box according to the present invention. The bottle packaging box according to this embodiment has two middle frames 1, one upper pad 2 and one bottle. It consists of the outer box 3 of. As shown in the figure, the body of the bottle A contacts the middle frame 1 and the top (portion of the bottle) penetrates the hole of the upper pad 2. As a result, the bottle A is fixed and protected from an external impact.

FIG. 2 is a detailed perspective view of the middle frame 1 of FIG. The middle frame 1 includes a side wall support portion 101 that abuts and supports the side wall of the one bottle A, and a lower support portion 102 that abuts and supports the bottom portion of the one bottle A.

The above-mentioned middle frame 1 is formed by assembling from a state in which a corrugated cardboard is punched and molded, as shown in a developed state in FIG.

First, the configuration of the middle frame 1 in the expanded state will be described. As shown in FIG. 3, a pair of second side wall plates 104 are connected to the left and right edges of the rectangular first side wall plate 103 via fold lines a1. A pair of side wall support plates 105 are continuously provided at the leading edge of each second side wall plate 104 via each fold line b1. At the tip of each side wall support plate 105, there is provided an abutting part 106 of a predetermined width that abuts on the first side wall plate 103 and is bonded with glue or the like when assembled as described later. . In addition, 104a is a protrusion formed by cutting the cutting line 104b. A rectangular notch 113 is formed on the upper edge of the first side wall plate 103. This is a notch for forming a handle hole, which will be described later.

A lower wall plate 107 is connected to the lower edge of the first side wall plate 103 via a fold line c1. A lower connecting plate 108 is continuously provided on the leading edge of the lower wall plate 107 via a fold line d1, and a pair of first reinforcements are provided on the left and right edges of the lower connecting plate 108 via a fold line f1. Pieces 109 are arranged in series. A pair of second reinforcing pieces 110 are connected to the front edge of each first reinforcing piece 109 via a pair of fold lines g1 and h1, respectively. Between each pair of fold lines g1 and h1 between the first reinforcing piece 109 and the second reinforcing piece 110, there is a contact portion 106 of the side wall supporting plate 105 when assembled as described later. An abutting portion 111 having a predetermined width that abuts on the first side wall plate 103 is provided.

Further, a lower support plate 112 is connected to the leading edge of the lower connecting piece 108 via a fold line e1. The lower support plate 112 is provided with a protruding piece 112a to be inserted into the hole 105a of the side wall support plate 105.

The middle frame 1 of FIG. 2 can be formed by assembling the unfolded corrugated board formed as described above according to the following procedure.

First, as shown in FIG. 4A, the pair of second side wall plates 104 is bent at a right angle to the first side wall plate 103 through the fold line a1 to form the pair of second side wall plates 104. Face each other. Next, the pair of side wall support plates 105 are bent inward along the fold line b1, and the abutting portion 106 provided at the tip thereof is adhered and fixed to the inner surface of the first side wall plate 103. Thus, the first side wall plate 103, the second side wall plate 104, and the side wall support plate 105 form a pair of hollow triangular prisms that face each other in the left-right direction, and the pair of triangular prisms serve as the side wall support portions 101. It

Next, as shown in FIG. 4B, the lower wall plate 107 is bent at a right angle to the first side wall plate 103 through the fold line c1. Then, the first reinforcing piece 109 connected to the lower wall plate 107 via the lower connecting plate 108 is connected to the side wall supporting plate 105 via the fold line f1 so that the first reinforcing piece 109 has the same bending angle. The second reinforcing piece 110 is bent inward, and while the contact portions 111 provided between the fold lines g1 and h1 are horizontal with respect to the lower connecting plate 108, the second reinforcing piece 110 is inserted through the fold lines g1 and h1. And bend toward the lower connecting plate 108.

Thereafter, as shown in FIG. 4C, the lower connecting plate 108 is bent inward at a right angle to the lower wall plate 107 through the fold line d1, and the lower support plate 112 is further bent through the fold line e1. And fold inward so that it is horizontal with the lower wall plate 107. Then, the protruding piece 112a of the lower support plate 112 is inserted into the hole 105a of the side wall support plate 105 to fix the lower support portion 102 to the side wall support portion 101.

FIG. 5 is a perspective view showing the upper pad 2 of FIG. 1 in detail. The upper pad 2 is composed of lid plates 201 to 204 constituting a four-layer upper lid, and a bottom plate 205 having a hole 205a through which the top of one bottle passes.

The upper pad 2 is formed by punching out a corrugated cardboard and assembling it from a molded state, as shown in a developed state in FIG.

First, the configuration of the upper pad 2 in the expanded state will be described. As shown in FIG. 6, a first lid plate 201 is continuously provided below the square bottom plate 205 via a fold line a2, and an upper second lid plate 202 is provided above the left bottom plate 205 via a fold line e2. A third lid plate 203 is connected to the right side through a fold line i2, and a fourth lid plate 204 is connected to the right side via a fold line 12.

In the cover plate 201, a first side wall plate 206 is continuously provided outside a fold line a2 that is a boundary with the bottom plate 205, and on the outside thereof, a first upper plate is provided via fold lines b2 and c2. A first tongue plate 207 and a pair of first ear plates 209 are continuously provided via a fold line d2. The upper plate 207 is formed with holes 207a to 207c.

Further, in the cover plate 202, a second side wall plate 210 is continuously provided outside the fold line e2 which is a boundary with the bottom plate 205, and on the outside thereof, a second side wall plate 210 is provided via fold lines f2 and g2. An upper plate 211 and a second tongue-shaped plate 212 are connected in series, and holes 211a and 211b are formed in the upper plate 211.

Further, in the cover plate 203, a third side wall plate 214 is continuously provided outside the fold line i2 which is a boundary with the bottom plate 205, and outside the fold line i2, a third side wall plate 214 is provided through the fold lines j2 and k2. An upper plate 215 and a third tongue-shaped plate 216 are connected in series, and a hole 215a is formed in the upper plate 215. In addition, 216a is a cutting line of the tongue-shaped plate 216, which is a line already cut.

Further, in the cover plate 204, a fourth side wall plate 217 is provided continuously outside the fold line 12 that is a boundary with the bottom plate 205, and outside the fold line l2, a fourth side wall plate 217 is provided through the fold lines m2 and n2. An upper plate 218 and a fourth tongue-shaped plate 219 are connected in series. 219a is a cutting line of the tongue-shaped plate 219, which is a line already cut.

The upper pad 2 in FIG. 5 can be formed by assembling the developed corrugated board formed as described above according to the following procedure.

First, as shown in FIG. 7A, the side wall plate 206 of the first lid plate 201 is bent at a right angle to the bottom plate 205 through the fold line a2, and then the fold lines c2 and b2 are bent. Thus, the first tongue plate 208 abuts the bottom plate 205 at a right angle, and the first upper plate 207 covers the bottom plate 205. Next, the two first ear plates 209 connected to the side wall plate 206 are bent at a right angle to the side wall plate 206 through the fold line d2.

Next, the side wall plate 210 of the second lid plate 202 is bent at a right angle to the bottom plate 205 via the fold line e2, and then the fold lines g2 and f2 are bent to make the second tongue plate 2 12 Is inserted into the hole 207a of the first lid plate 201 so that the second upper plate 211 covers the first upper plate 207. Next, the two second ear plates 213 connected to the side wall plate 210 are bent at a right angle to the side wall plate 210 through the fold line h2.

Next, as shown in FIG. 7B, the side wall plate 214 of the third cover plate 203 is bent at a right angle to the bottom plate 205 through the fold line i2, and then the fold lines k2 and j2 are folded. The third tongue plate 216 is bent and inserted into the hole 211a of the second cover plate 202 and the hole 207b of the first cover plate 201, and the third upper plate 215 covers the second upper plate 211. To do

Next, as shown in FIG. 7C, the side wall plate 217 of the fourth cover plate 204 is bent at a right angle to the bottom plate 205 through the fold line 12, and then the fold lines n2 and m2 are folded. Then, the fourth tongue plate 219 is inserted into the hole 215a of the third cover plate 203, the hole 211b of the second cover plate 202 and the hole 207c of the first cover plate 201, and the fourth upper plate 219 is inserted. The face plate 218 covers the third top plate 215.

In this way, the upper pad 2 shown in FIG. 5 is formed. The circular notches 220a and 220b in FIG. 5 are for facilitating removal of the upper pad 2 housed in the outer box 3 described later from the outer box 3 (see FIG. 1).

8 and 9 are a perspective view and a bottom view showing the outer box 3 of FIG. 1 in detail. The outer box 3 includes first to fourth side wall portions 301 to 304 and a contact portion 317.

The outer box 3 is formed by punching out cardboard and assembling it from a molded state, as shown in a developed state in FIG. FIG. 10 is a development view of the outer box 3 as seen from the outside.

The configuration of the outer box 3 in the unfolded state will be described. As shown in FIG. 10, the second side wall plate 308 of the second side wall part 302 is connected to the left edge of the first side wall plate 305 of the first side wall part 301 via the fold line a3. The left side edge of the second side wall plate 308 is a third side wall plate 312 of the third side wall portion 303 via a fold line b3, and the left side edge of the third side wall plate 312 is a fourth side line via a fold line c3. The contact portion 317 is connected to the fourth side wall plate 315 of the side wall portion 304 and the left edge of the fourth side wall plate 315 via a fold line d3.

Further, the first and third upper cover plates 306 and 313 are continuously provided on the upper edges of the first and third side wall plates 305 and 312 through fold lines e3 and j3, respectively. First and third bottom cover plates 307 and 314 are connected to the edge via fold lines f3 and k3. The first and third side wall plates 305, 312 are provided with cut lines 305a, 312a and fold lines 305b, 312b that have already been cut. The cut lines 305a, 312a allow the handle covers 305c, 312c and the handle to be cut. Holes 305d and 312d are formed.

Further, a second upper cover plate 309 is continuously provided on the upper edge of the second side wall plate 308 via a fold line g3, and a fold line h3 is formed on the lower edge of the second side wall plate 308. A second bottom cover plate 310 is continuously provided via the tongue-shaped plate 311 at the upper edge of the second cover plate 309 via a fold line i3.

Further, a fourth bottom cover plate 316 is continuously provided on the lower edge of the fourth side wall plate 315 via a fold line l.

The inclination angle θ of each of the first to fourth bottom cover plates 307, 310, 314, 316 is 45 degrees, for example.

The procedure for assembling the corrugated cardboard in the unfolded state formed as described above is as follows. First, the second side wall plate 308 is bent inward at a right angle to the first side wall plate 305 through the crease line a3 (downward in the direction perpendicular to the paper surface in FIG. 10), and then the third side wall plate 312 is folded. The second side wall plate 308 is bent inward at a right angle to the second side wall plate 308 through the line b3, and the fourth side wall plate 315 is bent inward at a right angle to the third side wall plate 312 through the fold line c3. Then, the contact portion 317 is bent inward at a right angle to the fourth side wall plate 315 through the fold line d3, and the contact portion 317 is bonded to the back side of the right edge of the first side wall plate 305.

Next, the first and third upper cover plates 306 and 313 are bent inward at right angles to the first and third side wall plates 305 and 312 through the fold lines e3 and j3, and the tongue-shaped plate 311 is formed. It is bent inward at a right angle to the second upper cover plate 309 through the fold line i3. Next, the second upper cover plate 309 is bent inward at a right angle to the second side wall plate 308 through the fold line g3, and the tongue-shaped plate is formed into the gap formed by the upper cover plates 306 and 313 and the side wall plate 315. 311 is inserted.

In this way, the outer box shown in FIG. 8 is formed. The circular notch 315a in FIG. 8 is for allowing the hand to contact the tongue-shaped plate 311 when the second upper cover plate 309 is opened, which makes it easier to open the upper cover plate 309. In addition, the circular notches 306a and 313a in FIG. 8 are provided to facilitate opening of the first and third upper cover plates 306 and 313.

Next, the bottom cover plates 307, 310, 314, and 316 are assembled so as to be inserted into each other as shown in FIG. For example, in the case of the first bottom cover plate 307, the bottom cover plate 307 is assembled so as to fit inside the fourth bottom cover plate 316 (the lower side perpendicular to the paper surface in the figure).

As shown in FIG. 1, the body part of the one bottle A is made up of the middle frames 1 by the two middle frames 1, the upper pad 2 and the outer box 3 assembled as described above. Is supported by being abutted on the side wall support plate 105 (see FIG. 2) of the container A, the bottom portion of each container A is supported by contacting a lower support plate 112 (see FIG. 2) of each middle frame 1, and the top portion of the container A is upper. Since the pad 2 is inserted into and supported by the hole 205a (see FIG. 5), a stable storage state can be maintained. Moreover, the hollow triangular prism formed by the first side wall plate 103, the second side wall plate 104, and the side wall support plate 105 of the middle frame 1 and the lower wall plate 107, the lower connecting plate 108, the lower supporting plate 112, and the reinforcing pieces 109, 111. By the hollow portion formed by the above and the hollow portion of the upper pad 2, even if an impact is applied from the outside during transportation or the like, the impact can be reliably absorbed and damage to the container A can be prevented. it can.

Further, since the inner frame 1, the upper pad 2, and the outer box 3 are made of cardboard, they can be easily disposed of after use.

Further, in the present embodiment, the notch 113 (see FIG. 2) is provided in the middle frame 1 so that the handle holes 305d and 312d (see FIG. 8) can be formed. This has the effect of facilitating the handling of the bottle packaging box when stored.

In the above embodiment, the case of one container was described, but the present invention is not limited to this, and can be applied to various bottles such as wine bottles and whiskey bottles.

[0052]

[Effect of device]

 As described in detail above, according to the present invention, the body portion of a bottle and the like is supported by the side wall support plates of each middle frame, the bottom portion thereof is supported by contacting the lower support plate of each middle frame, and the top portion of the bottle is Since it is inserted and supported in the through hole of the upper pad, a stable storage state can be maintained. In addition, the hollow triangular column of the side wall support part of the middle frame, the hollow part of the lower support part, and the hollow part of the upper pad of the rectangular parallelepiped shape ensure that even if an external shock is applied during transportation, etc. It is possible to prevent the bottle from being damaged.

Further, since the inner frame, the upper pad and the outer box are made of corrugated cardboard, they can be easily disposed of after use.

Further, by providing the handle hole on the side surface of the outer box, the bottle packaging box can be easily handled when a single bottle or the like is stored.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of a bottle packaging box according to the present invention.

FIG. 2 is a perspective view showing an inner frame which constitutes the embodiment of FIG.

FIG. 3 is a development view of a middle frame of FIG.

FIG. 4 is an explanatory diagram showing a procedure for assembling the inner frame of FIG.

5 is a perspective view showing an upper pad which constitutes the embodiment of FIG. 1. FIG.

FIG. 6 is a development view of the upper pad of FIG.

FIG. 7 is an explanatory diagram showing a procedure for assembling the upper pad of FIG.

FIG. 8 is a perspective view showing an outer box constituting the embodiment of FIG.

9 is a bottom view showing the bottom surface of the outer box of FIG.

FIG. 10 is a development view of the outer box of FIG.

[Explanation of symbols]

 1 Middle frame 2 Upper pad 3 Outer box 301, 302, 303, 304 Side wall plate A One bottle

Claims (2)

[Scope of utility model registration request] 1. A center frame, an upper pad, and an outer box, which are formed of corrugated cardboard, and each of which has two inner frames facing each other and abutting each other, one upper pad, and one outer box. Each of the inner frames is provided with a pair of hollow triangular column-shaped side wall supporting portions that abut and support a body portion of a bottle body such as one container, and a hollow lower supporting portion that supports a bottom portion of the bottle body. The upper pad has a substantially square top and bottom shape,
The shape of the side surface is a hollow rectangular parallelepiped having a horizontally long rectangular shape, and has a through hole in the bottom surface that penetrates and supports the top of the bottle body, and the outer box has a substantially square shape in the top surface and the bottom surface. It is a hollow rectangular parallelepiped whose shape is a vertically long rectangle, and accommodates the two middle frames that are opposed to each other and abutted against each other by abutting the lower support portion on the bottom surface and the upper pad between the middle frame and the upper surface. A bottle packaging box, characterized in that it is arranged between. 2. The bottle packaging box according to claim 1, wherein the outer box is provided with a handle hole for inserting a finger on a side surface.