JP2005153952A - Packaging container - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a box member for outer packaging capable of packing without using a cushioning medium or capable of easily taking out contents when unpacking. <P>SOLUTION: A packaging container 30 is used, which includes a bottom face, a pair of longitudinal faces 31, a pair of vertical flaps 34 connecting with the longitudinal faces, a pair of breadthwise faces 32, a pair of lateral flaps 35 connecting with the breadthwise faces, a vertical band 36 and a lateral band 37 fixed between the opposite flaps, and a lift-up band 39. An object 80 to be stored is mounted on the vertical band 36 and the lift-up band 39, and while the leading edge of the lift-up band 39 is engaged with the vertical flaps 34 and 34', both vertical and lateral flaps are closed. In conjunction with the operation of closing the vertical and lateral flaps, the object 80 is held in a suspended manner. Further, in conjunction with the operation of opening the vertical flap 34 engaging with the lift-up band 39, the object 80 is raised by the lift-up band. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a packaging container for outer packing.

  Conventionally, in the packaging of electronic devices such as personal computers, displays, printers, copiers and the like and their accessory parts, foamed plastic molded products have been used as cushioning materials for protecting the packed devices from impacts. ing. However, the cushioning material is no longer necessary after unpacking, and there is a problem that it takes time and money to dispose of it, and the foamed plastic molded product is disposed of by incineration or landfill, which places a burden on the environment. There is also a problem. On the other hand, in recent years, a cushioning material based on corrugated cardboard has been proposed in place of foamed plastic (Patent Document 1). However, the cushioning effect of such a cushioning material is significantly reduced due to the occurrence of distortion once. There is a limit to fully exhibit the buffer performance.

By the way, with respect to relatively small devices such as electronic device accessory parts (for example, paper cassettes for copying machines) and printers, packaging containers (exterior) for packing them, and items contained in the devices ( In many cases, there is not enough space between the interior (inner packing). In this case, there is a problem in that extra time and time are required for unpacking work because the inside of the packaging container is out of reach and the packaging container must be disassembled and destroyed to take out the contents. .
JP 7-76371 A

  SUMMARY OF THE INVENTION An object of the present invention is to provide an exterior packaging container that can be packed without using a cushioning material or can be easily taken out when unpacked.

The first packaging container according to the present invention for solving the above problems is
It consists of a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces. And
It is fixed to a vertical flap that is connected to one length surface, passes through a through hole provided in the one length surface from the outer peripheral surface side of the packaging container, and is packaged from a through hole provided in the other length surface. A vertical band that is fixed to a vertical flap that extends to the outer peripheral surface side of the container and is connected to the other length surface;
It is fixed to a lateral flap that is connected to one width surface, passes through the through hole provided in the one width surface from the outer peripheral surface side of the packaging container, and passes from the through hole provided in the other width surface to the outer peripheral surface side of the packaging container. And a lateral band fixed to a lateral flap that is connected to the other width surface,
When the vertical flap and the horizontal flap are closed, the contents placed in the packaging container are sandwiched by the vertical band and the horizontal band from both the top surface side and the bottom surface side in a suspended manner in conjunction with the operation. It is retained.

  In the first packaging container according to the present invention, a vertical band is provided between a pair of vertical flaps connected to the length surface of the box forming the packaging container, and a pair of horizontal flaps connected to the width surface. There is a horizontal band. These bands come into contact with the contents arranged in the packaging container from either the top surface side or the bottom surface side, and the vertical flaps and the horizontal flaps can be adjusted by adjusting their lengths appropriately. When closed, the band can be set to be pulled from the inside of the packaging container to the outside through the through hole. That is, in conjunction with the operation of closing the flap, the container is sandwiched between the vertical band and the horizontal band from both the top surface side and the bottom surface side, and the container is held suspended in the packaging container. be able to.

Therefore, according to the 1st packaging container which concerns on this invention, the impact concerning a contained thing can be reduced significantly, and even if it does not use a shock absorbing material, the buffering effect to a contained thing can be exhibited.
The second packaging container according to the present invention for solving the above problems is
It consists of a box having a bottom surface, a pair of length surfaces, a pair of width surfaces, and a pair of flaps respectively connected to any one of the length surfaces and the width surfaces facing each other. ,
A lift-up band is installed between the pair of flaps,
When the pair of flaps are opened, the contents arranged in the packaging container are lifted by the lift-up band in conjunction with the operation.

  In the second packaging container according to the present invention, a lift-up band is fixed to a pair of opposing flaps of a box forming the packaging container, and spanned inside the packaging container. The lift-up band comes into contact with the contents disposed in the packaging container from the bottom surface side, and the length is adjusted appropriately so that the contents are packaged when the pair of flaps are opened. It can be set to pull to the top side of the container. That is, the contents can be lifted in conjunction with the operation of opening the pair of flaps.

Therefore, according to the second packaging container of the present invention, even if the gap between the package and the packaging container is narrow, the package can be easily taken out from the packaging container, Unpacking work can be done without any extra effort such as destruction.
The 3rd packaging container concerning the present invention for solving the above-mentioned subject is,
It consists of a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces. And
It is fixed to a vertical flap that is connected to one length surface, passes through a through hole provided in the one length surface from the outer peripheral surface side of the packaging container, and is packaged from a through hole provided in the other length surface. A vertical band that is fixed to a vertical flap that extends to the outer peripheral surface side of the container and is connected to the other length surface;
It is fixed to a lateral flap that is connected to one width surface, passes through the through hole provided in the one width surface from the outer peripheral surface side of the packaging container, and passes from the through hole provided in the other width surface to the outer peripheral surface side of the packaging container. And a lateral band fixed to a lateral flap connected to the other width surface,
A lift-up band formed between the pair of flaps and engaged with the tips of the pair of flaps when either the pair of vertical flaps or the pair of horizontal flaps is closed,
When the vertical flap and the horizontal flap are closed, the contents placed in the packaging container are sandwiched by the vertical band and the horizontal band from both the top surface side and the bottom surface side in a suspended manner in conjunction with the operation. When the pair of flaps that are held and engage with the lift-up band are opened, the contents are lifted by the lift-up band in conjunction with the operation.

  In the third packaging container according to the present invention, a vertical band is provided between a pair of vertical flaps that are connected to the length surface of the box forming the packaging container, and a pair of horizontal flaps that are connected to the width surface. There is a horizontal band. As in the case of the first packaging container described above, these bands are in contact with the contents arranged in the packaging container from either the top surface side or the bottom surface side, and the length thereof is By adjusting appropriately, when a vertical flap and a horizontal flap are closed, it can set so that a band may be pulled from the inside of a packaging container to the exterior side through a through-hole. That is, in conjunction with the operation of closing the flap, the container is sandwiched between the vertical band and the horizontal band from both the top surface side and the bottom surface side, and the container is held suspended in the packaging container. be able to.

Therefore, according to the 3rd packaging container which concerns on this invention, the impact concerning a contained thing can be reduced significantly, and even if it does not use a shock absorbing material, the buffering effect to a contained thing can be exhibited.
Furthermore, in the third packaging container according to the present invention, when either one of the pair of vertical flaps and the pair of horizontal flaps is closed, the lift-up band is disposed so as to engage with the tips of the pair of flaps. ing. This lift-up band is installed inside the packaging container and spans between the pair of flaps, and comes into contact with the contents placed in the packaging container from the bottom surface side, and the length thereof is appropriately adjusted. Thus, when the pair of flaps is opened, the contents can be set to be pulled toward the top surface side of the packaging container. That is, the contents can be lifted in conjunction with the operation of opening the pair of flaps.

Therefore, according to the third packaging container of the present invention, even if the gap between the container and the packaging container is narrow, the container can be easily taken out from the packaging container, Unpacking work can be done without any extra effort such as destruction.
In the present invention, the “operation to open the flap” means that a pair of opposed flaps overlap or abut each other (overlapping) and close the top surface of the box forming the packaging container, The operation of opening the top surface of the packaging container by unraveling this overlap. On the other hand, the “operation for closing the flap” refers to an operation for closing or abutting a pair of opposing flaps to close the top surface of the box forming the packaging container. The “length plane” means a plane surrounded by the length and depth of the box, and the “width plane” means a plane surrounded by the width and depth of the box (Japanese Industrial Standards JIS Z 0104). reference).

  In the present invention, the forming material of the packaging container is not particularly limited, and may be appropriately selected according to the weight of the contents. Specific examples of the forming material of the packaging container include paper, such as cardboard, wood, plastic, metal and the like. In the packaging container of the present invention, since the process of hanging or lifting the contents is executed according to the flap opening / closing operation, the strength of the flap needs to be able to withstand such a process. Therefore, a packaging container forming material may be selected from such a viewpoint. Corrugated cardboard can be used as a packaging container forming material in applications where relatively small and light-weight electronic devices and their accessory parts are packed.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
[First packaging container]
One Embodiment of the 1st packaging container which concerns on this invention is shown in FIGS. FIG. 1 is a perspective view showing a state in which the contents 80 are arranged in the packaging container 10 and the vertical flaps 14 and 14 ′ and the horizontal flaps 15 and 15 ′ are not closed (opened), that is, before packing. FIG. In this state, FIG. 2 is a partial cutaway view seen from the width surface (right side) 12 side of the packaging container 10, and FIG. 4 is a partial cutaway view seen from the length surface (front side) 11 side of the packaging container 10. Each is shown. 3 and 5 are views showing a state in which the vertical flaps 14 and 14 'and the horizontal flaps 15 and 15' are closed, that is, a state after packing. FIG. 3 is a partial cutaway view seen from the width surface 12 side. FIG. 5 is a partial cutaway view seen from the length surface 11 side. 6A is a perspective view showing an engagement state between the vertical band 16 and the horizontal band 17 and a box body (interior box) 80 which is a container, and FIG. 6B is a container. FIG.

  The packaging container 10 includes a bottom surface 13, a pair of long surfaces 11, 11 ′, a pair of vertical flaps 14, 14 ′ that are connected to the length surface, and a vertical structure that is spanned between the pair of vertical flaps. A band 16, a pair of width surfaces 12, 12 ', a pair of lateral flaps 15, 15' connected to the width surface, and a lateral band 17 constructed between the pair of lateral flaps, A container 80 is disposed in the interior.

  In this packaging container 10, a total of two vertical bands 16 are fixed to a vertical flap 14 provided continuously to the length surface 11 by fixing means 16 a, which are respectively long from the outer peripheral surface side of the packaging container 10. The other length surface passes through the through hole 18a provided on the side surface 11 and further passes through the through hole (not shown) provided on the other length surface 11 'to the outer peripheral surface side of the packaging container 10. It is fixed to a vertical flap 14 'connected to 11'. Further, the vertical band 16 is set so as to pass through the insertion hole 84 a provided in the side surface 83 of the accommodation (inner box) 80. Therefore, the vertical band 16 is in contact with the accommodation 80 from the bottom surface 82 side (see FIGS. 2, 3 and 6A).

  The entire length of the vertical band 16 is such that the vertical flaps 14 and 14 ′ are open and the container 80 is placed on the bottom surface 13 of the packaging container 10 (see FIG. 2). 14 and is adjusted so that the other end can be fixed on the other vertical flap 14 'via the through hole 18a, the bottom surface 82 portion of the accommodation (inner box) 80 and the other through hole. The Thereby, the vertical band 16 is pulled in conjunction with the operation of closing the pair of vertical flaps 14 and 14 ′, and the stored item 80 can be lifted inside the packaging container 10 (see FIG. 3).

The vertical band 16 is not necessarily required to be designed so as to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84a. If the engagement with the container 80 is not easily released, it may simply be brought into contact with the bottom surface side of the container.
A lateral band 17 is fixed to a lateral flap 15 provided continuously with the width surface 12 of the packaging container 10 by a fixing means 17 a, and the lateral band 17 penetrates the width surface 12 from the outer peripheral surface side of the packaging container 10. Passing through the hole 18b, through a through-hole (not shown) provided in the other width surface 12 'to the outer peripheral surface side of the packaging container 10, and fixed to a lateral flap 15' continuously provided on the other width surface 12 '. Has been. Further, the lateral band 17 is set so as to pass through the insertion hole 84 b provided in the side surface 83 of the stored item (interior box) 80. Therefore, the lateral band 17 is in contact with the container 80 from the top surface 81 side (see FIGS. 4, 5 and 6A).

  The entire length of the lateral band 17 is such that the lateral flaps 15 and 15 'are open and the container 80 is placed on the bottom surface 13 of the packaging container 10 (see FIG. 4), and one end of the lateral band 17 is used as one lateral flap. 15 and is adjusted so that the other end can be fixed on the other lateral flap 15 'via the through hole 18b, the top surface 81 portion of the accommodation (inner box) 80, and the other through hole. Is done. Here, when the pair of horizontal flaps 15 and 15 ′ are closed, the object 80 is lifted by the vertical band 16 in conjunction with the operation. At that time, the horizontal band 17 removes the suspended object 80 from its top. An effect of suppressing the movement of the suspended object 80 by pressing from the surface 81 side is shown (see FIG. 5).

It is not an essential requirement for the lateral band 17 to be designed to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84b. If the engagement with the accommodation 80 is not easily released, it may simply be brought into contact with the top surface of the accommodation.
In the embodiment shown in FIGS. 1 to 5, the contact from the bottom surface side of the stored item is realized only by the vertical band 16, and the contact from the top surface side of the stored item is realized only by the horizontal band 17. . However, the first packaging container according to the present invention is not limited to this. For example, the functions of the vertical band and the horizontal band may be interchanged, or one of the bands (the interior box) can be replaced. Both contact from the top surface side and contact from the bottom surface side may be realized.

Based on the first packaging container according to the present invention, it is possible to provide a suspended packaging method for packaging an item without using a cushioning material.
That is, such packing method is
A packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces A method for packing the contents,
A vertical band is fixed to a vertical flap continuously provided on one length surface, and this vertical band is passed from the outer peripheral surface side of the outer packaging box to a through-hole provided on the one length surface, and the other length Pass through the outer surface of the outer box from the through hole provided in the saddle surface, and fix it to the vertical flap that is connected to the other length surface,
A lateral band is fixed to a lateral flap continuously provided on one width surface, and this lateral band is passed from the outer peripheral surface side of the outer packaging box to a through hole provided on the one width surface, and further provided on the other width surface. Pass it from the through hole to the outer peripheral surface side of the outer box, and fix it to the lateral flap connected to the other width surface,
Then, the container is placed on one of the vertical band and the horizontal band, the other band is brought into contact with the top side of the container, and the total length of the vertical band and the horizontal band is The vertical flaps and the horizontal flaps are closed after the vertical flaps and the horizontal flaps are closed so that the container is adjusted so as to be sandwiched from both the top and bottom surfaces.

  According to the above packing method, the stored item can be lifted in conjunction with the operation of closing the vertical flap and the horizontal flap, and the stored item can be held suspended in the packaging container. In addition, when the container is lifted, not only the container can be pulled from the bottom surface side but also the top surface side can be pressed, so that the holding position of the container can be prevented from moving in the packaging container. . In particular, it is possible to efficiently suppress the movement of the holding position of the contained item in the packaging container by making the band contacting from the top side of the stored item and the band contacting from the bottom side orthogonal to each other.

[Second packaging container]
One embodiment of the second packaging container according to the present invention is shown in FIGS. FIG. 7 is a perspective view showing a state in which the flaps 24, 24 ′, 25, 25 ′ are opened, that is, a state after unpacking, of the packaging container 20 for packing the contents 80. FIG. 9 shows a partial cutaway view when viewed from the width surface (right side surface) 22 side of the packaging container 20 in this state. FIG. 8 is a partial cutaway view of the state in which the flaps 24, 24 ′, 25, 25 ′ are closed, that is, the state before unpacking (when packing), as viewed from the width surface 22 side.

The packaging container 20 includes a bottom surface 23, a pair of long surfaces 21, 21 ', a pair of width surfaces 22, 22', a pair of flaps 24, 24 'connected to the length surface, and a continuous surface to the width surface. A pair of flaps 25, 25 ′ to be provided and a lift-up band 26 are provided, and an object 80 is disposed therein.
In this packaging container 20, a total of two lift-up bands 26 are fixed to a flap 24 provided continuously with the length surface 21 by fixing means 26 a. The lift-up band 26 passes from the flap 24 connected to one length surface 21 through the inner peripheral surface side of the packaging container 20 and the bottom surface 81 side of the stored item (inner box) 80, and the other length surface. It is fixed on a flap 24 'provided continuously to 21'. The lift-up band 26 is set so as to pass through the insertion hole 84 a provided in the side surface 83 of the stored item (inner box) 80. Therefore, the lift-up band 26 is in contact with the container 80 from the bottom surface 82 side (see FIGS. 8 and 9).

  The full length of the lift-up band 26 is such that when one end of the lift-up band 26 is fixed to one flap 24 and the other end is fixed on the other flap 24 ', the pair of flaps 24, 24' is opened. The accommodation 80 placed on the upband 26 is suspended so that a part thereof is exposed to the upper part of the packaging container 20 (see FIG. 9). Thereby, in conjunction with the operation of opening the pair of flaps 24, 24 ', the contents 80 can be automatically moved to the top surface side of the packaging container 20, and the take-out operation can be facilitated. become able to.

  Further, the total length of the lift-up band 26 is adjusted so that the stored item 80 placed on the lift-up band 26 is completely submerged in the packaging container 20 when the pair of flaps 24, 24 'are closed. (See FIG. 8). Depending on the degree to which the overall length of the lift-up band 26 is adjusted, when the pair of flaps 24, 24 ′ are closed (packaging), the contents 80 can be held in a suspended state in the packaging container 20. (See FIG. 8).

It is not essential that the lift-up band 26 is designed to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84a. If the engagement with the container 80 is not easily released, it may simply be brought into contact with the bottom surface side of the container.
Based on the 2nd packaging container which concerns on this invention, the packing method which makes the taking-out operation of a contained thing easy can be provided.

That is, such packing method is
Accommodated in a packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of width surfaces, and a pair of flaps respectively connected to either of the length surfaces and a pair of opposing surfaces. A method of packing things,
A lift-up band is fixed between the pair of flaps, and an object is placed on the lift-up band, and when the pair of flaps are opened, the object is stored in the packaging container. The pair of flaps are closed after being adjusted so as to be lifted to the top surface side.

According to the above packing method, the stored item can be lifted to the top surface side of the packaging container in conjunction with the operation of opening the pair of flaps to which the lift-up band is fixed. Can be.
[Third packaging container]
One Embodiment of the 3rd packaging container which concerns on this invention is shown in FIGS. FIG. 10 is a perspective view showing a state in which the contents 80 are arranged in the packaging container 30 and the vertical flaps 34 and 34 ′ and the horizontal flaps 35 and 35 ′ are not closed (opened), that is, before packaging. FIG. In this state, FIG. 11 shows a partial cutaway view seen from the width surface (right side) 32 side of the packaging container 30, and FIG. 15 shows a partial cutaway view seen from the length surface (front side) 31 side of the packaging container 30. Each is shown. FIG. 12 shows a state where the vertical flaps 34 and 34 ′ are to be closed from the state of FIG. 11. FIG. 13 shows that the vertical flaps 34 and 34 ′ are engaged with the vertical band 36 and the lift-up band 39. The closed state, that is, the state after packing. 12 and 13 are partial cutaway views as seen from the width surface 32. FIG. FIG. 16 is a partial cutaway view when the packed state is viewed from the length surface 31. FIG. 14 is a partial cutaway view of the packed packaging container 30 (see FIG. 13), as viewed from the width surface 32, with the vertical flaps 34, 34 ′ opened (the state after unpacking).

  The packaging container 30 includes a bottom surface 33, a pair of long surfaces 31, 31 ', a pair of vertical flaps 34, 34' connected to the length surface, and a vertical bridge formed between the pair of vertical flaps. A band 36, a pair of width surfaces 32, 32 ′, a pair of lateral flaps 35, 35 ′ connected to the width surface, a lateral band 37 constructed between the pair of lateral flaps, and a lift-up band 39, , And the accommodated item 80 is disposed therein.

  In the packaging container 30, two vertical bands 36 are fixed to the vertical flap 34 connected to the length surface 31 by fixing means 36 a, which are respectively long from the outer peripheral surface side of the packaging container 30. The other length surface passes through the through hole 38a provided on the side surface 31 and further passes through the through hole (not shown) provided on the other length surface 31 'to the outer peripheral surface side of the packaging container 30. It is fixed to a vertical flap 34 'provided continuously to 31'. Further, the vertical band 36 is set so as to pass through the insertion hole 84 a provided in the side surface 83 of the stored item (interior box) 80. Therefore, the vertical band 36 is in contact with the container 80 from the bottom surface 82 side (see FIGS. 11 to 14).

  The entire length of the vertical band 36 is such that the vertical flaps 34 and 34 ′ are open and the container 80 is placed on the bottom surface 33 of the packaging container 30 (see FIG. 11), and one end of the vertical band 36 is set as one vertical flap. 34 and is adjusted so that the other end can be fixed on the other vertical flap 34 ′ via the through hole 38 a, the bottom surface 82 portion of the accommodation (inner box) 80, and the other through hole. The Thereby, the vertical band 36 is pulled in conjunction with the operation of closing the pair of vertical flaps 34 and 34 ′, and the stored item 80 can be lifted inside the packaging container 30 (see FIG. 13).

It is not an essential requirement for the vertical band 36 to be designed to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84a. If the engagement with the container 80 is not easily released, it may simply be brought into contact with the bottom surface side of the container.
A lateral band 37 is fixed to a lateral flap 35 continuously provided on the width surface 32 of the packaging container 30 by a fixing means 37 a, and the lateral band 37 penetrates the width surface 32 from the outer peripheral surface side of the packaging container 30. Passing through the hole 38b and passing through a through hole (not shown) provided in the other width surface 32 'to the outer peripheral surface side of the packaging container 30, it is fixed to a lateral flap 35' provided continuously with the other width surface 32 '. Has been. The lateral band 37 is set so as to pass through the insertion hole 84 b provided in the side surface 83 of the stored item (inner box) 80. Therefore, the lateral band 37 is in contact with the container 80 from the top surface 81 side (see FIGS. 15 and 16).

  The horizontal band 37 has an overall length such that the horizontal flaps 35, 35 'are open and the container 80 is placed on the bottom surface 33 of the packaging container 30 (see FIG. 15). 35, and the other end is adjusted so as to be fixed on the other lateral flap 35 'via the through hole 38b, the bottom surface 82 portion of the container (inner box) 80 and the other through hole. The Here, when the pair of horizontal flaps 35 and 35 'are closed, the accommodation 80 is lifted by the vertical band 36 in conjunction with the operation. At that time, the horizontal band 37 causes the suspended storage 80 to be lifted to the ceiling. An effect of suppressing the movement of the suspended object 80 by pressing from the surface 81 side is shown (see FIG. 16).

It is not an essential requirement for the lateral band 37 to be designed to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84b. If the engagement with the accommodation 80 is not easily released, it may simply be brought into contact with the top surface of the accommodation.
In the embodiment shown in FIGS. 10 to 16, the contact from the bottom surface side of the stored item is realized only by the vertical band 36, and the contact from the top surface side of the stored item is realized only by the horizontal band 37. . However, in the 3rd packaging container which concerns on this invention, it is not limited to this, For example, you may replace the effect | action of a vertical band and a horizontal band, or from the top | upper surface side of a thing by one band. Both the contact and the contact from the bottom side may be realized.

  Further, in the packaging container 30 described above, a total of two lift-up bands 39 are arranged on the vertical flap 34 provided continuously with the length surface 31. Each of the lift-up bands 39 is disposed so as to surround the outer peripheral surface of the container 80, and when closing the pair of vertical flaps 34, 34 ', a hook 39a provided at the tip of the lift-up band 39; The front ends of the vertical flaps 34 and 34 'are set to engage with each other (see FIGS. 12 and 13).

  The entire length of the lift-up band 39 is such that the hook 39a at the tip of the lift-up band 39 is engaged with the tips of the vertical flaps 34, 34 ', and once the vertical flaps 34, 34' are closed, the vertical flaps 34, 34 ' When 34 'is opened, the contents 80 placed on the lift-up band 39 are suspended so that a part thereof is exposed to the upper part of the packaging container 30 (see FIG. (See FIG. 14). Thereby, in conjunction with the operation of opening the pair of vertical flaps 34, 34 ', the contents 80 can be automatically moved to the top surface side of the packaging container 30, and the take-out operation can be facilitated. Will be able to.

  Further, the overall length of the lift-up band 39 is adjusted so that the stored item 80 placed on the lift-up band 39 completely sinks into the packaging container 30 when the pair of flaps 34, 34 ′ are closed. (See FIG. 13). Depending on the degree to which the overall length of the lift-up band 39 is adjusted, when the pair of vertical flaps 34 and 34 ′ are closed (packaging), the contents 80 may be held in a suspended state in the packaging container 30. Yes (see FIG. 13).

It is not essential that the lift-up band 36 is designed to pass through the inside of the accommodation (inner box) 80 through the insertion hole 84a. If the engagement with the container 80 is not easily released, it may simply be brought into contact with the bottom surface side of the container.
Based on the third packaging container according to the present invention, it is possible to provide a packing method that packs the contents without using a cushioning material and facilitates the operation of taking out the contents.

That is, such packing method is
A packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces A method for packing the contents,
A vertical band is fixed to a vertical flap continuously provided on one length surface, and this vertical band is passed from the outer peripheral surface side of the outer packaging box to a through-hole provided on the one length surface, and the other length Pass through the outer surface of the outer box from the through hole provided in the saddle surface, and fix it to the vertical flap that is connected to the other length surface,
A lateral band is fixed to a lateral flap continuously provided on one width surface, and this lateral band is passed from the outer peripheral surface side of the outer packaging box to a through hole provided on the one width surface, and further provided on the other width surface. Pass it from the through hole to the outer peripheral surface side of the outer box, and fix it to the lateral flap connected to the other width surface,
Furthermore, a lift-up band is fixed between a pair of flaps of either the vertical flap or the horizontal flap,
Then, the container is placed on the lift-up band and one of the vertical band and the horizontal band, the other band is brought into contact with the top surface of the container, and the vertical band is Adjusting the total length of the band and the horizontal band so that the contents are clamped from both the top and bottom surfaces when the vertical and horizontal flaps are closed;
After adjusting the total length of the lift-up band so that the contents can be lifted to the top surface side of the packaging container when the pair of flaps are opened, the tip of the lift-up band is placed on the vertical flap and the horizontal flap. The vertical flap and the horizontal flap are closed while engaging either one.

  According to the above packing method, the stored item can be lifted in conjunction with the operation of closing the vertical flap and the horizontal flap, and the stored item can be held in a suspended state inside the packaging container. In addition, when the container is lifted, not only the bottom surface side of the container is pulled, but also the top surface side can be pressed, so that the holding position of the container can be prevented from moving in the packaging container. . In particular, it is possible to efficiently suppress the movement of the holding position of the contained item in the packaging container by making the band contacting from the top side of the stored item and the band contacting from the bottom side orthogonal to each other. Furthermore, according to the above packing method, after closing the vertical flap and the horizontal flap, the pair of flaps to which the lift-up band is fixed can be opened in conjunction with the operation of opening both the flaps. Further, in conjunction with such operation, the contents can be lifted by the lift-up band.

[Bottom of packaging container]
In the packaging container according to the present invention, the bottom surface of the box forming the packaging container is not particularly limited except that it is in a closed state. Various forms such as those provided and bonded to the length surface and the width surface can be adopted.

  In the packaging container according to the present invention, the bottom shape of the box is not limited to a rectangular (or square) shape, and may be a polygonal shape such as a hexagon. That is, the side surfaces provided perpendicularly to the bottom surface of the box are not limited to the pair of length surfaces and the pair of width surfaces as described above. However, even when the bottom shape of the box is a polygonal shape other than a rectangular (square) shape, a pair of vertical flaps including a vertical band, a pair of horizontal flaps including a horizontal band, and a pair of flaps including a lift-up band Are connected to the side surfaces arranged at positions opposite to each other so that the function and effect of the present invention can be achieved by moving the vertical band, horizontal band or lift-up band in conjunction with the flap opening / closing operation. Is a requirement.

〔band〕
The material of the vertical band, the horizontal band, and the lift-up band used in the packaging container according to the present invention is not particularly limited, and various materials such as cloth and resin can be employed.
The present invention is not limited to the above description, and various design changes can be made within the scope of the matters described in the claims.

It is a perspective view showing one embodiment of the 1st packaging container concerning the present invention. FIG. 2 is a partially cutaway side view of the state in which the vertical flaps 14 and 14 ′ shown in FIG. 1 are opened as viewed from the width surface 12 side. FIG. 2 is a partially cutaway side view of the state in which the vertical flaps 14 and 14 ′ shown in FIG. 1 are closed as viewed from the width surface 12 side. FIG. 2 is a partially cutaway side view of the state in which the lateral flaps 15 and 15 ′ shown in FIG. 1 are opened as viewed from the length surface 11 side. FIG. 2 is a partially cutaway side view of the state in which the lateral flaps 15 and 15 ′ shown in FIG. 1 are closed as viewed from the length surface 11 side. (A) is a perspective view which shows the accommodation 80 shown in FIG. 1, the vertical band 16, and the horizontal band 17, (b) is a development view of the accommodation 80. It is a perspective view which shows one Embodiment of the 2nd packaging container which concerns on this invention. FIG. 8 is a partially cutaway side view showing a state in which the vertical flaps 24 and 24 ′ shown in FIG. 7 are closed. FIG. 8 is a partial cutaway side view showing a state in which the vertical flaps 24 and 24 ′ shown in FIG. 7 are opened. It is a perspective view which shows one Embodiment of the 3rd packaging container which concerns on this invention. It is the partial notch side view which looked at the state which the vertical flaps 34 and 34 'shown in FIG. 10 opened from the width surface 32 side. It is the partial notch side view which looked at the state which tries to close the vertical flaps 34 and 34 'shown in FIG. 10 from the width surface 32 side. FIG. 11 is a partially cutaway side view of the state in which the vertical flaps 34 and 34 ′ shown in FIG. 10 are closed and engaged with the lift-up band 39 a as viewed from the width surface 32 side. It is the partial notch side view which opened the vertical flaps 34 and 34 'shown in FIG. 10, and looked at the state by which the packaging container 30 was unpacked from the width surface 32 side. It is the partial notch side view which looked at the state which the horizontal flaps 35 and 35 'shown in FIG. 10 opened from the length surface 31 side. FIG. 11 is a partially cutaway side view of the state in which the lateral flaps 35, 35 ′ shown in FIG. 10 are closed as viewed from the length surface 31 side.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Packaging container 11, 11 'Long surface 12, 12' Width surface 13 Bottom surface 14, 14 'Vertical flap 15, 15' Horizontal flap 16 Vertical band 17 Horizontal band 18a, 18b Through-hole 20 Packaging container 21, 21 'Long surface 22, 22 'Wide surface 24, 24', 25, 25 'Lateral flap 26 Lift-up band 30 Packaging container 31, 31' Long surface 32, 32 'Wide surface 34, 34' Vertical flap 34a, 34a 'Tip of vertical flap 35 , 35 'Horizontal flap 36 Vertical band 37 Horizontal band 38a, 38b Through hole 39 Lift-up band 80 Containment 81 Top surface 82 Bottom surface

Claims (4)

A packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces. There,
It is fixed to a vertical flap that is connected to one length surface, passes through a through hole provided in the one length surface from the outer peripheral surface side of the packaging container, and is packaged from a through hole provided in the other length surface. A vertical band that is fixed to a vertical flap that extends to the outer peripheral surface side of the container and is connected to the other length surface;
It is fixed to a lateral flap that is connected to one width surface, passes through the through hole provided in the one width surface from the outer peripheral surface side of the packaging container, and passes from the through hole provided in the other width surface to the outer peripheral surface side of the packaging container. And a lateral band fixed to a lateral flap that is connected to the other width surface,
When the vertical flap and the horizontal flap are closed, the contents placed in the packaging container are sandwiched by the vertical band and the horizontal band from both the top surface side and the bottom surface side in a suspended manner in conjunction with the operation. A packaging container that is held. A packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of width surfaces, and a pair of flaps respectively connected to any one of a pair of opposing surfaces of the length surface and the width surface. And
A lift-up band is installed between the pair of flaps,
When the pair of flaps are opened, the package disposed in the packaging container is lifted by the lift-up band in conjunction with the operation. A packaging container comprising a box having a bottom surface, a pair of length surfaces, a pair of vertical flaps connected to the length surfaces, a pair of width surfaces, and a pair of horizontal flaps connected to the width surfaces. There,
It is fixed to a vertical flap that is connected to one length surface, passes through a through hole provided in the one length surface from the outer peripheral surface side of the packaging container, and is packaged from a through hole provided in the other length surface. A vertical band that is fixed to a vertical flap that extends to the outer peripheral surface side of the container and is connected to the other length surface;
It is fixed to a lateral flap that is connected to one width surface, passes through the through hole provided in the one width surface from the outer peripheral surface side of the packaging container, and passes from the through hole provided in the other width surface to the outer peripheral surface side of the packaging container. And a lateral band fixed to a lateral flap connected to the other width surface,
A lift-up band formed between the pair of flaps and engaged with the distal ends of the pair of flaps when either the pair of vertical flaps or the pair of horizontal flaps is closed,
When the vertical flap and the horizontal flap are closed, the contents placed in the packaging container are sandwiched by the vertical band and the horizontal band from both the top surface side and the bottom surface side in a suspended manner in conjunction with the operation. When the pair of flaps that are held and engage with the lift-up band are opened, the package is lifted by the lift-up band in conjunction with the operation.   The packaging container according to any one of claims 1 to 3, comprising cardboard.

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