KR20120037504A - Package and method for producing same - Google Patents

Abstract

The present invention provides a food package and a method of manufacturing the same, wherein the plate-shaped food is compactly stored, and the plate-shaped food can be easily taken out and easily eaten even when one hand is tied. Each package is packaged by a packaging sheet, each of which consists of fragile portions between the extracting portion, the fixing portion, and both portions as a package sheet, and is cut by the fragile portion and extracted by extracting the extract portion. The packaged food product of the present invention comprises a plate-shaped food unit which is connected to the connection site at the fixing part to be fixed to form a unitary plate, and the plurality of plate-shaped food units are fixed to the container and stored therein. Consists of stacking and binding the plate-shaped food unit and fixing it to the container.

Description

PACKAGE AND METHOD FOR PRODUCING SAME

TECHNICAL FIELD This invention relates to the package which can accommodate plate-shaped foodstuffs, such as a gum and chocolate, and its manufacturing method.

DESCRIPTION OF RELATED ART Conventionally, the package body which wraps each plate-shaped food with a wrapping paper, arranges them in a packaging container, and accommodates it in plate-like foods, such as gum and chocolate, has been used.

As a packaging method which takes out these packaged foods easily, there exists a packaging body like patent document 1, for example.

However, since such plate-shaped foods are usually accommodated in a small packaging container so as to be portable, it is difficult to simultaneously store a large number of foods so that a large number of people can be fed at the same time.

Moreover, as another packaging body which takes out plate-shaped food easily, Patent Document 2 discloses a packaging container for storing the plate-shaped food in an upright state, and Patent Document 3 discloses a manufacturing method of the packaging container.

However, since these packages have a step-like structure in which the height of the rear row becomes higher than the height of the front row, the second row is particularly required when manufacturing a package having a large capacity by arranging two or more plates of foods. Useless space is created for future lifting. As a result, waste of cost occurs and the size of the package increases more than necessary. Moreover, since the shape of a container is limited to the rectangular parallelepiped shape which is an outer box shape, the freedom degree of the method of accommodating many plate-shaped foods is lacking.

On the other hand, as a packaging container for storing a large number of foods at the same time, a packaging in which granular gum is placed in a container is used, and according to this configuration, a large number of people can eat.

However, if such a configuration is applied to the plate-like food, the food may be broken when stirred inside. In addition, since hands reach other granular gums when hands are placed in the container, hygiene problems cannot be eliminated. Furthermore, since the opening of the container is narrow in order to prevent the granular gum from overflowing, there is a problem that it is difficult to take out the granular gum of the purpose, especially when only a small amount of granular gum remains near the bottom of the container. .

Japanese Utility Model Publication No. 7-11569 Japanese Patent Publication No. 3955355 Japanese Patent Publication No. 3955356

The present invention relates to a food package that can be housed in a container of various forms, which is a compact package containing a large number of plate-shaped foods without damage, and that the plate-shaped food can be easily taken out and easily eaten in a sanitary manner. It is an object to provide a manufacturing method.

In view of the above problems, the present invention has the following constitution.

First, the present invention is a package of a plate-like food such as chewing gum, chocolate,

Each of the plate-shaped foods is packaged by a packing sheet which is composed of a weak part between the extracting part, the fixing part and both parts as a packing sheet, and is cut by cutting the weak part and extracting the extract part,

The plurality of packaged plate foods are arranged in proximity to each other in the width direction thereof to form a plate-like food unit which is connected to and fixed to the connection board at the fixing portion to form an integrated unit, and the plurality of plate-shaped foods It relates to a package, characterized in that the unit is fixed to the container.

Secondly, the present invention provides a package of plate-like food products such as chewing gum and chocolate,

Each of the plate-shaped foods is packaged by a packing sheet which is composed of a weak part between an extracting part, a fixing part and both parts as a packing sheet, and is openable by cutting the weak part and extracting the extracting part,

A plurality of the packaged plate-shaped foods are arranged in close proximity to the width direction thereof, and form a plate-shaped food unit which is fixed by being connected to and connected to a connection site at the fixing portion,

A plurality of said plate-shaped food units are bound to form a binding body,

The binder relates to a package, characterized in that the binder is fixed to the container.

Thirdly, in the method for producing a package,

(i) Individual packaging each of the plurality of plate-shaped foods, which is composed of a weakened portion between the extracting portion, the fixed portion, and both portions as a packaging sheet, cuts the weakened portion, and extracts the extracted portion, and then wraps the package sheet with a package sheet that can be opened. Packaging process;

(Ii) an alignment step of bringing the individual packaged plurality of plate-shaped foods into close proximity in the width direction;

(Iii) a unit forming step of forming a plate-shaped food unit by riding and fixing a connection board to at least one surface of the fixing portion of each of the package sheets of the plurality of plate-shaped foods aligned;

(Iii) a stacking step of stacking the plate-shaped food unit in the thickness direction thereof;

(v) a fixing step of fixing the stacked plate-shaped food unit to the container;

It relates to a method for producing a package, characterized in that it comprises a.

Fourthly, the present invention provides a method for producing a package,

(i) Individual packaging of each of the plurality of plate-shaped foods, each of which is composed of a fragile portion between the extracting portion, the fixing portion, and both portions as a packaging sheet, by cutting the fragile portion and extracting the extracting portion. Packaging process;

(Ii) an alignment step of bringing the plurality of individually packaged plate-shaped foods into close proximity in the width direction thereof to align;

(Iii) a unit forming step of forming a plate-shaped food unit by riding and fixing a connection board to at least one surface of the fixing portion of each of the packaging sheets of the plurality of plate-shaped foods aligned;

(Iv) a stacking step of stacking the plate-shaped food unit in the thickness direction thereof;

(v) a binding step of binding the stacked plate-shaped food unit;

(vi) a fixing step of fixing the bound plate-shaped food unit to a container;

It relates to a method for producing a package, characterized in that it comprises a.

According to the packaging container which concerns on this invention, many plate-shaped foods can be accommodated compactly and can be accommodated in the container of various forms further.

In that case, since a plate-shaped food unit is manufactured, they are aligned and affixed to a container, and many plate-shaped foods can be accommodated simultaneously in the state which stabilized the position, and there is no fear of damage by stirring inside. .

Moreover, since a fragile part is formed in the packaging of plate-shaped food, a fragile part is cut | disconnected by grasping | pulling one end, and it can take out in the state in which the packaging of the other end was peeled off. Therefore, it is not necessary to peel off the packaging of the plate-shaped food taken out, and it can eat easily.

Furthermore, since it can be moved to the mouth without being in direct contact with the portion to be put in the mouth, there is little hygiene problem even when consuming from the same package with a large number of people at the same time.

1 is a perspective view showing a package according to an embodiment of the present invention.
2 is a perspective view illustrating an example of a plate-shaped food packaged by a packaging sheet.
3 is a perspective view illustrating an example of an integrated plate-shaped food unit in which a plurality of plate-like foods are fixed and connected to each other.
4 is a perspective view showing a package according to an embodiment of the present invention housed in a cylindrical container.
5 is a perspective view illustrating an example of a binding body in which a plurality of plate-shaped food units are bound.
6 is a process chart showing a manufacturing process of a package according to an embodiment of the present invention.
7 is a process chart showing a manufacturing process of a package according to another embodiment of the present invention.

1st Embodiment of this invention relates to the package of plate-like foods, such as chewing gum and chocolate.

1 is a perspective view showing a package 100 according to the present embodiment.

In this embodiment, the plate-shaped food packaged by the packaging sheet is connected and fixed by the connection board, and forms the plate-shaped food unit. In addition, the package 100 is constituted by fixing a plurality of plate-shaped food units to the container 101.

Although it does not specifically limit as a packaging sheet of this invention, The packaging sheet which laminated any of these, such as paper which packs plate-like foods, such as chewing gum and chocolate, plastics, such as polypropylene, and metals, such as aluminum, or these 2 or more types. Can be used.

The packaging by the packaging sheet in the present invention also includes, for example, encapsulating a plate-like food in a thin plastic container.

Here, as shown in FIG. 2, in the plate-shaped food 200 packaged with the packaging sheet, the plate-shaped food 200 is located in the longitudinal direction of the packaging sheet, for example, at a position near one end rather than the center. The cutting line as the weak part 202 is formed in a straight line so that along the width direction of the cutting line), and the cutting sheet is cut along this cutting line, so that the extraction part located in the fixed part 203 located at the said one end side, and the other end side are extracted. The section 204 is detachable.

In addition, the weak part 202 is not limited to a perforation line, if it cut | disconnects there when a tension force is applied between the both ends of a packaging sheet, but it is not limited to a perforation line | wire, etc. according to the material, thickness, cross-sectional shape of a packaging sheet, etc. You may have a shape. Therefore, when the plate-shaped food is enclosed in a plastic container as mentioned above, for example, the weak part 202 can be formed by forming a groove | channel, a hollow space | gap, etc. in the container.

As shown in FIG. 3, the packaged plate-shaped food 200 was closely aligned in the width direction, and the plate-shaped food 200 which aligned the surface of each package sheet fixing part 203 of those plate-shaped foods 200 is carried out. ) Is continuously attached to the rectangular connection sheet 305 so as to be connected to each other to form an integral plate-shaped food unit 300.

This fixing may be performed on both surfaces of the upper surface and the lower surface of the fixing portion 203, or may be performed on any one surface depending on the required fixing strength or the like.

As the connection board | substrate 305, paper, a plastic film, metal foil, these 2 or more types of composite sheets, etc. can be used. For example, an aluminum band paper laminated with aluminum foil and paper has high form retention due to the rigidity of the aluminum foil, thereby facilitating handling in the manufacturing process and hot melt at the time of manufacture for the high thermal conductivity of aluminum. Since heat of an adhesive heater is easy to be transmitted to an adhesive agent, it is mentioned as a preferable thing.

In addition, in the example shown, the both ends of the connection board 305 which were fixed to both surfaces of the fixing part 203 of each packaging sheet continuously outward from the width direction both ends of the plate-like food 200 connected. It is extended.

This is to fold the extension part inward to make the holding of each package sheet by the connecting sheet 305 more firm, and to facilitate the handling of the plate-shaped food unit 300 at the time of manufacture. Therefore, when such reinforcement is considered unnecessary by using, for example, a thick paper or the like for the connection board 305, the above-described extension portion may not be formed.

The plurality of plate-shaped food units 300 are aligned and fixed to the container 101 with an adhesive, an ultrasonic seal, or the like to form the package 100.

As the container 101, in addition to the shape of a rectangular parallelepiped, a cylindrical shape, or the like, any one having a shape such as having a shape of a polygonal pillar such as a square pillar or a pentagonal pillar can be used. It is also possible to have a hinged outer cover or a cover for the food.

Here, the package body 100 of arbitrary shape is changed by changing the number of the plate-shaped foods 200 contained in each of the plate-shaped food units 300, and the number of the plate-shaped food units 300 which are stuck to the container 101. )

For example, as in the case of using the cylindrical container shown in FIG. 4, the storage method which arrange | positions the several plate-shaped food unit 300 in multiple rows parallel to the width direction of the plate-shaped food 200 is possible.

In addition, in order to easily take out the plate-shaped food 200, it is preferable that the extraction part 204 of the packaged plate-shaped food 200 protrudes more than the edge of the container 101 at least 1 cm or more.

Although it does not specifically limit as a material of the container 101, Paper, plastic, resin, a metal, etc. can be used.

In the present invention, the number of plate-shaped foods 200 per piece in the plate-shaped food unit 300 and the number of plate-shaped food units 300 per piece in the package 100 can be arbitrarily determined. Therefore, the sorting method of the various plate-shaped food 200 in the shape of the various container 101 and the package 100 becomes possible. In addition, in all the plate-shaped food units 300 contained in one package 100, the number of plate-shaped foods 200 does not need to be the same. In accordance with the shape of the package 100 finally obtained and the shape of the packaging container 101, a plurality of plate-like food units 300 having different numbers of plate-like foods 200 may be aligned.

Thereby, since this package 100 can fill each plate-shaped food 200 in the container 101 without a clearance, unnecessary space does not generate | occur | produce in the container 101. FIG. For this reason, the cost of the cladding material can also be reduced.

Since the plate-like food 200 is fixed by the connection board 305 and the container 101, breakage by stirring inside the container does not occur, and the plate-like food in the plate-shaped food unit 300 is Regardless of the number of 200 and the number of plate-shaped food units 300 per body in the package 100, it can be stored stably. Moreover, especially when the plate-shaped food 200 has become small, the remaining plate-shaped food 200 can be extracted easily.

When the number of plate-shaped food units 300 in the package 100 is reduced, the package 100 can be made thin, so that the transportation becomes easy. On the other hand, when the number of the plate-shaped food units 200 in the plate-shaped food unit 300 and the number of the plate-shaped food units 300 in the package 100 are increased, the container 101 which has a large bottom area is obtained. ), The package 100 can be stably installed on a table or in a car.

Moreover, by picking up and extracting the extraction part 204 of a packaging sheet, the packaging sheet is cut | disconnected in the weak part 202, and plate-shaped food can be taken out in the state which the upper part of the plate-shaped food 200 was exposed. This can be taken out easily and picked up hygienically by picking it up with a finger or biting it directly with a mouth. Therefore, even when one hand of the eater is tied or it can be easily taken out and eaten by biting food directly into a mouth. Moreover, since each plate-shaped food 200 is individually packaged, the problem of the sanitary surface by touching by hand at the time of taking out does not arise, either.

2nd Embodiment of this invention relates to the package of the form which binds the several plate-shaped food unit 300, forms a binding body in the said 1st Embodiment, and this binding body adheres to a container.

As shown in FIG. 5, the binding member 400 is arranged by bringing a plurality of the plate-shaped food units 300 into close proximity to each other in the thickness direction of the plate-shaped food 200 included therein. In addition, as long as the shape of the binding body 400 is stable after binding, the method of binding and the shape after binding may be anything.

The plate-shaped food unit 300 can be bound by using what bonds the board | substrate for binding which consists of a bottom face and four sides in advance as a binding member 406, and sticking each unit with an adhesive etc. . The purpose of the binding is to prevent the shape of the plate-shaped food unit 300 from being deformed by the pressure in the thickness direction when the plurality of plate-shaped food units 300 are arranged in the container 101. Is in. As long as it meets this objective, for example, it is bound by winding paper, a tape, etc. on the connection board | board 305 so that the outer periphery of the several plate-shaped food unit 300 may be bound, or the connection board | substrate which adjoins with an adhesive tape. (305) You may directly combine. Although there is no restriction | limiting in particular as a material of the binding member 406, In order to take out the plate-shaped food 200 easily, the extraction part 204 of the packaged plate-shaped food 200 is at least 1 cm or more in the bound state. It is preferable to protrude upward from the binding member 406.

Also in this embodiment, like the said 1st Embodiment, the number of the plate-shaped food units 300 per body in the binder 400, of the plate-shaped foods 200 per piece in the plate-shaped food unit 300 is carried out. By changing the number and the arrangement method of the plate-shaped food unit 300 in the binder 400, the binder 400 can be accommodated in the container 101 of arbitrary shape, and the package of arbitrary shape It can be set to (100).

Moreover, since the plate-shaped food 200 is further fixed by the binding member 406 in addition to the connection board 305 and the container 101, it can be accommodated in the container 101 more stably.

3rd Embodiment of this invention relates to the manufacturing method of the package 100 which concerns on 1st Embodiment.

As shown in FIG. 6, the manufacturing method of the package 100 in this embodiment includes the following procedures.

(i) Individual packaging process (Fig. 6 (a))

Each of the plurality of plate-shaped foods is packaged in a packing sheet.

Here, when packing, the weak part 202 is formed linearly around the plate-shaped food 200, and when taking out the plate-shaped food 200 from the package 100, a packaging sheet along this weak part 202 is carried out. The cutting part 203 can be separated from the fixed part 203 located at one end of the packaged plate-shaped food 200 and the extraction part 204 located at the other end. Therefore, it is preferable to form a perforation line in a packaging sheet before packing.

Although it does not specifically limit as a packing order, For example, one side of a packaging sheet is folded back, the one side half of the width direction of plate-shaped food is covered, and then both ends of the longitudinal direction of a packaging sheet are folded back, and finally, Fold the other side and wrap it. In addition, as shown in Fig. 2, when the one side is folded back, the corners of the folded portions of the packaging sheet, which can be outward in the longitudinal direction of both ends of the plate-like food 200, are folded asymmetrically inward so as not to be seen from the outside. It is preferable from a viewpoint.

For example, the outer periphery of a plate-shaped food can be wrapped in a horizontal direction, and you can also follow the order of wrapping by bending both ends of the longitudinal direction.

Moreover, a plate-shaped foodstuff can also be enclosed in the plastic container. In this case, the weak part 202 of a container may be manufactured before sealing, and a groove or a hollow space may be formed after sealing.

(Ii) alignment process (FIG. 6 (b))

The individually packaged plate foods 200 are aligned in the width direction by the number per unit. The number of plate-shaped foods 200 per unit can be arbitrarily set according to the shape and size of the package finally obtained.

(Iii) unit formation process (FIG. 6 (c))

The connecting board 305 is continuously loaded on the upper surface of the fixing portion 203 of each package sheet of the plate-like foods 200 which are closely aligned to be fixed by an adhesive or the like, and the plate-shaped food unit 300 is formed.

On the upper and lower surfaces of the fixing part 203 of each package sheet of the plate-shaped food 200 which are closely aligned, one sheet-like connection board 305 is folded and bent along its longitudinal center line, respectively. While contacting continuously over the food 200 and fixed with a hot melt adhesive or the like, the length portion of about 1/2 of the side of the fixing portion 203 in the longitudinal direction of each packing sheet is doubled by the connection sheet 305. The covered plate food unit 300 is formed. This fixing may be performed on both surfaces of the upper surface and the lower surface of the fixing portion 203, or may be performed on any one surface depending on the required fixing strength or the like.

Moreover, both ends of the connection board 305 which were fixed to both surfaces of the fixing part 203 of each packing sheet are extended outward from the width direction both ends of the connected plate-shaped food 200, and this extension part is By holding back the inner side, the holding of each wrapping sheet by the connecting sheet 305 may be made stronger.

(Iii) stacking process (Fig. 6 (d))

The plurality of plate-shaped food units 300 are stacked so that the extracting portions 204 of the plate-like foods 200 contained therein all face the same direction until they reach a predetermined number per package.

The number of steps to be stacked and how to organize the steps can be arbitrarily determined according to the shape of the package or packaging container finally obtained. In addition, the number of the plate-shaped foods 200 contained in the plate-shaped food unit 300 does not need to be the same in all the stages. The number of plate-shaped foods 200 included in the plate-shaped food unit 300 in each stage may be different depending on the shape of the package or packaging container finally obtained.

Here, you may bind for the case by the method of winding wrapping paper along the direction of stack | stacking so that the plate-shaped food unit 300 piled up in a subsequent process may not fall.

(v) fixation process ((e) of FIG. 6)

The plurality of stacked plate-shaped food units 300 are fixed to the container 101 with an adhesive, an ultrasonic seal, or the like.

By the above process, the package 100 in which the plate-shaped food 200 was accommodated can be manufactured. According to this embodiment, since a process is simple, it can implement | achieve at low cost. Furthermore, regardless of the size and shape of the desired package 100, the individual plate-shaped foods 200 can be reliably packaged and stored efficiently.

4th Embodiment relates to the manufacturing method of the package 100 which concerns on said 2nd Embodiment.

The difference with the said 3rd Embodiment of this embodiment is the binding process (e-) in which the fixing process of (e) binds before fixing the several stacked plate-shaped food unit 300 to the container 101. 1) and the fixing process (e-2) which fixes the said bound body 400 to the container 101. Hereinafter, the difference with 3rd Embodiment is demonstrated based on FIG.

(v) Bonding Process ((e-1) of FIG. 7)

The bundle 400 is manufactured according to the shape at the time of binding the several stack | stacked plate-shaped food unit 300 and fixing to the container 101. As shown in FIG.

About the method of binding, it can determine arbitrarily according to the shape of the desired package 100, and the shape of the container 101. FIG. For example, the binding member 406 may be formed in a support dish shape, the plate-shaped food unit 300 stacked above may be inserted therein, and the bottom surfaces thereof may be bonded to each other by a hot melt adhesive or the like. ) And the adjacent connection board 305 may be bonded with a hot melt adhesive or the like. Moreover, you may bundle and bind the board | substrate 305 for connection of the plate-shaped food unit 300 piled up with the binding sheet, the binding string, etc. along the outer periphery.

(vi) fixation process ((e-2) of FIG. 7)

The binder 400 is fixed to the container 101 with an adhesive, an ultrasonic seal, or the like.

By the said process, like the 3rd Embodiment, the package 100 can be manufactured at low cost. Moreover, the manufactured package 100 can package each plate-shaped food 200 independently, and can accommodate it efficiently, regardless of the size and shape of a desired package.

Example

Examples of the present invention are described below, but the present invention is not limited to the following examples.

Example 1

Preparation of Chewing Gum Package

The manufacturing method of the chewing gum package 100 which concerns on Example 1 is demonstrated in order of the process.

(i) Individual packaging process

A band-like supply gum (448L × 43.3W × 3.4T (mm)) was prepared and sheared to prepare a plate-shaped chewing gum (43.0L × 12.0W × 3.4T (mm)). The manufactured sheet-shaped gum was packaged by the packaging sheet which cut out perpendicularly to the longitudinal direction in the part which is 22.5 mm in the longitudinal direction from one end part supplied continuously by a built-in auto splicer, and is then FIG. Visceral incision was carried out as shown.

(Ii) alignment process

The six individually packaged chewing gums were placed in their width direction to align the cut lines.

(Iii) unit formation process

On the bottom face of the fixing part 203 side of each sheet of 6 sheet-shaped chewing gum arranged in close contact, a sheet of rectangular connection sheet 305 continuously supplied by a band paper auto splicer is contacted and connected. In the state which was bent along the longitudinal center line of the sheet base 305, it was made to contact continuously over 6 sheets of chewing gum each, and it fixed by hot melt adhesive etc. The plate-shaped food unit 300 in which the length part of about 1/2 of the length direction of the fixing part 203 side of each wrapping sheet of plate-shaped chewing gum was covered with the connection board 305 was formed.

(Ⅳ) stacking process

The plate-shaped food unit 300 formed was aligned, stacked and aligned in the direction of the extraction section 204, to prepare a set of twelve-stage plate-shaped food units.

(v) binding process

In the state which kept the plate-shaped food unit set shape, the circumference | surroundings of the connection board | board 305 was surrounded by the adhesive tape, and the plate-shaped food unit set was bound. Moreover, the binding member 406 which formed the binding cardboard which consists of a bottom face and four sides was prepared separately, and the bottom face and the connection board 305 side of a plate-shaped food unit set were adhere | attached with the hot-melt adhesive agent.

(vi) fixing process

A molded plastic container 101 with a hinge in the shape of a cube was separately prepared, and the binding member 400 was fixed to the bottom face thereof with a hot melt adhesive.

The completed chewing gum package 100 was filled with a plate-shaped chewing gum stably without a gap. Moreover, it was easy to take out only by one hand, and it could hygienically eat.

This application claims the priority from Japanese Patent Application No. 2009-174223 for which it applied on July 27, 2009, and quotes the content as a part of this application.

100: package
101: container
200: plate food
202: weak part
203: fixed part
204: extraction unit
300: plate food unit
305: connection ground
400: binding body
406: binding member

Claims (13)

As a package of plate food,
Each of the plate-shaped foods is packaged by a packing sheet which is composed of a weak part between the extracting part, the fixing part and both parts as a packing sheet, and is cut by cutting the weak part and extracting the extract part,
A plurality of the packaged plate-like foods are arranged in close proximity to the width direction thereof, and are connected to and fixed to the connecting board at the fixing portion to form an integrated plate-shaped food unit,
A package, characterized in that the plurality of plate-shaped food units are fixed to a container. As a package of plate food,
Each of the plate-shaped foods is packaged by a packing sheet which is composed of a weak part between the extracting part, the fixing part and both parts as a packing sheet, and is cut by cutting the weak part and extracting the extract part,
A plurality of the packaged plate-like foods are arranged in close proximity to the width direction, and form a plate-shaped food unit which is fixed by being connected to and connected to a connection site at the fixing portion,
A plurality of its plate-shaped food units are bound to form a binding body,
A package, characterized in that the binding body is fixed to a container. The method of claim 2,
The said package is a package body in which the said plate-shaped food unit is arrange | positioned closely in the thickness direction. The method according to claim 2 or 3,
The package body of which the said several plate-shaped food unit is bound by the binding member, and the said extraction part of the packaged plate-shaped food protrudes more than 1 cm or more from a binding member in the state which bound. The method according to any one of claims 1 to 4,
The package is a perforated line formed on the packaging sheet the weak part. The method according to any one of claims 1 to 4,
The package as described above, wherein the package encloses the plate-like food in a thin plastic container. The method according to claim 6,
The said fragile part is formed by forming a groove | channel, a hollow space | gap, etc. in the said container. The method according to any one of claims 1 to 7,
The package of which the container is a container of a rectangular parallelepiped. The method according to any one of claims 1 to 7,
The package is a container which is a cylindrical container. The method according to any one of claims 1 to 7,
The package is a container of a polygonal column type. In the method of manufacturing the package,
(i) Individual packaging each of the plurality of plate-shaped foods, which is composed of a weakened portion between the extracting portion, the fixed portion, and both portions as a packaging sheet, cuts the weakened portion, and extracts the extracted portion, and then wraps the package sheet with a package sheet that can be opened. Packaging process;
(Ii) an alignment step of bringing the individual packaged plurality of plate-shaped foods into close proximity in the width direction;
(Iii) a unit forming step of forming a plate-shaped food unit by riding and fixing a connection board to at least one surface of the fixing portion of each of the package sheets of the plurality of plate-shaped foods aligned;
(Iii) a stacking step of stacking the plate-shaped food unit in the thickness direction thereof;
(v) a fixing step of fixing the stacked plate-shaped food unit to the container;
Method for producing a package, characterized in that it comprises a. In the method of manufacturing the package,
(i) Individual packaging each of the plurality of plate-shaped foods, which is composed of a weakened portion between the extracting portion, the fixed portion, and both portions as a packaging sheet, cuts the weakened portion, and extracts the extracted portion, and then wraps the package sheet with a package sheet that can be opened. Packaging process;
(Ii) an alignment step of bringing the individual packaged plurality of plate-shaped foods into close proximity in the width direction;
(Iii) a unit forming step of forming a plate-shaped food unit by riding and fixing a connection board to at least one surface of the fixing portion of each of the package sheets of the plurality of plate-shaped foods aligned;
(Iii) a stacking step of stacking the plate-shaped food unit in the thickness direction thereof;
(v) a binding process of binding the stacked plate-shaped food unit;
(vi) a fixing step of fixing the bound plate-shaped food unit to the container;
Method for producing a package, characterized in that it comprises a. The method according to claim 11 or 12,
A perforation line is formed in the said packaging sheet previously, The manufacturing method of the packaging body characterized by the above-mentioned.

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