WO2013145076A1

WO2013145076A1 - Hinge lid type package, method and device for manufacturing hinge lid type package

Info

Publication number: WO2013145076A1
Application number: PCT/JP2012/057730
Authority: WO
Inventors: 仁丹保; 蔵人原田
Original assignee: 日本たばこ産業株式会社
Priority date: 2012-03-26
Filing date: 2012-03-26
Publication date: 2013-10-03

Abstract

A package (1), provided with: an outer box (5); a lid (3) rotatably linked to the rear-side opening edge of the outer box (5) by a hinge (7); and an inner frame (6) for reinforcing the outer box (5). At least a part of the projection region of the inner frame (6) projecting upward from the opening edge (55) of the outer box (5) has a layered structure in which an inner blank forming the inner frame (6) is layered, the layered structure including a lower layer frame part (61) and an upper layer frame part (62) which is layered on the lower layer frame part (61) so that a part of the surface of the lower layer frame part (61) is exposed. The external appearance of the surface differs between the lower layer frame part (61) and the upper layer frame part (62).

Description

Hinge lid type package, method and apparatus for manufacturing hinge lid type package

The present invention relates to a hinge lid type package, a method for manufacturing the hinge lid type package, and a manufacturing apparatus.

Conventionally, a hinge lid type package is known as a package for storing an object such as a cigarette (see, for example, Patent Document 1). As a conventionally known hinge lid type package, a package including a box-shaped outer body and having an open end at the upper end of the outer body can be cited. The outer body accommodates an inner pack therein, and the inner pack includes a cigarette bundle and an inner packaging material that wraps the cigarette bundle. The opening end of the outer body has a box-shaped lid rotatably connected to the rear opening edge via a hinge, and the opening end can be opened and closed by this lid.

Also, the hinge lid type package may be provided with an inner frame for reinforcing the open end of the outer body. This inner frame is also used, for example, as an application for guiding opening and closing of the lid.

JP 2006-248543 A

By the way, the conventionally known hinge lid type package has been commercialized with various decorations on the surface in order to enhance the design, but the consumer's willingness to purchase can be obtained only by adding a planar decoration element to the package. It cannot be said that the degree of appeal that promotes is sufficiently high. On the other hand, the hinge lid type package has an original role of accommodating the object to be stored in the storage space while isolating the object from the outside. Therefore, the hinge lid type package is required to secure rigidity capable of withstanding external force and impact from the outside.

The present invention has been made in view of the above-described problems, and an object thereof is to provide a technology related to a hinge lid type package capable of improving the degree of appeal to consumers while sufficiently securing rigidity. is there.

In order to solve the above problems, the hinge lid type package according to the present invention employs the following means. That is, the hinge lid type package according to the present invention has an open end at the top, and an inner box in which an accommodation space for the object to be stored is formed, and a hinge at the rear opening edge of the open end via a hinge. A lid that opens and closes the opening end, and an inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box, and the opening of the inner frame At least a part of the protruding region protruding upward from the end is a laminated structure in which an inner blank for forming the inner frame is laminated, and the lower frame part and a part of the surface of the lower frame part are exposed. The upper layer frame portion includes an upper layer frame portion laminated on the lower layer frame portion. The appearance of the surface are different from each other that.

According to the hinge lid type package having the above-described structure, the inner frame projecting region visually recognized by the consumer (handler) when the lid is opened has a laminated structure, so that the rigidity of the inner frame is increased compared to the conventional case. Can do. The upper frame portion and the lower frame portion are laminated so that a part of the surface of the lower frame portion disposed in the lower layer is exposed, and the surface appearances of the upper frame portion and the lower frame portion are different from each other. Therefore, the design of the inner frame can be visually recognized by the consumer (handler) as a three-dimensional design.
As described above, according to the present invention, it is possible to improve the degree of appeal to the consumer while sufficiently securing the rigidity of the hinge lid type package, thereby promoting the consumer's willingness to purchase.

It should be noted that the appearance of the lower frame portion surface and the upper frame portion surface being different is a concept including any one of a pattern, color, texture, material, etc., or a combination of a plurality of them.

In the hinge lid type package according to the present invention, the inner frame includes a front frame along a front wall of the outer box, and side frames connected to both side edges of the front frame. The corner portion to which the side frame is connected may have the laminated structure. Thus, the rigidity of the hinge lid type package can be remarkably increased by forming the corner portion of the inner frame into a laminated structure.

In the hinge lid type package according to the present invention, the upper frame portion and the lower frame portion may be bonded together. Thus, by integrally forming the upper layer frame portion and the lower layer frame portion constituting the laminated structure of the inner frame, the rigidity of the hinge lid type package can be remarkably increased.

Further, the present invention can be regarded as an aspect of a method for manufacturing a hinge lid type package. The manufacturing method of the hinge lid type package according to the present invention includes an outer box having an opening end at an upper portion and an accommodation space for an object to be formed therein, and a rear opening edge of the opening end via a hinge. A hinge lid type package manufacturing method comprising: a lid that is connected to open and close the opening end; and an inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box. A step of forming an inner pack in which the object to be wrapped is wrapped with an inner packaging material, a step of forming the inner frame from an inner blank, and an outer blank around the inner pack on which the inner frame is placed. The outer box is formed by folding, and the inner frame is bonded to the outer blank. In the step of forming the inner frame, a part of the surface of the lower frame part is exposed in the lower frame part and the upper frame part made of inner blanks having different surface appearances. In this manner, the upper frame portion is laminated and bonded to the surface of the lower frame portion.
According to the manufacturing method according to the present invention, the above-described hinge lid type package can be preferably manufactured.

Further, in the method of manufacturing the hinge lid type package, in the step of forming the inner frame, the back surface of the upper frame portion is bonded to the surface of the lower frame portion so that the upper end side of the lower frame portion is exposed, and the package molding is performed. In the step, the surface of the upper frame portion may be bonded to the outer blank so that a part of the surface of the upper edge portion of the upper frame portion is exposed.

Moreover, this invention can be grasped | ascertained as the side surface of the manufacturing apparatus of a hinge lid type package. An apparatus for manufacturing a hinge-lid type package according to the present invention includes an outer box having an opening end at an upper portion and an accommodation space for an object to be formed therein, and a rear opening edge of the opening end via a hinge. A hinge lid type package manufacturing apparatus comprising: a lid that is connected to open and close the opening end; and an inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box. A pack molding portion that molds an inner pack that encloses the object to be contained in an inner packaging material; an inner frame molding portion that molds the inner frame from an inner blank; and the inner pack on which the inner frame is placed. The outer box is formed by folding the outer blank around, and the inner blank is A package molding part for adhering a frame, wherein the inner frame molding part includes a lower frame part and an upper frame part made of the inner blank having different surface appearances, and a part of the surface of the lower frame part is The inner frame is formed by laminating and bonding the upper frame portion to the surface of the lower frame portion so as to be exposed.
According to the hinge lid type package manufacturing apparatus of the present invention, the above-described hinge lid type package can be preferably manufactured.

Further, in the hinge lid type package manufacturing apparatus according to the present invention, the inner frame molding unit adheres the back surface of the upper frame part to the surface of the lower frame part so that the upper end side of the lower frame part is exposed, The package forming part may adhere the surface of the upper layer frame part to the outer blank so that a part of the surface of the upper edge part of the upper layer frame part is exposed.

Further, in the hinge lid type package manufacturing apparatus according to the present invention, the inner frame forming portion includes a cutting device for alternately cutting the upper frame portion and the lower frame portion from a web material common to the inner frame, and the cutting portion. A conveying device that alternately conveys the upper layer frame portion and the lower layer frame portion cut by the apparatus to the downstream side of the conveying line, and is provided in the middle of the conveying line, and any of the upper layer frame portion and the lower layer frame portion An adhesive supply device that supplies an adhesive to the surface of one of the frame portions, and an adhesive provided on the surface of the upper frame portion and the lower frame portion by the adhesive supply device provided in the middle of the transport line. Accelerate the frame part that is not supplied toward the downstream side of the line, and An accelerating device for stacked on the frame unit, may be included.

Further, in the hinge lid type package manufacturing apparatus according to the present invention, the inner frame forming portion includes a first cutting device for cutting the lower frame portion from a first web material, and the upper frame portion from a second web material. A first cutting device for conveying the lower frame portion cut by the first cutting device, and setting the lower frame portion on the inner pack formed by the package forming portion. A transport device, an adhesive supply device for supplying an adhesive to the surface of any one of the upper frame portion and the lower frame portion, and the upper frame portion cut by the second cutting device; A second transfer device that stacks the upper frame portion on the lower frame portion set on the pack; It can have.

The objects to be accommodated in the box-type package are not particularly limited, but an aggregate of rod-shaped articles, for example, tobacco products can be suitably exemplified as the objects to be accommodated. That is, the article to be stored according to the present invention may be a tobacco product. Examples of tobacco products include cigarettes (filter cigarettes, double-cut cigarettes), cigars (cigars), cigarillos, snus, snuff, chewing tobacco, and electronic tobacco.

In addition, the means for solving the problems in the present invention can be employed in combination as much as possible.

According to the present invention, it is possible to provide a technology related to a hinge lid type package that can improve the degree of appeal to consumers while ensuring sufficient rigidity.

It is a perspective view of the package which concerns on embodiment. It is a perspective view of the package which concerns on embodiment. It is a schematic block diagram of the manufacturing apparatus of the package which concerns on embodiment. It is a figure which shows schematic structure of the 1st shaping | molding part in an inner frame shaping | molding part. It is a figure which shows schematic structure of the 2nd shaping | molding part in an inner frame shaping | molding part. It is a figure which shows the 1st inner blank which concerns on embodiment. It is a figure which shows the 2nd inner blank which concerns on embodiment. It is a figure explaining the process of shape | molding the inner frame which concerns on embodiment. It is a figure which shows the outer blank which concerns on embodiment. It is a figure explaining the inner frame which concerns on embodiment. It is a schematic block diagram of the manufacturing apparatus which concerns on a modification. It is a schematic block diagram of the inner frame shaping | molding part which concerns on a modification. It is a figure which shows the surface of a 3rd inner web. It is a figure which shows the state which laminated | stacked the 2nd inner blank on the surface of the 1st inner blank. It is a figure explaining the cutting position which cuts a 3rd inner web. It is a figure which shows the 1st inner blank and the 2nd inner blank cut | judged from the 3rd inner web. It is a figure which shows the 1st modification of the inner frame which concerns on embodiment. It is a figure which shows the 2nd modification of the inner frame which concerns on embodiment. It is a figure which shows the 3rd modification of the inner frame which concerns on embodiment. It is a figure which shows the 4th modification of the inner frame which concerns on embodiment. It is a figure which shows the surface of the inner blank which concerns on the modification of embodiment. It is a figure which shows the back surface of the inner blank which concerns on the modification of embodiment. It is a figure which shows the state which folded the inner blank which concerns on the modification of embodiment.

Here, an embodiment of a hinge lid type package according to the present invention will be described with reference to the drawings. The object to be accommodated in the hinge lid type package to which the present invention is applied is not limited to a specific object, but here, a case where a cigarette is accommodated in the package will be described as an example. Further, the dimensions, materials, shapes, relative arrangements, and the like of the components described in the present embodiment are not intended to limit the technical scope of the invention only to those unless otherwise specified. Absent.

<Package structure>
1 and 2 are perspective views of a hinge lid type package (hereinafter simply referred to as “package”) 1. The package 1 has a substantially rectangular parallelepiped shape and includes a package body 2 and a lid 3. The package body 2 has a cigarette accommodation space formed therein, and in this configuration example, an inner pack 4 in which the cigarette is wrapped with an inner packaging material is accommodated. Although the inner packaging material which wraps a cigarette is not specifically limited, For example, aluminum vapor deposition paper etc. can be used.

The package body 2 includes an outer box 5 and an inner frame 6. The outer box 5 is a box whose upper end is cut obliquely. More specifically, the outer box 5 has a rectangular front wall 51, a rear wall 52, a pair of side walls 53, and a bottom wall 54. Both the front wall 51 and the rear wall 52 have a rectangular shape and are opposed to each other. The rear wall 52 is longer in height than the front wall 51. The side wall 53 connects both side edges of the front wall 51 and the rear wall 52 to each other. The bottom wall 54 is connected to the lower ends of the front wall 51, the rear wall 52, and the side wall 53, and has a rectangular shape.

The upper end edge 53a of the side wall 53 is inclined so as to connect the upper end of the front wall 51 and the upper end of the rear wall 52, whereby the outer box 5 has an oblique open end 55 at the top. A hinge 7 is provided at the rear opening edge of the outer box 5, that is, at the upper end of the rear wall 52. The hinge 7 extends between the rear portions of the upper end edges 53a of the side walls 53, and connects the lid 3 to the rear wall 52 so as to be rotatable.

The lid 3 includes a front wall 31, a rear wall 32, a pair of side walls 33, and a top wall 34. The front wall 31, the rear wall 32, and the top wall 34 have a rectangular shape. The rear wall 32 is connected to the hinge 7 and is disposed to face the front wall 31. The top plate 34 is connected to the rear wall 32 so as to be orthogonal. The pair of side walls 33 connect the respective side edges of the rear wall 32, the top plate 34, and the front wall 31 to form a trapezoidal shape.
The lid 3 configured as described above is rotatable around the hinge 7. When the lid 3 is closed, the oblique side of the side wall 33 of the lid 3, that is, the inclined lower end edge of the side wall 33 is configured to coincide with the upper end edge 53a of the side wall 53 of the outer box 10 described above.

Next, the detailed configuration of the inner frame 6 will be described. The inner frame 6 is fixed to the inner wall surface of the outer box 5 so that a part thereof protrudes upward from the opening end 55 of the outer box 5. Hereinafter, a region where the inner frame 6 protrudes upward from the opening end 55 is referred to as a “projection region”. The inner frame 6 reinforces the opening end 55 of the outer box 5 and also functions as a guide member that guides the opening and closing of the lid 3.

The protruding area of the inner frame 6 is a portion with a pattern in FIG. The inner frame 6 has a laminated structure in which a blank material (hereinafter referred to as an inner blank) for forming the inner frame 6 is laminated in at least a part of the protruding region. However, in the present embodiment, a portion of the inner frame 6 positioned below the opening end 55 of the outer box 5 also has a laminated structure, but is not limited thereto.

In the example shown in FIG. 1, the inner frame 6 has a two-layer structure. Reference numeral 61 denotes a lower frame part, and 62 denotes an upper frame part. The upper frame portion 62 is laminated on the lower frame portion 61 (on the front surface side) so that a part of the lower frame portion 61 is exposed. More specifically, the upper frame part 62 is laminated on the lower frame part 61 so that the upper end side of the lower frame part 61 is exposed.

Also, the upper frame portion 62 and the lower frame portion 61 are bonded with an adhesive. Hereinafter, of the surfaces constituting the inner frame 6 (the lower frame portion 61 and the upper frame portion 62), when the lid 3 is opened, the surface that can be seen from the front or side of the package 1 is referred to as a "surface". The surface facing the accommodation space formed in the outer box 5 is referred to as a “back surface”. In the package 1 shown in FIG. 1, the surface of the upper frame part 62 is bonded to the inner wall surface (front wall 51, side wall 53) of the outer box 5, and the back surface of the upper frame part 62 and the surface of the lower frame part 61 Are bonded to each other. The lower surface of the lower frame portion 61 faces the accommodation space formed in the outer box 5.

As shown in FIG. 1, the upper frame portion 62 and the lower frame portion 61 have different surface appearances. Specifically, different design patterns are provided on the surface of the upper frame portion 62 and the surface of the lower frame portion 61, respectively. According to this, it is possible to give a three-dimensional effect to the design of the inner frame 6 by using the multiple overlap formed by the upper layer frame portion 62 and the lower layer frame portion 61. Thereby, the appeal degree with respect to a consumer can be improved. In this way, it is possible to provide the package 1 having a new and novel design and promote the consumer's willingness to purchase.

Further, in the portion where the upper frame portion 62 and the lower frame portion 61 are laminated, the inner blank is doubled, and these are bonded to each other, so that the rigidity of the inner frame 6 is sufficiently increased. Can do. Therefore, for example, even when an external force or impact is applied to the package 1 from the outside, the package 1 can be prevented from being damaged or crushed.
As described above, according to the package 1 according to the present embodiment, it is possible to improve the degree of appeal to the consumer while ensuring sufficient rigidity, thereby promoting the consumer's willingness to purchase.

<Package manufacturing apparatus and manufacturing method>
Next, the manufacturing apparatus and manufacturing method of the package 1 will be described. FIG. 3 is a diagram illustrating a schematic configuration of the manufacturing apparatus 100 for the package 1 according to the embodiment. The manufacturing apparatus 100 includes an inner pack molding unit 110, a package molding unit 120, and an inner frame molding unit 130.

The inner pack forming unit 110 forms a cigarette bundle CB from a cigarette reservoir (not shown) and the cigarette bundle CB formed by the bundle forming device 111 toward the package forming unit 120 side. It has a pocket conveyor (not shown) to be transferred. Further, the inner pack molding unit 110 has a web roll 113 for feeding out the inner web. The internal web 8 fed out from the internal web roll 113 is cut at predetermined lengths, whereby the internal packaging material 8 that encloses the cigarette bundle CB is formed. The internal web is a web material for forming the internal packaging material 8. The inner packaging material 8 is wound around the cigarette bundle CB. Then, predetermined folding with respect to the inner packaging material 8 is repeated by a folding wheel (not shown) in the inner pack molding unit 110, and the inner pack 4 is molded. The molded inner pack 4 is transported on the main transport line (indicated by white arrow Lm in the figure) toward the package forming section 120 by the pocket conveyor.

The inner frame molding unit 130 is a device for molding the inner frame 6 from the inner blank. The inner frame molding part 130 includes a first molding part 130A and a second molding part 130B. FIG. 4 is a diagram showing a schematic configuration of the first molding part 130A. FIG. 5 is a diagram showing a schematic configuration of the second molding part 130B. FIG. 6 is a diagram illustrating the first inner blank B1 according to the embodiment. FIG. 7 is a diagram illustrating the second inner blank B2 according to the embodiment. The dashed-dotted line in FIG. 6, 7 has shown the folding line. The first inner blank B 1 is a blank for forming the lower frame portion 61. The second inner blank B2 is a blank for forming the upper frame portion 62.

1st shaping | molding part 130A is provided with the 1st web roll 131, the 1st cutting apparatus 132, and the 1st conveyor 133 (1st conveying apparatus). A first inner web 134 as a first web material for forming the lower frame portion 61 (first inner blank B1) is wound around the first web roll 131 in a roll shape. In FIG. 4, the first web roll 131 is not shown.

2nd shaping | molding part 130B is provided with the 2nd web roll 135, the 2nd cutting device 136, and the 2nd conveyor 137 (2nd conveying apparatus). A second inner web 138 as a second web material for forming the upper layer frame portion 62 (second inner blank B2) is wound around the second web roll 135 in a roll shape. In FIG. 5, illustration of the second web roll 135 is omitted.

The first inner web 134 fed out from the first web roll 131 is cut into a predetermined shape by the first cutting device 132. The first cutting device 132 has a pair of

rollers

132a and 132b composed of a pair of rollers, and a first inner web 134 is inserted between the pair of

rollers

132a and 132b. In addition, a pressing cutter (not shown) for cutting the first inner web 134 into a predetermined shape is provided on the surface of the one roller 132a. Note that the first inner web 134 is cut by the first cutting device 132, whereby the first inner blank B1 shown in FIG. 6 is formed. The first inner blank B1 for forming the lower frame portion 61 has a front frame 61A and a pair of side frames 61B connected to both sides of the front frame 61A. Further, a U-shaped cutout recess 61C is formed in the front frame 61A. In FIG. 6, the lower inner frame portion 61 is formed by folding the first inner blank B 1 along the folding line indicated by the alternate long and short dash line.

The first inner blank B1 (lower frame part 61) formed by cutting the first inner web 134 by the first cutting device 132 is conveyed by the first conveyor 133. A path along which the first conveyor 133 transports the first inner blank B1 is referred to as a first sub-transport line Ls1, and is indicated by an arrow in FIG. As shown in FIG. 3, the first sub-transport line Ls1 has an upstream end provided along the main transport line Lm. The first sub-transport line Ls1 is bent in the orthogonal direction in the middle to extend toward the main transport line Lm, and merges with the main transport line Lm at the downstream end.

On the other hand, the second inner web 138 fed out from the second web roll 135 is cut into a predetermined shape by the second cutting device 136 shown in FIG. The configuration of the second cutting device 136 is substantially the same as that of the first cutting device 132. The 2nd cutting device 136 has

roller pair

136a, 136b which consists of a pair of roller, and the 2nd inner web 138 is inserted between

roller pair

136a, 136b. Further, a pressing cutter (not shown) for cutting the second inner web 138 into a predetermined shape is provided on the surface of one roller 136a. The second inner web 138 is cut by the second cutting device 136, whereby the second inner blank B2 shown in FIG. 7 is formed. The second inner blank B2 shown in FIG. 7 has a front frame 62A and a pair of side frames 62B connected to both sides of the front frame 62A. A U-shaped notch recess 62C is formed in the front frame 62A. In FIG. 7, the upper inner frame portion 62 is formed by folding the second inner blank B 2 along the folding line indicated by the alternate long and short dash line.

The second inner blank B2 (upper frame portion 62) formed by cutting the second inner web 138 by the second cutting device 136 is conveyed by the second conveyor 137. A path on which the second conveyor 137 conveys the second inner blank B2 is referred to as a second sub-conveyance line Ls2, and is indicated by an arrow in FIG. As shown in FIG. 3, the second sub-transport line Ls2 is provided along the main transport line Lm on the upstream end side. Similarly to the first sub-conveying line Ls1, the second sub-conveying line Ls2 is also bent in the middle in the orthogonal direction to extend toward the main conveying line Lm, and joins the main conveying line Lm at the downstream end.

Next, with reference to FIG. 8, a process of forming the inner frame according to the embodiment will be described. FIG. 8 shows a first merging portion P1 where the downstream end of the first sub-conveying line Ls1 joins and a second merging portion P2 where the downstream end of the second sub-conveying line Ls2 joins in the main conveying line Lm. Has been. The main conveyance line Lm shown in FIG. 8 is upstream on the right side in the drawing and downstream on the left side in the drawing. Further, in the main conveyance line Lm, the first junction P1 that merges with the first sub conveyance line Ls1 is located upstream of the second junction P2 that merges with the second sub conveyance line Ls2. The inner pack 4 shown in FIG. 8 shows a state where the inner pack 4 is being transported on the main transport line Lm from the inner pack forming portion 110 toward the package forming portion 120. Further, the downstream end of the first sub transport line Ls1 and the downstream end of the second sub transport line Ls2 merge from the orthogonal direction with respect to the main transport line Lm.

Here, the conveyance speed of the first inner blank B1 by the first conveyor 133 and the conveyance speed of the second inner blank B2 by the second conveyor 137 are respectively appropriate speeds according to the conveyance speed of the inner pack 4. It is adjusted as follows. The first inner blank B1 (lower frame portion 61) cut by the first cutting device 132 is transported by the first conveyor 133, and is sequentially transported along the main transport line Lm by a pocket conveyor (not shown). The pack 4 is placed (set) at a predetermined position.

As shown in FIG. 8, in the vicinity of the downstream end of the first sub-transport line Ls1, the adhesive as an adhesive is sprayed and applied to the surface of either the first inner blank B1 or the second inner blank B2. An adhesive nozzle 139 (adhesive supply device) is disposed. In this embodiment, in order to laminate | stack 2nd inner blank B2 on 1st inner blank B1, it is made to apply | coat an adhesive agent on the surface of 1st inner blank B1. The spray of the glue by the glue nozzle 139 is adjusted so that the glue is applied to the portion of the surface of the first inner blank B1 where the second inner blank B2 is overlapped in the subsequent step.

The second inner blank B2 (upper frame portion 62) that has been conveyed to the tip of the second conveyor 137 is set on the upper surface of the inner pack 4 and the first inner blank B1 (lower layer) with the surface coated with glue. On the frame portion 61), the first inner blank B1 (lower frame portion 61) is laminated so as to be partially exposed. Here, since the paste is applied to the surface of the first inner blank B1, the second inner blank B2 is set on the first inner blank B1, whereby both can be bonded.

Thus, in the inner frame forming part 130 of the manufacturing apparatus 100, a part of the surface of the first inner blank B1 (lower frame part 61) (specifically, the upper end side of the first inner blank B1) is exposed. Thus, the inner frame 6 is formed by laminating and bonding the second inner blank B2 (upper frame portion 62) to the surface of the first inner blank B1 (lower frame portion 61).

Subsequently, the inner pack 4 in which the inner frame 6 is set is conveyed to the package forming unit 120. The package forming unit 120 that has received the inner pack 4 folds the outer blank B3 shown in FIG. 9 around the inner pack 4 on which the inner frame 6 is placed, and bonds various portions such as a flap. As a result, the package body 2 including the outer box 5 and the lid 3 is formed. Further, the package forming portion 120 adheres the inner frame 6 to the outer blank 5 during the folding process.

FIG. 9 is a view showing the outer blank B3 according to the embodiment. The broken line in FIG. 9 shows a folding line. The outer blank B 3 has an outer box area R 1 that becomes the outer box 5 and a lid area R 2 that becomes the lid 3. The outer box section R1 has a front wall panel P1 that becomes the front wall 51 of the outer box 5, and side wall panels P2 that become the side walls 53 of the outer box 5 are connected to both side edges of the front wall panel P1. .

Further, a bottom wall panel P3 that becomes the bottom wall 54 of the outer box 5 is connected to the upper edge of the front wall panel P1. The bottom wall panel P3 is connected to a rear wall panel P4 that is located on the opposite side of the front wall panel P1 and serves as the rear wall 52 of the outer box 5. Inner side flaps P5 for the side wall panel P2 are connected to both side edges of the rear wall panel P4. Further, an inner bottom flap P6 is connected to the lower end of each inner side flap P5, and these inner bottom flaps P6 are overlapped and bonded to the bottom wall panel P3 to reinforce the bottom wall 54 of the outer box 5. Make.

The lid area R2 has a rear wall panel P7 that becomes the rear wall 32 of the lid 3, and the lower end edge of the rear wall panel P7 is a rear wall panel of the outer box area R1 via a hinge line L1 that becomes the hinge 7. It is connected to P4. In addition, a top wall panel P8 serving as the top wall 34 of the lid 3 is connected to the upper end edge of the rear wall panel P7 of the lid section R2. Moreover, the inner side flap P9 used as a part of the side wall 33 of the lid 3 is connected with the both-sides edge of the rear wall panel P4, respectively. And the inner top flap P10 is continued to the upper end edge of each inner side flap P9, and these inner top flaps P10 are overlapped and bonded to the top panel P8 to reinforce the top wall 34.

Further, the top wall panel P8 includes a front wall panel P11 that is located on the side opposite to the rear wall panel P7 and that is a part of the front wall 31 of the lid 3, and an inner front flap P12 that is a remaining part of the front wall 31. Are in sequence. The inner front flap P12 is superimposed on the front wall panel P11 and bonded to thereby reinforce the front wall 31. Moreover, the side wall panel P13 used as the remaining part of the side wall 33 in the lid 3 is continued in the both-sides edge of the front wall panel P11. The inner side flap P9 described above overlaps and adheres to the side wall panel P13, thereby reinforcing the side wall 33.

In the package forming unit 120, the outer blank B3 described above is folded around the inner pack 4 along the folding line, and the portions such as flaps overlapped with each other by the folding are bonded by heat sealing. Further, in the process, the inner frame 6 is folded and the inner frame 6 is bonded to the outer box 5.

At that time, as shown in FIG. 10, the surface of the upper frame portion 62 is bonded to the outer blank 5 so that at least the upper edge of the upper frame portion 62 does not overlap (not wrap) with the outer blank 5 in the package molding portion 120. To do. According to this, after the outer blank 5 is molded, the upper end side of the upper frame portion 62 protrudes upward from the opening end 55 of the outer blank 5, and the surface of the upper frame portion 62 can be visually recognized with the lid 3 opened. it can. In addition, the diagonal hatching shown in FIG. 10 represents the adhesion | attachment area | region at the time of adhere | attaching the upper frame part 62 on the inner wall face of the outer box 5. FIG. 9 corresponds to the position of the upper end edge of the front wall 51, and the two-dot chain line shown in the side view side corresponds to the position of the upper end edge of the side wall 53.

Here, the front frame 62A of the upper frame portion 62 is bonded to the front wall 51 of the outer box 5, and the side frame 62B is bonded to the side wall 53 of the outer box 5. Then, the front frame 61A and the side frame 61B of the lower frame 61 are bonded to the front frame 62A and the side frame 62B of the upper layer frame 62, respectively. The inner frame 6 in the present embodiment employs a laminated structure in which the lower layer frame portion 61 and the upper layer frame 62 overlap in the thickness direction of the inner frame 6 at the corner portion where the front frame and the side frame are connected. Therefore, the rigidity of the package 1 can be increased. In addition, in the present embodiment, since the lower frame portion 61 and the upper frame 62 are bonded to each other at the corner portion, the rigidity of the package 1 can be significantly increased.

As mentioned above, according to the manufacturing apparatus 100, the package 1 which concerns on this embodiment can be manufactured suitably. However, the manufacturing apparatus of the package 1 according to the present embodiment is not limited to the above configuration example and can be variously modified.

<Other configuration examples of manufacturing apparatus>
Next, a modification of the manufacturing apparatus according to the embodiment will be described with reference to the drawings. FIG. 11 is a schematic configuration diagram of a manufacturing apparatus 100 ′ according to a modification. FIG. 12 is a schematic configuration diagram of the inner frame forming section 140 of the manufacturing apparatus 100 ′ according to the modification. The manufacturing apparatus 100 ′ shown in FIG. 11 includes an inner frame forming portion 140 instead of the inner frame forming portion 130 shown in FIG. FIG. 12 shows a side view of the inner frame molding part 140 in the upper stage, and shows a top view of the inner frame molding part 140 in the lower stage. In this modification, both the lower layer frame portion 61 and the upper layer frame portion 62 are formed from an inner blank obtained by cutting a common (single) web material (inner web) for forming the inner frame 6.

The inner frame forming unit 140 includes a third web roll 141, a third cutting device 142, a third conveyor 143 (conveyance device), an acceleration roller 144 (acceleration device), and a glue nozzle 145 (adhesive supply device). A third inner web 146 as a web material for forming the lower frame layer 61 (first inner blank B1) and the upper frame portion 62 (second inner blank B2) is wound around the third web roll 141 in a roll shape. Yes. The 3rd cutting device 142 is the structure similar to the 1st cutting device 132 shown in FIG. The third cutting device 142 includes a pair of

rollers

142a and 142b including a pair of rollers, and a third inner web 146 is inserted between the pair of

rollers

142a and 142b.

Further, a pressing cutter (not shown) for cutting the third inner web 146 into a predetermined shape is provided on the surface of one roller 142a constituting the

roller pair

142a, 142b. By pressing against the 3 inner web 146, the third cutting device 145 can cut the third inner web 146 into a predetermined shape. The inner frame forming part 140 in this modification is for forming the first inner blank B1 for forming the lower frame part 61 and the upper frame part 62 from a common (single) web material called the third inner web 146. The second inner blank B2 is cut alternately.

FIG. 13 is a view showing the surface of the third inner web 146. On the surface of the third inner web 146, there are a first region 1461 on which a pattern corresponding to the lower frame portion 61 is drawn and a second region 1462 on which a pattern corresponding to the upper frame 62 is drawn. The three inner webs 146 are alternately arranged in the longitudinal direction.
Of the boundary lines that divide the first region portion 1461 and the second region portion 1462, the first boundary line indicated by the symbol Lb1 in the drawing and the second boundary line indicated by the symbol Lb2 are different in shape. ing. The first boundary line Lb1 corresponds to the upper edge of the lower frame part 61 and the lower edge of the upper frame part 62. The second boundary line Lb 2 corresponds to the lower end edge of the lower layer frame part 61 and the upper end edge of the upper layer frame part 62. That is, the contour of the upper edge in the lower frame portion 61 is defined by the first boundary line Lb1, and the contour of the lower edge is defined by the second boundary line Lb2. On the other hand, the contour of the upper edge in the upper frame portion 62 is defined by the second boundary line Lb2, and the contour of the lower edge is defined by the first boundary line Lb1.

The pressing cutter formed on the surface of the roller 142a has a shape along the first boundary line Lb1 and the second boundary line Lb2, and the third inner web along the first boundary line Lb1 and the second boundary line Lb2. By cutting 146, the first inner blank B1 (lower frame layer 61) and the second inner blank B2 (upper frame portion 62) can be cut out alternately. The first inner blank B1 and the second inner blank B2 alternately cut from the third inner web 146 are transported on the sub transport line Ls by the third conveyor 143. As shown in FIG. 11, the upstream side of the sub transport line Ls is provided along the main transport line Lm. And the sub conveyance line Ls is bent in the orthogonal direction on the way, is extended toward the main conveyance line Lm side, and merges with the main conveyance line Lm in a downstream end.

Next, with reference to FIG. 12, the detailed structure of the 3rd conveyor 143 and the acceleration roller 144 is demonstrated. The third conveyor 143 is configured by connecting a plurality of conveyors. Let this conveyor part be the 1st conveyor part 143a, the 2nd conveyor part 143b, the 3rd conveyor part 143c, ... from an upstream. Each of the

conveyor units

143a, 143b, 143c,... Has a set of endless belts V extending in the transport direction and a plurality of driving rollers R that wrap around the endless belts V. A set of endless belts V are arranged side by side at a predetermined interval, and each endless belt V is wound around a set of drive rollers R.

Acceleration rollers 144 are disposed in the vicinity of the downstream end of the first conveyor unit 143a. On the surface of the acceleration roller 144, a pair of operation arms 144 a are provided so as to protrude in the radial direction of the acceleration roller 144. The pair of operating arms 144a are provided at substantially symmetrical positions (that is, a position separated from the circumference of the acceleration roller 144 by a half circumference) with the central axis of the acceleration roller 144 interposed therebetween, and the acceleration roller 144 is along the central axis. It extends in the width direction. The acceleration roller 144 is disposed in a hollow space formed between the pair of endless belts V in the first conveyor unit 143a.

The glue nozzle 145 is disposed on the sub transport line Ls, and more specifically, is provided on the upper portion of the acceleration roller 144. The glue nozzle 145 is the same device as the glue nozzle 139 described in FIG. The glue nozzle 145 is glue (adhesive) on one of the surfaces of the first inner blank B1 (lower layer frame layer 61) and the second inner blank B2 (upper frame part 62) conveyed by the third conveyor 143. ). In this modification, the paste is applied to the surface of the first inner blank B1 by spraying the paste onto the surface of the first inner blank B1.

In each

conveyor part

143a, 143b, 143c, ... of the 3rd conveyor 143, the tangential speed of the drive roller which sends out endless belt V is set larger than the tangential speed of

roller pair

142a, 142b in the 3rd cutting device 142 ing. Thereby, the space | interval (henceforth a blank space | interval) between inner blank B1, B2 conveyed by the 3rd conveyor 143 is expanded compared with immediately after cutting with

roller pair

142a, 142b. Details of the blank interval will be described later.

Next, the operation content of the acceleration roller 144 will be described. The acceleration roller 144 rotates, for example, intermittently, and the tangential speed when the acceleration roller 144 rotates is set to a value larger than the tangential speed of the driving roller of the third conveyor 143. Further, the acceleration roller 144 is glued by a glue nozzle 145 at a predetermined timing, specifically, directly above the first inner blank B1 (lower frame layer 61) and the second inner blank B2 (upper frame part 62). It is controlled so as to perform the rotation operation at the timing when the second inner blank B2 passes, that is, the one not coated. Since the tangential speed at the time of rotation of the acceleration roller 144 is faster than the tangential speed of the driving roller in the third conveyor 143, the operating arm 143a follows the second inner blank B2 from the rear of the second inner blank B2, and the second inner blank. The operating arm 143a collides with the rear end of B2. As described above, the second inner blank B2 for forming the upper frame portion 62 is boosted from the rear by the operation arm 143a to accelerate the second inner blank B2 toward the downstream side (front side) of the sub transport line Ls. be able to.

When accelerating the second inner blank B2 by the accelerating roller 144, if the above-described blank interval is too narrow, the second inner blank B2 is followed before the operating arm 143a collides with the rear end portion of the second inner blank B2. The operating arm 143a may collide with the first inner blank B1. In order to avoid such a situation, in the present modification, when the acceleration roller 144 is rotated, the operating arm 143a does not interfere with the first inner blank B1, and the rear end of the second inner blank B2 is not affected. The relative relationship between the tangential speed of the driving roller that feeds the endless belt V and the tangential speed of the

roller pair

142a, 142b is defined so that a reachable blank interval can be obtained.

Here, as shown in FIG. 12, the height of the second conveyor portion 143b (the height of the endless belt V) is slightly lower than that of the first conveyor portion 143a in which the acceleration roller 144 is disposed. The level difference between the first conveyor part 143a and the second conveyor part 143b may be set to be the same as or slightly larger than the thickness of the third inner web 146.

Further, in the present modification, when the operating arm 143a collides with the second inner blank B2 (upper frame portion 62) by the rotation operation of the acceleration roller 144, the first inner blank B1 transported immediately before the operation arm 143a. The blank interval is adjusted so that the (lower frame portion 61) is positioned on the second transfer conveyor 142b. Thereby, when the 2nd inner blank B2 accelerates with the acceleration roller 144, it suppresses that the front end of 2nd inner blank B2 and the rear end of 1st inner blank B1 located in front of it interfere (collision). it can. As a result, the second inner blank B2 can be stacked on the first inner blank B1.

In this configuration example, since the acceleration roller 144 is disposed on the first conveyor unit 143a, a step is provided between the first conveyor unit 143a and the second conveyor unit 143b located on the downstream side thereof. However, when the installation position of the acceleration roller 144 is changed, it is preferable to change the position where the step is provided. For example, when the accelerating roller 144 is disposed on the second conveyor unit 143b, a step may be provided between the second conveyor unit 143b and the third conveyor unit 143c.

Here, the lamination mode of the first inner blank B1 and the second inner blank B2 can be the same as in the case of the inner frame forming portion 130 described in FIG. That is, the second inner blank B2 (upper layer frame portion 62) is so exposed that a part of the surface of the first inner blank B1 (lower layer frame portion 61) (specifically, the upper end side of the first inner blank B1) is exposed. It is laminated on the surface of the first inner blank B1 (lower frame portion 61). Note that the glue supplied from the glue nozzle 145 is applied to the surface of the first inner blank B1 when the second inner blank B2 is laminated. Therefore, as shown in FIG. 14, the second inner blank B2 (upper frame part 62) is exposed on the surface of the first inner blank B1 (lower frame part 61), and a part of the surface of the first inner blank B1 is exposed. Both layers can be bonded together by laminating them.

Note that the sub transport line Ls shown in FIG. 12 corresponds to the upstream end side thereof, that is, the portion provided along the main transport line Lm (see FIG. 11). And the sub conveyance line Ls bends in the orthogonal | vertical direction downstream from the part shown by FIG. 12, and merges with the main conveyance line Lm in the downstream end. The inner frame 6 molded in the inner frame molding unit 140 is set on the upper surface of the inner pack 4 that is transported along the main transport line Lm at the tip of the third conveyor 143. Thereafter, the inner pack 4 is delivered to the subsequent package forming section 120, whereby the package 1 is formed as described above.

Next, a modified example relating to the cutting of the third inner web 146 by the third conveyor 143 will be described. FIG. 15 is a diagram illustrating a cutting position where the third inner web 146 is cut. The broken line in the figure indicates the cutting position for convenience, and the line indicating the cutting position is not actually drawn on the surface of the third inner web 146.

The cutting position indicated by a broken line in FIG. 15 is set at a position slightly deviated from the first boundary line Lb1 and the second boundary line Lb2. Of the cutting positions, the one corresponding to the first boundary line Lb1 is referred to as a first cutting line Lc1, and the one corresponding to the second boundary line Lb2 is referred to as a second cutting line Lc2. The first cutting line Lc1 is set at a position shifted to the first region part 1461 side from the first boundary line Lb1, and the second cutting line Lc2 is shifted to the second region part 1462 side from the second boundary line Lb2. The position is set.

The third cutting device 145 cuts the third inner web 146 along the first cutting line Lc1 and the second boundary line Lb2 set as described above, whereby the first inner blank B1 ( The lower frame portion 61) and the second inner blank B2 (upper frame portion 62) are obtained. As shown in FIG. 16, the area | region where the design pattern of 2nd inner blank B2 (upper layer frame part 62) was provided exists in the lower end side of 1st inner blank B1 (lower layer frame part 61). Moreover, the area | region where the design pattern of 1st inner blank B1 (lower layer frame part 61) was provided exists in the lower end side of 2nd inner blank B2 (upper layer frame part 62). However, since the lower end regions of the first inner blank B1 and the second inner blank B2 are overlapped with the outer box 5 when the inner frame 6 is assembled, they are not exposed to the outside.

On the other hand, the upper end side of the first inner blank B1 (lower layer frame portion 61) and the upper end side of the second inner blank B2 (upper layer frame portion 62) are assembled to the outer box 5 so as to be exposed to the outside. On the other hand, the first cutting line Lc1 is set so as to be shifted from the first boundary line Lb1 to the first region portion 1461 side, and therefore the actual cutting position is slightly slightly changed to the first cutting line Lc1 for some reason. Even if it deviates from, it can suppress that the pattern corresponding to the upper frame part 62 mixes with the upper end part of the lower frame part 61. FIG. Similarly, since the second cutting line Lc2 is set so as to be shifted from the second boundary line Lb2 toward the second region 1462, the actual cutting position slightly deviates from the second cutting line Lc2 for some reason. Even if the pattern pattern corresponding to the lower layer frame portion 61 is mixed with the upper end portion of the upper layer frame portion 62, it can be suppressed.

<Other embodiments>
The above-described embodiment is an example for explaining the present invention, and various modifications can be made to the above-described embodiment without departing from the gist of the present invention.
In the package 1 according to the present embodiment, the design patterns applied to the surfaces of the lower frame portion 61 and the upper frame portion 62 are different from each other. Instead, both colors, textures (textures), or materials may be different. Also by this, a three-dimensional effect can be given to these designs by utilizing the overlap of the upper frame portion 62 and the lower frame portion 61.

Further, the edge shapes (contours) of the lower layer frame portion 61 and the upper layer frame portion 62 constituting the inner frame 6 are not limited to specific shapes, and various shapes can be adopted. FIG. 17 is a diagram illustrating a first modification of the inner frame 6 according to the embodiment. FIG. 18 is a diagram illustrating a second modification of the inner frame 6 according to the embodiment. As shown in FIG. 17, the inner frame 6 may have the same or similar edge shape at the upper end portions of the lower frame portion 61 and the upper frame portion 62. For example, a lower frame part 61 and an upper frame part 62 having different patterns on the surface and the same shape are prepared, and these are shifted up and down to be partially overlapped to form an inner frame 6. Also good. Further, as shown in FIG. 18, the lower frame portion 61 and the upper frame portion 62 having completely different edge shapes may be bonded so that a part of the lower frame portion 61 is exposed.

FIG. 19 is a view showing a third modification of the inner frame 6 according to the embodiment. As shown in FIG. 19, the inner frame 6 may have a laminated structure of three or more layers. In the configuration example shown in FIG. 19, the second lower frame portion 63 is bonded further inside the lower frame portion 61 (on the accommodation space side of the outer box 5). The second lower frame portion 63 has a pattern on its surface. The upper region of the second lower frame part 63 protrudes further upward from the upper end of the lower frame part 61. Thereby, when the lid 3 is opened, the upper end region of the second lower frame portion 63 is exposed in a manner that the consumer can visually recognize.

The pattern applied to the surface of the second lower frame part 63 is different from the pattern applied to any surface of the upper frame part 62 and the lower frame part 61. According to this, compared with the case where the inner frame 6 has a two-layer structure, the three-dimensional effect of each pattern can be made more prominent, and the rigidity of the package 1 can be further enhanced.

FIG. 20 is a diagram illustrating a fourth modification of the inner frame 6 according to the embodiment. As shown in FIG. 20, an opening window 62 A is formed in the upper frame portion 62. The surface of the lower frame portion 61 disposed in the lower layer is exposed through the opening window 62A formed in the upper frame portion 62. Also in the inner frame 6 configured as described above, a three-dimensional design can be given to the package 1 as in the configuration examples described above, and the degree of appeal to consumers can be increased.

In the embodiments described above, the inner frame 6 having a laminated structure is formed by bonding a plurality of inner blanks. However, the inner frame 6 may be formed by folding a single inner blank. FIG. 21A is a diagram illustrating a surface of an inner blank B4 according to a modification of the embodiment. FIG. 21B is a diagram illustrating a back surface of an inner blank B4 according to a modification of the embodiment. FIG. 21C is a diagram illustrating a state in which the inner blank B4 according to the modification of the embodiment is partially folded. Reference numeral 6A denotes a front panel, and 6B denotes a side panel. The first flap F1 to the third flap F3 are connected to the front panel 6A via a folding line. On the surface of the inner blank B4, the portions corresponding to the first flap F1 to the third flap F3 are white.

As shown in FIG. 21B, the back surface of the inner blank B4 is provided with a pattern on the portions corresponding to the first flap F1 to the third flap F3, and the other regions are white. Here, FIG. 21C shows a state in which each flap is folded along the folding line so that the patterns of the first flap F1 to the third flap F3 appear on the front side. The inner frame 6 configured as described above also has a stacked structure in which an upper frame portion and a lower frame portion having different appearances (design patterns) are partially stacked, as in the configuration examples described above. By increasing the rigidity of the inner frame 6 and adding a three-dimensional design, it is possible to increase the degree of appeal to consumers.

The various contents described above can be combined as much as possible without departing from the technical idea of the present invention. Further, in the present embodiment, as a suitable application example of the object to be accommodated in the hinge lid type package, the case where tobacco products such as filter cigarettes and double-cut cigarettes are accommodated in the package has been described, but the present invention is not limited thereto. Articles other than tobacco products may be accommodated.

DESCRIPTION OF SYMBOLS 1 ... Package 2 ... Package main body 3 ... Lid 4 ... Inner pack 5 ... Outer box 6 ... Inner frame 7 ... Hinge 8 ... Inner packaging material 61 ... Lower layer Frame part 62 ... Upper layer frame part 100, 100 '... Manufacturing device 110 ... Inner pack molding part 120 ...

Package molding part

130, 140 ... Inner frame molding part

Claims

An outer box having an open end in the upper part and in which an accommodation space for an object is formed;
A lid that is pivotally connected to a rear opening edge of the opening end via a hinge, and opens and closes the opening end;
An inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box;
With
In the inner frame, at least a part of the protruding region protruding upward from the opening end has a laminated structure in which an inner blank for forming the inner frame is laminated, and a lower frame portion and a surface of the lower frame portion Having a laminated structure including an upper frame part laminated on the lower frame part so that a part of
The appearances of the surfaces of the lower frame part and the upper frame part are different from each other,
Hinge lid type package.
The inner frame has a front frame along the front wall of the outer box, and side frames connected to both side edges of the front frame,
The corner portion where the front frame and the side frame are connected has the laminated structure,
The hinge lid type package according to claim 1.
The upper frame part and the lower frame part are bonded together,
The hinge lid type package according to claim 1 or 2.
An outer box having an open end at the top and having a storage space for an object to be stored therein, and a lid that is pivotally connected to a rear opening edge of the open end via a hinge to open and close the open end And an inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box, and a manufacturing method of a hinge lid type package,
Forming an inner pack in which the object to be wrapped is wrapped with an inner packaging material;
Forming the inner frame from an inner blank;
A package forming step of forming the outer box by folding an outer blank around the inner pack on which the inner frame is placed, and bonding the inner frame to the outer blank;
Including
In the step of forming the inner frame, the lower frame portion and the upper frame portion made of an inner blank having different surface appearances are arranged, and the upper frame portion is changed to the lower frame so that a part of the surface of the lower frame portion is exposed. Laminate and adhere to the surface of the part,
Manufacturing method of hinge lid type package.
In the step of forming the inner frame, the back surface of the upper frame part is bonded to the surface of the lower frame part so that the upper end side of the lower frame part is exposed,
In the package forming step, the surface of the upper frame part is bonded to the outer blank so that a part of the surface of the upper edge part of the upper frame part is exposed.
The manufacturing method of the hinge lid type | mold package of Claim 4.
An outer box having an open end at the top and having a storage space for an object to be stored therein, and a lid that is pivotally connected to a rear opening edge of the open end via a hinge to open and close the open end And an inner frame that is provided in the outer box so as to protrude upward from the opening end and reinforces the outer box,
A pack molding portion for molding an inner pack in which the object to be wrapped is wrapped with an inner packaging material;
An inner frame molding part for molding the inner frame from an inner blank;
Forming the outer box by folding an outer blank around the inner pack on which the inner frame is mounted, and forming a package molding portion for adhering the inner frame to the outer blank;
With
The inner frame forming portion includes a lower frame portion and an upper frame portion made of an inner blank having different surface appearances, and an upper frame portion of the lower frame portion is exposed so that a part of the surface of the lower frame portion is exposed. Forming the inner frame by laminating and bonding to the surface,
Manufacturing equipment for hinge lid type packages.
The inner frame molding part is bonded to the surface of the lower frame part so that the upper end side of the lower frame part is exposed,
The package molding part adheres the surface of the upper frame part to the outer blank so that a part of the surface of the upper edge part of the upper frame part is exposed.
The manufacturing apparatus of the hinge lid type | mold package of Claim 6.
The inner frame molding part is
A cutting device that alternately cuts the upper frame portion and the lower frame portion from a common web material of the inner frame;
A transport device that alternately transports the upper frame portion and the lower frame portion cut by the cutting device to the downstream side of the transport line;
An adhesive supply device that is provided in the middle of the conveyance line and supplies an adhesive to the surface of one of the upper frame portion and the lower frame portion;
Provided in the middle of the conveyance line, the frame portion of the upper frame portion and the lower frame portion that is not supplied with adhesive by the adhesive supply device is accelerated toward the downstream side of the line, and forward An acceleration device that is stacked on the one frame portion located at
Having
The manufacturing apparatus of the hinge lid type package of Claim 6 or 7.
The inner frame molding part is
A first cutting device for cutting the lower frame portion from a first web material;
A second cutting device for cutting the upper frame portion from a second web material;
A first conveying device that conveys the lower frame portion cut in the first cutting device and sets the lower frame portion on the inner pack formed in the package forming portion;
An adhesive supply device for supplying an adhesive to the surface of any one of the upper frame part and the lower frame part;
A second transport device that transports the upper layer frame portion cut in the second cutting device, and stacks the upper layer frame portion on the lower frame portion set on the inner pack;
Having
The manufacturing apparatus of the hinge lid type package of Claim 6 or 7.