KR101856400B1 - Package - Google Patents

Abstract

There is provided a package relating to a package in which an object can be easily taken out even when the number of objects to be contained is reduced. The present invention provides a package including a substantially rectangular parallelepiped-shaped receiving portion for receiving an object to be received and having an opening for receiving the object to be received, and a lid portion at least covering the opening, the object being divided into a plurality of rows, A lifting section having a small box which ascends and descends for each column and a connecting section which connects the small boxes in the forward and backward direction in which the rows are arranged and which forms a gap between the small boxes along with the rise of the small boxes, And a connecting portion connected to the elevating portion to elevate the elevating portion.

Description

Package {PACKAGE}

The present invention relates to a package.

BACKGROUND ART Conventionally, soft pack type packages, hard type packages, and the like are known as packages (packages) for accommodating an object such as a cigarette product. As one form of the hard package, a hinge lead package (also referred to as a hinge lead box) having a lid (lead) is known. This type of hinge lead package generally has a box-shaped outer shape and includes a receiving portion for receiving the bundle of cigarettes and a lid for opening and closing an opening formed on the upper portion of the receiving portion, And the like.

A package having a lift-up mechanism for the object to be taken in order to easily take the object such as a cigarette product has been proposed. For example, Patent Document 1 includes a second operator that is separate from the inclusion material that can reciprocate in the ascending and descending direction with respect to the first operator or the box body reciprocating according to the opening and closing of the lid, and with the reciprocating motion of the operator And a pulling mechanism for lifting up the bottom surface with the cigarette bundle by lifting one face of the front face and the rear face. Further, for example, Patent Document 2 discloses a smoking article comprising a lifting element associated with at least one smoking article for lifting a smoking article on the bottom of the container, wherein the lifting element comprises an engaging portion Is disclosed.

Patent Document 1: WO 2013/076863 Patent Document 2: Japanese Patent Specification No. 2013-500212

As a prior art, there is a cigarette that lifts up. In this conventional technique, since the cigarette is lifted up, the cigarette can be easily taken out of the package. However, in such a conventional technique, when the number of cigarettes is reduced, for example, the cigarette may be inclined. In this case, since the upper end of the cigarette does not protrude even if the cigarette rises, the upper end of the cigarette can not be caught. The above problem is not limited to a package for accommodating a cigarette but also for a package for accommodating an object other than a cigarette.

SUMMARY OF THE INVENTION In view of the above problems, it is an object of the present invention to provide a package relating to a package which can easily take an object to be received even when the number of objects to be contained is reduced.

In order to solve the problems described above, the present invention has been made in order to solve the above-described problems, and an object of the present invention is to provide a small box which is divided into a plurality of rows, And a lifting portion having a connecting portion for forming a gap between the small boxes.

More specifically, the present invention relates to a package including a substantially rectangular parallelepiped-shaped receiving portion for receiving an object to be received and having an opening for receiving the object, and a lid portion at least covering the opening, And a connecting portion for connecting the small boxes to each other in the back and forth direction in which the rows are arranged and forming a gap between the small boxes along with the rise of the small boxes, And a connecting portion connected to the elevating portion to elevate the elevating portion.

In the package of the present invention, the ascending / descending section is divided into each column. Therefore, even when the number of the receiving objects is reduced, the moving range of the object to be received can be reduced as compared with the case in which the elevating portion is not divided. As a result, in the package of the present invention, the inclination of the object to be received is reduced even when the number of objects to be contained is reduced. That is, in the package of the present invention, since the small box for accommodating the object to be contained is raised and lowered for each column, and the object to be received is housed in a small box, the moving range is small, . Further, the small boxes are connected to each other at the connecting portion, and a plurality of small boxes can be raised and lowered in conjunction with the elevation of the connecting portion. Further, by the connecting portion, a gap can be formed between the small boxes, and the objects to be held are separated from each other in the forward and backward directions, so that they can be easily gripped. Therefore, the object to be received can be easily taken out from the package, as compared with the case where the small boxes are approaching each other.

Here, the elevating portion is configured such that, when the small box rises, the interval in the front-rear direction between the pieces of water contained in each small box is gradually widened as the upper portion of the object is gradually expanded have. In other words, the object to be contained in the small box can be elevated like a fan when viewed from the side. In the package of the present invention, since the small box rises for each row, the space in the front-rear direction is widened, so that the upper side of the object to be received is very easy to catch, have.

The distance between the water-receiving materials can be determined by the length of the connecting portion in the longitudinal direction. For example, by increasing the length of the connecting portion in the front-rear direction, the distance between the water-receiving materials can be increased. The length of the connecting portion in the front-rear direction can be appropriately designed in accordance with the size and shape of the object to be received, the main user layer of the object to be received, and the like.

The connecting portion may connect the elevating portion and the lid portion, and may raise and lower the elevating portion in conjunction with the opening and closing of the lid portion. The connecting portion connects the lifting portion and the lid portion so that the lifting and lowering portion can be lifted and lowered in conjunction with the opening and closing of the lid portion.In other words, only by opening and closing the lid portion, Since the water is lifted, the object can be easily taken out of the package. Further, the connecting portion may be configured to directly grasp the connecting portion to lift the elevating portion.

The connecting portion can connect the upper edges of the front and rear small boxes. In addition, the connecting portion may connect the lower edges of the front and rear small boxes. Further, the connecting portion may connect regions other than the upper frame or the lower frame of the front and rear small boxes. Although the connecting positions of the small boxes are not particularly limited, the upper edges of the small boxes on the front and rear sides are connected to each other so that the gap between the receptacles in the front-rear direction can be widened more efficiently. Further, by connecting the upper edges of the small boxes, it is possible to restrict the enlargement of the small boxes in the longitudinal direction. For example, by uniformizing the lengths of the plurality of connecting portions in the longitudinal direction, small boxes can be widened at equal intervals. As a result, when the small box is viewed from the side, it is possible to further improve the aesthetic appearance when the box is widened in a fan shape.

Further, at least a part of the front side of the receiving portion may be open, and the lid may cover the opening of the receiving portion such that the receiving object is inclined forward when the elevating portion is raised. By opening a part (for example, the upper part) of the front side of the receiving part, it becomes easy to acquire the object to be received and the interval of the object to be received in the front-rear direction becomes easy to widen. As a result, the object to be received can be more easily taken out of the package.

The package of the present invention may further include a notch formed along the front corner portion of the accommodating portion and extending downward from the rim of the front opening. As a result, the gap between the objects to be received in the front-rear direction is likely to be widened, and as a result, the object to be received can be more easily taken out from the package.

The package of the present invention further includes a tongue piece connected to the lid portion and extending downwardly as a tongue piece which abuts on the connecting portion and cooperates with opening and closing of the lid portion to assist the lifting and lowering of the connecting portion .

INDUSTRIAL APPLICABILITY The package of the present invention has a ladle-like piece, and its strength is improved as compared with a conventional package lifting up in conjunction with opening and closing of a lid part, and the lifting and lowering part can be stably lifted and lowered. However, in the construction in which the lid part and the elevation part are connected to each other to raise and lower the elevation part, the load is concentrated on the part connecting the lid part and the elevation part. As a result, the strength is improved and the elevating and lowering portion can be stably lifted and lowered. Further, by adjusting the length of the swaying piece, the moving range of the lifting and lowering can be adjusted. For example, the moving range of the lifting and lowering can be made larger than that of the conventional package.

Here, when the lid portion is opened and closed, the ladle-like member contacts the connecting portion and can assist the lifting and lowering of the connecting portion while pressing the connecting portion at the tip of the snowing lance. However, there is an object to be contained in the receiving portion at the front side of the connecting portion. Therefore, in particular, in the case where the storage portion is filled with the object to be filled, it is possible to assume that the connection portion is sandwiched between the object to be watered and the snow-covered portion, and the lifting and lowering of the connection portion can be prevented by interference with the water- Therefore, in the present invention, when the lid part is opened or closed, the hinge may be moved backward.

Specifically, the package of the present invention further includes a second hinge provided on the lower side of the hinge, and a notch formed along the rear corner of the receiving portion and extending from the hinge to the second hinge side .

Thereby, when opening / closing the lid portion, the hinge can be moved to the rear side, and interference between the connecting portion and the object to be held can be suppressed. As a result, the lifting and lowering portion can be raised and lowered more smoothly in conjunction with opening and closing of the lid portion. It is preferable that the notch extend to the second hinge, but it may extend to the lower side of the second hinge. Further, the second hinge may not be provided, and only the cut-out portion may be provided. In this case, when the lid is opened and closed, the function of moving the hinge backward is lower than when the second hinge is provided, but the package can be assembled more simply and easily.

Further, in the package of the present invention, since the object to be received is raised, when the lid portion is closed, it can be assumed that the lid interferes with the upper end portion of the object to be received and the opening and closing of the lid portion may be interrupted. Therefore, in the present invention, a hinge and a notch may be further provided.

Specifically, the package of the present invention may have a third hinge provided on the upper side of the hinge, and a notch formed along the rear corner of the lid portion and extending from the hinge to the third hinge side.

As a result, the degree of opening of the lid portion can be increased, interference between the lid portion and the object to be held can be suppressed, and the lid portion can be opened and closed more smoothly. As a result, the object to be received can be more easily taken out from the package.

Further, the package of the present invention may be configured such that the receiving portion further includes an interlocking portion (claw) for regulating the opening and closing of the lid portion. Thus, opening and closing of the lid portion can be regulated.

For example, the present invention can be applied to a case in which an object to be contained is divided into a plurality of rows and accommodated in a small box for ascending and descending for each column, And a connection portion for connecting the small boxes to each other along the ascending of the small boxes, and a connecting portion for connecting the elevating portion and the connecting portion for elevating and lowering the elevating portion, .

The material to be received in the receiving portion of the package is not particularly limited, but a collection of rod-shaped articles, for example, a cigarette product, can be suitably exemplified as the material to be received. That is, the object of the present invention may be a cigarette product. Examples of the tobacco product include, for example, filter cigarettes, filter cigarettes, tobacco cigarettes (without filters), cigars, cigarillos, snus, tobacco, chewing tobacco, and electronic cigarettes.

The means for solving the problems of the present invention can be employed in combination as much as possible.

According to the present invention, it is possible to provide a technique relating to a package which can easily take out an object to be received even when the number of objects to be contained is reduced.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A is a perspective view of a package according to a first embodiment viewed from a front upper side, and shows a closed state of the package. FIG.
Fig. 1B is a perspective view of the package of the first embodiment viewed from the rear bottom, and shows the package in a closed state. Fig.
Fig. 1C is a perspective view of the package of the first embodiment viewed from the front upper side, and shows the open state of the package. Fig.
FIG. 1D is a perspective view of the package of the first embodiment viewed from the rear bottom, and shows the package in the open state. FIG.
[Fig. 2a] Fig. 2a is an exploded perspective view showing the package of the first embodiment as seen from the front upper part.
FIG. 2B is an enlarged perspective view of a small box of the package of the first embodiment, showing a state in which the connecting portion is folded. FIG.
Fig. 2c is an enlarged perspective view of a small box of the package of the first embodiment, showing a state in which the connection portion is opened. Fig.
Fig. 2D is a small box of the package of the first embodiment, and shows an enlarged perspective view before cigarette storage. Fig.
Fig. 2e is a small box of the package of the first embodiment, and shows an enlarged perspective view after the cigarette is received. Fig.
2f is a sectional view taken along the line A-A in Fig. 2e.
3A shows a package body and a blank of a lead among the packages of the first embodiment.
FIG. 3B shows a blank of a small box among the packages of the first embodiment. FIG.
[Fig. 4] Fig. 4 is a perspective oblique view of the package of the first embodiment viewed from the front upper side, and shows the open / closed state of the package.
[Fig. 5] Fig. 5 is a perspective oblique view of the package of the first embodiment viewed from the front lower portion, and shows the open / closed state of the package.
[Fig. 6] Fig. 6 is a perspective oblique view of the package of the first embodiment viewed from the rear lower portion, and shows the open / closed state of the package.
[Fig. 7] Fig. 7 is a perspective oblique view of the package of the first embodiment viewed from the side, and shows the open / closed state of the package.
8A shows an operation explanatory diagram (1) of the package of the first embodiment.
8B shows an operation explanatory diagram (2) of the package of the first embodiment.
9A is a perspective perspective view of the package of the second embodiment viewed from the front upper side, and shows a closed state of the package.
[Fig. 9b] Fig. 9b is a perspective oblique perspective view of the package of the second embodiment viewed from the rear bottom, and shows a closed state of the package.
Fig. 9c is a perspective view of the package of the second embodiment viewed from the front upper side, and shows the open state of the package. Fig.
FIG. 9D is a perspective perspective view of the package according to the second embodiment viewed from the rear bottom, and shows the open state of the package. FIG.
Fig. 10 is a perspective view of the package of the second embodiment viewed from the rear bottom, and shows the open / closed state of the package. Fig.
[Fig. 11] Fig. 11 is an enlarged perspective view of a small box of the package of the third embodiment, and shows a state in which the connection portion is opened.
[Fig. 12] Fig. 12 shows a blank of a small box among the packages of the third embodiment.
[Fig. 13a] Fig. 13a is a perspective perspective view of the package of the third embodiment viewed from the side, and shows the package in a closed state.
[Fig. 13B] Fig. 13B is a perspective perspective view of the package of the third embodiment viewed from the side, and shows the open state of the package.
13C is an explanatory view showing the operation of the package according to the third embodiment, and shows a closed state of the package.
[Fig. 13d] Fig. 13d is an operation explanatory diagram of the package of the third embodiment, showing the open state of the package.
[Fig. 14] Fig. 14 is an enlarged perspective view of a small box of the package of the fourth embodiment, and shows a state in which the connecting portion is opened.
[Fig. 15] Fig. 15 shows a blank of a small box among the packages of the fourth embodiment.
Fig. 16a is a perspective perspective view of the package of the fourth embodiment viewed from the side, and shows a closed state of the package. Fig.
FIG. 16B is a perspective perspective view of the package of the fourth embodiment viewed from the side, and shows the open state of the package. FIG.
FIG. 16C is an explanatory view showing the operation of the package of the fourth embodiment, showing a closed state of the package. FIG.
FIG. 16D is an explanatory view showing the operation of the package of the fourth embodiment, showing the open state of the package.
17A is a perspective perspective view of the package of the fifth embodiment viewed from the front upper side, and shows a closed state of the package.
FIG. 17B is a perspective oblique perspective view of the package of the fifth embodiment viewed from the rear bottom, and shows the package in a closed state. FIG.
FIG. 17c is a perspective view of the package of the fifth embodiment viewed from the front upper side, and shows the open state of the package. FIG.
17d is a perspective perspective view of the package of the fifth embodiment as seen from the rear bottom, and shows the package in the open state.
18 shows a package body and a blank of the lead in the package of the fifth embodiment.
[Fig. 19] Fig. 19 is a perspective perspective view of the package of the fifth embodiment viewed from the front upper side, and shows the open / closed state of the package.
20A shows an operation explanatory diagram (1) of the package of the fifth embodiment.
20B shows an operation explanatory diagram (2) of the package of the fifth embodiment.
21 shows a perspective view of the package 100f of the sixth embodiment as viewed from the rear upper side.
22 shows a blank of the package of the seventh embodiment.

Next, an embodiment in which the package of the present invention is applied to a hinge lead package will be described with reference to the drawings. The material to be contained in the hinge lead package to which the present invention is applied is not limited to a specific one, but a case where a cigarette product such as a filter cigarette or a tobacco cigarette is accommodated in a package will be described as an example. Further, the material, shape, relative arrangement, and the like of the constituent elements of the present embodiment are not intended to limit the technical scope of the invention to them, unless otherwise specified.

≪ First Embodiment >

For example, as shown in Fig. 4, in the package 100a of the first embodiment, each small box 3a moves up and down for each column in conjunction with opening and closing of the lid 2a. As a result, the cigarette 6 not only rises for each row, but also moves forward and backward in the cigarettes 6, Are spaced apart from each other. Therefore, the cigarette 6 is easier to grasp and can be easily taken out from the package 100a.

As shown in Figs. 1A to 1D, 2A to 2C and so on, the package 100a of the first embodiment is a box-like package with a so-called hinge lid having a rectangular parallelepiped shape. The package 100a includes a package main body 1a as a receiving portion, a lid 2a as a lid part pivotally connected to the package main body 1a through the first hinge H1, A connecting plate 4a as a connecting portion for connecting the lead 2a and the small box 3a and a wormhole as a supporting portion for assisting the lifting and lowering of the connecting plate 4a, And a piece 5a. In the following description, the front side of the package 100a is defined as "forward ", and the rear side is defined as" rear " The lead side of the package 100a is defined as "above" and the opposite side (the bottom side of the package) is defined as "downward ". Further, the side wall side of the package 100a is defined as "lateral" or "lateral ". The package 100a of the first embodiment can be constituted by, for example, a paper material or a resin, but is not limited thereto.

<< Package body >>

The package main body 1a accommodates the cigarette 6, and is a box having a rectangular parallelepiped-shaped upper end cut off at an angle and a front wide opened. The package main body 1a has a front wall 11a of the package main body, a rear wall 12a of the package main body, a side wall 13a of the package main body, and a bottom wall 14a of the package main body. The rear wall 12a of the package main body has a long rectangular shape. On the other hand, the front wall 11a of the package main body is formed to have a smaller height dimension than the rear wall 12a of the package main body. The front wall 11a of the package main body and the rear wall 12a of the package main body are opposed to each other. The side walls 13a of the pair of package main bodies are connected to the front edges of the front wall 11a of the package main body and the rear wall 12a of the package main body and the upper end of the rectangle has a curved inclined shape. The upper edge 131a of the side wall 13a of the package main body is inclined so that the front wall 11a side of the package main body is lowered. The lower wall 14a of the package body is rectangular and is connected to the front wall 11a of the package body, the rear wall 12a of the package body, and the lower edge of the side wall 13a of the package body. A first hinge H1, a snowball piece 5a, a second hinge H2, and an inserting portion 7a are formed on the rear wall 12a of the package body.

The first hinge H1 is formed at the boundary between the rear wall 12a of the package main body and the rear wall 22a of the lead and runs between the rear portions so as to function as one of the rotary shafts of the lid 2a, When the lid 2a is opened or closed, the third hinge H3 is moved backward.

The wool clover 5a is formed in such a manner that the rear wall 12a of the package main body is located at a position near the center of the first hinge H1 Like shape. The worm 5a is connected to the rear wall 22a of the lid and rotates in conjunction with the opening and closing of the lid 2a, and the leading end thereof ascends and descends. The inner surface of the ladle-like member 5a is in contact with the outer surface of the connecting plate 4a. Therefore, when the lancing element 5a is rotated in conjunction with the opening / closing of the lid 2a, the connecting plate 4a contacting with the lancing element 5a also moves in conjunction with the movement of the lancing element 5a. The lower end of the snowball piece 5a of this embodiment is curved. However, the shape of the worm 5a is not particularly limited and may be, for example, a rectangular shape.

The second hinge H2 is formed below the first hinge H1 and the snowball piece 5a in the rear wall 12a of the package main body and extends between the rear portions. The second hinge H2 functions as one of the rotation shafts of the lid 2a and moves the first hinge H1 and the third hinge H3 backward when the lid 2a is opened or closed .

The cut-out portion 7a is formed at each corner portion formed between the rear wall 22a of the lead and the side wall 23a of the lead formed between the rear wall 12a of the package body and the side wall 13a of the package body, And is formed from the third hinge H3 to the second hinge H2. The incision 7a moves the first hinge H1 and the third hinge H rearward together with the first hinge H1 and the second hinge H2 when the lid 2a is opened and closed . Further, the insertion section 7a functions to increase the opening degree of the lid 2a. Further, only the insertion portion 7a may be provided without installing the second hinge H2. In this case, the function of moving the first hinge H1 and the third hinge H3 backward when the lid 2a is opened and closed is lower than that when the second hinge H2 is installed, The package can be assembled easily and easily.

In the package main body 1a configured as described above, the lid 2a is rotatably connected (connected) to the upper edge of the rear wall 12a of the package main body through the first hinge H1.

<< Lead >>

The lid 2a covers the opening of the package body 1a. The lead 2a has a rear wall 22a of a rectangular lead connected to the first hinge H1, a top wall 24a of the lead, a side wall 23a of a pair of rectangular leads, (20a) and a lower wall (26a) of the lead. The rear wall 22a of the lead faces the front wall 20a of the lead but its area is very small as compared with the front wall 20a of the lead. Therefore, the lead 2a has a box shape in which most of the rear area is opened (all areas except the rear wall 22a of the lead are opened). The side wall 23a of the lead is formed with an operating portion 27a cut out in a semicircular shape for operating the lead 2a when the lid 2a is opened or closed. When the lid 2a is opened, the cigarettes 6 can be freely inserted and removed from the openings (the upper side and the front side) of the package main body 1a. On the other hand, when the lid 2a is closed, the lid 2a covers the region except the rear wall of the package body 1a including the opening of the package body 1a.

A third hinge H3 is formed at a boundary (each part in the closed state) between the upper wall 24a of the lead and the rear wall 22a of the lead. The third hinge H3 is formed at the upper edge of the rear wall 22a of the reed and extends between the rear portions. The third hinge H3 functions as one of the pivot shafts of the lid 2a.

<< Connecting Plate >>

The connecting plate 4a connects the lead 2a and the small box 3a and moves up and down the small box 3a in conjunction with opening and closing of the lid 2a. The connecting plate 4a is formed of a rectangular plate and has one end connected to the inner surface of the rear wall 22a and the upper wall 24a of the reed and the other end connected to the rear small box 33a The connecting plate 4a is formed with a straight folded portion 41a extending in the lateral direction above the center in the vertical direction. More specifically, the folded portion 41a is formed at a position that coincides with the lower edge (front edge) of the ladder 5a. The folded portion 41a of the connecting plate 4a has a flat shape when the lid 2a is closed. On the other hand, the folded portion 41a of the connecting plate 4a is bent such that the lead 2a is tilted backward when the lid 2a is open. The amount by which the small box 3a is lifted can be appropriately changed by adjusting the position of the folded portion 41a and the length of the sled 5a. Further, when the connecting plate 4a is formed of a flexible member, the connecting plate 4a can be bent. In this case, the folded portion 41a can be omitted. When the connecting plate 4a is formed of a flexible member, the amount by which the small box 3a is lifted can be appropriately changed only by adjusting the length of the lancing wedge 5a.

<< Small box >>

Particularly, as shown in Figs. 2A to 2F, the small box 3a is composed of a front small box 31a, a middle small box 32a and a rear small box 33a, And extends in the forward and backward directions through the opening 8a. Each small box 3a accommodates the cigarette 6 in the form of heat in the same manner as the cigarette 6 extends in the transverse direction and moves up and down in conjunction with opening and closing of the lid 2a.

The front small box 31a is located on the front wall 11a side of the package body, and accommodates seven cigarettes in a thermal state. The rear small box 33a is located on the rear wall 12a side of the package body and accommodates seven cigarettes in the form of a heat like the front small box 31a. The central small box 32a is fitted in the front small box 31a and the rear small box 33a to accommodate six cigarettes in a thermal state. Each small box 3a has a front wall 311a of a small box, a rear wall 312a of a small box, a side wall 313a of a small box, and a bottom wall 314a of a small box. The front wall 311a of the small box and the rear wall 312a of the small box are rectangular and opposed to each other. In each small box 3a, the height dimension of the rear wall 312a of the small box is formed higher than the front wall 311a of the small box. More specifically, as shown in Figs. 2B and 2C, the height dimension of the rear wall 312a of the small box by the length corresponding to the height dimension of the second connecting portion 82a and the third connecting portion 83a is smaller than that of the small box And is formed higher than the front wall 311a. The rear wall 312a of the rear small box 33a is connected to the connecting plate 4a and the boundary between the rear small box 33a and the connecting plate 4a is not clear, but the front small box 31a and the rear wall 312a. &Lt; / RTI &gt; The side wall 313a of the small box is a long rectangular shape and is connected to both side edges of the front wall 311a of the small box and the rear wall 312a of the small box. The lower wall 314a of the small box is rectangular and is connected to the front wall 311a of the small box, the rear wall 312a of the small box and the bottom edge of the side wall 313a of the small box. The back wall 312a of the rear small box 33a is connected to a connecting plate 4a formed integrally with the rear wall extending upward. The front wall 311a of the front small box 31a is connected to a first connecting portion 81a integrally formed with the front wall thereof.

The connecting portion 8a has a first connecting portion 81a for connecting the front wall 11a of the package body and the front small box 31a, a second connecting portion 81b for connecting the front small box 31a and the central small box 32a And a third connecting portion 83a connecting the central small box 32a and the rear small box 33a. The first connecting portion 81a is a rectangular plate connected to the upper edge of the front wall 311a of the front small box 31a and connected to the front wall 11a of the package main body. The first connecting portion 81a is formed with a folded portion 811a extending in the transverse direction near the center in the vertical direction. The folded portion 811a is located at a position higher than the upper edge of the front wall 11a, so that the front small box 31a can fall forward. The connection region 812a below the folded portion 811a is connected to the inner surface of the front wall 11a of the package body. On the other hand, the non-connection area 813a above the folded part 811a has an upper edge connected to the upper edge of the front wall 311a of the front small box 31a. The second connection portion 82a is formed by a small plate and is connected to the upper edge of the rear wall of the front small box 31a and the upper edge of the front wall 311a of the central small box 32a. Like the second connecting portion 82a, the third connecting portion 83a is formed by a small plate and has an upper edge of the rear wall 312a of the central small box 32a and a front edge of the front small box 33a of the rear small box 33a ).

2B, in a state in which the connecting portion 8a (the first connecting portion 81a, the second connecting portion 82a, and the third connecting portion 83a) is completely bent, the first connecting portion 81a is bent forward The second connecting portion 82a is folded over and overlapped with the rear wall 312a of the front small box 31a and the third connecting portion 83a is overlapped with the rear wall 312a of the front small box 31a, 32a are folded and superposed on the rear wall 312a. The height dimension of the rear wall 312a of the small box is formed higher than the front wall 311a of the small box by the length corresponding to the height dimension of the second connecting portion 82a and the third connecting portion 83a. Therefore, in the state where the connecting portion 8a is completely bent, the small boxes 3a approach each other, and the small boxes 3a are at the same height position.

2C, in a state in which the second connecting portion 82a and the third connecting portion 83a are extended, the second connecting portion 82a and the third connecting portion 83a are in a substantially horizontal state. As a result, a gap corresponding to the height dimension of the second connecting portion 82a and the third connecting portion 83a is formed between the small boxes 3a.

2b and 2c, a small piece 9a for regulating the movement of the cigarette 6 is provided on the front wall 311a of the small box with a side wall 313a of a small box on one side, (Left side as viewed from the front). The small piece 9a has a length of about half the length of the front wall 311a of the small box and extends to the inside of the small box. The small piece 9a is formed by cutting the front wall 311a of the small box into a horizontally long U-shape. The small piece 9a is provided with a folded portion 91a extending in the transverse direction. The piece 9a is curved inward with respect to the folded portion 91a, and functions as an elastic member. The small piece 9a restricts the movement of the cigarette 6 by pressing the cigarette 6 accommodated in the small box 3a. Similar small pieces 9a are formed on the side wall 313a side (right side as viewed from the front) of the small box on the other side in the rear wall 312a of the small box. The small pieces 9a in the small box are divided into a front wall 311a of a small box and a rear wall 312a of a small box, each extending to half the length of the lateral direction. As compared with the case in which the small pieces 9a extend from one lateral end of the small box 3a to the other end only on the front wall 311a of the small box or only on the rear wall 312a of the small box, Can be improved.

<< Blank >>

The package 100a includes a first blank B1a for molding the package body 1a and the leads 2a and a second blank B2a for molding the connecting plate 4a and the small box 3a It is possible to form by folding and joining. Fig. 3A shows a first blank B1a, and Fig. 3b shows a second blank B2a. The first blank (B1a) and the second blank (B2a) may be formed of a card stock, a support material such as manila corrugated paper, or a resin such as a plastic sheet. However, the present invention is not limited thereto. The description of the blank will be made with reference to the vertical direction of the drawing.

<< First Blank (B1a) >>

As shown in Fig. 3A, the first blank B1a has a main body region R1a serving as the package main body 1a and a lid region R2a serving as the lead 2a. The main body region R1a has a front wall panel P1a of the main body which becomes the front wall 11a of the package main body and is provided at both sides of the front wall panel P1a of the main body. And the side wall panels P2a and P2a are connected.

A lower panel (bottom plate) P3a of the main body which serves as the lower wall 14a of the package main body is connected to the upper edge of the front panel P1a of the main body. Between the front wall panel P1a of the main body and the bottom wall panel P3a of the main body, an R portion formed by a plurality of cut-out lines that form R is formed. A rear wall panel P4a of the main body which is positioned on the opposite side of the front wall panel P1a of the main body and serves as a rear wall 12a of the package main body is connected to the lower wall panel P3a of the main body. Inner side flaps P5a and P5a of the main body which are the side walls 13a of the package body are connected to both sides of the rear wall panel P4a of the main body. An inner bottom flap P6a of the main body is connected to the lower edge of the inner side flaps P5a and P5a of the main body. The inner bottom flap P6a of these main bodies is superimposed on the lower panel P3a of the main body, Thereby reinforcing the lower wall 14a of the package main body. A second hinge line L2a to be the second hinge H2 and a first hinge line L1a to be the first hinge H1 are formed on the rear wall panel P4a of the main body. The rear wall panel P4a of the main body extends from the third hinge line L3a of the rear wall panel P7a to the second hinge line L2a at both sides of the rear wall panel P4a, The cutout C1a is formed. In the rear wall panel P4a of the main body, a U-shaped notch C2a for forming a snow clasp 5a is formed.

The lid region R2a has a rear wall panel P7a of the lead which becomes the rear wall 22a of the lead. An upper wall panel P8a of the lead which becomes the upper wall 24a of the lead is connected to the upper edge of the rear wall panel P7a of the lead via the third hinge line L3a which becomes the third hinge H3. Inner side flaps P9a and P9a of the leads which are to be a part of the side wall 23a of the lead are connected to both sides of the upper wall panel P8a of the lead. Further, a front wall panel P10a of the lead which becomes the front wall 20a of the lead is connected to the upper edge of the upper wall panel P8a of the lead. In addition, sidewall panels P11a of leads serving as sidewalls 23a of the leads are respectively connected to both sides of the front panel P10a of the leads. The sidewall panel P11a of the lead has a circular notch C5a serving as the operating portion 27a. The sidewall panel P11a of the lead is folded back to the cutting line extending in the vertical direction in the vicinity of the transverse center (center of the circle), and the inner side flap P9a of the lead and the inner side flap P13a of the lead Thereby forming the side wall 23a of the lead.

Further, a lower wall panel P12a of the lead which becomes the lower wall 26a of the lead is connected to the upper edge of the front wall panel P10a of the lead. An R portion formed by a plurality of cut-out lines is formed between the front wall panel P10a of the lead and the bottom wall panel P12a of the lead. The inner side flaps P13a of the leads are respectively connected to both side edges of the lower panel P12a of the leads. An inner bottom flap P14a of the lead is folded back and reinforces the lower wall 26a of the lead at the upper edge of the lower panel P12a of the lead.

<< Second Blank (B2a) >>

3B, the second blank B2a is divided into a connection area R3a-1, R3a-2 and R3a-3 to be the connection part 8a, a small box area R4a-1 to be the small box 3a , R4a-2, and R4a-3, and a connection region R5a serving as a connection plate 4a. This area has a connection area R3a-1, a small box area R4a-1, a connection area R3a-2, a small box area R4a-2, a connection area R3a-3, R4a-3, and a connecting region R5a.

The connection area R3a-1 has a first connection panel P21a serving as a first connection portion 81a. The first connection panel P21a is a rectangle having a horizontally elongated shape and extends in the lateral direction in the vicinity of the center in the up-and-down direction, and a cut-off line to be the folded portion 811a is formed. The area below the cut line is connected to the inner surface of the front wall 11a of the package body and the edge of the area above the cut line is connected to the upper edge of the front wall 311a of the front small box 31a.

The connection areas R3a-2 and R3a-3 have a second connection part 82a and a second connection panel P22a and P22a which become the third connection part 83a.

The small box areas R4a-1, R4a-2 and R4a-3 have a small box front panel P25a which becomes the front wall 311a of the small box. A notch C4a serving as a small piece 9a is formed in the front panel P25a of the small box. In addition, sidewall panels P26a and P26a of a small box which are side walls 313a of a small box are connected to both sides of the front panel P25a of the small box. In addition, a small box bottom wall P27a, which is a bottom wall 314a of a small box, is connected to the upper edge of the front panel P25a of the small box. Further, a rear wall panel P28a of a small box which is a rear wall 312a of a small box is connected to the upper edge of the lower wall panel P27a of the small box. In the rear wall panel P28a of the small box, a notch C4a serving as a small piece 9a is formed. In addition, small-sized inner side flaps P29a and P29a for reinforcing the side wall 313a of the small box are connected to both sides of the rear wall panel P28a of the small box. An inner bottom flap P30a of a small box is connected to the lower edge of the inner side flaps P29a and P29a of the small box and the inner bottom flap P30a of these small boxes is connected to the lower panel P27a of the small box. Thereby reinforcing the lower wall 314a of the small box.

The connecting region R5a has a connecting panel P31a serving as the connecting plate 4a. The connecting panel P31a is provided with a line L4a which is a straight folded portion 41a.

The first blank B1a is folded at the cut line indicated by the broken line in Fig. 3A. As a result, the package 100a including the package body 1a and the lid 2a as shown in Figs. 1A to 1D and Fig. 2 is formed. The main body section R1a of the first blank B1a is folded at each fold line so that the inner bottom flap P6a of the main body overlaps the lower panel P3a of the main body and the inner side flap P5a of the main body is folded, Is adhered to the side wall panel P2a of the main body, the package main body 1a is molded.

On the other hand, in the lid section R2a of the first blank B1a, the inner side flap P9a of the lead and the inner side flap P13a of the lead are folded at each of the dividing lines, And the inner bottom flap P14a of the lead is superimposed on the lower panel P12a of the lead so that the lead 2a is molded.

The second blanks B2a are respectively folded at a dividing line indicated by a broken line in Fig. 3B. As a result, the small box 3a, the connecting portion 8a, and the connecting plate 4a as shown in Figs. 2A to 2F are formed. In the connection areas R3a-1, R3a-2 and R3a-3 of the second blank B2a, the connecting portions 8a (the first connecting portions 81a and the second connecting portions 82a ), And the third connecting portion 83a}. In the small box areas R4a-1, R4a-2, and R4a-3 of the second blank B2a, the inner bottom flap P30a of the small box overlaps the bottom wall panel P27a of the small box, The inner side flap P29a is adhered to the side wall panel P26a of the small box, so that the small box 3a is formed.

2A, the upper portion of the connecting plate 4a is bonded to the lid 2a, and the front connecting portion 811a of the first connecting portion 81a is connected to the front wall panel 11a of the package body The package 100a is formed.

<< Switching operation >>

Next, the opening / closing operation of the lid 2a in the package 100a will be described. The operation described below is performed in conjunction with opening and closing of the lid 2a. Figs. 4 to 7 show the open / closed state of the package 100a viewed from the other direction. 8A and 8B show operation explanations of the package of the first embodiment.

When the lid 2a is closed, the lid 2a covers the surface other than the rear side of the package main body 1a. When it is not necessary to take out the cigarette 6 accommodated in the package 100a, the package 100a is normally closed. In the closed state, the lower wall 26a of the lid and the lower wall of the package main body 1a are in contact with each other, thereby opening and closing the lid 2a is regulated.

When the cigarette 6 accommodated in the package 100a is taken out, the lead 2a is opened. Specifically, the surface contact state between the lower wall 26a of the lead and the lower wall 14a of the package main body is released, and the lead 2a starts rotating (Figs. 4 (b), 5 6 (b), 7 (b), 8 (b)}. The package 100a has a first hinge H1, a second hinge H2 and a third hinge H3. The lead 2a has a first hinge H1, a second hinge H20, The lead 2a starts to rotate mainly about the third hinge H3 as shown in Figure 8 (b), for example. In the early stage of the rotation, the lead 2a starts to rotate about the third hinge H3. The wool clips 5a start to rotate about the first hinge H1 in cooperation with the lid 2a while the wool clips 5a push the connecting plate 4a forward, The third hinge H3 is moved backward in synchronization with the rotation of the lid 2a because the force acts on the rear side when the lid 2a is opened, do.

As shown in Figs. 4C, 5C, 6C, 7C and 8B (particularly, Fig. 8B (c) The linking plate 4a is gradually pulled up and raised. Further, in cooperation with the lid 2a, the worm 5a further rotates about the first hinge H1 as an axis. At this time, the lancing element 5a further pushes the connecting plate 4a while pushing the connecting plate 4a forward. The first hinge H1 moves backward by the reaction force of the force of the wedge 5a pushing the connecting plate 4a forward. Further, the third hinge H3 moves further backward. Further, the connecting plate 4a is pulled up by the lid 2a and is pushed up by the ladle-like piece 5a. As a result, the connecting plate 4a is further raised in association with the lead 2a. As a result, the rear small box 33a, the central small box 32a, and the front small box 31a rise. When the connecting plate 4a rises, the rear small box 33a rises and the third connecting portion 83a connecting the rear small box 33a and the central small box 32a is in a horizontal state or a state close to this . When the rear small box 33a rises and then the central small box 32a rises and the central small box 32a rises, the central small box 32a and the front small box 31a are connected The second connecting portion 82a is in a horizontal state or a state close to the second connecting portion 82a. When the movement in the lateral direction and the back-and-forth direction is completely restricted in each small box 3a, none. However, in the package 100a, the front wall 11a of the package body is formed to be shorter in height dimension than the rear wall 12a of the package body. Specifically, the height dimension of the front wall 11a of the package main body is designed to be about half the height dimension of the small box 3a. Therefore, the movement in the forward and backward direction is restricted at the lower portion of the small box 3a, but the movement in the forward and backward directions is allowed at the upper portion. The front wall 11a of the package main body does not exist at the height position of the second connecting portion 82a or the third connecting portion 83a and movement of the small box 3a in the front and rear direction is permitted. As a result, the second connection portion 82a and the third connection portion 83a are in a horizontal state or a state close to the horizontal state. On the other hand, in the lower portion of the small box 3a, since the movement in the forward and backward directions is restricted as described above, the interval between the small boxes 3a is narrowed downward and gradually spreads upward.

As shown in Figs. 4D, 5D, 6D, 7D and 8B (particularly Fig. 8B (d)), , The first hinge (H1) is rotated about the axis more than the second hinge (H2). In conjunction with the rotation of the lid 2a, the connecting plate 4a further ascends. Further, in cooperation with the lid 2a, the worm 5a further rotates about the first hinge H1 as an axis. At this time, the wool clips 5a lift the connecting plate 4a while pushing the connecting plate 4a forward. The reaction force of the force for pressing the connecting plate 4a forward is gradually weakened and the downward force applied to open the lid 2a is applied to the first hinge H1 as a point And is converted into a force for raising the connecting plate 4a. Further, the connecting plate 4a is pulled up by the lid 2a and is further pushed up by the ladder 5a. As a result, the rear small box 33a, the central small box 32a, and the front small box 31a further rise. Further, the rear small box 33a rises most, and then the central small box 32a rises high, and then the front small box 31a rises. Further, since the rear small box 33a, the middle small box 32a and the front small box 31a are further raised, the force regulating the movement in the front-rear direction at the upper portion of the small box 3a becomes weaker, The spacing between the boxes 3a is further widened. On the other hand, in the lower portion of the small box 3a, the movement in the longitudinal direction as described above is restricted. As a result, the intervals between the small boxes 3a gradually become wider toward the upper side while the lower side is narrow. As a result, the cigarette 6 housed in the small box 3a is spread in a fan shape when viewed from the side.

<< Effect >>

In the package 100a of the first embodiment, the small box 3a accommodating the cigarette 6 moves up and down in conjunction with opening and closing of the lid 2a. Therefore, the cigarette 6 is lifted and lowered only by opening and closing the lid 2a, in other words, without separately performing the operation for lifting the cigarette 6, so that the cigarette 6 can be easily taken out from the package 100a. In addition, the package 100a of the embodiment has a worm 5a, and the strength is also improved as compared with the conventional package which lifts up in conjunction with the opening and closing of the lid part, . In addition, by adjusting the length of the lancing element 5a and the position of the folded portion 41a of the connecting plate, it is possible to adjust the moving range of the lifting and lowering, for example, have. The package 100a can not only raise and lower the small box 3a but also can form a gap between the small boxes 3a by the connecting portion 8a connecting the small boxes 3a . As a result, the cigarettes 6 are not only raised but also spaced from each other in the longitudinal direction. Therefore, the cigarette 6 is easier to grasp and can be easily taken out from the package 100a. In the package 100a, the small box 3a is divided into each row, and the small box 3a is provided with a small piece 9a. Therefore, even when the number of cigarettes 6 is reduced, the movement of the cigarette 6 can be suppressed. As a result, even when the number of cigarettes 6 is reduced, it is possible to prevent the cigarette 6 from becoming difficult to be taken out by being inclined. By connecting the upper edges of the small box 3a, it is possible to restrict the expansion of the small box in the longitudinal direction. As a result, when the small box 3a is viewed from the side, it is possible to further improve the aesthetics when the small box 3a is deployed in a fan shape.

&Lt; Second Embodiment &gt;

The package 100b of the second embodiment has a hinge corresponding to the third hinge H3 of the first embodiment in that the position of the insertion portion 7b is different from the insertion portion 7a of the first embodiment It differs from the package 100a of the first embodiment in configuration. The same components as those in the embodiment described above are denoted by the same reference numerals, and a description thereof will be omitted. The alphabetical letters following the numerals of the numerals are added to distinguish the embodiments, and the numerals having the same numerals have mutually corresponding structures. This also applies to other embodiments described later.

9A to 9D are perspective perspective views of the package of the second embodiment. The package main body 1b is basically the same as the package main body 1a of the first embodiment and includes a front wall 11b of the package main body, a rear wall 12b of the package main body, a side wall 13b of the package main body, And a lower wall 14b. A first hinge H1, a sword-like piece 5b, a second hinge H2, and an inserting portion 7b are formed on the rear wall 12b of the package body.

The cut-out portion 7b is formed only at each corner portion formed between the rear wall 12a of the package body and the side wall 13a of the package body. That is, the cut-out portion 7b is formed from the first hinge H1 to the second hinge H2. The incision 7b causes the first hinge H1 and the second hinge H2 to move backward together with the first hinge H1 and the second hinge H2 when the lid 2b is opened and closed. Further, the inserting portion 7b functions to increase the opening degree of the lead 2b.

The lead 2b has a structure similar to the lead 2a of the package 100a of the first embodiment except that the boundary between the side wall 23b of the lead and the rear wall 22b of the lead is a corner, A notch corresponding to the cut-in portion 7a of the lead 2a of the first embodiment is not formed. The boundary between the upper wall 24b of the lead and the rear wall 22b of the lead 2b is a corner and a hinge corresponding to the third hinge H3 of the lead 2a of the first embodiment is formed not.

The connecting plate 4b and the small box 3b have the same configuration as the connecting plate 4a and the small box 3a of the package 100a of the first embodiment. With regard to the blanks, the length of the notch C1a in the first blank B1a is shortened. In the other configurations, there is an inner flap for connecting the rear wall 22b of the lead and the side wall 23b of the lead The same as the first embodiment.

As shown in Fig. 10, the small box 3b also ascends and descends in conjunction with opening and closing of the lid 2b in the package 100b. As shown in Fig. 10 (a), when the lid 2b is closed, the lead 2b covers the surface other than the rear side of the package body 1b. As shown in Fig. 10 (b), the lead 2b does not have a hinge corresponding to the third hinge H3 in the early period of the rotation, and thus mainly starts rotating the first hinge H1 about the axis. In cooperation with the opening / closing of the lead 2b, the worm 5b starts to rotate about the first hinge H1. At this time, the lancing element 5b raises the connecting plate 4b while pushing the connecting plate 4b forward.

As shown in Fig. 10 (c), in the middle of the rotation, the linking plate 4a is gradually pulled up in conjunction with the rotation of the lid 2a and starts to rise. Further, in cooperation with the lead 2b, the worm 5b further rotates about the first hinge H1. At this time, the lancing element 5b further pushes the connecting plate 4b while pushing the connecting plate 4b forward. By the same principle as that of the package 100a of the first embodiment, the intervals between the small boxes 3b are narrowed downward and widen gradually toward the upward direction.

As shown in Fig. 10 (d), the connecting plate 4b is further lifted up in conjunction with the rotation of the lid 2b in the rotation starting stage. Further, in cooperation with the lead 2b, the worm 5b further rotates about the first hinge H1. At this time, the lancing element 5b further pushes the connecting plate 4b while pushing the connecting plate 4b forward. By the same principle as that of the package 100a of the first embodiment, the intervals between the small boxes 3b gradually become wider toward the upper side while narrowing downward. As a result, the cigarette 6 housed in the small box 3b is spread like a fan when seen from the side.

<< Effect >>

Also in the package 100b of the second embodiment, the small box 3b accommodating the cigarette 6 moves up and down in conjunction with opening and closing of the lid 2a. Therefore, the cigarette 6 is lifted and lowered only by opening / closing the lid 2b, in other words, the operation for lifting and lowering the cigarette 6 can be easily taken out from the package 100b. In addition, the package 100b of the embodiment has a snowball piece 5b, so that the strength is also improved similarly to the package 100a, and the small box 3b can be raised and lowered stably. In addition, by adjusting the length of the ladder 5b and the position of the folded portion 41b of the connecting plate, the range of movement of the lifting and lowering can be adjusted, for example, The package 100b is configured such that not only the small box 3b moves up and down like the package 100a but also the small boxes 3b are connected to each other by the connecting portion 8b connecting the small boxes 3b. A gap can be formed between them. As a result, the cigarettes 6 are not only raised but also spaced from each other in the front-rear direction. Therefore, the cigarette 6 is easier to grasp and can be easily taken out from the package 100b. In the package 100b, the small box 3b is divided into each column, and the small box 3b is further provided with a small piece 9b. Therefore, even when the number of cigarettes 6 is reduced, the movement of the cigarette 6 can be suppressed. As a result, even when the number of cigarettes 6 is reduced, it becomes possible to prevent the cigarette 6 from becoming difficult to be taken out by being inclined. The package 100b does not have a hinge corresponding to the third hinge H3 of the package 100a and the insertion portion 7b is provided only on the package main body 1b side, . The degree of freedom of opening and closing the lid 2b is excellent in the package 100a but the lid of the lid 2b is managed more effectively in the package 100b.

&Lt; Third Embodiment &gt;

The package 100c of the third embodiment is different from the package 100a of the first embodiment or the package 100b of the second embodiment in the configuration of the small box 3c. Fig. 11 is an enlarged perspective view of a small box of the package of the third embodiment, showing a state in which the connecting portion is opened. Fig.

11, the small box 3c of the third embodiment is similar to the small box 3a of the first embodiment in that a front small box 31c, a middle small box 32c, a rear small box 33c , And each of the small boxes 3c is connected to each other in the front-rear direction through the connecting portion 8c. However, the small box 3a of the first embodiment has the same height dimension, but the small box 3a of the third embodiment has a different height dimension. For example, with reference to the front wall 311c of the small box, the height dimension of the front small box 31c is the lowest, the height dimension of the rear small box 33c is the highest, The dimension is a height between the height dimension of the front small box 31c and the height dimension of the rear small box 33c.

The front small box (31c) is located on the front wall (11c) side of the package body, and accommodates seven cigarettes in a heated state. The rear small box 33c is located on the side of the rear wall 12c of the package main body and accommodates seven cigarettes in a thermal state like the front small box 31c. The central small box 32c is sandwiched between the front small box 31c and the rear small box 33c to accommodate six cigarettes in a heated state. Each small box 3c has a small box front wall 311c, a small box rear wall 312c, a small box side wall 313c and a small box bottom wall 314c.

The front wall 311c and the rear wall 312c of the front small box 31c are rectangular and opposed to each other. The height dimension of the rear wall 312c of the front small box 31c is formed higher than the front wall 311c of the front small box 31c. The height dimension of the rear wall 312c of the front small box 31c is designed to be equal to the height dimension of the front wall 311c of the central small box 32c plus the dimension in the short direction of the second connecting portion 82c . The side wall 313c of the front small box 31c is rectangular in length and connected to both sides of the front wall 311c and the rear wall 312c of the front small box 31c. The height dimension of the side wall 313c of the front small box 31c is designed to be higher than the height dimension of the front wall 311c of the front small box 31c and lower than the rear wall 312c of the front small box 31c have. The lower wall 314c of the front small box 31c is rectangular and is connected to the lower end edges of the front wall 311c, the rear wall 312c and the side wall 313c of the front small box 31c. The front wall 311c of the front small box 31c is connected to a first connecting portion 81c integrally formed with the front wall thereof.

The front wall 311c and the rear wall 312c of the central small box 32c are rectangular and opposed to each other. The height dimension of the rear wall 312c of the central small box 32c is formed higher than the front wall 311c of the central small box 32c. The height dimension of the rear wall 312c of the central small box 32c is designed to be equal to the height dimension of the front wall 311c of the rear small box 33c plus the dimension of the third connection portion 83c in the short direction . The side wall 313c of the central small box 32c is a long rectangular shape and is connected to both side edges of the front wall 311c and the rear wall 312c of the central small box 32c. The height dimension of the side wall 313c of the central small box 32c is designed to be higher than the height dimension of the front wall 311c of the central small box 32c and lower than the rear wall 312c of the central small box 32c have. The lower wall 314c of the central small box 32c is rectangular and is connected to the lower edges of the front wall 311c, the rear wall 312c and the side wall 313c of the central small box 32c. A second connection portion 82c is connected to the upper edge of the front wall 311c of the central small box 32c. An upper edge of the rear wall 312c of the front small box 31c is connected to the second connecting portion 82c. A third connecting portion 83c is connected to the upper edge of the rear wall 312c of the central small box 32c.

The front wall 311c and the rear wall 312c of the rear small box 33c are rectangular and opposed to each other. The height dimension of the rear wall 312c of the rear small box 33c is substantially equal to the height dimension of the front wall 311c of the rear small box 33c. The rear wall 312c of the rear small box 33c is connected to the connecting plate 4c and the boundary with the connecting plate 4c is not clear. However, the rear wall 312c of the rear small box 33c is substantially the same as the rear wall 312c of the central small box 32c Lt; / RTI &gt; The side wall 313c of the rear small box 33c is a long rectangular shape and is connected to both side edges of the front wall 311c and the rear wall 312c of the rear small box 33c. The height dimension of the side wall 313c of the rear small box 33c is substantially equal to the height dimension of the front wall 311c of the rear small box 33c and the height dimension of the rear wall 312 of the rear small box 33c. The lower wall 314c of the rear small box 33c is rectangular and is connected to the lower edges of the front wall 311c, the rear wall 312c and the side wall 313c of the rear small box 33c.

The connecting portion 8c includes a first connecting portion 81c for connecting the front wall 11c and the front small box 31c of the package body, a second connecting portion 81c for connecting the front small box 31c and the central small box 32c And a third connecting portion 83c connecting the center small box 32c and the rear small box 33c. The first connecting portion 81c is a rectangular plate connected to the upper edge of the front wall 311c of the front small box 31c and extends to the front wall 11c of the package main body. The first connecting portion 81c is formed with a folded portion 811c extending in the transverse direction near the center in the vertical direction. The folded portion 811c is located at a position higher than the upper edge of the front wall 11c so that the front small box 31c can fall forward. A connection region 812c below the folded portion 811c is connected to the inner surface of the front wall 11c of the package body. On the other hand, the non-connection area 813c above the folded portion 811c has an upper edge connected to the upper edge of the front wall 311c of the front small box 31c. The second connecting portion 82c is made of a small plate and is connected to the upper edge of the rear wall of the front small box 31c and the upper edge of the front wall 311c of the small box 32c. The third connecting portion 83c is also made of a small plate and is connected to the upper edge of the rear wall 312c of the central small box 32c and the upper edge of the front wall 311c of the rear small box 33c. A small piece 9c for regulating the movement of the cigarette 6 is formed on the front wall 311c and the rear wall 312c of each small box 3c in the same manner as the package 100a.

Only the second blank B2c for molding the connecting plate 4c and the small box 3c different from the package 100a will be described with reference to the blanks and the second blank B2c for molding the package body 1c and the lid 2c The explanation of the blank B1c (not shown) is omitted.

12, the second blank B2c has connection areas R3c-1, R3c-2, and R3c-3 that become the connection portions 8c, a small box area R4c-1 as the small box 3c , R4c-2, and R4c-3, and a connecting region R5c serving as a connecting plate 4c. This area is divided into a connection area R3c-1, a small box area R4c-1, a connection area R3c-2, a small box area R4c-2, a connection area R3c- R4c-3, and a connection area R5c.

The connection area R3c-1 has a first connection panel P21c serving as a first connection portion 81c. The first connection panel P21c is a rectangle having a horizontally elongated shape and is formed in the vicinity of the center in the up-and-down direction and extending in the transverse direction to form a cut-off line to be the folded portion 811c. An area lower than the cut line is connected to the inner surface of the front wall 11c of the package body and the edge of the area above the cut line is connected to the upper edge of the front wall 311a of the front small box 31a.

The connection areas R3c-2 and R3c-3 have second connection panels P22c and P22c which become the second connection parts 82c.

The small box areas R4c-1, R4c-2, and R4c-3 have a small box front panel P25c that becomes the front wall 311c of the small box. A notch C4c serving as a small piece 9c is formed in the front panel P25c of the small box. In addition, sidewall panels P26c and P26c of a small box which is a small box side wall 313c are connected to both sides of the front panel P25c of the small box. Further, on the upper edge of the front wall panel P25c of the small box, a small box bottom wall P27c which is the bottom wall 314c of the small box is connected. Further, a rear wall panel P28c of a small box which is a rear wall 312c of a small box is connected to the upper edge of the bottom wall panel P27c of the small box. A notch C4c serving as a small piece 9c is formed in the rear wall panel P28c of the small box. In addition, small-sized inner side flaps P29c and P29c for reinforcing the side wall 313c of the small box are connected to both sides of the rear wall panel P28c of the small box. An inner bottom flap P30c of a small box is connected to the lower edge of the inner side flaps P29c and P29c of the small box and the inner bottom flap P30c of these small boxes is connected to the bottom wall P27c of the small box, Thereby reinforcing the lower wall 314c of the small box.

The connection area R5c has a connection panel P31c serving as a connection plate 4c. The connecting panel P31c is provided with a line L4c to be a straight folded portion 41c.

The second blank B2c is folded at the fold line indicated by the broken line in Fig. 12, respectively. As a result, the small box 3c, the connecting portion 8c, and the connecting plate 4c as shown in Fig. 11 are formed. Specifically, in the connection regions R3c-1, R3c-2, and R3c-3 of the second blank B2c, the connection portions 8c (first connection portions 81c, The second connection portion 82c, and the third connection portion 83c). In the small box areas R4c-1, R4c-2, and R4c-3 of the second blank B2c, the inner bottom flap P30c of the small box overlaps the bottom wall P27c of the small box. The small box 3c is formed by adhering the inner side flap P29c of the small box to the side wall panel P26c of the small box.

13A to 13D, in the package 100c, the small box 3c moves up and down in conjunction with the opening / closing of the lid 2c. As shown in Figs. 13A and 13C, in a state in which the lid 2c is closed, the lid 2c covers the surface other than the rear side of the package body 1c.

As shown in Figs. 13B and 13D, when the lead 2c rotates, the worm 5c starts to rotate about the first hinge H1 in conjunction with opening / closing of the lead 2c. At this time, the lancing element 5c lifts the connecting plate 4c while pushing the connecting plate 4c forward. Along with this, the small box 3c also rises. By the same principle as that of the package 100a of the first embodiment, the intervals between the small boxes 3c are narrowed downward and gradually widened toward the upward direction. As a result, the cigarette 6 housed in the small box 3c is spread like a fan when viewed from the side.

<< Effect >>

Also in the package 100c of the third embodiment, the small box 3c accommodating the cigarette 6 moves up and down in conjunction with opening and closing of the lid 2c. Therefore, the cigarette 6 can be easily lifted from the package 100c because the cigarette 6 is lifted and lowered only by opening and closing the lid 2c, in other words, the operation for lifting the cigarette 6 is carried out separately. In addition, the package 100c of the embodiment has the ladle-like piece 5c, so that the strength is improved similarly to the package 100a, and the small box 3c can be raised and lowered stably. In addition, by adjusting the length of the lancing element 5c and the position of the folded portion 41c of the connecting plate, the range of movement of the lifting and lowering can be adjusted, for example, have. The package 100c is configured such that not only the small box 3c moves up and down like the package 100a but also the space between the small boxes 3c by the connecting portion 8c connecting the small boxes 3c. As shown in Fig. As a result, the cigarettes 6 are not only raised but also spaced from each other in the anteroposterior direction. Therefore, the cigarette 6 is easier to grasp and can be easily taken out from the package 100c. In the package 100c, the small box 3c is divided into each column, and the small box 3c is provided with a small piece 9c. Therefore, even when the number of cigarettes 6 is reduced, the movement of the cigarette 6 can be suppressed. As a result, even when the number of cigarettes 6 is reduced, it becomes possible to prevent the cigarette 6 from becoming difficult to be taken out by being inclined. In the package 100c, the small box 3c is formed to have a higher dimension than the small box 3a of the package 100a. Therefore, the cigarette 6 can be received more stably. Therefore, even when the cigarette 6 moves up and down in conjunction with the rotation of the lid 2c, it is possible to suppress the drop of the cigarette 6 from the small box 3c.

&Lt; Fourth Embodiment &

The package 100d of the fourth embodiment is different from the package 100d of the first embodiment and the package 100b of the second embodiment and the package 100c of the third embodiment, different. Fig. 14 is an enlarged perspective view of a small box of the package of the fourth embodiment, showing a state in which the connecting portion is opened. Fig.

As shown in Fig. 14, the small box 3d of the fourth embodiment is similar to the small box 3a of the first embodiment in that a front small box 31d, a middle small box 32d, a rear small box 33d , And each of the small boxes 3d is connected to each other in the front-rear direction through a connecting portion 8d. However, in the small box 3d of the fourth embodiment, the configuration of the connecting portion 8d is different.

The front small box 31d is located on the front wall 11d side of the package main body and accommodates seven cigarettes in a heat state. The rear small box 33d is located on the rear wall 12d side of the package body and accommodates seven cigarettes in a thermal state in the same manner as the front small box 31d. 31d and the rear small box 33d and accommodates six cigarettes in an open state. Each small box 3d has a front wall 311d of a small box, a rear wall 312d of a small box, a side wall 313d of a small box, and a bottom wall 314d of a small box. The front wall 311d of the small box and the rear wall 312d of the small box are rectangular in the transverse direction and oppose each other with almost the same area. The side wall 313d of the small box is connected to both side edges of the front wall 311d of the small box and the rear wall 312d of the small box and is a long rectangular shape. The lower wall 314d of the small box is rectangular and is connected to the lower end of the small box front wall 311d and the small box rear wall 312d. A connecting plate 4d integrally formed with the rear wall 312d extending upward extends to the rear wall 312d of the rear small box 33d.

The connecting portion 8d has a first connecting portion 81d for connecting the front wall 11d and the front small box 31d of the package body, a second connecting portion 81d for connecting the front small box 31d and the central small box 32d And a third connecting portion 83d connecting the central small box 32d and the rear small box 33d. The first connecting portion 81d is connected to the inner surface of the front wall 11d of the package main body and has a plate-like front connecting portion 811d parallel to the front wall 11d of the package main body. And the upper frame is connected to the upper frame of the front wall 311d of the front small box 31d and the lower frame is connected to the lower frame of the front connecting portion 811d and the front wall 311d of the front small box 31d, And has a parallel rear connection portion 812d. The lower portion of the rear connection portion 812d is formed by a folded portion 813d which is a foldable material. Therefore, the length of the rear connecting portion 812d varies in the vertical direction by the state of the folded portion 813d. The folded portion 813d includes a first convex folded portion 814d, a first small plate 815d, a second convex folded portion 816d, a second small plate 817d, and a concave folded portion 818d , And is bent at each folded portion, and the length in the vertical direction changes. The front connecting portion 811d is a pasted portion connected to the inner surface of the front wall 11d of the package main body and has a length in the vertical direction required to function as a pasted portion. The length of the rear connecting portion 812d in the up and down direction is longer than the length of the front connecting portion 811d in the up and down direction. The rear connecting portion 812d has a longer length in the up- Loses. Therefore, the front small box 31d connected to the rear connecting portion 812d of the first connecting portion 81d also moves up and down, in other words, it can move up and down. The second connection portion 82d and the third connection portion 83d have the same configuration. The third connecting portion 83d is different from the first connecting portion 81d in that the upper edge of the front connecting portion 831d is connected to the upper edge of the rear wall 312d of the central small box 32d, Other configurations are the same. In the folded state of the folded portion 813d, the length of the rear connecting portion 832d in the up and down direction is the same as the length of the front connecting portion 831d in the up and down direction. On the other hand, when the folded portion 833d is unfolded, the length of the rear connecting portion 832d in the up-and-down direction becomes longer than the length of the front connecting portion 831d in the up-down direction. Therefore, the rear small box 33d connected to the rear connecting portion 832d of the third connecting portion 83d also moves up and down, in other words, it can move up and down. Small pieces 9d for regulating the movement of the cigarette 6 are formed in the front wall 311d and the rear wall 312d of each small box 3d similarly to the package 100a.

Only the second blank B2d for molding the connecting plate 4d and the small box 3d will be described with reference to the case where the package body 1d and the lead 2d are molded The description of one blank is omitted.

As shown in Fig. 15, the second blank B2d has connection regions R3d-1, R3d-2, and R3d-3 to be the connection portions 8d, a small box region R4d-1 , R4d-2, R4d-3, and a connecting region R5d serving as a connecting plate 4d. This area has a connection area R3d-1, a small box area R4d-1, a connection area R3d-2, a small box area R4d-2, a connection area R3d- R4d-3, and a connection area R5d.

The connection areas R3d-1, R3d-2 and R3d-3 are connected to the front connection panel P21d serving as the front connecting portion 811d, the first small panel P22d serving as the first small plate 815d, A second small plate P23d serving as a small plate 817d, and a rear connecting panel P24d serving as a rear connecting portion 812d. The first small panel P22d is connected to the upper edge of the front connection panel P21d and the second small panel P23d is connected to the upper edge of the first small panel P22d, And the rear connection panel P24d is connected to the upper edge of the rear connection panel P24. As described above, a small box area R4d-1 is connected to the connection area R3d-1. The front connection panel P21d serving as the front connection portion 811d of the first connection portion 81d is connected to the front connection panel P21d which is the front connection portion 811d of the second connection portion 82d and the third connection portion 83d And the length in the vertical direction is short.

The small box areas R4d-1, R4d-2, and R4d-3 have a small box front panel P25d that becomes the front wall 311d of the small box. In the front panel P25d of the small box, a notch C4d serving as a piece 9d is formed. Further, sidewall panels P26d and P26d of a small box which is a side wall 313d of a small box are connected to both sides of the front panel P25d of the small box. Further, a lower box panel P7d of a small box which is a lower box 314d of a small box is connected to the upper edge of the front panel P25d of the small box. Further, a rear wall panel P28d of a small box which is a rear wall 312d of a small box is connected to the upper edge of the bottom wall panel P27d of the small box. In the rear wall panel P28d of this small box, a notch C4d serving as a small piece 9d is formed. In addition, small-sized inner side flaps P29d and P29d for reinforcing the side wall 313d of the small box are connected to both sides of the rear wall panel P28d of the small box. An inner bottom flap P30d of a small box is connected to the lower edge of the inner side flaps P29d and P29d of the small box and the inner bottom flap P30d of these small boxes is connected to the bottom wall P27d of the small box, Thereby reinforcing the lower wall 314d of the small box.

The connection area R5d has a connection panel 31d serving as a connection plate 4d. The connecting panel 31d is provided with a line L4d to be a straight folded portion 41d.

The second blank B2d is folded at the dividing line indicated by the broken line in Fig. As a result, the small box 3d, the connecting portion 8d, and the connecting plate 4d as shown in Fig. 14 are formed. In the connection regions R3d-1, R3d-2, and R3d-3 of the second blank B2d, the connecting portion 8d is formed by being folded at each of the cut-out lines. In the small box areas R4d-1, R4d-2, and R4d-3 of the second blank B2d, the inner bottom flap P30d of the small box overlaps the bottom wall panel P27d of the small box, The inner side flap P29d is adhered to the side wall panel P26d of the small box to form the small box 3d.

As shown in Figs. 16A to 16D, also in the package 100d, the small box 3d moves up and down in conjunction with opening and closing of the lid 2d. As shown in Figs. 16A and 16C, in a state in which the lid 2d is closed, the lid 2d covers the surface other than the rear side of the package main body 1d.

As shown in Figs. 16B and 16D, when the linking plate 4d is gradually lifted and raised in conjunction with the rotation of the lid 2d, the lancing member 5d is engaged with the lid 2d to engage with the first hinge H1 as an axis to raise the connecting plate 4d. When the connecting plate 4d is lifted up, the folded portion 813d of the rear connecting portion 812d of the second connecting portion 82d, and then the folded portion 813d of the rear connecting portion 812d of the third connecting portion 83d, , And the rear connecting portion 812d of the first connecting portion 81d also starts to unfold. As a result, all the small boxes 3d rise. Further, the rear small box 33d rises the highest, next, the central small box 32d rises high, and finally, the front small box 31d rises. Like the package 100a, the package 100d is designed such that the height of the front wall 11d of the package body is about half the height of the small box 3d. Therefore, the movement in the forward and backward directions is restricted at the lower portion of the small box 3d, but the movement in the forward and backward directions is allowed at the upper portion. As a result, at the upper part of the small box 3d, the intervals between the small boxes 3d are widened. On the other hand, in the lower portion of the small box 3d, since the movement in the forward and backward directions is restricted as described above, the interval between the small boxes 3d is narrowed. As a result, as in the case of the package 100a, the space between the small boxes 3d becomes narrower in the downward direction and becomes wider gradually toward the upper side. As a result, the cigarettes 6 housed in the small box 3d are spread in a fan shape when viewed from the side.

<< Effect >>

Also in the package 100d of the fourth embodiment, the small box 3d housing the cigarette 6 moves up and down in conjunction with opening and closing of the lid 2d. Therefore, the cigarette 6 can be easily lifted from the package 100d because the cigarette 6 is lifted and lowered only by opening and closing the lid 2d, in other words, without taking the operation for lifting and lowering. In addition, since the package 100d of the embodiment has the snow clippings 5d, the strength is also improved similarly to the package 100a, and the small box 3d can be stably lifted and lowered. In addition, by adjusting the length of the ladder 5d and the position of the folded portion 41d of the connecting plate, the range of movement of the lifting and lowering can be adjusted, for example, have. The package 100d is configured such that not only the small box 3d moves up and down like the package 100a but also the space between the small boxes 3d by the connecting portion 8d connecting the small boxes 3d. As shown in Fig. As a result, the cigarettes 6 are not only raised but also spaced from each other in the anteroposterior direction. Therefore, the cigarette 6 is easier to hold and can be easily taken out from the package 100d. In the package 100d, the small box 3d is divided for each column, and the small box 3d is provided with a small piece 9d. Therefore, even when the number of cigarettes 6 is reduced, the movement of the cigarette 6 can be suppressed. As a result, even when the number of cigarettes 6 is reduced, it becomes possible to prevent the cigarette 6 from becoming difficult to be taken out by being inclined. Further, since the upper ends of the small boxes 3d are not connected to each other, the smaller boxes are more likely to spread out as compared with the case where the upper ends are connected to each other. As a result, it becomes easier to take out the cigarette 6 more.

&Lt; Embodiment 5 &gt;

The package 100e of the fifth embodiment is different from the package 100a of the first embodiment in the configuration of the package main body 1e and the lead 2e. 17A to 17D are perspective perspective views of the package of the fifth embodiment.

The package main body 1e accommodates the cigarette 6 and is a box having a shape in which the upper end of the rectangular parallelepiped shape is sloped and the upper half of the front side is open. The package main body 1e has a front wall 11e of the package main body, a rear wall 12e of the package main body, a side wall 13e of the package main body, and a bottom wall 14e of the package main body. The rear wall 12e of the package main body has a long rectangular shape. On the other hand, the front wall 11e of the package main body is formed to have a height dimension half that of the rear wall 12a of the package main body. The front wall 11e of the package main body and the rear wall 12e of the package main body are opposed to each other. The side wall 13e of the package main body has a shape in which the upper end of the rectangle has an inclined side in a curved line. The upper edge 131e of the side wall 13e of the package main body is inclined so that the front wall 11e side of the package main body is lowered. The side wall 13e of the package main body is provided with a cover 2e which is slightly protruded laterally in the vicinity of the front edge and specifically in the vicinity of the center in the up and down direction, 132e are formed. The interdigitated portion 132e of the side wall is engaged with the step 231e formed on the inner side of the side wall 23e of the lead in the state that the lead 2e is closed. Thereby, the closed state of the lid 2 is maintained.

The side walls 13e of the package main body are connected to the front side walls 11e of the package main body and both side edges of the rear wall 12e of the package main body. An incision 71e is formed at the upper side of the front wall 11e of the package main body (upper side of each corner portion formed between the front wall 11e of the package main body and the side wall 13e of the package main body) have. Therefore, the front wall 11e of the package main body can be inclined upward. The lower wall 14e of the package body is rectangular and connected to the front wall 11e of the package body, the rear wall 12e of the package body and the lower edge of the side wall 13e of the package body. The first hinge H1, the sagittal piece 5e, the second hinge H2, and the incision 7e are formed in the rear wall 12e of the package body in the same manner as the package 100a of the first embodiment .

The lead 2e covers the opening of the package main body 1e. The leads 2e cover the upper side in the front direction and the transverse direction in addition to the upper side of the package main body 1e. The lead 2e covers an area where the front wall 11e of the package main body does not exist in the forward direction. The lead 2e includes a rear wall 22e of a rectangular lead connected to the first hinge H1, an upper wall 24e of the lead, a side wall 23e of a pair of leads, a front wall 20e ). The rear wall 22e of the lead faces the front wall 20e of the lead but its area is small as compared with the front wall 20e of the lead. The front wall 20e of the lead is substantially square and covers an area in front of the package main body 1e where the front wall 11e of the package main body does not exist. The sidewall 23e of the lead is a shape in which a part of the rear side and the lower side are cut out, out of a long rectangular shape. Specifically, the rear edge is inclined toward the lower side toward the front side. Further, the curved portion extends from the lower portion of the oblique rear frame to the lower frame. A step 231e formed by the end of the inner side flap of the lead that reinforces the side wall 23e of the lead is formed inside the side wall 23e of the lead. This step 231e corresponds to the thickness of the paper constituting the lead 2e. The step 231e is engaged with the interdigitated portion 132e of the side wall.

A third hinge H3 is formed at the boundary (each part in the closed state) between the upper wall 24e of the lead and the rear wall 22e of the lead similarly to the package 100a. The third hinge H3 is formed at the upper edge of the rear wall 22e of the reed and extends between the rear portions. The third hinge H3 functions as one of the pivot shafts of the leads 2e.

The connecting plate 4e and the small box 3e have the same configuration as the connecting plate 4a and the small box 3a of the package 100a of the first embodiment. As for the blank, the second blank is the same as that of the first embodiment, and a description thereof will be omitted. The first blank B1e will be described below.

As shown in Fig. 18, the first blank B1e has a main body region R1e serving as a package body 1e and a lid region R2e serving as a lead 2e. The main body region R1e has a front wall panel P1e of the main body serving as the front wall 11e of the package main body and is provided on both side edges of the front wall panel P1e of the main body. And side wall panels P2e and P2e. On both side edges of the front panel P1e of the main body, a straight cut C6e extending downward from the upper edge of the front wall 11e of the package main body and forming the cut-out portion 71e is formed.

A bottom wall (bottom plate) P3e of the main body, which serves as a lower wall 14e of the package main body, is connected to the upper edge of the front wall panel P1e of the main body. A rear wall panel P4e of the main body which is located opposite to the front wall panel P1e of the main body and serves as a rear wall 12e of the package main body is connected to the lower wall panel P3e of the main body. Inner side flaps P5e and P5e of the main body which are the side walls 13e of the package main body are connected to both sides of the rear wall panel P4e of the main body. An inner bottom flap P6e of the main body is connected to the upper edge of the side wall panels P2e and P2e of the main body and the inner bottom flap P6e of the main body overlaps the lower wall panel P3e of the main body, Thereby reinforcing the lower wall 14e. A second hinge line L2e to be the second hinge H2 and a first hinge line L1e to be the first hinge H1 are formed on the rear wall panel P4e of the main body. The rear wall panel P4e of the main body extends from the third hinge line L3e to the second hinge line L2e of the rear wall panel P7e of the lead to form a linear shape A notch C1e is formed. In the rear wall panel P4e of the main body, a U-shaped notch C2e for forming a snow clasp 5e is formed.

The lid section R2e has a rear wall panel P7e of the lead which becomes the rear wall 22e of the lead. A lead upper wall panel P8e which becomes the upper wall 24e of the lead is connected to the upper edge of the rear wall panel P7e of the lead via the third hinge line L3e which becomes the third hinge H3. Inner side flaps P9e and P9e of the leads which are to be a part of the side wall 23e of the lead are connected to both sides of the lead upper wall panel P8e. Further, a front wall panel P10e of the lead which becomes the front wall 20e of the lead is connected to the upper edge of the upper wall panel P8e of the lead. Further, sidewall panels P11e of the leads, which become the sidewalls 23e of the leads, are respectively connected to both sides of the front panel P10e of the leads. The outer edge of the sidewall panel P11e of the lead is a part of the side wall 23e of the lead and the second inner side flaps P13e and P13e of the lead for forming the step 231e. The sidewall panel P11e of the lead and the second inner side flap P13e of the lead are folded back at the cut line forming the boundary therebetween and the inner side flap P9e of the lead is inserted therebetween, (23e).

As shown in Figs. 19, 20A and 20B, also in the package 100e, the small box 3e ascends and descends in conjunction with opening and closing of the lid 2e. As shown in Figs. 19 (a) and 20 (a), when the leads 2e are closed, the leads 2e cover the upper side and the lateral direction and the upper side of the front side of the package main body 1e. As shown in Figs. 19 (b) and 20 (b), at the beginning of the rotation, the lead 2e mainly starts to rotate about the third hinge H3. In cooperation with the opening / closing of the lid 2e, the worm 5e starts to rotate about the first hinge H1. At this time, the lancing element 5e lifts the connecting plate 4e while pushing the connecting plate 4e forward.

As shown in Fig. 19 (c) and Fig. 20 (c), in the middle of the rotation, the linking plate 4e is gradually pulled up in conjunction with the rotation of the lid 2e. Further, in cooperation with the lead 2e, the worm 5e further rotates about the first hinge H1 as an axis. At this time, the lancing element 5e further pushes up the connecting plate 4e while pushing the connecting plate 4e forward. The front wall 11e of the package main body can be inclined upward. Therefore, by the same principle as that of the package 100a of the first embodiment, the intervals between the small boxes 3e are narrowed downward and widen gradually toward the upper side.

As shown in Fig. 19 (d) and Fig. 20 (d), the connecting plate 4e is further lifted up in conjunction with the rotation of the lead 2e. Further, in cooperation with the lead 2e, the worm 5e further rotates about the first hinge H1 as an axis. At this time, the lancing element 5e further raises the connecting plate 4e while pushing the connecting plate 4e forward. The front wall 11e of the package main body is inclined forward by being pushed from the inside. By the same principle as that of the package 100a of the first embodiment, the interval between the small boxes 3e gradually widens toward the upper side while narrowing downward. As a result, the cigarette 6 housed in the small box 3e spreads like a fan when viewed from the side.

<< Effect >>

Also in the package 100e of the fifth embodiment, the small box 3e accommodating the cigarette 6 moves up and down in association with opening and closing of the lead 2e. Therefore, the cigarette 6 can be easily lifted from the package 100e because the cigarette 6 is lifted and lowered only by opening and closing the lid 2e, in other words, the operation for lifting and lowering. In addition, the package 100e of the embodiment has the ladle-like piece 5e, so that the strength is also improved like the package 100a, and the small box 3e can be raised and lowered stably. In addition, by adjusting the length of the lancing element 5e and the position of the folded portion 41e of the connecting plate, the range of movement of the lifting and lowering can be adjusted. For example, . The package 100e is configured such that not only the small box 3e moves up and down like the package 100a but also the space between the small boxes 3e by the connecting portion 8e connecting the small boxes 3e. As shown in Fig. As a result, the cigarettes 6 are not only raised but also spaced from each other in the anteroposterior direction. Therefore, the cigarette 6 is easier to grasp and can be easily removed from the package 100e. In the package 100e, a small box 3e is divided into each row, and a small box 3e is provided with a small piece 9e. Therefore, even when the number of cigarettes 6 is reduced, the movement of the cigarette 6 can be suppressed. As a result, even when the number of cigarettes 6 is reduced, it becomes possible to prevent the cigarette 6 from becoming difficult to be taken out by being inclined. Since the package 100e does not have the lower wall of the lead and is opened downward, the package 100e is easier to open and close the lead 2e than the package 100a.

&Lt; Sixth Embodiment &

In the above embodiment, the shape formed downward from the vicinity of the center of the first hinge H1 has been described as an example of the ladies' pieces 5a to 5e. The ladder is not limited to the above-described shape, but may be formed downward from the vicinity of both ends of the first hinge H1, for example. Fig. 21 shows a perspective view of the package 100f of the sixth embodiment as viewed from the rear. In the package 100f, two ladder-like pieces 5f are provided in the vicinity of the end portion of the first hinge H1. The ladder-like member 5f has a rectangular shape. Other configurations are the same as those of the package 100a.

&Lt; Seventh Embodiment &

The first embodiment includes, for example, a first blank B1a for molding the package main body 1a and the lid 2a, a connecting plate 4a and a small box 3a, And the second blank B2a for forming the second blank B2 is constituted by a separate blank. The blank is not limited to the above-described shape. For example, the first blank B1a for molding the package body 1a and the lid 2a, the connecting plate 4a, Two blanks B2a may be integrally formed. 22 shows a blank of the package of the seventh embodiment. The blank constituting the package 100g of the seventh embodiment is integrally formed by connecting the inner bottom flap P14a of the lead and the connection panel P31a formed longer than the first embodiment. In the above embodiment, for example, the small box and the connecting panel are integrally formed, but they may be formed of separate blank and connected. As for the package main body and the leads, the small boxes may be formed by separate blanks and connected.

While the preferred embodiments of the present invention have been described above, the packages of the present invention can be combined with each other as far as possible. In the present embodiment, a cigarette product such as a filter cigarette or a tobacco cigarette is described as a suitable application example of the object to be contained in the package. However, the present invention is not limited to this and an article other than a cigarette product may be accommodated in the package.

For example, the package may be formed by separating the package body and the lead. In this case, the connection panel may be held by the user and moved up and down without being interlocked with the rotation of the lid. The number of small boxes 3a need not be three, but may be two or four or more, for example. The number of cigarettes contained in the small box 33a or the like is not particularly limited. That is, the length in the lateral direction of the small box 3a or the like may be made shorter than that in the first embodiment or the like so that a smaller number of cigarettes than the first embodiment or the like may be accommodated. In addition, the lateral length of the small box 3a or the like may be longer than that of the first embodiment or the like so that a larger number of cigarettes than the first embodiment or the like may be accommodated.

1a ~ 1f ... Package body
2a ~ 2f ... lead
3a to 3f ... casket
4a to 4f ... Connecting plate
5a to 5f ... Snow
6 ... tobacco
7a ... Section
8a to 8f ... Connection
100a ~ 100g ... Package (Hinge Lead Package)
H1 ... The first hinge
H2 ... The second hinge
H3 ... Third hinge

Claims (10)

A package including a rectangular parallelepiped-shaped receiving portion for receiving an object to be received and having an opening for taking out the object to be held, and a lid portion at least covering the opening,
A small box which is divided into a plurality of rows and accommodated in a plurality of rows and which moves up and down for each column; and a plurality of small boxes which are connected in a back and forth direction in which rows of rows are arranged, A lifting portion having a connecting portion for forming an interval therebetween,
And a connecting portion connected to the elevating portion to elevate the elevating portion. The method according to claim 1,
Wherein the lifting and lowering portion is lifted and lowered such that the distance between the receptacles received in the respective small boxes in the forward and backward directions becomes gradually wider as they become the upper side of the receptacle. The method of claim 2,
Wherein the distance between the water-receiving materials is determined by the length of the connecting portion. The method according to any one of claims 1 to 3,
Wherein the connecting portion connects the lifting portion and the lid portion, and moves up and down the lifting portion in conjunction with opening and closing of the lid portion. The method according to any one of claims 1 to 3,
And the connecting portion connects the upper edges of the front and rear small boxes. The method according to any one of claims 1 to 3,
Wherein the connecting portion connects the lower edges of the front and rear small boxes. The method according to any one of claims 1 to 3,
Wherein the accommodating portion has at least a portion of the front side thereof opened so that the object to be received is inclined forward when the elevating portion is lifted,
And the lid portion covers an opening of the accommodating portion. The method of claim 7,
Further comprising a notch portion provided along the front corner portion of the accommodating portion and extending downward from a rim of the front opening. The method of claim 4,
Wherein the lid portion further comprises a snow clam extending in a downward direction and contacting the connection portion and supporting the lifting and lowering of the connection portion in cooperation with opening and closing of the lid portion. The method according to claim 1,
The lid portion is rotatably connected to a rear opening edge of the opening in the receiving portion through a hinge,
A second hinge provided below the hinge,
Further comprising a cut-out portion provided along a rear corner portion of the receiving portion and extending from the hinge to the second hinge side.

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