CN104114452B

CN104114452B - Packing container

Info

Publication number: CN104114452B
Application number: CN201280069207.3A
Authority: CN
Inventors: 国分靖; 林英夫
Original assignee: Japan Tobacco Inc; Toppan Prosprint Co Ltd
Current assignee: Toppan Inc
Priority date: 2011-12-07
Filing date: 2012-11-06
Publication date: 2016-06-15
Anticipated expiration: 2032-11-06
Also published as: WO2013084642A1; TWI535638B; CN104114452A; ES2589644T3; KR20140099300A; RU2580504C2; JPWO2013084642A1; EP2789547B1; RU2014127510A; EP2789547A1; TW201345798A; KR101591618B1; EP2789547A4; JP5768142B2

Abstract

The present invention provides a kind of packing container (1), has: packaging container (5), and it receives packaged body (T) and its upper opening; Lid (6), the opening of its inaccessible packaging container (5); Hinge axis portion (7), packaging container (5) and lid (6) link are integrated by it, and, make lid (6) can rotate relative to packaging container (5); Interference part (8), it is arranged on packaging container (5) and lid (6), and by interfering, limit lid (6) centered by hinge axis portion (7) to leaving the movement that packaging container (5) direction rotates.

Description

Packing container

Technical field

The present invention relates to the packing container packing packaged body.

Background technology

Now, the packing container of the packaged bodies such as cigarette in packet it is known to. Such as, a kind of packing container disclosed in the Japanese Unexamined Patent Publication 2008-087775 publication and Japanese Unexamined Patent Publication 2002-96823 publication, it has the packaging container receiving packaged body and covers the lid of this packaging container opening, and lid can rotate relative to packaging container. For packing container described above, packaging container and lid are integrally formed. For packing container, the opening making packaging container by making lid rotate is open, it is possible to take out the packaged body in packaging container.

Prior art literature

Patent documentation

Patent documentation 1:(Japan) JP 2008-087775 publication

Patent documentation 2:(Japan) JP 2002-96823 publication

Summary of the invention

The problem that invention to solve

In above-mentioned packing container, have the following problems. That is, above-mentioned packing container is formed by paper material, and the continuous portion of packaging container and lid becomes the hinge axis portion that lid rotates. This hinge axis portion is the folding line that the impression formed by platen raw material when forming packing container is folded to form when packing container breaks a seal. Therefore, after making lid rotate centered by hinge axis portion, when releasing the maintenance of lid, by the restoring force in this hinge axis portion, lid rotates to closing direction.

Accordingly, with respect to the packaged body taken out in packaging container, it is desirable to keep after rotating cover, but setting about etc. under condition accounting for, lid can not keep. Therefore, seeking a kind of packing container, it, after making lid rotate, does not keep lid to be able to maintain that the rotary state of lid, i.e. the open state that packaging container opening is open.

At this, it is an object of the invention to, it is provided that a kind of packing container, it can easily maintain the open state that packaging container opening is open.

For solving the means of problem

In order to solve described problem to reach purpose, the packing container of the present invention has structure as described below.

As the present invention one mode, packing container has: packaging container, and it receives packaged body and its upper opening; Lid, the opening of its inaccessible described packaging container; Hinge axis portion, described packaging container and the link of described lid are integrated by it, and, enable described lid to rotate relative to described packaging container; Described packaging container and described lid have interference part, are interfered by this interference part, limit lid centered by described hinge axis portion to leaving the movement that described packaging container direction rotates

Invention effect

In accordance with the invention it is possible to provide a kind of packing container, it can easily maintain the open state that packaging container opening is open.

Accompanying drawing explanation

Fig. 1 indicates that the axonometric chart of the packaging container structure of first embodiment of the invention.

Fig. 2 indicates that the axonometric chart of same packaging container structure.

Fig. 3 indicates that the top view of the ground paper structure of same packing container.

Fig. 4 indicates that the top view of the ground paper structure of same packing container.

Fig. 5 indicates that the axonometric chart of the packaging container structure of second embodiment of the invention.

Fig. 6 indicates that the axonometric chart of same packaging container structure.

Fig. 7 indicates that the top view of the ground paper structure of same packing container.

Fig. 8 indicates that the top view of the ground paper structure of same packing container.

Fig. 9 indicates that the axonometric chart of the packaging container structure of third embodiment of the invention.

Figure 10 indicates that the top view of the ground paper structure of same packing container.

Figure 11 indicates that the top view of the packing container ground paper structure of four embodiment of the invention.

Figure 12 indicates that the top view of the ground paper structure of same packing container.

Figure 13 represents the top view of the packing container ground paper modified configuration of four embodiment of the invention.

Figure 14 indicates that the top view of the ground paper structure of the packing container of fifth embodiment of the invention.

Figure 15 represents the top view of the ground paper structure of same packing container.

Detailed description of the invention

(the first embodiment)

Hereinafter, the packing container 1 of first embodiment of the invention is described referring to figs. 1 through Fig. 4.

Fig. 1 is the axonometric chart of packing container 1 structure representing first embodiment of the invention from rear. Fig. 2 is the axonometric chart representing same packing container 1 structure from front. Fig. 3 indicates that the top view of the first ground paper 3 structure that same packing container 1 uses. Fig. 4 indicates that the top view of the second ground paper 4 structure that same packing container 1 uses.

As shown in Figures 1 to 4, packing container 1 has: packaging container 5, lid 6, hinge axis portion 7, interference part 8. Packing container 1 is integrally formed by these packaging containers 5, lid 6, hinge axis portion 7 and interference part 8. When packing packaged body, the profile of packing container 1 is shaped generally as cuboid.

It addition, packing container 1 has the ectosome 9, on its interior and form the interior body 10 of a part of interior shape of packing container 1 under the closed state of packing container 1 forming packing container 1 gabarit under the closed state of packing container 1.

Ectosome 9 is constituted: a part for a part for packaging container 5, lid 6, hinge axis portion 7 and interference part 8. Interior body 10 constitutes other parts of packaging container 5 and other parts of interference part 8.

Illustrating, packing container 1 is for such as packing packaged body, the i.e. so-called cigarette case of Medicated cigarette T, and has interior inclusion inside packaging container 5. As its material, packing container 1 uses can the paper raw material of cigarette in packet T.

As the raw-material example of paper described above, use such as MWV company (Japanese: ミ De ウエストベ U society, English: MeadWestvaco) system, efficient printable layer (Japanese: Ha イイ Le De プリ Application ト U ト, English: HAIRUDOPUPINTOKOTO) grammes per square metre (Japanese: グラメジ, the English: grammage) for 221g/m of (registered trade mark)³Paper raw material. It addition, paper raw material is not limited to this, it is possible to suitably use.

Interior inclusion is formed as direct cigarette in packet T bundle before the Kaifeng of such as packing container 1, it is possible to prevent the deterioration of Medicated cigarette T. Interior inclusion has moisture retention and fragrance protectiveness etc. This interior inclusion mainly uses the paper of evaporation or lamination aluminum film.

As shown in Figure 3 and Figure 4, packing container 1 is to make paper using raw material, is formed by assembling the ground paper 2 formed by punch press process.

As shown in Figures 1 to 4, packaging container 5 is made up of a part and the interior body 10 of ectosome 9. Packaging container 5 passes through a part and the interior body 10 of ectosome 9, forms the cube shape with the opening making packaging container 5 inside opening.

Specifically, packaging container 5 utilizes ectosome 9, makes upper end from the rear to the front, downwards beveled. Packaging container 5 utilizes the interior body 10 of inner peripheral surface of the beveled being arranged on ectosome 9, is formed from the extended wall of the open upper end of ectosome 9. Packaging container 5 utilizes a part and the interior body 10 of ectosome 9, forms the box body of the substantially upper opening of cube shape. Packaging container 5 has: first antetheca the 11, first rear wall 12, a pair the first side wall 13 and diapire, the interior body 10 formed by a part for ectosome 9.

First antetheca 11 is rectangle, for instance be formed as when overlooking, the rectangle that width is shorter than short transverse. First rear wall 12 is formed as in the height direction, the rectangle higher than the first antetheca 11. The upper end of the first rear wall 12 forms one via hinge axis portion 7 with lid 6. The both end sides of the upper edge (hinge axis portion 7) of the first rear wall 12 forms the otch tilted downwards. In other words, the both ends of the upper edge of the first rear wall 12, to central side, are formed slopely upward, and, on specified altitude, it is provided with and lid 6 continuous print hinge axis portion 7.

The first side wall 13 links with the first antetheca 11 and the first rear wall 12, and, the first side wall 13 upper end is formed as inclined trapezoidal. Such as, two differing tilt angles that the first side wall 13 is increased to the first antetheca 11 angle of inclination from the first rear wall 12 by its upper end, tilt downwards. Diapire is formed as rectangle when overlooking, and the lower end side of diapire and first antetheca the 11, first rear wall 12 and a pair the first side wall 13 links.

As in figure 2 it is shown, interior body 10 is arranged along a part for first antetheca the 11, first rear wall 12 and the inner face of the first side wall 13. Specifically, interior body 10 has: front inwall 15, offside inwall 16, rear inwall 17.

Front inwall 15 is arranged on the inner face of the first antetheca 11, and protruding above from the first antetheca 11. Side inwall 16 is separately positioned on the inner face of a pair the first side wall 13, and protruding above from the first side wall 13 respectively. Rear inwall 17 is positioned at least some of of the first rear wall 12, says further, is located at least in the part in the whole and hinge axis portion 7 of the rake at the first rear wall 12 upper edge both ends, and is arranged on the inner face of the first rear wall 12.

It addition, the front inwall 15 of interior body 10, side inwall 16 and rear inwall 17 utilize bonding agent etc. bonding with the inner face of first antetheca the 11, first rear wall 12 and the first side wall 13. Interior body 10 is formed along first antetheca the 11, first rear wall 12 of ectosome 9 and the wall of the first side wall 13, and be formed as can pilot cap body 6 and prevent damaging by pressure of lid 6.

It addition, a part for the composition interference part, position 8 being positioned at its first rear wall 12 of interior body 10. Interior body 10, when the opening of the inaccessible packaging container 5 of lid 6, by least some of interference of the inner face of lid 6 with interior body 10, makes lid 6 be formed as can being fixed on packaging container 5.

Lid 6 is made up of other parts of ectosome 9. Lid 6 has: second antetheca the 21, second rear wall 22, a pair second sidewalls 23, upper walls 24. Lid 6 is by covering the top of packaging container 5, and being formed as can the opening of inaccessible packaging container 5.

Second antetheca 21 is when overlooking, and width is longer than short transverse, and, be formed as its width and the roughly the same rectangle of the first antetheca 11 size.

Second rear wall 22 is formed as rectangle higher than the first antetheca 21 in the height direction. The lower end of wall 22 forms one via hinge axis portion 7 with packaging container 5 in the second rear. The both end sides of the lower ora terminalis (hinge axis portion 7) of the second rear wall 22 forms the otch tilted downwards.

In other words, the both ends of the lower ora terminalis of the second rear wall 22, towards outside, are formed slopely downwards, and, it is provided with and the first rear wall 12 continuous print hinge axis portion 7. Further in other words, the second rear wall 22 is tilted by two ends, has the protuberance 26 highlighted downwards towards the first rear wall 12 than hinge axis portion 7.

Second sidewall 23 links with the second antetheca 21 and the second rear wall 22. Second sidewall 23 is formed as the trapezoidal of its lower end inclination. It addition, the second sidewall 23 to be formed as the angle of inclination of its lower end roughly the same with the angle of inclination of the upper end of the first side wall 13. Upper wall 24 is formed as rectangle when overlooking, and links with second antetheca the 21, second rear wall 22 and a pair second sidewalls 23 in upper end side.

Hinge axis portion 7 is arranged between the first rear wall 12 and the second rear wall 22, the first rear wall 12 and the second rear wall 22 is linked and is integrated. Hinge axis portion 7 is formed as making the second rear wall 22 rotate relative to the first rear wall 12. Hinge axis portion 7 is formed by the impression 7a or discrete cutting portion 7b etc. passing through to give as security swaging one-tenth on paper raw material.

Interference part 8 have be arranged on the second rear wall 22 protuberance 26, at lid 6 to leaving the contact site 27 that contacts with protuberance 26 when packaging container 5 direction rotates. Protuberance 26 is arranged on the second rear wall 22 of lid 6, and from the second rear wall 22 via the opposition side to lid 6, the hinge axis portion 7, namely the first rear wall 12 side of packaging container 5 highlights.

Specifically, protuberance 26 be the both ends of the lower ora terminalis of wall 22 in the second rear from the end in hinge axis portion 7 downwards with predetermined angular, it is preferred to 45 degree of inclinations, and stride across respectively the second rear wall 22 and the second sidewall rib portion arrange projection.

Contact site 27 is formed as when lid 6 rotates, it is possible to contact with the protuberance 26 prominent to the inner side of packaging container 5 from hinge axis portion 7. Contact site 27 is always extended to the rear inwall 17 with the interior body 10 of protuberance 26 relative position at the inwall of packaging container 5.

It follows that with reference to this Fig. 3 and Fig. 4 method illustrating to form the ground paper 2 of container 1 packed as described above and use ground paper 2 to form packing container 1. It addition, in figs. 3 and 4, chain-dotted line represents the broken line of ground paper 2, and solid line represents cutting portion. It addition, broken line is when assembling ground paper 2, the position of folding ground paper 2, for instance, when manufacturing ground paper 2, form the impression guiding broken line. Hereinafter, broken line is illustrated as " impression ". It addition, cutting portion is when forming ground paper 2, it is called the place of incision of so-called cutting blade.

Ground paper 2 has the first ground paper 3 and the second ground paper 4.

First ground paper 3 is to utilize the shape that punch press process is overlooked with the ectosome 9 being made up of a part for packaging container 5 and lid 6 to cut off the raw-material raw material sheet of paper. First ground paper 3 has: below 31, bottom surface 32, first above 33, above 34, a pair first sides 35, second face 36, a pair second side the 37, first bonding planes 38.

Next 31 form first, second rear wall 12,22 and hinge axis portion 7. Next 31 are formed as the square of combination first, second rear wall 12,22. Next 31 via impression 50,51,52,53 and bottom surface 32, above 34 and first bonding plane 38 integrally formed.

Next 31 have impression 54 and multiple cutting portion 55,56. This impression 54 and cutting portion 55 form hinge axis portion 7, and cutting portion 56 forms protuberance 26. It addition, below 31 relative to this hinge axis portion 7 and protuberance 26, in side, in other words at first flank 41 formed below, relative to this hinge axis portion 7 and protuberance 26, at opposite side, in other words form second flank 42 up.

By bending impression 50,51,52,53, after 31 utilize first flank 41 and second flank 42, constitute and bottom surface 32 (diapire) and 34 (upper walls 24) are orthogonal above the first rear wall 12 and the second rear wall 22.

Impression 54 between the impression 52,53 of the side of below 31, always extended to and impression 52,53 close proximity, in other words, extended separate to impression 52,53. Cutting portion 56 is formed slopely impression 52,53 from the both ends of impression 54 to first flank 41 side always.

Bottom surface 32 forms diapire. Bottom surface 32 is formed as square, and integrally formed via before impression 50,57 and below 31 and first 33. By bending impression 50,57, bottom surface 32 constitutes the diapire orthogonal with below 31 (first rear wall 12 and the second rear walls 22).

First above 33 forms the first antetheca 11. Before first, 33 are formed as square, and integrally formed via impression 57,58,59 and bottom surface 32 and a pair first sides 35. By bending impression 57,58,59, first the first antetheca 11 that above 33 compositions are orthogonal with bottom surface 32 (diapire).

34 form upper wall 24 above. 34 are formed as square above, and via impression 51,60 and below 31 and second face 36 integrally formed. By bending impression 51,60, above 34 constitute the upper wall 24 orthogonal with below 31 (first rear wall 12 and the second rear walls 22) and second face 36 (the second antetheca 21).

A pair first sides 35 form the first side wall 13. First side 35 is formed as with a limit, and the limit being positioned below in figure 3 is trapezoidal with what the top equal angular of the first side wall 13 tilted, and above 33 integrally formed with first respectively via impression 58,59. By bending impression 58,59, the first side 35 is constituted and the first the first side wall 13 that above 33 (the first antethecas 11) are orthogonal.

Second face 36 forms the second antetheca 21. Second face 36 is formed as square, and integrally formed via impression 60,61,62,63 and above 34, a pair second sides 37 and the first bonding plane 38. By bending impression 60,61,62,63, second face 36 constitutes second antetheca 21 orthogonal with above 34 (upper walls 24).

A pair second sides 37 form the second sidewall 23. Second side 37 is formed as with a limit, and limit above in figure 3 is trapezoidal and integrally formed with second face 36 respectively via impression 61,62 with what the following equal angular of the second sidewall 23 tilted.

Second side 37 is formed as its inclined side and can be mutually clamped with the inclined side of the first side 35. Being engaged with each other by this inclined side, the first side 35 and the second side 37 are formed as square. By bending impression 61,62, the second side 37 constitutes second sidewall 23 orthogonal with second face 36 (the second antetheca 21).

First bonding plane 38 has: a pair side bonds face 44, a pair bottom surface bonding plane 45, a pair above bonding plane 46, above bonding plane 47.

A pair side bonds face 44 forms the first side bonds face 48 bonding with the first side 35 and the second side bonds face 49 bonding with the second side 37.A pair side bonds face 44 constitutes the inner face of the first side wall 13 and the second sidewall 23. A pair side bonds face 44 is formed as the square of combination the first side wall 13 and the second sidewall 23. Via impression 52,53,64,65,66,67 and below 31, a pair bottom surface bonding plane 45 and a pair bonding plane 46 is integrally formed above in a pair side bonds face 44.

It addition, a pair side bonds face 44 has the cutting portion 56 continuous print cutting portion 56a with below 31, relative to the side of this cutting portion 56a, in other words the first side bonds face 48 formed below, opposite side, be in other words formed over the second side bonds face 49. Cutting portion 56a tilts with angle roughly the same with the angle of inclination of first, second side 35,37. For a pair side bonds face 44, by bending impression 52,53, the first side bonds face 48 and the second side bonds face 49 are orthogonal with below 31 (first flank 41 and second flanks 42), and relative with the first side 35 and the second side 37 respectively.

A pair bottom surface bonding plane 45 is integrally formed via impression 64,65 and a pair first side bonds faces 48. By bending impression 64,65, a pair bottom surface bonding plane 45 is orthogonal with side bonds face 44 (the first side wall 13 and the second sidewall 23), relative with bottom surface 32 and bonding with bottom surface 32.

A pair bonding plane 46 is via impression 66,67 above, integrally formed with the second side bonds face 49 in a pair side bonds face 44. By bending impression 66,67, a pair bonding plane 46 is orthogonal and relative with above 34 and bonding with above 34 with side bonds face 44 (the first side wall 13 and the second sidewall 23) above.

Second face bonding plane 47 is integrally formed via impression 63 and second face 36, and by bending via impression 63, relative with second face 36 and bonding with second face 36. It addition, second face bonding plane 47 forms a part for the inner face of the second antetheca 21.

Second ground paper 4 is to utilize punch press process to cut off the raw-material raw material sheet of paper with the shape overlooking interior body 10. Second ground paper 4 has: front face 74, a pair side surface part 75, a pair rear face 76. Front face 74, a pair side surface part 75 and a pair rear face 76 are integrally formed via a pair impression 71,72.

Front face 74 forms front inwall 15. Front face 74 is formed as and the first roughly the same width of antetheca 11, and is connected with a pair side surface part 75 via impression 71,71. Front face 74 have the jut 74a that the inner face with lid 6 is interfered, jut 74a be by cut off stride across from the side of front face 74 impression 71,71 until a part for side surface part 75 and formed. Front face 74 is a part of otch above it and is formed. It addition, the lower section of front face 74 is bonding with the inner face of the first antetheca 11.

Side surface part 75 forms side inwall 16. Side surface part 75 is formed as width roughly the same with the first side wall 13, and via impression 71,72, integrally formed with front face 74 and rear face 76. The lower section of side surface part 75 is bonding with the inner face of the first side wall 13.

Inwall 17 after rear face 76 formation. Rear face 76 is formed as being arranged in the width of at least relative with the protuberance 26 being arranged on the second rear wall 22 position, and via impression 72, is connected with side surface part 75. The lower section of rear face 76 is bonding with the inner face of the first rear wall 12.

The first ground paper 3 so constituted and the second ground paper 4 fold to equidirectional at each impression, and are respectively coated bonding agent on the first bonding plane 38, and bonding with corresponding surface. Thus, the first ground paper 3 forms the ectosome 9 with packaging container 5 and lid 6, and the second ground paper 4 forms interior body 10.Then, packing container 1 is assembled by interior body 10 is bonded in the position corresponding with ectosome 9. It addition, at this, illustrate with the bonding omission of interior body 10 about the ectosome 9 of packing container 1.

The packing container 1 being thusly-formed is by when utilizing ground paper 2 to form packing container 1, restrainting to be provided at its inner portion by the medicated cigarette being packaged in interior inclusion and pack medicated cigarette T. The packing container 1 having packed medicated cigarette bundle utilizes the periphery of the peplos outsourcing packing containers 1 such as hyaline membrane. Thus, medicated cigarette commodity are made.

It follows that the Kaifeng of so packing container 1 of composition and the opening and closing of lid 6 are described. First, will be broken a seal by the packing container 1 of peplos outsourcing and be removed peplos. After exterior film removes, lid 6 is made to move to leaving packaging container 5 direction. By the movement of this lid 6, hinge axis portion 7 is bent, and lid 6 can rotate centered by hinge axis portion 7.

When lid 6 rotates centered by hinge axis portion 7, it is arranged on the protuberance 26 on the second rear wall 22 of lid 6 and also rotates centered by hinge axis portion 7. Now, protuberance 26 highlights round about via the second rear wall 22, hinge axis portion 7, and therefore making lid 6 to evolution shown in Fig. 2 to when rotating, protuberance 26 is to the medial movement of packaging container 5. Therefore, protuberance 26 abuts with the rear inwall 17 of interior body 10 and interferes. This interference becomes resistance that lid 6 moves to rotation direction and rotating cover 6 can be made to utilize the rotation of restoring force restriction lid 6 in hinge axis portion 7.

Therefore, packing container 1 need not keep lid 6 with hands, and protuberance 26 and interior body 10 can be utilized to maintain the open state that the opening making packaging container 5 is open, it is easy to takes out the Medicated cigarette T being accommodated in packaging container 5.

Utilize at packing container 1 under the closed state of opening of the inaccessible packaging container 5 of lid 6, make lid 6 rotate near the direction of packaging container 5 centered by hinge axis portion 7. By this rotation, protuberance 26 releases the interference with rear inwall 17. By being rotated further, interior body 10 abuts with the inner face of lid 6, and the jut 74a of lid 6 and interior body 10 interferes, so that lid 6 is fixed on packaging container 5. Thus, packing container 1 becomes closed state.

According to packing container 1 configured as described above, by making lid 6 rotate centered by hinge axis portion 7, so that lid 6 leaves packaging container 5, the protuberance 26 inside body 10 prominent from hinge axis portion 7 rotates, and result abuts with interior body 10. Utilizing this abutting, protuberance 26 and interior body 10 are interfered. The interference of protuberance 26 and interior body 10 becomes the resistance of the rotation direction centered by hinge axis portion 7, is under open state at packaging container 5, is fixed by this resistance lid 6. Therefore, even if keeping rotary state without hands, lid 6 also can maintain rotary state, as a result of which it is, maintain the open state of packaging container 5, it is easy to take out Medicated cigarette T from packaging container 5.

As it has been described above, the packing container 1 according to first embodiment of the invention, interfere with interior body 10 by making the protuberance 26 being arranged on lid 6 rotate, it is possible to easily maintain the open state that the opening of packaging container 5 is open.

(the second embodiment)

It follows that the structure of the packaging container 5A and lid 6A of the packing container 1A of second embodiment of the invention is described with reference to Fig. 5 to Fig. 8.

Fig. 5 is the axonometric chart of the packing container 1A structure representing second embodiment of the invention from rear, Fig. 6 is the axonometric chart representing same packing container 1A structure from front, Fig. 7 indicates that the top view of same packing container 1A the first ground paper 3A structure used, and Fig. 8 indicates that the top view of same packing container 1A the second ground paper 4A structure used.It addition, in the packing container 1A of Fig. 5 to Fig. 8, the structure identical with the packing container 1 at Fig. 1 to the first embodiment illustrated in fig. 4 marks same accompanying drawing labelling, and omits it and illustrate.

As shown in Fig. 5 to Fig. 8, packing container 1A has: packaging container 5A, lid 6A, hinge axis portion 7A, interference part 8A. Packing container 1 is integrally formed by these packaging containers 5A, lid 6A, hinge axis portion 7A and interference part 8A.

It addition, packing container 1A has: the interior body 10A of the ectosome 9A forming the gabarit of packing container 1A under the closed state of packing container 1A and the part forming interior shape that is on its interior and that form packing container 1A in the closed state of packing container 1A.

Ectosome 9A is constituted: a part of a part of packaging container 5A, lid 6A, hinge axis portion 7A and interference part 8A. Interior body 10A constitutes other parts of packaging container 5A and other parts of interference part 8A. It addition, when packing packaged body, packing container 1A is the cigarette case that its profile is shaped generally as cuboid.

As shown in Figures 5 to 9, packaging container 5A is made up of a part and the interior body 10A of ectosome 9A. Packaging container 5A forms the cube shape of the opening with the inside opening making packaging container 5A by a part of ectosome 9A and interior body 10A.

Specifically, packaging container 5A utilizes ectosome 9A, makes upper end from the rear to the front, downwards beveled. Packaging container 5A is provided with interior body 10A at the inner peripheral surface of the beveled of ectosome 9A. In packaging container 5A utilizes, body 10A is formed from the extended wall of the open upper end of ectosome 9A. Packaging container 5A utilizes a part of ectosome 9A and interior body 10A, forms the box body of the substantially upper opening of cube shape. Packaging container 5A has: first antetheca the 11, first rear wall 12A, a pair the first side wall 13 and diapire, the interior body 10A formed by a part of ectosome 9A.

First rear wall 12A is formed as rectangle higher than the first antetheca 11 in the height direction. The upper end of the first rear wall 12A forms one via hinge axis portion 7A and lid 6A. First rear wall 12A is formed with arc-shaped otch downward at the central part of upper edge (hinge axis portion 7A), and, hinge axis portion 7A it is formed with from the two ends of this notch. In other words, the first rear wall 12A ora terminalis thereon is provided with the extended hinge axis portion 7A to the first side wall 13 always, and is formed with arc-shaped otch at the central part of hinge axis portion 7A.

The first side wall 13 tilts from the first rear wall 12A to the first antetheca 11 with same tilt angle at its upper end.

As shown in Figure 6, the inner face of the interior body 10A part along first antetheca the 11, first rear wall 12A and the first side wall 13, the complete cycle of the inner circumferential striding across packaging container 5A is arranged. Specifically, interior body 10A has: front inwall 15, side inwall 16, rear inwall 17A. Rear inwall 17A strides across the whole of the first rear wall 12A, is arranged on the inner face of the first rear wall 12A. Rear inwall 17A arranges recess (impression) 17a of the inner side depression of oriented packaging container 5A in the substantially central portion relative with hinge axis portion 7A.

It addition, the inner face that interior body 10A utilizes bonding agent etc. to be bonded in packaging container 5A. Interior body 10A is formed along the wall of ectosome 9A, and be formed as can pilot cap body 6A and prevent damaging by pressure of lid 6A. It addition, interior body 10A is at the position being positioned at its first rear wall 12A, say that recess 17a constitutes a part of interference part 8A further. Interior body 10A is when the opening of lid 6A obturation packaging container 5A, and at least one part is interfered with the inner face of lid 6A.

Lid 6A is made up of other parts of ectosome 9A. Lid 6A has: second antetheca the 21, second rear wall 22A, a pair second sidewalls 23, upper walls 24. Lid 6A is by covering the top of packaging container 5A, and being formed as can the opening of inaccessible packaging container 5A.

Second rear wall 22A is formed as the rectangle lower than the first antetheca 21 in the height direction. Second rear wall 22A is integrally formed via hinge axis portion 7A and packaging container 5A in its lower end. Second rear wall 22A highlights with arc-shaped downwards than hinge axis portion 7A at the central part of its lower ora terminalis (hinge axis portion 7A). In other words, the second rear wall 22A has a center side being arranged on hinge axis portion 7A, and to the first arc-shaped protuberance 26A more prominent downwards than hinge axis portion 7A for rear wall 12A.

Second sidewall 23 and the second antetheca 21 and the second rear wall 22A link, and, its lower end be formed as with the angle roughly the same with the angle of inclination of the first side wall 13 upper end tilt trapezoidal.

Hinge axis portion 7A is arranged between the first rear wall 12A and the second rear wall 22A, is linked by the first rear wall 12A and the second rear wall 22A and is integrated, and, the central part of hinge axis portion 7A utilizes protuberance 26A to be formed as discontinuous. Hinge axis portion 7A is formed as making the second rear wall 22A rotate relative to the first rear wall 12A. Hinge axis portion 7A is formed by the impression become by signature swaging on paper raw material or discrete cutting portion etc.

Interference part 8A has: protuberance 26A and contact site 27A, protuberance 26A be arranged on the second rear wall 22A, contact site 27A lid 6A to leave when packaging container 5A direction rotates with protuberance 26A, and formed by inwall 17A after the second of interior body 10A. Saying further, contact site 27A is the impression 17a of inwall 17A after second.

It follows that illustrate form the ground paper 2A of packing container 1 as above and use the ground paper 2A method forming packing container 1A with reference to Fig. 7 and Fig. 8. It addition, in figures 7 and 8, chain-dotted line represents the broken line of ground paper 2A, and solid line represents cutting portion.

Ground paper 2A has the first ground paper 3A and the second ground paper 4A.

First ground paper 3A utilizes punch press process to cut off the raw-material raw material sheet of paper with the shape overlooked of the ectosome 9A with packaging container 5A and lid 6A. First ground paper 3A has: below 31A, bottom surface 32, first above 33, above 34, a pair first sides 35, second face 36, a pair second side the 37, first bonding planes 38.

31A forms first, second rear wall 12A, 22A and hinge axis portion 7A below. Below 31A be formed as combination first, second rear wall 12A, 22A square, bottom surface 32, above 34 and first bonding plane 38 integrally formed via impression 50,51,52,53. It addition, 31A has the arc-shaped cutting portion 55A of the central part being arranged on impression 54 and impression 54 below, this impression 54 and cutting portion 55A form hinge axis portion 7A and protuberance 26A.

By bending impression 50,51,52,53, after 31A constituted and bottom surface 32 (diapire) and 34 (upper walls 24) are orthogonal above the first rear wall 12A and the second rear wall 22A by first flank 41A and second flank 42A.

Second ground paper 4A utilizes punch press process to cut off the raw-material raw material sheet of paper with the shape overlooking interior body 10A. Second ground paper 4A has via the integrally formed front face 74 of impression 71,72, a pair side surface part 75, a pair rear face 76A.

A pair rear face 76A forms rear inwall 17A. Specifically, the side in a pair rear face 76 forms a part of rear inwall 17A, and opposite side forms other parts of rear inwall 17A.Such as, as shown in Figure 8, in a pair rear face 76A, wherein the width of side is formed as longer than the width of opposite side, and is formed with impression 17a in side. The lower section of rear face 76A is bonding with the inner face of the first rear wall 12.

The the first ground paper 3A so constituted and the second ground paper 4A folds to equidirectional at each impression, and is respectively coated bonding agent on the first bonding plane 38, and bonding with corresponding surface. Thus, the first ground paper 3A forms the ectosome 9A with packaging container 5A and lid 6A, and the second ground paper 4A forms interior body 10A. Then, packing container 1A is assembled by interior body 10A being bonded in the inner face complete cycle of ectosome 9A.

It follows that the maintenance of the lid 6A of packing container 1A configured as described above is described. When making lid 6A rotate centered by hinge axis portion 7A, the protuberance 26A of the second rear wall 22A being arranged on lid 6A also rotates centered by hinge axis portion 7A. Owing to protuberance 26A is configured to prominent from hinge axis portion 7A to the direction relative for rear wall 22A with second, therefore making lid 6A to evolution to when rotating, protuberance 26A is to the medial movement of packaging container 5A. Therefore, the impression 17a of the rear inwall 17A of protuberance 26A and interior body 10A abuts, and interferes. This interference becomes the lid 6A resistance moved to rotation direction, even if producing the restoring force of hinge axis portion 7A, it is also possible to the rotation of the lid 6A that the lid 6A after restriction rotation causes due to restoring force.

Therefore, packing container 1A need not keep lid 6A with hands etc., and is able to maintain that the open state that the opening making packaging container 5A is open, it is easy to takes out the Medicated cigarette T being accommodated in packaging container 5A. Such packing container 1A is obtained in that the effect same with above-mentioned packing container 1.

As it has been described above, the packing container 1A according to second embodiment of the invention, interfere with interior body 10A by making the protuberance 26A being arranged on lid 6A rotate, it is possible to easily maintain the open state of packaging container 5A.

It addition, the invention is not restricted to described first embodiment and the second embodiment. Such as, the profile of packing container 1 and packing container 1A is not limited to cube shape, and rib portion can also be incline structure, and rib portion can also be curve form.

(the 3rd embodiment)

Hereinafter, about the packing container 1B of third embodiment of the invention, illustrate that its rib portion is formed as the ectosome 9 of tilted shape and the first ground paper 3B of interior body 10 and the second ground paper 4B with reference to Fig. 9 and Figure 10. It addition, in the first ground paper 3B and the second ground paper 4B of the packing container 1 of Fig. 9 to Figure 10, the accompanying drawing labelling that the structure mark identical with the packing container 1 at Fig. 1 to the first embodiment illustrated in fig. 4 is identical, and omit it and illustrate.

Packing container 1B is formed as the rib portion of its first, second antetheca 11,21, first, second rear wall 12,22 and first, second sidewall 13,23 and tilts, and namely so-called chamfering is box-like. The ectosome 9 of such packing container 1B and interior body 10 are formed by the first ground paper 3B and the second ground paper 4B.

First ground paper 3B utilizes the shape that punch press process is overlooked with the ectosome 9 with packaging container 5 and lid 6 to cut off the raw-material raw material sheet of paper. First ground paper 3B has: below 31B, bottom surface 32B, first above 33, above 34B, a pair first sides 35, second face 36, a pair second side the 37, first bonding planes 38.

31B is formed below: first, second rear wall 12,22 and hinge axis portion 7. Below 31B via impression 50,51,52B, 53B and bottom surface 32B, above 34B and the first bonding plane 38 integrally formed.It addition, 31B has the impression 54 and cutting portion 55 that form hinge axis portion 7 below. 31B forms first flank 41 relative to this hinge axis portion 7 in side (lower section) below, forms second flank 42 at opposite side (top). That is, after 31B be with the first embodiment after 31 same shapes, and, be not provided with the structure of protuberance 26A, the width of first flank 41 and second flank 42 is formed as the width than bottom surface 32B only short chamfering.

By bend impression 50,51,52B, 53B, after 31B constituted and bottom surface 32B (diapire) and the first orthogonal for 34B (upper wall 24) above rear wall 12 and the second rear wall 22 by first flank 41 and second flank 42.

Impression 52B, 53B are respectively formed as bilayer. It addition, the interval of impression 52B, 53B is formed as the chamfering width in the rib portion of packing container 1B. It addition, between the dual interval of impression 52B, 53B, there is the cutting portion 56 more prominent to first flank 41 side than hinge axis portion 7. This cutting portion 56 constitutes the protuberance 26 of lid 6.

The impression of the impression 54 extended inner side to double impression 52B, 53B always. Cutting portion 56 is formed slopely from the both ends of impression 54 to the first side, side bonds face 48 in dual impression 52B, 53B.

Bottom surface 32B forms the square diapire of corner chamfering, and integrally formed via before impression 50,57 and 31B and first below 33. Bottom surface 32B be formed as 31B after its width ratio, first, second above 33,36 width long. By bending impression 50,57, bottom surface 32B constitutes the diapire orthogonal with 31B below (first rear wall 12 and the second rear wall 22).

Before first, 33 is integrally formed via impression 57,58B, 59B and bottom surface 32B and a pair first sides 35,35. Impression 58B, 59B are respectively formed as dual. It addition, the interval of impression 58B, 59B is formed as the chamfering width in the rib portion of packing container 1B. By bending impression 58B, 59B, first the first antetheca 11 that above 33 compositions are orthogonal with bottom surface 32B (diapire).

34B forms the square upper wall 24 of corner chamfering above, and via impression 51,60 and 31B and second face 36 are integrally formed below. Above the width of 34B be formed as than 31B below, first, second above 33,36 width long. By bending impression 51,60, above 34B constitute the upper wall 24 orthogonal with 31B below (first rear wall 12 and the second rear wall 22).

Second face 36 is formed as square, and via impression 60,61B, 62B, 63 and 34B, a pair second sides 37 and second face bonding plane 47 are integrally formed above. Impression 61B, 62B are respectively formed as dual. It addition, the interval of impression 61B, 62B is formed as the chamfering width in the rib portion of packing container 1B.

First bonding plane 38 is respectively formed as less than bonding bottom surface 32B, above 34B, first, second side 35,37 and second face 36.

Second ground paper 4B utilizes the shape that body 10 is overlooked within punch press process to cut off the raw-material raw material sheet of paper. Second ground paper 4B has via impression 71B, 72 integrally formed front faces 74, a pair side surface part 75, a pair rear face 76. Impression 71B is respectively formed as dual. It addition, the interval of impression 71B is formed as the chamfering width in the rib portion of packing container 1B.

The packing container 1B of configuration as described above utilizes protuberance 26 to have the effect identical with the packing container 1 of above-mentioned first embodiment with interior body 10, it is possible to be formed as the cube shape of its rib portion chamfering.

(embodiment of the 4th)

Hereinafter, about the packing container 1C of the embodiment of the present invention the 4th, illustrate that its rib portion is formed as the ectosome 9 of curved shape and the first ground paper 3C of interior body 10 and the second ground paper 4C with reference to Figure 11 and Figure 12.Additionally, in the first ground paper 3C and the second ground paper 4C of the packing container 1 of Figure 11 to Figure 12, identical with the packing container 1 at Fig. 1 to Fig. 4, Fig. 9, the first embodiment illustrated in fig. 10 and the 3rd embodiment structure mark same reference numerals is also omitted it and is illustrated.

Packing container 1C is formed as the rib portion bending of its first, second antetheca 11,21, first, second rear wall 12,22 and first, second sidewall 13,23, so-called curved surface chamfering box-like. The ectosome 9 of packing container 1 as above and interior body 10 are formed by the first ground paper 3C and the second ground paper 4C.

First ground paper 3C utilizes the shape that punch press process is overlooked with the ectosome 9 with packaging container 5 and lid 6 to cut off the raw-material raw material sheet of paper. First ground paper 3C has: below 31C, bottom surface 32C, first above 33, above 34C, a pair first sides 35, second face 36, a pair second side the 37, first bonding planes 38.

31C forms first, second rear wall 12,22 and hinge axis portion 7 below. Below 31C via impression 50,51,52C, 53C and bottom surface 32C, above 34C and the first bonding plane 38 integrally formed. It addition, 31C has the impression 54 forming hinge axis portion 7 below. 31C forms first flank 41 relative to this hinge axis portion 7 in side (lower section) below, forms second flank 42 at opposite side (top). That is, the roughly the same shape of 31B after 31C and the three embodiment after, the width of first flank 41 and second flank 42 is formed as the width than bottom surface 32C only short curved surface chamfering.

By bend impression 50,51,52C, 53C, after 31C constituted and bottom surface 32C (diapire) and the first orthogonal for 34C (upper wall 24) above rear wall 12 and the second rear wall 22 by first flank 41 and second flank 42.

Impression 52C, 53C are formed by multiple impression groups respectively. Specifically, impression 52C, 53C are by multiple impression groups, and namely the group of 7 impressions is formed. It addition, the interval of impression 52C, 53C is formed as the chamfering width in the rib portion of packing container 1C. It addition, impression 52C, 53C have the cutting portion 56 more prominent to first flank 41 side than hinge axis portion 7 between its multiple impression impression groups. This cutting portion 56 constitutes the protuberance 26 of lid 6.

The impression of the impression 54 extended inner side to impression 52C, 53C of being formed by multiple impression groups always. Cutting portion 56 rolls tiltedly from the both ends of impression 54 to the first side bonds face 48 in impression 52C, 53C of being formed by multiple impression groups, and is shaped generally as V-arrangement. This cutting portion 56 constitutes the protuberance 26 of lid 6. As shown in figure 11, this protuberance 26 is shaped generally as the shape that V-arrangement inclination is prominent.

It is the square diapire of curved surface chamfering that bottom surface 32C forms corner, and integrally formed via before impression 50,57 and 31C and first below 33. The width of bottom surface 32C be formed as than 31C below, first, second above 33,36 width long. By bending impression 50,57, bottom surface 32C constitutes the diapire orthogonal with 31C below (first rear wall 12 and the second rear wall 22).

Before first, 33 is integrally formed via impression 58C, 59C and bottom surface 32C and a pair first sides 35,35. Impression 58C, 59C are formed by multiple impression groups respectively. It addition, the interval of impression 58C, 59C is formed as the chamfering width in the rib portion of packing container 1C. By bending impression 58C, 59C, first the first antetheca 11 that above 33 compositions are orthogonal with bottom surface 32C (diapire).

34C forms corner above is the square upper wall 24 of curved surface chamfering, and via impression 51,60 and 31C and second face 36 are integrally formed below.Above the width of 34C be formed as than 31C below, first, second above 33,36 width long. By bending impression 51,60, above 34C constitute the upper wall 24 orthogonal with 31C below (first rear wall 12 and the second rear wall 22).

Second face 36 is formed as square, and via impression 60,61C, 62C, 63 and 34C, a pair second sides 37 and second face bonding plane 47 are integrally formed above. Impression 61C, 62C are formed by multiple impression groups. Specifically, impression 61C, 62C are respectively by multiple impression groups, and namely the group of 7 impressions is formed. It addition, the interval of impression 61C, 62C is formed as the chamfering width in the rib portion of packing container 1C.

First bonding plane 38 be respectively formed as than bonding bottom surface 32C, first, second side 35,37, above 34C and second face 36 little.

Second ground paper 4C utilizes the shape that body 10 is overlooked within punch press process to cut off the raw-material raw material sheet of paper. Second ground paper 4C has via the integrally formed front face 74 of impression 71C, 72C, a pair side surface part 75, a pair rear face 76. Impression 71C is respectively by multiple impression groups, and namely the group of 7 impressions is formed. It addition, the interval of impression 71C, 72C is formed as the chamfering width in the rib portion of packing container 1C.

The packing container 1C so constituted utilizes protuberance 26 to have the effect identical with the packing container 1 of above-mentioned first embodiment with interior body 10, and, by making its rib portion be curved surface, it is possible to be formed as ChamferBox shape.

Additionally, the protuberance 26 (cutting portion 56) describing the 4th embodiment is shaped generally as the structure of the prominent shape of V-arrangement inclination, it is not limited to this, as shown in figure 13, the shape more prominent than impression 54 (hinge axis portion 7) can also be formed as, such as, bottom is even shape.

(the 5th embodiment)

Hereinafter, about the packing container 1D of fifth embodiment of the invention, illustrate that its rib portion is formed as the first ground paper 3D and the second ground paper 4D of the ectosome 9A and interior body 10A of curved shape with reference to Figure 14 and Figure 15. Additionally, in the first ground paper 3D and the second ground paper 4D of the packing container 1 of Figure 14 to Figure 15, with the packing container 1A at Fig. 5 to the second embodiment illustrated in fig. 8 and at the identical accompanying drawing labelling of identical for the packing container 1C structure mark of Figure 11 to the embodiment of the 4th illustrated in fig. 13, and omit it and illustrate.

Packing container 1D is formed as the rib portion bending of its first, second antetheca 11,21, first, second rear wall 12A, 22A and first, second sidewall 13,23, and namely so-called curved surface chamfering is box-like. The ectosome 9 of such packing container 1 and interior body 10 are formed by the first ground paper 3D and the second ground paper 4D.

First ground paper 3D utilizes punch press process to cut off the raw-material raw material sheet of paper with the shape overlooked of the ectosome 9A with packaging container 5A and lid 6A. First ground paper 3D has: below 31D, bottom surface 32C, first above 33, above 34C, a pair first sides 35, second face 36, a pair second side the 37, first bonding planes 38.

31D forms first, second rear wall 12A, 22A and hinge axis portion 7A and protuberance 26A below. Below 31D via impression 50,51,52C, 53C and bottom surface 32C, above 34C and the first bonding plane 38 integrally formed. It addition, 31D has the impression 54 forming hinge axis portion 7A below. 31D forms first flank 41A relative to this hinge axis portion 7A in side (lower section) below, forms second flank 42A at opposite side (top).

By bend impression 50,51,52C, 53C, after 31D constituted and bottom surface 32C (diapire) and the first orthogonal for 34C (upper wall 24) above rear wall 12A and the second rear wall 22A by first flank 41A and second flank 42A.

Second ground paper 4D utilizes the shape that body 10A overlooks within punch press process to cut off the raw-material raw material sheet of paper. Second ground paper 4D has via the integrally formed front face 74 of impression 71C, 72C, a pair side surface part 75, a pair rear face 76A.

Use the packing container 1A of the so first ground paper 3D and the second ground paper 4D of composition to have identical for the packing container 1A effect with above-mentioned second embodiment by protuberance 26A and interior body 10A, and the cube shape that its rib portion is curved surface chamfering can be formed in the same manner as the packing container 1C of above-mentioned 4th embodiment.

It addition, the invention is not restricted to described embodiment. Such as, in above-mentioned example, describing packing container 1,1B, 1C are the structure of the both end sides that protuberance 26 is arranged on packaging container 5, packing container 1A, 1D are the structures of the central part that protuberance 26A is arranged on packaging container 5A, are not limited to this. Such as, packing container can also have protuberance 26 and the structure of protuberance 26A both sides. By such structure, it is possible to more stably keep lid 6. It addition, in above-mentioned example, describe packing container 1,1A, B, 1C, 1D packaging as the structure of the Medicated cigarette T of packaged body, be not limited to this, it is also possible to be other packaged body. In addition, various change can be carried out within the scope of without departing from main idea of the present invention.

Description of reference numerals

1 packing container

3 first ground paper

4 second ground paper

5 packaging containers

6 lids

7 hinge axis portions

8 interference parts

9 ectosomes

Body in 10

11 first antethecas

12 first rear walls

13 the first side walls

Inwall before 15

16 side inwalls

Inwall after 17

21 second antethecas

22 second rear walls

23 second sidewalls

24 upper walls

26 protuberances

27 contact sites

Claims

1. a packing container, it is characterised in that

Having: packaging container, it receives packaged body and its upper opening;

Lid, the opening of its inaccessible described packaging container;

Hinge axis portion, described packaging container and the link of described lid are integrated by it, and, enable described lid to rotate relative to described packaging container;

Described packaging container and described lid have interference part, are interfered by this interference part, limit lid centered by described hinge axis portion to leaving the movement that described packaging container direction rotates;

Described interference part has:

Protuberance, it is integrally disposed upon on described lid, more prominent to described packaging container side than described hinge axis portion, and be formed as to rotate centered by described hinge axis portion along with it rotates, and described lid is prominent to the inner side of described packaging container by rotation centered by described hinge axis portion;

Interior body, it is arranged on the inner peripheral surface of described packaging container, and the described protuberance prominent with the inner side to described packaging container is interfered.

2. packing container as claimed in claim 1, it is characterised in that

Described protuberance is arranged on the both end sides in described hinge axis portion.

3. packing container as claimed in claim 1, it is characterised in that

Described protuberance is arranged on the center side in described hinge axis portion.

4. packing container as claimed in claim 1, it is characterised in that

Described protuberance is arranged on both end sides and the center side in described hinge axis portion.