JP2009262945A - Two-stage resealable carton - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a two-stage resealable carton having a turnably covering lid for candy, food, or the like, which is openable and resealable with the initial carton size after starting the use, and resealably stores reduced volume of the carton as the capacity of the content is reduced, and capable of achieving the two-stage resealing with a simple operation. <P>SOLUTION: The two-stage resealable carton has a cylindrical body part formed by an affixing plate, a front plate, a right face plate, a back face plate, and a left face plate which are continuously connected to each other, and a lid turnable on the upper extension of the back face plate, a horizontal folding line across the back face plate continuous to a secondary opening connection horizontal breaking line across the right face plate, the front plate and the left face plate at the position substantially one half of the vertical dimension of the cylindrical body part is arranged, a secondary opening vertical breaking line is cut at both ends of the back face plate on the upper extension from both ends of the horizontal folding line, and a horizontal folding line dividing the back face plate at the upper part of the horizontal folding line is formed. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a paper box for storing snacks and foods. Specifically, the paper box is formed in a rectangular parallelepiped shape from a single blank plate, and can be resealed in the original carton after opening, and the volume of the contents is reduced. It relates to a two-stage resealable carton that can be made smaller (volume reduction) in accordance with the above and can be resealed even in this state.

Conventionally, as this type of packaging box, depending on the remaining amount of articles stored in the packaging box, a part of the packaging box is cut out, bent or separated, and the volume is increased by forming a lid at the remaining part. An invention relating to a packaging box characterized by being reduced, for example, Patent Document 1 is proposed, and in the specification relating to the patent application, FIGS. 6 and 7 are shown as Example 3 in paragraph 0014. “Another method is to change the part to be cut out of the packaging box and cut it along the perforation shown in FIG. 6 to finish it in FIG. 7 and to fold it down.” FIG. 7 shows a rectangular parallelepiped. One of the edge edges of the packaging box forming the opening is opened, and the closing plate of the edge edge of the mouth edge and a so-called duster-type covering lid extending portion are extended from the rear plate, and the packaging box having a covering lid type closing structure Is shown in FIG. 1 and paragraph 0010. It has been proposed that a part of a shaped packaging box is cut out and the remaining part is configured as described above (for example, see Patent Document 1).
JP 2005-162234 A

However, in the packaging box according to the invention disclosed in Patent Document 1, the packaging box in which the article is stored is shown in a development view of FIG. This is a packaging box that is formed in a cylindrical shape and glued to both edges. The initial unsealed state is as shown in Fig. 2, with one edge of the packaging box being pushed out. Since the re-sealing in the initial state is not shown, the packaging box is in an open state, and the stored items are inadvertently popped out, thus causing a problem in storage and carrying. Further, in forming the shape shown in FIG. 7, which component part of the original packaging box of the so-called sealed end carton type in FIG. 1 is cut out, bent, or separated, and which component remains. Since it is not explicitly disclosed that the volume is reduced by forming a lid on a part of the part, it is cut out by the “perforation” described in paragraph 0014 and shown in FIG. If the shape is formed, it takes a complicated operation and time for excision and separation. By the above operation, the stored items are damaged or the packaging box itself is damaged, so that the volume is reduced and reclosed. It was also predicted that this function would be impaired.
The stored items include items that are consumed in small amounts, such as candies, for example, when storage at the initial packaging box size is required, and when the stored items are reduced Therefore, there is a demand for a packaging box that can cope with two stages when it is necessary to preserve the packaging box due to volume reduction.

  Therefore, an object of the present invention is to solve the above-mentioned problem, and in a carton for storing snacks, foods, etc., it is formed from a single blank plate into a rectangular parallelepiped carton with a rotating cover. For a while after the start of use, it can be opened and resealed with a revolving cover in the original carton size, and as the content volume decreases with subsequent use, especially the articles to be stored are almost halved. To provide a carton in which the carton can be resealed and stored in a state that is easy to open, is free of carton damage associated with the operation, and can be easily resealed in two stages. .

  In order to solve the above-mentioned problems, the invention described in claim 1 is based on a cylindrical body portion formed by a continuous adhering plate, a front plate, a right side plate, a back plate, a left side plate, and an upper extension of the back plate. A top surface plate and a lid surface plate are provided in series, and a lid side surface plate is provided on both sides of the top surface plate, and a lid adhering ear piece is provided on the upper extension of the lid side surface plate. It is a carton formed from a blank plate provided with a structure that extends a locking piece on the extension and closes the lower end of the cylindrical body part, and is approximately half of the vertical dimension of the cylindrical body part At the position, a secondary breaking continuous transverse break line crossing the right side plate, the front plate, and the left side plate and a lateral folding line transverse to the back plate are arranged at the end of the secondary opening continuous transverse break line, A secondary opening longitudinal break line is drilled on both ends of the back plate on the upper extension from both ends of the fold line, and the back is formed above the horizontal fold line. Which is a two-stage resealable carton and forming a transverse fold line which divides set.

  Similarly, the invention according to claim 2 is characterized in that an insertion piece protrudes from the open edge of the lid face plate and a primary resealing insertion groove into which the insertion piece can be inserted is formed in the front plate. A two-stage resealable carton according to claim 1 characterized in that

  Similarly, the invention according to claim 3 is characterized in that a secondary resealable insertion groove into which the insertion piece can be inserted is formed in the back plate, and the two-stage resealable according to claim 2 A carton.

  Similarly, the invention according to claim 4 is characterized in that a secondary reseal cut into which the lid side plate can be inserted is formed in each of the left and right side plates. A carton that can be sealed.

  The carton of the present invention is formed from a single blank plate into a rectangular parallelepiped carton with a swivel type cover, and is located on the front plate side of the half of the side between both ends of the carton body, the front plate, the left side plate Since the secondary opening continuous transverse break line and the secondary opening longitudinal break line are provided, the original carton size can be opened and stored again for a while after the start of use. In line with the decrease, especially in the state where the articles to be stored are almost halved, the carton body is also almost halved, the contents can be easily taken out, and the re-sealed storage can be performed in a state where the carton is reduced in volume, It has the effect of enabling two-stage resealing.

  As described above, after the content volume is reduced, a part of the carton is broken and separated so that the remaining part becomes a stored carton after the volume reduction. It can be performed by a simple operation of sequentially bending the upper half component plate and the lid portion component portion and inserting the insertion piece protruding from the lid surface plate into the secondary reseal insertion groove. The effect of the volume reduction is that the carton can be stored and stored after opening, for example, it can be efficiently stored in the refrigerator, or the space for carrying and transporting can be reduced. The swinging in a large carton that cannot be transformed can be suppressed, and the contents such as confectionery can be prevented from being damaged.

  The present invention will be described in detail below with reference to the drawings. FIG. 1 is a developed plan view showing a blank state of an embodiment of a two-stage resealable carton according to the present invention. FIG. 2A is an explanatory plan view showing the folded and bonded state of the embodiment. FIG. 2 (B) is an explanatory perspective view showing a state in which the assembling of the embodiment is in progress. FIG. 2C is an explanatory perspective view showing a state where the head is stuck during assembly in the same embodiment. FIG. 2D is an explanatory perspective view showing the assembled state of the embodiment. FIG. 3A is a perspective view for explaining the primary opened state of the embodiment. FIG. 3B is a perspective view for explaining the primary reseal completion state of the embodiment. FIG. 4A is an explanatory perspective view showing the secondary open state of the embodiment. FIG. 4B is an explanatory perspective view showing a state in the middle of secondary reseal of the example. FIG.4 (C) is a perspective view for description which shows the secondary reseal completion state of an Example similarly. FIG. 5 is a developed plan view showing a blank state of another embodiment of the two-stage resealable carton according to the present invention. FIG. 6A is a perspective view for explaining the secondary open state of another embodiment. FIG. 6 (B) is a perspective view for explaining the secondary resealing state of another embodiment. FIG. 6C is a perspective view for explaining the secondary reseal completion state of another embodiment.

  FIG. 1 is a developed plan view showing a blank state of an embodiment of a two-stage resealable carton according to the present invention. Blanks P formed by punching a sheet material such as paperboard are folded lines L1, L2, The adhering plate 5, the front plate 1, the right side plate 2, the back plate 3 and the left side plate 4 are connected in series through L3 and L4, and the upper end extension of the back plate 3 is connected to the ceiling via folding lines L5 and L6. A face plate 6 and a lid face plate 7 are successively provided, and a lid right side face plate 8 and a lid left side face plate 9 are provided on the left and right sides of the top face plate 6 via folding lines L25 and L26, respectively, and the right side face plate 2 and the left side face are left. The upper face of the face plate 4 is connected to the upper end sides via cutting lines L11 and L12 with blade stoppers, and the upper face of the lid right side face plate 8 and the lid left side face plate 9 is connected to the upper face of the lid plate via folding lines L9 and L10, respectively. A lid-attached ear piece having a side edge on the 7th side as a notch 18 and 19 0 and 11 are continuously provided, and a plug 16 protrudes in a semicircular arc shape from the center of the upper end edge of the lid plate 7 to the left deflection position via a fold line L7, and a fold line L8 is formed on the upper end side of the front plate 1. A substantially trapezoidal locking piece 17 is provided extending on both sides with hypotenuses on both sides. Near the upper end of the front plate 1, the primary resealing insertion groove 20 has an inverted U-shaped auxiliary cutting line at the upper side at a distance slightly equal to the height of the cover plate 7 from the upper end side at a slightly right deflection position. The re-sealing insertion groove 21 is formed in a letter C in the vicinity of the lower end of the back plate 3 at a slightly left deflection position at a distance substantially equal to the height of the cover plate 7 from the lower end side. A perforated auxiliary cut line is formed on the lower side. The back plate 3 has a back upper half component plate (3c) in order from the top by folding lines L20 and L16 provided at the top and bottom at a distance substantially equal to the depth (m) of the top plate 6 at the center in the vertical height direction. ), The rear intermediate component plate (3b), and the lower rear half component plate (3a), and the extension line from the left end of the fold line L16 interferes with the right side plate 2, the front plate 1, and the sticking plate 5 Crossing at the secondary opening continuous transverse break lines L15, L14, L13, and the right side plate 2, the front plate 1, and the sticking plate 5 are respectively up and down, the right side upper half component plate (2b) and the right side lower half The component plate (2a), the front upper half component plate (1b), the front lower half component plate (1a), the adhesive part upper half component plate (5b) and the adhesive part lower half component plate (5a), An extension line from the right end of the fold line L16 is shared when the left side plate 4 is crossed by a secondary opening continuous transverse break line L17. Wherein and the left side plate 4 minute set on the left side on the semi-structured plate (4b) and a left side lower half constituting plate (4a) vertically. Further, a secondary opening vertically is provided between the right side upper half component plate (2b) and the left side upper half component plate (4b) adjacent to the rear upper half component plate (3c) and the rear intermediate component plate (3b). Break lines L18 and L19 are formed. Further, the bottom plate 12, the ear piece 14, the superposed bottom plate 13, and the ear are provided on the lower end extensions of the front plate 1, right side plate 2, back plate 3, and left side plate 4 via fold lines L 21, L 23, L 22, L 24. The pieces 15 are continuously provided.

  FIG. 2 (A) is an explanatory plan view showing the folded and bonded state of the embodiment. When assembling from the blank P, the folding line L4 including the folding line L2 and the secondary unsealing longitudinal break line L19 and the top plate 6 are shown. Folding is performed using a fold line L26 at one side end, and connection is made by adhering the left side plate 4 and an adhering plate 5 (not shown) to form a flat cylindrical shape.

  FIG. 2 (B) is an explanatory perspective view showing a state in which the assembling process is being performed in the middle of the embodiment. The edge of the square-cylinder-attached cutting lines L11 and L12 is released, and the lid component is unfolded above the back plate 3, and the bottom plate 12 at the bottom of the square tube, the overlapping bottom The state is shown in which the face plate 13 and the ear pieces 14 and 15 are bent and polymerized using fold lines L21, L22, L23 and L24, and a predetermined position is adhered and the bottom is closed.

  FIG. 2 (C) is an explanatory perspective view showing the head-attached state of the embodiment, and the top plate 6 is placed on the upper end of the square tube using the fold line L5 from the expanded state of the lid component above the back plate 3 described above. Although not shown in the drawing, the locking piece 17 at the upper end of the front plate 1 is reversely folded using the folding line L8 and folded outward from the rectangular tube, and then the lid right side using the folding lines L25 and L26. The face plate 8 and the lid left side plate 9 are bent so that they are substantially in contact with the upper ends of the right side plate 2 and the left side plate 4, and the lid adhering ear pieces 10 and 11 are folded using the fold lines L9 and L10, respectively. After making it substantially in contact with the upper end of the front plate 1, the lid surface plate 7 is folded using a fold line L 6 and adhered to the lid adhering ear pieces 10 and 11 to be superposed, as shown in FIG. The box making is completed. As the lid face plate 7 is bent and stuck, the locking piece 17 comes into contact with the inner surface of the lid face plate 7 and the end side of the locking piece 17 is formed in the lid sticking pieces 10 and 11. The engagement notches 18 and 19 are brought into contact with and engaged with the respective edges.

The formation of the closed bottom portion in the state of assembly in the state shown in FIG. 2 (B) may be performed after the head sticking step in FIG. 2 (C). In addition, after the bottom portion shown in FIG. 2 (B) is closed, the square tube can be filled and filled from the top open portion, or after the head sticking process shown in FIG. 2 (C), the bottom portion is closed. It can also be used for filling and filling from the bottom open part.
Normally, the carton that has been assembled by filling and filling the contents and closing the ends (head and bottom) is either overlapped (overwrapped) or shrink-wrapped (heat-shrinkable), The state is configured.

  FIG. 3 (A) is an explanatory perspective view showing the primary opened state of the embodiment. As shown in FIG. 2 (D), the contents are charged and filled, and the box making is completed. Remove the outer packaging from the carton covered with film by packaging and hold the insertion piece 16 projecting from the lid plate 7 or grasp the entire lid component, and rotate it around the fold line L5. For example, the locking state of the locking piece 17 with the edge portions of the locking notches 18 and 19 of the lid adhering ear pieces 10 and 11 is released, the upper end of the carton is opened, and the contents are used for taking out. Is possible.

  FIG. 3B is an explanatory perspective view showing the primary reseal completion state of the embodiment. In the initial use of taking out the contents in the primary release state, the reseal operation is performed by the rewinding operation of the above-described opening operation. It will be. That is, when the top plate 6 is brought into contact with the open upper end portion of the carton from the opened state of FIG. 3A with the folding line L5 as a fulcrum, the lid attached to the inner surface of the lid plate 7 The end sides of the locking pieces 17 are brought into contact with and locked to the respective edges of the locking notches 18 and 19 of the sticking ear pieces 10 and 11, and the primary re-sealing state similar to the assembly completion state described above is obtained. . At this time, in the resealing operation, a primary resealing difference formed in a predetermined position of the front plate 1 while bending the insertion piece 16 projecting from the end side of the lid surface plate 7 with a fold line L7. If inserted in the insertion groove 20, the re-sealing is completed in the state shown in FIG. 3B, and the carton is being carried in the middle of carrying the carton as compared with the case where the re-sealing is simply performed by rotating the lid component as described above. Inadvertent opening of the lid portion due to the hook portion being caught or the like can be further prevented.

FIG. 4A is an explanatory perspective view showing the secondary opened state of the embodiment. When the content is taken out and used and the remaining amount is reduced, the lid portion is changed from the primary opened state in FIG. While holding the entire component part, the back plate 3 is cut open using the secondary opening longitudinal break lines L18 and L19 on both side edges of the back upper half component plate (3c) and the back intermediate component plate (3b), and then the left side. When the horizontal opening lines L17, L14, L15, and L13 that are provided with the face plate 4, the front face plate 1, the right side face plate 2, and the sticking plate 5 are horizontally opened, they are shown on the right side of FIG. Such a part having a substantially U-shaped horizontal cross section is cut out, and a main body portion as shown on the left side is also cut off.
In this embodiment, the remaining capacity is set to about ½, but the position of the broken line or the like can be changed depending on the nature of the contents, the packaging state of the contents themselves, and the size ratio of the carton.

  FIG. 4B is an explanatory perspective view showing a state in the middle of the secondary reseal of the embodiment, in which the main body portion is left uncut as shown on the left side of FIG. A main body having a rectangular tube shape composed of a component plate (1a), a lower right side lower half component plate (2a), a lower rear side half component plate (3a), and a lower left side lower half component plate (4a). The rear intermediate component plate (3b) that continues from the upper part of the lower back half component plate (3a) on the upper end is bent using a fold line L16, the upper end open portion is closed, and then the upper rear half component is formed using a fold line L20. The state which bent the board (3c) and was made to substantially contact | abut to the front lower half component board (1a) is represented.

  Next, the lid component is bent using the fold line L5 so that the top plate 6 is brought into contact with the bottom plate 12, and the lid plate 7 is brought into contact with the lower back half component plate (3a) while the lid is covered. The secondary re-sealing insertion groove 21 formed at a predetermined position of the lower back half component plate (3a) while lightly bending the insertion piece 16 protruding from the end side of the face plate 7 using the folding line L7. If it is inserted, the secondary reseal is completed in the state shown in FIG. 4C, and the contents with a small remaining amount are repackaged in a tight state.

  As described above, when the remaining amount of the content decreases and inconvenience arises in use in the state shown in FIG. 3A, that is, when the content is in a deep part of a rectangular tubular carton and it is difficult to take out. If the contents sway inside the carton when the carton is carried and the contents are damaged, or if the sound repellency caused by the swaying is also annoying, by reducing the volume of the carton and packing tightly, The carton depth to the upper end of the storage section is shallow, making it easy to take out the contents. When the carton is carried, it is difficult for the contents to swing inside the carton, so that damage to the contents can be suppressed, and sound repellent due to swinging is suppressed. Because it can, you can reduce the trouble to the surroundings.

  FIG. 5 is a developed plan view showing a blank state of another embodiment of a two-stage resealable carton according to the present invention, and a blank P ′ formed by punching a sheet material such as paperboard as in the above-described embodiment. Is an adhesive plate 105, a front plate 101, a right side plate 102, a back plate 103, and a left side plate 104 that are connected in order through fold lines L 101, L 102, L 103, and L 104, and a fold line is formed on the upper end extension of the back plate 103. A top plate 106 and a lid surface plate 107 are connected in sequence through L105 and L106, and a lid right side plate 108 and a lid left side plate 109 are connected to the left and right sides of the top plate 106 through fold lines L125 and L126, respectively. In addition, the right side plate 102 and the left side plate 104 are connected to the upper end sides of the right side plate 102 and the left side plate 104 via cutting lines L111 and L112 with blade stoppers, respectively. Lid sticking ear pieces 110 and 111 having side edges on the side of the lid surface plate 107 formed as locking notches 118 and 119 are connected to the upper end side via folding lines L109 and L110, respectively. An insertion piece 116 protrudes in a semicircular arc shape via a folding line L107 from the center of the upper edge to a slightly left deflection position, and a substantially trapezoidal engagement with both sides of the front plate 101 as oblique sides via a folding line L108. A stop piece 117 is extended. Near the upper end of the front plate 101, the primary resealing insertion groove 120 has an inverted U-shaped auxiliary cut line at the upper side at a distance slightly equal to the height of the cover plate 107 from the upper end side at a slightly right deflection position. The right side plate 102 and the left side plate 104 have predetermined bottom positions at predetermined positions of the right side plate 102 and the left side plate 104, respectively. Next, a re-sealing cut 122 is formed, and a substantially square-shaped auxiliary cut 123 is formed in the superposed portion of the sticking plate 105 that is superposed on the left side plate 104. The back plate has a fold line L116 that crosses substantially the center in the vertical direction and a fold line L120 that is provided above the fold line L116 and spaced substantially equal to the depth (n) of the top plate 106 from above. The rear upper half component plate (103c), the rear intermediate component plate (103b), and the lower rear half component plate (103a) are sequentially arranged. The extension line from the left end of the folding line L116 is the right side plate 102, the front plate. 101, crossing at the secondary unsealing continuous breaking lines L115, L114, L113 while interfering with the sticking plate 105, and the right side plate 102, the front plate 101, the sticking plate 105 up and down, respectively, and the right side upper half component plate (102b), lower right side component plate (102a), front upper half component plate (101b), front lower half component plate (101a), adhesive upper half component plate (105b) and adhesive lower half component plate ( 10 The line extending from the right end of the fold line L116 crosses the left side plate 104 with a secondary opening continuous transverse break line L117, and the left side plate 104 up and down on the left side upper half component plate ( 104b) and the left side lower half component plate (104a). Further, a secondary opening vertically is provided between the right upper half component plate (102b) and the left upper half component plate (104b) adjacent to the rear upper half component plate (103c) and the rear intermediate component plate (103b). Break lines L118 and L119 are formed. Furthermore, bottom plate 112, ear piece 114, overlapped bottom plate 113, ears are provided on the lower end extensions of front plate 101, right side plate 102, back plate 103, and left side plate 104 via fold lines L121, L123, L122, L124, respectively. The pieces 115 are continuously provided.

The assembly of the second embodiment of the two-stage resealable carton according to the present invention is substantially the same as that of the above-described embodiment, and is not shown in the figure. Folded using the folding line L104 including the next opening longitudinal break line L119 and the folding line L126 at one end of the top plate 106, the left side plate 104 and the bonding plate 105 are bonded to form a flat cylindrical shape. It will be in the state of folding.
Next, in the box making process, the flat tube shape in the folded and bonded state is raised to a square tube shape using the fold lines L101, L102, L103, and L104, and the cutting ends L111 and L112 with the blade ends at the upper end of the square tube are fixed. The position is released, and the lid component is expanded above the back plate 103, and the bottom plate 112, the overlapping bottom plate 113, and the ear pieces 114 and 115 at the lower end of the square tube are folded into the fold lines L121, L122, L123, and L124. Using each of them, they are folded and polymerized, and a predetermined position is stuck to form a closed bottom.
Next, the top plate 106 is bent and brought into contact with the upper end of the square tube using the fold line L105, and the locking piece 117 at the upper end of the front plate 101 is reversely folded using the fold line L108 and then folded outward from the square tube. The lid right side plate 108 and the lid left side plate 109 are bent using the folding lines L125 and L126 so that they are substantially in contact with the upper ends of the right side plate 102 and the left side plate 104, respectively, and the lid is attached using the folding lines L109 and L110. After the ear pieces 110 and 111 are bent and brought into contact with the upper end of the front plate 101, the lid face plate 107 is bent using the fold line L106 and attached to the lid attaching ear pieces 110 and 111 for polymerization. Then, it becomes substantially the same as the box making completion state shown in FIG. As the lid face plate 107 is bent and stuck, the locking piece 117 comes into contact with the inner surface of the lid face plate 107 and the edge of the locking piece 117 is formed in the lid sticking pieces 110 and 111. In the same manner as in the previous embodiment, the locking notches 118 and 119 are brought into contact with and locked to the respective edges.

Similar to the above-described assembly, the primary opening and primary resealing of the other embodiment of the two-stage resealable carton according to the present invention are substantially the same as the above-described embodiment, and are not shown. Is filled and filled in the box, and the carton covered with film by overlap or shrink wrapping as described above is removed, and the insert 116 protruding from the cover plate 107 is pinched. By grasping the entire lid portion and performing a turning operation with the fold line L105 as a fulcrum, the above-described engagement portions 117 of the engagement piece 117 and the edge portions of the engagement notches 118 and 119 of the 111 When the locked state is released, the upper end portion of the carton is opened, and the contents can be taken out and used.
Next, regarding resealing, in the initial use of taking out the contents in the primary opened state, the resealing operation is performed by the rewinding operation of the opening operation described above. That is, when the top plate 106 is brought into contact with the upper end opening of the carton by a turning operation with the fold line L105 as a fulcrum from the open state, the lid adhering ear piece 110 attached to the inner surface of the cover surface plate 107 and The end of the locking piece 117 is brought into contact with and locked to the end edges of the 111 locking notches 118 and 119, and the primary resealing state is achieved. At this time, in the resealing operation, a primary reseal difference formed in a predetermined position on the front plate 101 while lightly bending the insertion piece 116 protruding from the end side of the lid surface plate 107 along the fold line L107. When inserted into the insertion groove 120, the primary reseal is completed in the same manner as in the state shown in FIG. 3B, and the cover in the middle of carrying the carton is compared to the case where the cover is simply resealed by rotating the cover part. It is possible to prevent inadvertent opening of the lid due to the hooking of the part.

FIG. 6 (A) is an explanatory perspective view showing the secondary open state of the other embodiment described above. When the content is taken out and used and the remaining amount is reduced, the embodiment shown in FIG. 3 (A) is used. In the same manner as above, from the primary open state, while holding the entire lid portion, the secondary open longitudinal break lines L118 and L119 on the both side edges of the back upper half component plate (103c) and the back intermediate component plate (103b) The rear plate 103 is used to cut open, and then the left side plate 104, the front plate 101, the right side plate 102, and the adhesive plate 105 are horizontally opened using the secondary opening continuous transverse break lines L117, L114, L115, and L113. 6A, a part having a substantially U-shaped horizontal cross section as shown on the right side of FIG. 6A is cut out, and a main body part as shown on the left side is also left out.
In this embodiment, the remaining capacity is set to about ½, but the position of the broken line or the like can be changed depending on the nature of the contents, the packaging state of the contents themselves, and the size ratio of the carton.

  FIG. 6 (B) is an explanatory perspective view showing the secondary re-sealing state of the other embodiment described above, and the uncut state of the main body portion as shown on the left side of FIG. 6 (A), that is, the upper end is opened, The front lower half component plate (101a), the right side lower half component plate (102a), the rear lower half component plate (103a), and the left side lower half component plate (104a) are formed in a rectangular tube shape, and the bottom is attached and closed. The rear intermediate component plate (3b) continuous on the upper end extension of the rear lower half component plate (103a) is bent from the bent main body portion by a fold line L116, the upper end open portion is closed, and then the upper rear half plate is used by using the fold line L120. The component board (103c) and the continuous lid | cover part component part are folded and the state is represented.

Next, although not appearing in the figure, the folding line L120 is further bent to fold the back upper half component plate (103c) and the continuous lid component, and also not shown in the figure, but the front lower half component plate (101a) The lid face plate 107 is brought into contact with the bottom face plate 112, and the lid right side face plate 108 and the lid left side face plate 109 are brought into contact with the right side lower half constituent plate (102a) and the left side lower half constituent plate (104a), respectively. Two corners of the lid right side plate 108 and the lid left side plate 109 are respectively drilled at predetermined positions on the right side lower half component plate (102a) and the left side lower half component plate (104a). If it inserts in the insertion groove | channel 121 and 122 for the next reseal, the secondary reseal is completed in the state shown in FIG.6 (C), and the content which the remaining amount reduced is repackaged in a tight state.
6C, the semicircular arc-shaped insertion piece 116 protruding from the end edge of the lid face plate 107 is bent by a fold line L107 and is It is in contact with the inner surface of the lid surface plate 107 and is sandwiched between the bottom surface plate 112 and does not protrude from the secondary resealed rectangular parallelepiped as shown in the figure. There is no inadvertent opening of the lid due to catching on the lid.

The expansion | deployment top view which shows the blank state of the Example of the two-stage resealable carton which concerns on this invention. (A) The top view for description which shows the folding bonding state of an Example similarly. (B) The perspective view for description which shows the boxing state in the middle of an assembly of the Example similarly. (C) The explanatory perspective view which similarly shows the head adhering state of an Example. (D) The perspective view for description which shows the box making completion state of an Example similarly. (A) The explanatory perspective view which similarly shows the primary open state of an Example. (B) The explanatory perspective view which similarly shows the primary reseal completion state of an Example. (A) The explanatory perspective view which similarly shows the secondary open state of an Example. (B) The explanatory perspective view which similarly shows the secondary resealing state of an Example. (C) The perspective view for description which shows the secondary reseal completion state of an Example similarly. The expansion | deployment top view which shows the blank state of the other Example of the two-stage resealable carton which concerns on this invention. (A) The explanatory perspective view which similarly shows the secondary open state of another Example. (B) The explanatory perspective view which similarly shows the secondary re-sealing state of another Example. (C) The explanatory perspective view which similarly shows the secondary reseal completion state of another Example.

Explanation of symbols

P Blank 1 Front plate (1a) Front lower half component plate (1b) Front upper half component plate 2 Right side plate (2a) Right side lower half component plate (2b) Right side upper half component plate 3 Back plate (3a) Lower back Semi-component plate (3b) Rear intermediate component plate (3c) Rear upper half component plate 4 Left side plate (4a) Left side lower half component plate (4b) Left side upper half component plate 5 Adhering plate (5a) Adhering portion lower half Component plate (5b) Adhering part upper half component plate 6 Top plate (m) Depth of top plate 7 Lid surface plate 8 Lid right side plate 9 Lid left side plate 10, 11 Lid adhering ear piece 12 Bottom plate 13 Polymerized bottom plate 14, 15 Ear piece 16 Insertion piece 17 Locking piece 18, 19 Locking notch 20 Insertion groove for primary reseal 21 Insertion groove for secondary reseal L1-L10, L16, L20-L26 Folding line L11, L12 With blade stopper Cut line L13-L15, L17 Secondary opening continuous transverse break line L18, 19 Secondary opening longitudinal fracture line P 'blank 101 Front plate (101a) Front lower half component plate (101b) Front upper half component plate 102 Right side plate (102a) Right side lower half component plate (102b) Right side upper half component plate 103 Back plate (103a) Lower back half component plate (103b) Rear middle component plate (103c) Rear upper half component plate 104 Left side plate (104a) Left side lower half component plate (104b) Left side upper half component plate 105 Plate (105a) Adhering portion lower half component plate (105b) Adhering portion upper half component plate 106 Top surface plate (n) Depth of top surface plate 107 Lid surface plate 108 Lid right side plate 109 Lid left side plate 110, 111 Lid adhering ear piece 112 Bottom plate 113 Superposition bottom plate 114, 115 Ear piece 116 Insert piece 117 Lock piece 118, 119 Lock notch 120 Primary resealing insertion groove 121, 122 Two Resealed for cutting 123 auxiliary cutting L101~L110, L116, L120~L124 fold lines L111, L112 blade stop with cut line L113~L115, L117 secondary opening interlocking transverse break line L118, L119 secondary opening longitudinal break line

Claims (4)

A top plate and a cover plate are continuously provided on the cylindrical body portion formed by the sticking plate, the front plate, the right side plate, the back plate, and the left side plate, and the upper extension of the back plate, and the top plate A lid side plate is provided on both sides, a lid adhering ear piece is extended on the upper extension of the lid side plate, a locking piece is extended on the upper extension of the front plate, and the tubular shape A carton formed from a blank plate having a configuration for closing the lower end of the body part, the secondary crossing the right side plate, the front plate, and the left side plate at a position approximately half the vertical dimension of the cylindrical barrel unit A transverse fold line continuously across the back plate is disposed at the end of the unsealed continuous breaking line and the secondary unsealed continuous breaking line, and the secondary folding line is arranged from both ends of the transverse folding line to both ends of the back plate on the upper extension. And forming a transverse fold line that divides a back plate at the upper part of the transverse fold line and has an opening longitudinal break line. Kaisaifu possible carton. The two-stage according to claim 1, characterized in that an insertion piece projects from the open edge of the lid face plate and a primary reseal insertion groove into which the insertion piece can be inserted is formed in the front plate. Resealable carton. 3. The two-stage resealable carton according to claim 2, wherein a second resealable insertion groove into which the insert piece can be inserted is formed in the back plate. 3. A two-stage resealable carton according to claim 1 or 2, wherein a secondary reseal cut into which said lid side surface plate can be inserted is formed in each of said left and right side surface plates.

Images