JPWO2007049619A1 - Packing box - Google Patents

Abstract

When a used empty product packaging box is temporarily stored for later repackaging or recirculated as resource waste, it is complicated to handle in a large state. Provide a means of crystallization. SOLUTION: Ruled lines 2a and 3a are formed including the flaps of the top and bottom surfaces in the longitudinal direction of the center of a pair of side surfaces 2 and side surfaces 3 continuous to the long sides of the top surface opening and bottom surface opening of the packaging box 1. In order to fold while pushing into the packing box along the ruled lines 2a and 3a, and to prevent the folded portion from restoring its shape due to the stress of the member, the top surface flap that continues to the short side of the packing box opening For example, the front end of the flap 9 bent along the first ruled line 9a and the second ruled line 9b formed on the left short side flap 9 is inserted and fixed in the packaging box. Furthermore, it can be made more compact by dividing the packing box at the dividing auxiliary line portion. [Selection] Figure 1

Description

  The present invention relates to a structure of a packaging box formed by folding a cardboard made of corrugated paper or a plastic member, and more specifically, space saving when storing the packaging box, or facilitation and disposal of folding work when discarding the packaging box Since it is possible to facilitate the transportation work at the time and to improve the efficiency of handling in the distribution process as waste, it promotes the reuse of resources and contributes to the preservation of the global environment.

  Recently, thin display devices such as TVs and data displays using liquid crystal display panels and PDPs as display elements can enjoy large display screens even under restricted installation environment conditions due to the small depth of the devices. Since then, demand is expanding rapidly. The packaging box for protecting or storing these thin display device products having a large display screen has a large volume, and the projection surface size of the packaging box covering the front and back surfaces of the thin display device is extremely large.

  There are Patent Documents 1 to 3 as conventional examples for facilitating the dismantling of the used empty packaging box and reducing the packaging box as a waste material. However, in any case, the volume after disassembly of the packaging box is smaller than the assembled state, but the maximum projection surface size of the member after disassembly of the packaging box is the maximum projection of the assembled packaging box before disassembly. It may be larger than the surface size, making it extremely difficult to handle.

Therefore, Patent Documents 4 to 6 disclose a technique in which a folding line is provided on a side surface of a packaging box, a flap, or the like so that the packaging box can be folded in a compact manner.
Utility Model Registration No. 3093767 JP 2001-341723 A Japanese Patent Laid-Open No. 11-11457 JP-A-2005-29176 JP 2006-8156 A JP 2006-8157 A

  However, in the inventions described in Patent Documents 4 to 6, since the maximum projected surface size of the packaging box after folding depends on the size of any one of the surfaces constituting the packaging box, there is a limit to downsizing. However, thin display devices such as televisions and data displays using a liquid crystal display panel or PDP as a display element have a large packaging box for protecting or storing a product during transportation as the display screen becomes larger. In addition to the display device, the packaging box for large household appliances such as refrigerators and washing machines is large as well. The empty box after taking out the product from the packing box is becoming more and more necessary to be recirculated due to the background of the social demand for the realization of a recycling society by promoting the reuse of resources. May be stored at a later date. In addition, in order to store these products in a limited storage unit after taking them out of the packaging box, it may be necessary to disassemble them smaller than the original size and store them separately or transport them. Furthermore, if the packing box becomes larger, the thickness of the cardboard itself that makes up the packing box increases, so even if a cutter or knife is used to disassemble, a large force is required. There are cases where it is not possible. In any case, handling of a large packaging box is complicated, so it is necessary to provide means for realizing a packaging box form that can be safely disassembled by the user while making the used packaging box more compact and easy to carry. is there.

  Therefore, the first invention has an object to provide a packing box in which a dividing auxiliary line portion for dividing itself into pieces for the purpose of downsizing is arranged on a constituent member. In 2nd invention, the division | segmentation auxiliary | assistant line | wire part provides the packaging box as described in 1st invention arrange | positioned in multiple by the structural member. In 3rd invention, a division | segmentation auxiliary | assistant line part provides the packaging box as described in 1st invention or 2nd invention comprised by the cut tape. In 4th invention, a division | segmentation auxiliary | assistant line part provides the packaging box as described in 1st invention or 2nd invention which has a zipper structure. In 5th invention, a division | segmentation auxiliary | assistant line part provides the packaging box as described in 1st invention or 2nd invention which is comprised with the cut tape and also has a liner cut structure. In the sixth invention, the dividing auxiliary line portion is provided with the packaging box according to the first invention or the second invention, which is made of a cut tape and further has a zipper structure.

  According to a seventh aspect of the present invention, there is provided the packaging box according to the first aspect of the present invention, further comprising a folding auxiliary line for folding itself for the purpose of compacting. In the eighth invention, the component further has a folding auxiliary line for folding itself for the purpose of compacting, and appears on the outer surface after being divided by the dividing auxiliary line portion and after being bent by the bending auxiliary line. A packaging box according to the first invention is provided in which gripping holes for gripping the constituent members are arranged. In the ninth aspect of the invention, the component further has a folding auxiliary line for folding itself for the purpose of compactness, and appears on the outer surface after being divided by the dividing auxiliary line portion and after being bent by the bending auxiliary line. A packing box according to the first invention is provided in which a handle mounting hole for mounting the handle on the component member is disposed. In the tenth invention, the component further has a folding auxiliary line for folding itself for the purpose of compactness, and appears on the outer surface after being divided by the dividing auxiliary line portion and after being bent by the bending auxiliary line. A packaging box according to the first invention is provided, in which at least one or more information indications of the name of the product stored in the constituent member, its own material, its own disposal method, and its own recycling method are arranged. In an eleventh aspect of the invention, the dividing auxiliary line portion provides the packaging box according to the first aspect of the invention, wherein the dividing auxiliary line portion is arranged on the constituent member so that the constituent materials of the constituent member can be separated by division. In a twelfth aspect of the invention, the dividing auxiliary line portion provides the packaging box according to the first aspect of the invention, which is arranged across the storage opening of the product. According to a thirteenth aspect of the present invention, there is provided the packaging box according to the first aspect, wherein the folding auxiliary line is arranged so as to intersect with the divided auxiliary line portion.

  It becomes possible to make the large packing box compact after taking out the product, saving space during temporary storage for later repacking, or folding work when discarding the packing box. By doing so, it is possible to contribute to the conservation of the global environment by promoting the reuse of resources by reducing the size of waste and improving the efficiency of handling in the distribution process of waste materials.

  The best mode for carrying out the present invention will be described in detail with reference to the drawings. In addition, this invention is not limited to these embodiment at all, and can be implemented with various aspects in the range which does not deviate from the summary. In addition, the relationship between the following embodiment and a claim is as follows. The first embodiment will mainly describe claim 1 and the like. The second embodiment will mainly describe claims 2 and 12. The third embodiment will mainly describe claims 3, 4, 5, 6 and the like. In the fourth embodiment, claims 7 and 13 will be mainly described. The fifth embodiment will mainly describe Claim 8 and the like. The sixth embodiment will mainly describe claim 9 and the like. The seventh embodiment will mainly describe Claim 10 and the like. The eighth embodiment will mainly describe claim 11 and the like.

  << Embodiment 1 >> (Concept of Embodiment 1) The packaging box of this embodiment is characterized in that it can be divided into round pieces.

  (Configuration of Embodiment 1) FIG. 6A illustrates a packaging box (0600) of this embodiment. The packaging box (0600) is characterized in that a dividing auxiliary line portion (0602) for dividing itself into pieces for the purpose of compacting is arranged in the component member (0601).

  (Description of Configuration of Embodiment 1) “Constituent member” (0601) is a member for configuring the packaging box (0600). The structural member may be made of paper such as cardboard or cardboard, may be made of resin such as plastic or polystyrene, or may be made of metal or the like. Also good. For example, in the case of a packaging box for electrical appliances such as large liquid crystal displays, the components of the packaging box itself are formed of cardboard called cardboard, and a resin or paper cushioning material is enclosed inside and carried. Often, a plastic handle or the like is provided.

  The “division auxiliary line portion” (0602) is arranged on the component member in order to divide itself into pieces for the purpose of compactness. “For the purpose of compactness” is not only the purpose of the arrangement of the auxiliary dividing line part to open the packaging box and take out the product, but also to make the packaging box itself compact after the product is taken out. It means being. The main purpose of downsizing is to reduce the capacity and weight of the packaging box after use, which becomes waste, to facilitate transportation work, and to save space when temporarily storing. “To divide itself into rings” means that the arrangement of the dividing auxiliary line portion is intended to divide the packing box itself into two or more parts by cutting the packing box into rings. As shown in FIG. 6 (b), the dividing auxiliary line portion is provided along the side peripheral wall of the packing box, etc., in order to make the packing box “circular”. By arrange | positioning a division | segmentation auxiliary | assistant line part to a structural member, it can divide | segment easily and contributes to compactization of a packaging box. Furthermore, as will be described in the fourth embodiment, it is possible to easily and reliably perform the folding operation of the divided packaging box. Since each of the divided pieces of the packaging box inevitably has a reduced weight and size, it contributes to reducing the weight of the packaging box after use and improving ease of disassembly, so that it can be easily transported.

  As shown in FIG. 7A, the shape of the packing box is not limited to a rectangular parallelepiped, but a cylindrical packing box (0701) is provided, and a dividing auxiliary line portion (0702) is provided to divide the packing box into round pieces. Also good. The shape of the packaging box may be other than these.

  As shown in FIG. 7 (b), the dividing auxiliary line portion (0703) may be arranged across the storage opening of the product, and the packing box may be divided into pieces in the vertical direction. The “product storage port surface” is a surface including an opening (0704) for storing products. In FIG.7 (b), the division | segmentation auxiliary line part is provided so that the flap (0705) which comprises the storage port surface of goods may be crossed.

  The dividing auxiliary line portion may be formed by making a perforated fine through-hole in the constituent member, or may be formed by thinning a part of the constituent member. You may form with a cut tape etc. which are demonstrated.

  (Effect of Embodiment 1) According to the packaging box of this embodiment, it becomes possible to make a large packaging box after product removal compact, and space saving during temporary storage for later repacking, Or, by making the folding work easy and reliable when discarding the packaging box, it is possible to make the waste compact, facilitate the transportation work of the waste, and improve the efficiency of handling in the distribution process of the waste. Can contribute to the conservation of the global environment.

  << Embodiment 2 >> (Concept of Embodiment 2) In recent liquid crystal display devices and the like, the size is increasing year by year, and it is still difficult to carry and process by only dividing into two as described in Embodiment 1. There are many cases. Therefore, the packaging box of the present embodiment is characterized in that it can be divided into small pieces by a plurality of dividing auxiliary line portions.

  (Configuration of Embodiment 2) FIG. 8A illustrates a packaging box (0800) of this embodiment. The packing box (0800) is characterized in that a plurality of dividing auxiliary line portions (0802) for dividing itself into pieces for the purpose of compactness are arranged on the component member (0801). Note that the configuration of the “division auxiliary line portion” itself is the same as that of the first embodiment, and thus description thereof is omitted.

  (Description of Configuration of Embodiment 2) “Constituent member” (0801) is based on the constituent member described in Embodiment 1, and the constituent member of this embodiment further includes a plurality of split auxiliary line portions (0802). It is characterized by having. As shown in FIG. 8B, the packaging box can be more compactly divided at the dividing auxiliary line portion by arranging a plurality of dividing auxiliary line portions on the constituent members. Furthermore, as described in the fourth embodiment, the operation of folding the small pieces of the divided packaging box can be performed more easily and reliably. For this reason, even if the packaging box is enlarged, it can be divided into appropriate sizes. Further, it is not necessary to divide the constituent members at all the dividing auxiliary line portions, and the dividing members can be divided into arbitrary sizes in accordance with the size of the person or apparatus to be processed.

  As shown in FIG. 8A, the plurality of dividing auxiliary line portions may be arranged on the constituent members so as to be substantially parallel along the side peripheral wall, or as shown in FIG. It may be arranged along (0901) and across the storage opening of the product (0902). In this case, the packaging box can be divided vertically and horizontally, and can be made more compact after the division.

  (Effect of Embodiment 2) According to the packaging box of this embodiment, it becomes possible to make the large packaging box after product removal more compact, and to save space during temporary storage for later repacking. Or by making the folding work easy and reliable at the time of disposal of the packaging box, it is possible to make the waste compact, facilitate the transportation work of the waste, and improve the efficiency of handling in the distribution process of the waste. It can contribute to the conservation of the global environment by promoting its use.

  << Embodiment 3 >> (Concept of Embodiment 3) The packaging box of the present embodiment is based on the packaging box described in Embodiment 1 or 2, and further, a structure for facilitating the division at the dividing auxiliary line portion. It is characterized by having.

  (Configuration of Embodiment 3) FIG. 10A illustrates a packaging box of this embodiment. In the packing box, a dividing auxiliary line part (1002) for dividing itself into pieces for the purpose of compacting is arranged in the component member (1001), and the dividing auxiliary line part is cut tape, zipper structure, liner cut It is characterized by comprising at least one of a combination of a cut tape and a liner cut, a combination of a cut tape and a zipper structure, or a combination of two or more. Note that the configuration of the “constituent member” is the same as that of the first or second embodiment, and thus the description thereof is omitted.

  (Description of Configuration of Embodiment 3) “Division auxiliary line portion” (1002) is based on the configuration described in Embodiment 1 or 2, and further includes a cut tape, a zipper structure, a liner cut, a cut tape and a liner cut. It is characterized by being configured by any one or a combination of a combination and a combination of a cut tape and a zipper structure. That is, as described in the second embodiment, when a plurality of dividing auxiliary line portions are arranged on the component members, different types of dividing auxiliary line portions may be arranged on the component members. The division | segmentation auxiliary | assistant line part may affect the intensity | strength in a structural member by the structure. For this reason, when arranging a plurality of dividing auxiliary line portions in a large packing box, for example, the dividing auxiliary line portion close to the bottom surface side where the strength of the constituent members is required is made of only a relatively high-strength cut tape. With the structure, the split auxiliary line part close to the top surface side where the strength of the constituent members is not so necessary, the structure is a combination of a cut tape and a liner cut that makes the split of the constituent members easy, although the strength is not so high, etc. It is possible to design the packing box by selecting the dividing auxiliary line portion according to the size of the packing box and the required strength.

  Since the dividing auxiliary line portion is configured by any of these, the packaging box can be easily and safely divided by the operator's hand without using a tool such as a cutter or scissors. It should be noted that it is desirable to make a substantially H-shaped cut (1003) in advance in the constituent member where the end portion such as a cut tape is provided so that the end portion can be picked from the outside. A specific example of the dividing auxiliary line portion will be described in detail with reference to FIGS.

  As shown in FIG. 10B, the “cut tape” (1004) is made of a synthetic resin such as polypropylene or polyethylene, and is affixed mainly to the inner surface of the packaging box in order to facilitate division of the packaging box. It is a strip-shaped member. When the end of the cutting tape is gripped and pulled from the inner surface side to the outer surface side of the packaging box, the packaging box is easily divided along the cutting tape so that the cutting tape tears the components. Can do.

  The “zipper structure” (1005) is a structure in which substantially “C” -shaped continuous cuts are directly formed in a component as shown in FIG. When gripping the end of the zipper structure and pulling it by applying force in the direction of the outside of the packaging box, the constituent members between adjacent substantially “C” shapes are cut one after another, and substantially “C” shapes are connected. The packaging box can be easily divided along the zipper structure.

  As shown in FIG. 10 (d), “liner cut” (1006) means that a plurality of small holes (1006a) that do not allow the constituent members to penetrate through the inner surface side of the packaging box are separated by a predetermined interval (1006b). It is a structure in which two lines are arranged in parallel. If the edge of the liner cut is gripped and pulled in the direction of the outside of the packing box, the components between adjacent small holes are cut one after another, and the small holes are connected, making it easy to follow the liner cut. Can be divided into packing boxes.

  The “combination of cut tape and liner cut” (1007) is a structure that includes a cut tape and further has a liner cut structure, as shown in FIG. When cutting tape is affixed to the center in the width direction of the liner cut on the inner side of the packing box, and the end of the cutting tape and liner cut is gripped and pulled from the inner side to the outer side of the packing box The force of pulling the cut tape helps to cut the constituent members between the small holes of the liner cut, and the packing box can be divided more easily than the case of only the cut tape or only the liner cut.

  The “combination of cut tape and zipper structure” (1008) is a structure constituted by a cut tape and further having a zipper structure, as shown in FIG. 10 (f). Cut tape is affixed at the approximate center of the width direction of the zipper structure of the packing box, and the edge of the cut tape and zipper structure is gripped to apply force from the inner side to the outer side of the packing box. The pulling force of the cutting tape assists the cutting of the components between the substantially “C” shape of the zipper structure, and the packing box can be divided more easily than the case of only the cutting tape or only the zipper structure. .

  (Effect of Embodiment 3) According to the packaging box of this embodiment, it becomes possible to make the large packaging box after product removal more compact, and it is possible to save at the time of temporary storage for later repacking. The space can be folded or folded easily when the packaging box is discarded, and the dividing auxiliary line part is cut tape, zipper structure, liner cut, combination of cut tape and liner cut, cut tape And a combination of zipper structure, it is possible to divide the packaging box very easily and safely by the hand of the operator without using tools such as cutters and scissors. Contribute to the conservation of the global environment by further promoting resource reuse through downsizing, ease of transporting waste, and efficient handling of waste in the distribution process. Door can be.

  << Embodiment 4 >> (Concept of Embodiment 4) The packaging box of this embodiment is based on the packaging box described in Embodiment 1, and further includes a folding auxiliary line for folding itself for the purpose of compactness. It is characterized by having.

  (Configuration of Embodiment 4) FIG. 11A illustrates a packaging box of this embodiment. In the packing box, a dividing auxiliary line part (1102) for dividing itself into pieces for the purpose of compacting is arranged on the constituent member (1101), and further, folding for folding itself for the purpose of compacting. It is characterized by having an auxiliary line (1103). In addition, since the structure of a structural member and a division | segmentation auxiliary line part is the same as that of Embodiment 1, description is abbreviate | omitted.

  (Explanation of Configuration of Embodiment 4) The “folding auxiliary line” (1103) is arranged on the constituent members in order to fold itself for the purpose of compactness. “For the purpose of compactness” indicates that the arrangement of the folding auxiliary lines is not intended for product packaging or the like, but mainly for compactness. The main purpose of downsizing is to reduce the capacity of used packaging boxes that become waste, and to save space when temporarily storing them. The folding auxiliary line may be arranged in parallel with the dividing auxiliary line part. However, in order to more efficiently reduce the size of the divided packaging box, as shown in FIG. It is desirable that the line and the dividing auxiliary line portion intersect each other, and it is more desirable that they intersect substantially vertically. In the dividing auxiliary line portion, the divided packaging box is folded by the folding auxiliary line, so that the fragment of the divided packaging box can be reduced in weight and further downsizing can be realized. For this reason, even if it is a large packaging box, for example, it is also possible to make the maximum projection surface size compact about A3 size and A4 size. For this reason, it becomes very easy to carry the packaging box after use, which has become waste, and contributes to efficient handling in the subsequent distribution process.

  The bending auxiliary line can be formed by making a shallow cut into a portion corresponding to the bending auxiliary line of the constituent member, or by forming the corresponding portion into a thin structure. Moreover, you may form a bending assistance line by arranging a small hole like the liner cut demonstrated in Embodiment 3. FIG. In bending a component member, a compressive force is applied to one surface of the component member and a tensile force is applied to the other surface depending on the bending direction. In other words, when viewed from only one surface, there are cases of so-called “mountain cages” and “tani cages”. In order to easily perform the bending operation, it is desirable to form a cut or thin wall shape on the surface to which a tensile force is applied. In the folding auxiliary line (1103a) arranged on the side surface of the packing box shown in FIG. 11A, as will be described later, a tensile force is applied to the packing box inner surface side, so a cut or the like is formed on the packing box inner surface side. On the other hand, the folding auxiliary line (1103b) arranged on the flap on the upper surface of the packaging box is folded with the flap folded inside or outside the side surface of the packaging box, as will be described later. For this reason, a notch etc. are formed in the surface side (outer surface side) of the flap in the state which stored the product in the packaging box. In addition, write a ruled line on the surface that does not form cuts, etc. to indicate that it is a folding position, or write a phrase such as “Yamaori” or “Taniori” in accordance with the folding auxiliary line. Also good. With such a structure, it is possible to bend the constituent member with a little force and at an appropriate folding position. However, it is desirable that the bending auxiliary line has a structure having a strength that does not cause the component members to be divided. The folding auxiliary line is not folded yet when the product is packed in the packing box, and is bent only when the packing box is discarded. In addition, when the folding auxiliary line is arranged at the center of each opposing surface, depending on the shape of the packaging box, there may be a problem that the constituent members on the opposing surfaces collide with each other at the time of folding and cannot be bent properly. There is also. This can be avoided by shifting the folding auxiliary lines in different directions. Further, in FIG. 11A, one folding auxiliary line is arranged on one surface, but a plurality of bending auxiliary lines are arranged on one surface so that mountain ridges and valley ridges appear alternately. Thus, the constituent members may be bent in a bellows shape. At this time, it is desirable that the number of folding auxiliary lines arranged on one surface is an odd number. When a plurality of folding auxiliary lines are arranged, the packaging box can be effectively folded even when the packaging box becomes larger.

  Next, we will explain how to fold the packing box using the folding auxiliary line. First, as shown in FIG. 11B, the packing box shown in FIG. 11 (a) is divided into an upper surface side component (1101a) and a lower surface side component (1101b) at the dividing auxiliary line portion (1102). To divide. Next, as shown in FIG. 11C, among the divided constituent members (1101a), the other flaps (1104b, 1104c, 1104d) are folded inward, leaving only one flap (1104a). . At this time, it may be bent outward, but it is preferable to be bent inward. Next, as shown in FIG.11 (d), a structural member (1101a) is bend | folded toward the inner side of a packaging box with a bending auxiliary | assistant line. And as shown in FIG.11 (e), the flap (1104a) which is not folded inside a packaging box is inserted and fitted toward the space (1105) formed by bending a bending auxiliary line. At this time, it is desirable that the flap has a narrow shape toward the tip side so that the flap can be easily inserted. Then, as shown in FIG.11 (f), the upper structural member (1101a) is folded compactly. Since the folded component member may be urged in a spreading direction depending on the material or the like, it is desirable to insert the inserted flap (1104a) as far as possible in order to suppress the urging. The bottom side component (1101b) also has a flap and can be folded in the same manner as described above. As described above, when the constituent member of the packaging box is composed of the side wall and the corresponding flap, the three side flaps are stored inside the packaging box and are urged in the direction in which the constituent member after folding is expanded. Since this can be prevented by the flap on one side, the divided structural members are not scattered and the packaging box can be compactly assembled.

  Next, in FIG. 12A, as described in the second embodiment, a plurality of dividing auxiliary line portions (1202) are arranged on the structural member (1201), and the bending auxiliary lines (1203) are provided. This is the case. As shown in FIG. 12B, first, the packing box is divided into three at the dividing auxiliary line portion. And as shown in FIG.12 (c), the small piece of the packaging box divided | segmented into three can be more easily folded compactly by being bent by a bending auxiliary line. Of the packaging box divided into three, the component (1201a) on the top surface and the component (1201c) on the bottom surface keep the folded shape by using the flap as in the case of FIG. Can do. However, the constituent member (1201b) in the intermediate portion may not be able to keep the folded shape as it is depending on the material. For this reason, it is desirable to provide an approximately “C” -shaped cut portion (1204a) that can be bent in the component member in advance. As shown in FIG. 12 (c), the cut portion can be brought into engagement with the opposing surfaces by being raised to maintain the folded state. At this time, as shown in FIG. 12B, it is desirable that the cut portion (1204 b) provided on the opposing surface is substantially “reverse C” type. In addition, as shown in FIG. 12C, it is desirable to make it possible to cut off a portion that is scheduled to become an obstruction factor in advance when the cut portion is erected. The cut-off may be performed by scraping with the dividing operation of the component member by the dividing auxiliary line portion. As described above, even in the case where there are a plurality of dividing auxiliary line portions, the divided structural members are not separated by having the flaps and the cut portions, and the packaging box can be compactly collected.

(Specific example of Embodiment 4)
《Explanation of foldable packing box》

  The case where the embodiment of the present invention is applied to a packaging box for a liquid crystal television product will be described below with reference to the drawings. First, a foldable packaging box will be specifically described with reference to FIGS. 1 to 4. FIG. 1 is an external perspective view of a foldable packaging box of a thin display device product. The packaging box 1 is formed by bending a corrugated cardboard member, and includes a front side surface 2, a rear side surface 3, four side surfaces including a left side surface 4 and a right side surface 5, and a top surface and a bottom surface 6. The top surface has front long side flaps 7 and rear long side flaps 8 constituting the long side of the opening, and left side short side flap 9 and right side short side flap 10 constituting the short side of the top surface opening part. The top opening is folded and configured to close. The bottom surface 6 is also the same as the top surface. The front side surface 2, the rear side surface 3, the left side surface 4, the right side surface 5, the front long side flap 7, the rear long side flap 8, the left short side flap 9, and the right short side flap 10 are constituent members in this embodiment. Applicable. Although FIG. 1 shows a packaging box in the case where a flap is provided on each side surface, the packaging box may be of a type without a flap.

  As shown in FIG. 1, a ruled line 2a and a ruled line 3a are formed in the center in the width direction of each of the front side surface 2 and the rear side surface 3 of the packing box 1, and the front long side flap 7 and the rear long side on the top surface. A ruled line 7a and a ruled line 8a are also formed on the flap 8 so as to extend the ruled line 2a and the ruled line 3a. Ruled lines are also formed on the two long side flaps (not shown) constituting the bottom surface 6 in the same manner as the top surface flap. The ruled line 2a, the ruled line 3a, the ruled line 7a, and the ruled line 8a indicate the positions of the folding auxiliary lines in the present embodiment. In FIG. 1, among the four side surfaces, the front side surface 2 and the rear side surface 3 constituting the long side, and the front long side flap 7 and the rear long side flap 8 respectively provided on the front side surface 2, The ruled line 2a, the ruled line 3a, the ruled line 7a, and the ruled line 8a are formed. The folding auxiliary line includes the left side surface 4 and the right side surface 5 that constitute the short side, and the left side short side flap provided on each of these. 9. It is good also as forming in the right side short side flap 10. FIG. In this case, the functions of the side surface and the long side flap constituting the long side described below and the side surface and the short side flap constituting the short side are reversed.

  Further, as shown in FIG. 1, the left short side flap 9 may be formed with a first ruled line 9a and a second ruled line 9b that are parallel to the folding line of the left short side flap 9 as folding auxiliary lines. . Similarly to the first ruled line 9a and the second ruled line 9b of the left short-side flap 9 on the top surface, ruled lines are also formed on the two short-side flaps forming the right-side short side flap 10 and the bottom surface 6. May be.

  FIG. 2 is a perspective view for explaining a procedure for folding the empty packaging box 1 after the product is taken out from the packaging box. 2A, the right side short side flap 10, the front side long side flap 7 and the back side long side flap 8 of the top surface opening are folded into the packing box as shown by the broken line arrows, but the left side short side flap 9 is packed. Do not fold into the box. Also on the bottom surface (not shown), three pieces of flaps are folded into the packing box, except for the flaps continuous to the left side surface 4 among the four pieces of flaps, just like the top surface.

  Next, the front side 2 of the packaging box is turned sideways down and folded into the inside of the packaging box along with the rear long side flap along the ruled line 3a formed on the rear side 3 as shown by the broken line arrow in FIG. 2 (b). . The front side surface 2 of the packaging box is also folded inside the packaging box together with the front long side flap 7 along the ruled line 2a formed on the front side surface 2 in the same manner as the rear side surface 3. The bottom flap (not shown) is also similar to the top flap. Further, as shown in FIG. 2 (c), the left side surface 4 is turned down, and the right side surface 5 is pushed down as shown by a broken line arrow in FIG. 2 (c).

  The left short side flap 9 is bent inward along the first ruled line 9a and the second ruled line 9b formed on the left short side flap 9 shown in FIG. 2C, and the tip of the left short side flap 9 is packed. Insert and fix in the gap of the box. The same applies to the bottom flap (not shown) that continues to the left side surface 4.

  FIG. 3 is a part of a development view of the card board member constituting the packaging box, and shows a detailed view of the left short side flap 9 and the left side surface 4. By maintaining the width dimension of the left short side flap 9 at the portion where the left short side flap 9 is continuous with the left side surface 4 as “B” equivalent to the left side surface 4, the strength when the packaging box is assembled is maintained. Yes. At this time, it is desirable that the length dimension “A” of the left short side flap 9 tip is shorter than the width dimension “B” of the left side surface 4. When the relationship between the width dimension “A” of the front end portion of the left short side flap 9 and the width dimension “B” of the left side surface 4 is “A” <“B”, the front end portion of the left short side flap 9 is illustrated. As shown in FIG. 2 (c), it can be easily inserted and fixed in the gap formed by the right side surface 5 pressed.

  In the above description, the top left side short side flap 9 continuous with the left side surface 4 of the packaging box has been described in detail, but the front end of the flap is similarly inserted into the packaging box for the short side flap constituting the bottom surface. By fitting and fixing, a large packing box can be easily folded compactly as shown in FIG. 4, and the empty packing box can be temporarily stored after the product is taken out, or the packing box can be used as resource waste. Can be easily handled in the process of recirculation.

  In the packaging box as described above, a cardboard made of corrugated paper or plastic material is bent and formed on the short side of the top and bottom openings of the packaging box consisting of the top, bottom and four sides. The length dimension of the tip of at least one continuous flap is formed shorter than the short sides of the top and bottom openings continuous to the flap, and the flap tip is easily folded in the packaging box. It can be inserted and fixed to.

  << Description of Packing Box of this Embodiment >>

  The packaging box of this embodiment has the above-described folding auxiliary line as a constituent member, and further has a divided auxiliary line part. This is shown in FIG. Fig.5 (a) is an external appearance perspective view of the packaging box 21 which shows this embodiment. A dividing auxiliary line portion is configured by attaching a cut tape 37 to the inner peripheral surface of all side surfaces including the front side surface 22, the rear side surface 23, the left side surface 24 and the right side surface 25 of the packaging box 21. FIG. 5B is a development view of the card board member constituting the packing box 21. A cut tape gripping portion 36 is formed at any position of the cut tape 37 attached to the inner peripheral surfaces of all the four side surfaces. For example, in this embodiment, as shown in FIG. 5B, a cut line reaching the “H” -shaped inner surface is formed on the front side surface 22 in the vicinity of the fold line between the front side surface 22 and the right side surface 25, and the cut tape gripping portion 36 is formed. Is forming.

  A finger is inserted into the “H” -shaped cut portion of the cut tape gripping portion 36 formed on the front side surface 22 of the packaging box 21 shown in FIG. 5A after the product is taken out, for example, in FIG. The front side surface of the packaging box 21 along the cut tape 37 attached to the inner surfaces of the front side surface 22 and the left side surface 24 by pulling up while holding one of the cut tape gripping portions 36 in the direction of the right-pointing arrow shown in FIG. 22 and the left and right sides 24 are separated from each other. Similarly, the right side surface 25 and the rear side surface along the cut tape attached to the inner surfaces of the right side surface 25 and the rear side surface 23 by pulling up the cut tape gripping portion 36 in the direction of the left-pointing arrow shown in FIG. The upper and lower sides of 23 can be separated, and the upper and lower sides of all four side surfaces can be easily separated, and the separated individual members are folded by applying the first embodiment of the present invention described above, so that it is very compact and easy to handle. It becomes size.

  In the above packaging box, a cardboard made of cardboard paper or a plastic member is folded and formed, and a ruled line is formed at the center of a pair of side surfaces facing each other of the packaging box made up of the top surface, the bottom surface, and the four side surfaces, Further, a cutting tape is wound around the inner surfaces of the four side surfaces forming the packing box, and the upper and lower sides of the packing box are separated by pulling up the cutting tape along the cutting tape. Can be a small piece that is easy to handle.

  Further, in the packaging box shown in FIG. 5, the front long side flap 27 and the rear long side flap 28 constituting the top surface of the packaging box are formed larger than the flap constituting the bottom surface, and the entire top surface opening is located on the front side. The long side flap 27 and the rear long side flap 28 are overlapped and covered. After the left short side flap 29 and the right short side flap 30 are bent toward the top surface opening, the locking portion 33b of the handle 33 made of a plastic member is inserted and locked into the handle insertion hole 31 of the front long side flap 27. After the front long side flap 27 is bent to the top surface opening, the rear long side flap 28 is further overlapped and bent to the top surface opening, and the handle 33 is inserted from the handle insertion hole 32 of the rear long side flap 28. By inserting the holding portion 33a, the handle 33 is manually held in a state where the product is packed in the packing box 21, and the strength of the top surface portion of the packing box 21 required for the hanging movement is ensured. The tongue piece 34 continuing to the rear long side flap is inserted and locked in a tongue piece insertion hole 35 formed in the front long side flap 27.

  In the packaging box, when the top surface flaps 27, 28, and 30 are folded into the packaging box, the length of the folded portion is longer than the length of the folded bottom flap. For this reason, the positions of the four side surfaces corresponding to the folding lengths of the top surface flap and the bottom surface flap, that is, the positions offset downward from the center 38 in the height direction of the four side surfaces are taken as the winding positions of the cut tape 37 on all the side surfaces. Adhere to the inside. Thereby, even if the folding length of the flap on the top surface and the folding length of the flap on the bottom surface are different, the top and bottom of the packaging box can be separated into a size corresponding to the folding length of the flap, It is possible to further reduce the size of the empty box that has been disassembled and folded. FIG. 5 illustrates the case where there is one divisional auxiliary line part. However, if there are a plurality of divisional auxiliary line parts, the packaging box can be folded more compactly as shown in FIG.

  (Effect of Embodiment 4) According to the packaging box of this embodiment, it becomes possible to fold a large packaging box after taking out a product more easily and compactly, and saving during temporary storage for later repacking By making the space or folding work when discarding the packaging box easy and reliable, it is possible to greatly reduce the size of waste, facilitate the work of transporting waste, and improve the efficiency of handling in the distribution process of waste. Can contribute to the conservation of the global environment by promoting resource reuse. In the dividing auxiliary line portion, the divided packaging box is folded by the folding auxiliary line, so that the fragment of the divided packaging box can be reduced in weight and further downsizing can be realized. For this reason, the packaging box after use, which has become waste, can be easily transported even by children and elderly people with small arm strength, making it extremely easy to transport and handling in the subsequent distribution process. Contributes to the improvement of efficiency. Furthermore, even if it is a case where the structural member of a packaging box has a flap, the divided structural member is not scattered and a packaging box can be put together compactly.

  << Embodiment 5 >> (Concept of Embodiment 5) The packaging box of the present embodiment is based on the packaging box described in Embodiment 4, and a gripping hole for gripping a component member appears on the outer surface after the packaging box is folded. It is characterized by that.

  (Configuration of Embodiment 5) FIG. 13A illustrates a packaging box (1300) of this embodiment. The packaging box (1300) includes a dividing auxiliary line portion (1302) for dividing itself into pieces for the purpose of compacting, and a folding auxiliary line (1303) for folding itself for the purpose of making the components compact ( 1301) and a gripping hole (1304) is arranged. In addition, since the structure of a structural member, a division | segmentation auxiliary line part, and a bending auxiliary line is the same as that of Embodiment 1 or 4, description is abbreviate | omitted.

  (Description of Configuration of Embodiment 5) A “gripping hole” (1304) is disposed in a component member to grip the component member. In addition, the gripping holes appear on the outer surface of each divided and folded packaging box after the packaging box is divided by the dividing auxiliary line portion and after the packaging box is folded by the folding auxiliary line. It is arrange | positioned at the structural member. The packing box of FIG. 13 (a) is divided at the dividing auxiliary line portion, and at least one gripping hole is provided in each small piece of the packing box folded at the bending auxiliary line as shown in FIG. 13 (b). It is desirable to provide a gripping hole so that the The gripping hole can be formed by making a cut in the constituent member or by cutting out a part of the constituent member. By having the gripping holes, the packaging box can be carried with one hand after being folded, and can be transported and discarded more easily. Moreover, as shown in FIG.13 (c), you may bend a packaging box by a folding auxiliary line, without dividing a packaging box by a division | segmentation auxiliary line part.

  Assuming that the packaging box can be folded by the method described in FIG. 11, when the gripping hole (1304) is arranged on the side surface (1305) of the packaging box shown in FIG. 13 (a), FIG. As shown in FIG. 13C, a gripping hole appears on the outer surface after the packaging box is folded. That is, by disposing the gripping hole on any surface adjacent to the surface on which the bending auxiliary line is disposed, the gripping hole can be disposed on the outer surface after the packaging box is folded.

  (Effect of Embodiment 5) According to the packaging box of this embodiment, it becomes possible to make the large packaging box after taking out the product easier and more compact, and saving during temporary storage for later repacking. By making the space or folding work when discarding the packaging box easy and reliable, it is possible to make the waste compact, facilitate the transportation of waste, and improve the efficiency of handling in the distribution process of waste. Promote resource reuse and contribute to the preservation of the global environment. Furthermore, by having a gripping hole, a compact packaging box can be easily transported with one hand.

  << Embodiment 6 >> (Concept of Embodiment 6) The packaging box of the present embodiment is based on the packaging box described in Embodiment 4, and further, a handle mounting hole for mounting the handle on the constituent member after the packaging box is folded It is characterized by having arranged.

  (Configuration of Embodiment 6) FIG. 14A illustrates a packaging box (1400) of this embodiment. The packing box (1400) includes a dividing auxiliary line portion (1402) for cutting and dividing itself for the purpose of compacting, and a bending auxiliary line (1403) for folding itself for the purpose of compacting (members) 1401), and further has a handle mounting hole (1404). In addition, since the structure of a structural member, a division | segmentation auxiliary line part, and a bending auxiliary line is the same as that of Embodiment 1 or 4, description is abbreviate | omitted.

  (Explanation of Configuration of Embodiment 6) “Handle mounting hole” (1404) is arranged in the constituent member in order to attach the handle to the constituent member. Further, the handle mounting hole is a component that appears on the outer surface of the folded packaging box after the packaging box is divided by the dividing auxiliary line portion and after the packaging box is folded by the folding auxiliary line. Is arranged. The handle mounting hole can be formed by a set of holes obtained by cutting out part of the constituent members. As shown in FIG. 14, a handle (1405) for easily carrying the product in a state where the product is stored may be detachably provided in the packaging box. In this case, as shown in FIG. 14 (b), at least one set of handle mounting holes (1404) appears on the outer side surface of each of the divided packaging boxes folded by the dividing auxiliary line portion. Place the handle mounting hole on the The handle (1405) provided in the packaging box is once removed and mounted in the handle mounting hole (1404) again, so that it can be carried with one hand after the packaging box is folded. Moreover, even if it is a packing box with some weight by this, carrying becomes easy. For this reason, even a child or an elderly person with small arm strength can easily carry and discard. In order to attach a handle to each divided packaging box, a spare handle may be packed in advance in the packaging box together with the product. Moreover, as shown in FIG.14 (c), one set for carrying the whole packing box as a unit in the state which folded the packing box by the folding auxiliary line without dividing the packing box by the dividing auxiliary line part. The handle mounting hole (1406) may appear on the outer surface. For example, a set of handles for carrying the entire packing box as a unit on a surface (not shown) opposite to the surface where the two handle mounting holes (1404) of the packing box shown in FIG. If the hole (1406) is arranged, the person who handles the packing box can select whether to use the handle mounting hole in a divided state or a non-divided state.

  Assuming that the packaging box can be folded by the method described in FIG. 11, the handle mounting hole is disposed on any surface adjacent to the surface on which the folding auxiliary line is disposed. It can arrange | position so that a handle attachment hole may appear in an outer surface after folding.

  (Effect of Embodiment 6) According to the packaging box of the present embodiment, it becomes possible to make the large packaging box after taking out the product easier and more compact, and saving during temporary storage for later repacking. By making the space or folding work when discarding the packaging box easy and reliable, it is possible to make the waste compact, facilitate the transportation of waste, and improve the efficiency of handling in the distribution process of waste. Promote resource reuse and contribute to the preservation of the global environment. Furthermore, by having the handle mounting hole, the handle used for transporting the product in a state where the product is stored in the packing box can be used for transporting the compacted packing box. For this reason, even a child or an elderly person with small arm strength can easily carry and discard the used packaging box.

  << Embodiment 7 >> (Concept of Embodiment 7) The packaging box of the present embodiment is based on the packaging box described in Embodiment 4, and further, the names of products stored in a position where the packaging box is visible after folding. It is characterized by arranging the information display.

  (Configuration of Embodiment 7) FIG. 15A illustrates a packaging box (1500) of this embodiment. The packing box (1500) includes a dividing auxiliary line portion (1502) for cutting and dividing itself for the purpose of compacting, and a bending auxiliary line (1503) for folding itself for the purpose of compacting (components) 1501), and at least one information display (1504) is arranged at a position where each packing box is visible after being divided and folded. In addition, since the structure of a structural member, a division | segmentation auxiliary line part, and a bending auxiliary line is the same as that of Embodiment 1 or 4, description is abbreviate | omitted.

  (Description of Configuration of Embodiment 7) “Information display” (1504) is the name of the product stored in the component, the material of the packaging box, the explanation of the disposal method of the packaging box, the recycling method of the packaging box It is explanation etc. At least one of the information displays is arranged on the constituent members of the present embodiment. In the information display, a mark indicating a material or the like as shown in FIG. 15A, a disposal method, or the like may be directly written, or the information is written as a barcode or a two-dimensional code. Alternatively, a fine RF tag or the like may be embedded. As shown in FIG. 15 (b), after dividing the packing box of FIG. 15 (a) at the dividing auxiliary line portion and then folding it along the folding auxiliary line, the packing box can be folded compactly. In this state, an information display is arranged at a position that appears on both outer sides of the divided packaging box.

  When the information display appears on the outer surface, each of the small pieces of the packaging box after being divided and folded is originally the packaging box in which the product was stored, and what kind of material the small piece itself is It is possible to easily acquire information such as how to discard the small piece itself or how to recycle the small piece itself. The handler can easily know the processing method of the packaging box after downsizing by acquiring information on the disposal method and the recycling method. Even if the disposal method or recycling method is not specified, at least information on the product name can be obtained by contacting the instruction manual attached to the product or the company that sells the product. The disposal method and the like can be known, and if information on the material is obtained, the disposal method and the like can be known by inquiring to the administrative office of the administrative division that discards the packaging box.

  In addition, when bar codes etc. are written as information displays, it is possible to easily read the recycling method etc. with the collected packaging box folded by configuring a system similar to the logistics system. It is also possible to perform separate collection more efficiently.

  (Effect of Embodiment 7) According to the packaging box of the present embodiment, it becomes possible to make the large packaging box after product removal easier and more compact, and saving during temporary storage for later repacking. By making the space or folding work when discarding the packaging box easy and reliable, it is possible to make the waste compact, facilitate the transportation of waste, and improve the efficiency of handling in the distribution process of waste. Promote resource reuse and contribute to the preservation of the global environment. Furthermore, since the information regarding the packaging box appears on the outer surface of the packaging box after being compacted, the disposal process when discarding the packaging box can be performed easily and reliably.

  << Eighth Embodiment >> (Concept of Eighth Embodiment) The packaging box of this embodiment is based on the packaging box described in the first embodiment, and the dividing auxiliary line portion is arranged so that the divided components can be separated. It is characterized by being.

  (Configuration of Embodiment 8) FIG. 16A illustrates a packaging box (1600) of this embodiment. The packing box (1600) has a dividing auxiliary line part (1602) for dividing itself into pieces for the purpose of compactness in the constituent member (1601), and the dividing auxiliary line part is composed of the constituent material. It is characterized by being arranged so as to be divided every time. In addition, since the structure of a division | segmentation auxiliary line part is the same as that of Embodiment 1, description is abbreviate | omitted.

  (Explanation of Configuration of Embodiment 8) “Division auxiliary line portion” (1602) is based on the division auxiliary line portion of Embodiment 1, and further, the structural member is configured so that the constituent materials of the constituent members can be separated by division. It is characterized by being arranged in. “Constituent material” is a material constituting the constituent member. Constituent materials include those made of paper such as cardboard and cardboard, those made of resin such as plastic and polystyrene, materials made of metal and the like.

  In FIG. 16 (a), all the components are made of corrugated cardboard. However, the upper side (1601a) divided by the auxiliary dividing line portion has a large printed portion, and the lower side (1601b) has a printed portion. Does not include printed parts. The upper side (1601a) delimited by the divisional auxiliary line section has a variety of display means such as those made of resin such as plastic or polystyrene, other than printing, and those made of metal. May contain material. When dividing auxiliary line portions are arranged at such positions, when the constituent members are divided at the dividing auxiliary line portions, the divided pieces are divided into constituent materials containing many printed parts and other decorative members, printed parts, It can be divided into constituent materials that do not include other decorative members.

  For example, in a recycling process for recycling used paper such as cardboard, if the cardboard contains a large number of printed parts, first, a cleaning process for dissolving ink using a solvent for dissolving character ink in the printed part is required. For this reason, if the portion that contains a lot of ink and the portion that does not contain ink can be divided at the dividing auxiliary line, the amount of solvent used to dissolve the ink can be reduced and recycled. Wastewater in the factory can be made environmentally friendly. Furthermore, in order to deal with environmental problems, the recycling factory changes the waste water from the factory to clean water again, and recycles water as cleaning water for the cleaning process and cooling water for the cooling process. For this reason, reducing the amount of solvent used in factory wastewater leads to an increase in the effect of using environmentally friendly recycled water.

  In addition, as decoration means on the packaging box, the cardboard paper is not printed with ink, but includes other decoration members (such as those made of resin such as plastic or polystyrene, or materials made of metal, etc.) Can be considered. These decorative members correspond to foreign matters in the recycling of corrugated paper, and a process for removing them (cleaner process or screen process) is required. In the packing box shown in the present embodiment, these can be easily separated by arranging the dividing auxiliary line portion so as to be divided into the constituent material including the decorative member and the constituent member not including any decorative member. Thereby, the process of removing said foreign material can be simplified about the structural member which does not contain a decoration member at all. In this way, by dividing the packing box at the dividing auxiliary line portion, separation and collection can be easily performed and recycled efficiently.

  In addition, when one component material of the component member divided by the dividing auxiliary line portion is made of corrugated cardboard and the other component material of the divided component member is made of resin or the like, these originally require different recycling processes. This can be easily separated. Further, a folding auxiliary line (1603) is arranged as shown in FIG. 16A, and the divided packaging box is folded as shown in FIG. good.

  Further, in combination with the invention described in the seventh embodiment, the material of each constituent member divided by bar code or the like (“corrugated cardboard or plastic” or the like) or property (“whether ink is included” or the like) ) Is displayed, it can be easily separated even after folding as shown in FIG. 16 (b) by simply reading the barcodes of the divided components. . By using this in a system similar to the physical distribution system, it becomes possible to realize separate collection reliably and efficiently.

  (Effect of Embodiment 8) According to the packaging box of the present embodiment, it becomes possible to make a large packaging box after product removal easier and more compact, and saving during temporary storage for later repacking. By making the space or folding work when discarding the packaging box easy and reliable, it is possible to make the waste compact, facilitate the transportation of waste, and improve the efficiency of handling in the distribution process of waste. Promote resource reuse and contribute to the preservation of the global environment. Furthermore, it is possible to reliably and efficiently perform separate collection of the divided packaging boxes and provide a packaging box suitable for recycling.

External perspective view of foldable packing box The perspective view for demonstrating the folding procedure of an empty packing box Detailed view of the short side flap part in the development of the cardboard member constituting the packaging box A perspective view of a packing box folded along a folding auxiliary line FIG. 5A is a perspective view showing a packaging box in which a cut tape is wound on the inner peripheral surface of four side surfaces, and FIG. 5B is a development view of members constituting the packaging box. The perspective view which illustrates the packaging box of Embodiment 1 The perspective view which illustrates another form of the packing box of Embodiment 1. The perspective view which illustrates the packing box of Embodiment 2. The perspective view which illustrates another form of the packing box of Embodiment 2. The perspective view which illustrates the packaging box of Embodiment 3, and the detail figure of a division | segmentation auxiliary line part The perspective view which illustrates the packaging box of Embodiment 4. The perspective view which illustrates another form of the packaging box of Embodiment 4. The perspective view which illustrates the packing box of Embodiment 5. The perspective view which illustrates the packing box of Embodiment 6. The perspective view which illustrates the packing box of Embodiment 7. The perspective view which illustrates the packing box of Embodiment 8.

Explanation of symbols

1: Packing box 2: Front side 2a: Ruled line 3: Rear side 3a: Ruled line 4: Left side 5: Right side 6: Bottom 7: Front long side flap 7a: Ruled line 8: Rear long side flap 8a: Ruled line 9: Left short side flap 9a: First ruled line 9b: Second ruled line 10: Right short side flap 21: Packing box 22: Front side 22a: Ruled line 23: Rear side 23a: Ruled line 24: Left side 25: Right side 26: Bottom 27: Front long side flap 27a: Ruled line 28: Rear long side flap 28a: Ruled line 29: Left short side flap 29a: First ruled line 29b: Second ruled line 30: Right short side flap 31: Handle mounting hole 32 : Handle insertion hole 33: Handle 33a: Holding part 33b: Locking part 34: Tongue piece 35: Tongue piece insertion hole 36: Cut tape holding part 37: Cut tape 1100: Packaging Box 1101: Constituent member 1102: Split auxiliary line portion 1103: Bending auxiliary line 1104: Flap

Claims (13)

  A packaging box in which a dividing auxiliary line portion for dividing itself into pieces for the purpose of compacting is arranged on a constituent member.   The packaging box according to claim 1, wherein a plurality of divisional auxiliary line portions are arranged on the constituent members.   The packaging box according to claim 1, wherein the division auxiliary line portion is configured by a cut tape.   The packaging box according to claim 1 or 2, wherein the split auxiliary line portion has a zipper structure.   The packaging box according to claim 1, wherein the division auxiliary line portion is formed of a cut tape and further has a liner cut structure.   The packaging box according to claim 1, wherein the division auxiliary line portion is formed of a cut tape and further has a zipper structure.   The packaging box according to claim 1, further comprising a folding auxiliary line for folding itself for compactness. For the purpose of compacting, the component further has a folding auxiliary line for folding itself,
The packaging box according to claim 1, wherein a gripping hole for gripping the component member so as to appear on the outer surface is arranged after being split by the split auxiliary line portion and after being bent by the bending auxiliary line. For the purpose of compacting, the component further has a folding auxiliary line for folding itself,
The packaging box according to claim 1, wherein a handle mounting hole for mounting the handle on the component member is disposed so as to appear on the outer surface after being split by the split auxiliary line portion and bent by the folding auxiliary line. For the purpose of compacting, the component further has a folding auxiliary line for folding itself,
The product name, its own material, its own disposal method, and its own recycling method that was stored in the component member so as to appear on the outer surface after being divided by the dividing auxiliary line part and bent by the bending auxiliary line The packaging box according to claim 1, wherein at least one information display for explanation is arranged.   The packaging box according to claim 1, wherein the dividing auxiliary line portion is arranged on the constituent member so that the constituent materials of the constituent member can be separated by division.   The packaging box according to claim 1, wherein the division auxiliary line portion is disposed across the storage opening of the product.   The packaging box according to claim 1, wherein a folding auxiliary line for folding itself for the purpose of compacting is provided in the constituent member so as to intersect with the division auxiliary line part.

Images