JP2017218229A - Glove packaging body - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a glove packaging body facilitating taking out gloves, and enabling taking out sanitarily so as to be suitable for an application requiring sanitary control such as an application of handling food.SOLUTION: A glove packaging body includes a plurality of gloves 2 stored in a laminated state in a packaging box 1. The packaging box 1 has a rectangular parallelepiped shape having rectangular top face 10 and bottom surface, a pair of short side lateral faces 14 having the top edges of short sides 10a, 10b of the top face 10, and a pair of long side lateral faces 13 having the top edge of a long side 10c of the top face 10. The plurality of gloves 2 are stored by aligning the directions so that a hand insertion port 3 directs one short side 10a side of the top face 10 of the packaging box 1, and a finger tip 4 directs the other short side 10b side of the top face 10 of the packaging box 1. A take-out port 20 of the gloves 2 is provided near the one short side 10a of the top face 10 of the packaging box 1.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a glove package in which a plurality of gloves are accommodated in a packaging box.

  There is a package in which a large number of thin plastic film or rubber gloves are contained in a packaging box. In the glove package, a long hole-shaped outlet is formed at the center of the upper surface of the packaging box as in Patent Documents 1 and 2 below. In use, the gloves are taken out one by one from the outlet.

  However, since the take-out port is formed at the center of the upper surface, it is necessary to pick up the palm portion of the glove, for example, and pull it out of the packaging box. Moreover, when taking out, there is a high possibility of touching a finger portion such as a thumb of a glove, which is not hygienic.

Utility Model Registration No. 3038443 JP 2011-162257 A

  Therefore, the present invention has been made in view of the above-mentioned conventional problems, and it is easy to take out a glove, and it can be taken out hygienically and is suitable for uses requiring hygiene management such as uses for handling foods. The challenge is to provide a body.

  The present invention has been made to solve the above problems, and the glove package according to the present invention is a glove package in which a plurality of gloves are housed in a stacked state in a packaging box, A rectangular parallelepiped shape having a rectangular top surface and a bottom surface, a pair of short side surfaces with the short side of the top surface as an upper end, and a pair of long side surfaces with the long side of the top surface as an upper end, and a plurality of Each glove is stored with its orientation aligned so that the hand insertion opening faces one short side of the top surface of the packaging box and the fingertip faces the other short side of the top surface of the packaging box. A glove take-out port is provided in the vicinity of the one short side of the upper surface of the glove.

  In the glove packaging body having the above configuration, a takeout port for taking out the glove is provided in the vicinity of one short side of the upper surface of the packaging box, and the hand insertion port side of the glove is located inside the takeout port. doing. Therefore, when taking out the glove from the take-out port of the packaging box, the part on the hand insertion port side of the glove can be picked and taken out without touching the finger part of the glove. Moreover, since the gloves can be pulled out toward the hand insertion opening, the gloves are not easily caught inside the packaging box. If the glove is pulled toward the fingertip side, the finger part of the glove will be bent and the resistance will be great when pulling out, making it difficult to pull out the glove. On the other hand, when the glove is pulled toward the hand insertion port, the resistance is small and the glove can be pulled out smoothly.

  In particular, the extraction port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper extraction port portion which is a portion formed on the upper surface; It is preferable to be comprised from the side part outlet part which is a part formed in the side surface. In this configuration, since the hand insertion opening of the glove is partially exposed laterally from the side take-out opening, it is possible to easily take out the laminated glove by grasping the exposed hand insertion opening.

  Furthermore, it is preferable that the length in the long side direction of the upper take-out port is longer than the vertical size of the side take-out port and is 1/3 or less of the long side of the upper surface. The glove can be easily taken out because of its excellent properties.

  Furthermore, it is preferable that the upper takeout port portion has a reverse taper shape that becomes wider as the distance from the one short side increases, so that the glove can be taken out more easily.

  Further, the take-out port is provided with a separation piece configured to be separable from the surrounding portion through the perforation, and the take-out port can be separated by separating all of the separation pieces or leaving a part thereof. Is preferably open. In the case of this configuration, the takeout port can be easily opened by cutting the separating piece along the perforation. That is, the packaging box can be opened by separating the separation piece. Thus, when the perforation is provided, the merit of taking out the glove from the hand insertion port side is great. That is, when pulling out the glove from the fingertip side, the resistance is large, so the finger part of the glove is likely to get caught in the perforation existing at the opening edge of the takeout port, and there is a risk that the glove may be scratched or torn. Pulling out from the side of the hand insertion port, it can be removed smoothly with little resistance, it is difficult to get caught in the perforations, and the gloves can be prevented from being damaged.

  In particular, the extraction port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper extraction port portion which is a portion formed on the upper surface; In the case where it is composed of a side take-out port portion which is a part formed on the side surface, it is preferable that an opening start portion is provided in the vicinity of the end of the upper take-out port portion. In this structure, since the opening start part is provided in the upper surface of the packaging box, the separation piece can be easily separated and opened from the upper surface side to the side surface.

  Further, the packaging box is formed in a box shape from developed cardboard so that the pair of short side surfaces become openings, and the pair of short side surfaces is formed from the long side surface. A pair of left and right side flaps that are extended and locked together, a lower flap that is located outside the side flap, and that extends from the bottom surface, and that is located outside the lower flap and extends from the top surface In addition, a triple structure consisting of a flap is preferable. When the packaging box is formed in a box shape from a developed shape cardboard so that the side surfaces on the pair of short sides become openings, the developed shape cardboard is formed into a rectangular tube shape with a single piece of glue margin It can be formed and is easy to assemble. In addition, a large strength is ensured by adopting a triple structure for the side surface on the short side which becomes a pair of openings, and the strength which can withstand the weight even if a large number of gloves such as 50 or 100 is accommodated. It can be secured.

  Further, the take-out port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper take-out port portion which is a part formed on the upper surface; The side part is formed of a side part taking-out part that is formed on a side surface, and the parting piece is configured to be separable from the surrounding part through a perforation, and the piece The separation opening is formed from the upper surface to the upper flap, and the side extraction opening is the portion of the separation piece that can be separated from the upper flap. It is preferable that it is composed of a side cut piece portion, an outer notch portion formed at the upper end of the lower flap, and an inner notch portion formed at the upper ends of a pair of left and right side flaps that are locked and connected to each other. . Although it has a triple structure as described above, the outer notch and the inner notch are positioned in advance in positions corresponding to the side outlets on the lower flap and the pair of left and right side flaps located inside the upper flap. Because it is formed, the side take-out opening can be opened simply by cutting off the side cut piece of the upper flap, ensuring good opening while ensuring the strength of the side of the short side. It is done.

  As described above, in the glove package according to the present invention, since the stored glove can be taken out from the hand insertion opening side, it is excellent in taking out and without touching the finger part of the glove. Since gloves can be taken out, it is hygienic and particularly suitable for food handling applications.

The perspective view which shows the glove packaging body in one Embodiment of this invention. The top view which shows the glove packaging body. The front view which looked at the glove package from the side of one short side. The expanded view of the packaging box of the glove package. The rear view seen from the side of the other short side which shows the assembly process of the packaging box of the glove package. The rear view seen from the side of the other short side which shows the assembly process of the packaging box of the glove package. The rear view seen from the side of the other short side which shows the assembly process of the packaging box of the glove package. The rear view seen from the side of one short side which shows the assembly process of the packaging box of the glove package. The rear view seen from the side of one short side which shows the assembly process of the packaging box of the glove package. The rear view seen from the side of one short side which shows the assembly process of the packaging box of the glove package. (A) And (b) is a principal part perspective view which shows the opening procedure of the glove package. (A) And (b) is a principal part perspective view which shows the opening procedure of the glove package. The perspective view of the state which opened the taking-out mouth of the glove package. The perspective view which shows the state in the middle of taking out the glove from the glove packaging body.

  Hereinafter, a glove packaging body according to an embodiment of the present invention will be described with reference to FIGS. 1 to 3 show the glove package before opening. The glove packaging body includes a rectangular parallelepiped packaging box 1 and a large number of gloves 2 accommodated in the packaging box 1.

<Packing box 1>
The packaging box 1 has a rectangular parallelepiped shape whose upper surface 10 is rectangular, and includes an upper surface 10, a bottom surface, and four side surfaces 12, 13, 14, and 15. Since the upper surface 10 of the packaging box 1 is rectangular, it has a pair of long sides 10c and a pair of short sides 10a, 10b, and the bottom surface of the packaging box 1 is the same. Between the pair of long sides 10c of the upper surface 10 and the pair of long sides of the bottom surface, the pair of long side surfaces 12 and 13 are positioned, and the pair of short sides 10a, 10b of the upper surface 10 and the pair of short sides of the bottom surface A pair of short side surfaces 14 and 15 are located between the two. Accordingly, the upper and lower ends of the long side surfaces 12 and 13 are the long side 10c and the long side of the upper surface 10, respectively, and the upper and lower ends of the short side surfaces 14 and 15 are the short sides 10a and 10a of the upper surface 10, respectively. 10b and the short side of the bottom. A direction along the long side 10c of the upper surface 10 is referred to as a long side direction, and a direction along the short sides 10a and 10b of the upper surface 10 is referred to as a short side direction. Note that the packaging box 1 of the present embodiment has a height smaller than the length of the packaging box 1 in the long side direction and shorter than the length of the packaging box 1 in the short side direction. It may be the same as or longer than the length in the short side direction.

<Removal port>
In the vicinity of one short side 10 a of the upper surface 10 of the packaging box 1, a takeout port 20 for taking out the glove 2 from the packaging box 1 is provided. One short side 10a of the upper surface 10 is a boundary between the upper surface 10 and the side surface 14 on the short side, but the take-out port 20 extends so as to straddle one short side 10a of the upper surface 10 in the vertical direction. To the side surface 14 on the short side. Accordingly, the take-out port 20 includes an upper take-out port portion 21 that is a portion formed on the upper surface 10 and a side portion take-out port portion 22 that is a portion formed on the side surface 14 on the short side. As shown in FIG. 2, the upper take-out port portion 21 has an inversely tapered shape that becomes wider as the distance from the short side 10a increases in the long side direction. A trapezoidal shape with the end 21a as an upper base. As shown in FIG. 3, the side portion outlet 22 has a horizontally long rectangular shape that is long in the short side direction. And the dimension of the long side direction of the upper taking-out mouth part 21 is long compared with the dimension (height) of the up-down direction of the side part taking-out mouth part 22. FIG. However, the dimension in the long side direction of the upper outlet 21 is not more than 1/3 of the long side of the upper surface 10. The lower end of the side portion outlet 22 is located slightly lower than the vertical center of the packaging box 1. The area of the upper outlet portion 21 is larger than the area of the side outlet portion 22.

  The take-out port 20 is provided with a separation piece 24 configured to be separable from a surrounding portion through a perforation 23. The perforation 23 is formed over the entire circumference of the separating piece 24, and therefore, the entire separating piece 24 can be separated from the surrounding portion. The whole of the opening. An opening start portion is provided in the vicinity of the inner end 21 a of the upper outlet portion 21. Specifically, a pair of left and right opening cut lines 27 serving as an opening start portion are formed adjacent to the center portion of the inner end 21a of the upper outlet portion 21. The opening cut line 27 is formed outside the perforation 23, that is, outside the separation piece 24. The opening cut line 27 is formed on the side surface 15 on the opposite short side with the position near the inner end 21a of the upper take-out port 21 as a base point. It extends while tilting slightly. The pair of left and right opening cut lines 27 are not parallel to each other, and gradually become closer to each other toward the side surface 15 on the opposite short side as they move away from the upper takeout opening 21. Yes. A trapezoidal portion between the pair of left and right opening cut lines 27 is an opening start piece 28.

<Development shape>
The packaging box 1 is assembled in a box shape from cardboard cut into a predetermined shape. FIG. 4 shows a developed view of the packaging box 1, and this developed shaped cardboard is assembled. At this time, a pair of short side surfaces 14 and 15 are formed in a rectangular tube shape so as to be openings. Formed. Specifically, the developed shape cardboard includes an upper surface piece 30 that is the upper surface 10 of the packaging box 1, a bottom surface piece 31 that is the bottom surface of the packaging box 1, and a pair of side surfaces 12 and 13 on the long side of the packaging box 1. A pair of side pieces 32 and 33 are continuously provided along the short side direction. Next to the side piece 33, an adhesive margin piece 36 is extended.

  First and second upper flaps 40 and 41 are respectively provided on both sides of the upper surface piece 30 in the long side direction, and first and second lower flaps 43 and 41 are respectively provided on both sides of the bottom surface piece 31 in the long side direction. 44 extends, and a pair of first side flaps 45 and 46 and a pair of second side flaps 47 and 48 extend on both sides of the pair of side surface pieces 32 and 33 in the long side direction. Tapered insertion pieces 50 and 51 are extended from the center of the tip of the first and second upper flaps 40 and 41, respectively. Insertion cut lines 52 and 53 into which the insertion pieces 50 and 51 of the first and second upper flaps 40 and 41 are inserted at the boundary lines between the bottom piece 31 and the first and second lower flaps 43 and 44, respectively. Is formed. A perforation 23 is formed from the upper surface piece 30 to the first upper flap 40. The perforation 23 circulates in an endless manner, and the perforation 23 defines a separation piece 24 that becomes the take-out port 20 inside. Next to the perforation 23 formed on the upper surface piece 30, a pair of left and right opening cut lines 27 serving as an opening start portion are formed.

  The first lower flap 43 has a rectangular outer notch 60 formed at the center of the tip thereof, and insertion pieces 61 extend from the left and right ends of the tip of the first lower flap 43, respectively. An insertion piece 62 having substantially the same width as that of the second lower flap 44 extends from the tip of the second lower flap 44. The pair of first side flaps 45 and 46 positioned on both the left and right sides of the first upper flap 40 are configured to be locked to each other, and are L-shaped as a whole with one end thereof cut out into a rectangular shape. In the vicinity of the tip, locking notches 70 that can be locked to each other are formed. The pair of second side flaps 47 and 48 located on both the left and right sides of the second upper flap 41 are also configured to be locked with each other, and in the vicinity of their tips, locking notch portions 71 that can be locked with each other. Is formed.

<Assembly of packaging box 1>
The unfolded cardboard is assembled in a box shape. First, the paste piece 36 is attached to the inner surface side of the bottom piece 31 as a glue piece, and the top piece 30, the bottom piece 31, and a pair of side pieces are attached. 32 and 33 are assembled into a rectangular tube shape with both ends open. FIG. 8 shows a view of the packaging box 1 formed in a rectangular tube shape from one opening side, and FIG. 5 shows a view from the other opening side.

  First, from the other opening side, in the state opened as shown in FIG. 5, the second upper flap 41 and the second lower flap 44 are in a vertically opposed relationship, and a pair of left and right second sides The flaps 47 and 48 are in a relationship of facing left and right. One of the locking cutouts 71 of the pair of left and right second side flaps 47 and 48 faces upward, and the other faces downward. As shown in FIG. 6, the pair of left and right open second side flaps 47 and 48 are rotated around the axis in the vertical direction toward the closed side (inner side) so as to approach each other, and the notch portions 71 for locking are connected to each other. Is engaged vertically to connect the pair of left and right second side flaps 47, 48 together. By engaging and connecting the pair of left and right second side flaps 47 and 48 in this way, substantially the whole of the other opening is covered. A gap S remains in each case. Next, the second lower flap 44 is rotated upward to insert the insertion piece 62 into the upper gap S, and the outer sides of the pair of left and right second side flaps 47 and 48 are moved to the second side as shown in FIG. Cover with lower flap 44. Finally, the second upper flap 41 is rotated downward, the insertion piece 51 is inserted into the insertion cut line 53, and the second lower flap 44 is further covered with the second upper flap 41. Like that. Thus, the other opening is triple-closed by the pair of left and right second side flaps 47, 48, the second lower flap 44, and the second upper flap 41, and the side surface 15 on the short side is It becomes a triple structure (three-layer structure).

  The same applies to one opening, and in the opened state as shown in FIG. 8, the first upper flap 40 and the first lower flap 43 are in a vertically opposed relationship, and a pair of left and right first side flaps 45. , 46 are opposed to each other on the left and right. One of the locking cutout portions 70 of the pair of left and right first side flaps 45 and 46 faces upward, and the other faces downward. As shown in FIG. 9, the pair of left and right first side flaps 45 and 46 that are open are rotated to the close side so as to approach each other, so that the locking notches 70 are locked vertically. The pair of left and right first side flaps 45 and 46 are connected to each other. Thus, one opening part is covered partially by engaging and connecting a pair of left and right first side flaps 45 and 46 to each other. When the pair of left and right first side flaps 45 and 46 are connected to each other, the respective notches are integrated to form one inner notch 72. The inner notch 72 is open on the upper side and is located at the center in the left-right direction. Accordingly, one opening is covered by the pair of left and right first side flaps 45 and 46, while the lower portion and the left and right sides thereof are covered, while the central portion in the left and right direction and the upper portion is not covered. The inner notch 72 remains open.

  Next, as shown in FIG. 10, the first lower flap 43 is rotated upward to insert the pair of left and right insertion pieces 61 into the gaps S above the pair of left and right first side flaps 45 and 46, respectively. The outer sides of the pair of left and right first side flaps 45 and 46 are covered with a first lower flap 43. In the state where the first lower flap 43 is closed as shown in FIG. 10, the outer notch 60 of the first lower flap 43 has substantially the same horizontal dimension as the inner notch 72, and the vertical dimension. Therefore, the outer notch 60 has a smaller area than the inner notch 72. Therefore, the first lower flap 43 can cover the entire pair of left and right first side flaps 45 and 46, and the inner notch 72 is not exposed, and only the outer notch 60 is exposed. Finally, the first upper flap 40 is rotated downward to insert the insertion piece 50 into the insertion cutting line 52, and the outer side of the first lower flap 43 is moved upward as shown in FIG. Cover with flap 40. When the first upper flap 40 is positioned outside the first lower flap 43 and covered, the outer notch 60 is also closed by the first upper flap 40. Thus, one opening is triple-closed by the pair of left and right first side flaps 45, 46, the first lower flap 43, and the first upper flap 40, and the side surface 14 on the short side is Although a triple structure is formed, only a part, not the whole, has a triple structure, and the outer cutout portion 60, that is, the side take-out port portion 22, has a single-layer structure including only the first upper flap 40.

  As described above, the take-out port 20 is formed from the upper surface 10 of the packaging box 1 to the side surface 14 on the short side, and the separation piece 24 is also formed from the upper surface 10 of the packaging box 1 to the side surface 14 on the short side. The separation piece 24 is formed on the upper surface separation piece portion 25 formed on the upper surface piece 30 (the upper surface 10 of the packaging box 1) and the first upper flap 40 (the side surface 14 of the packaging box 1). It is comprised from the side part piece 26 made. Accordingly, the side portion outlet 22 is composed of a side surface separation piece portion 26 that is separated at the time of opening, an outer notch portion 60 that is located on the inner side, and an inner notch portion 72 that is located on the inner side. As shown in FIG. 3, the side cut piece 26 is smaller than the outer cutout 60. Therefore, the opening area of the side portion outlet 22 is the area of the side cut piece 26.

<Gloves 2>
The gloves 2 accommodated in such a packaging box 1 are thin, and are collectively accommodated in the packaging box 1 in a state in which a large number of, for example, several tens to hundreds of tens are stacked. As shown in FIGS. 1 and 2, the gloves 2 are all aligned. The hand insertion port 3 faces one end side in the long side direction of the packaging box 1, that is, faces one short side 10 a side of the upper surface 10 of the packaging box 1, and the fingertip 4 is other than the long side direction of the packaging box 1. It faces the end side (the other short side 10b side of the upper surface 10 of the packaging box 1). The gloves 2 are preferably used for both left and right. Therefore, in this embodiment, the thumbs 5 of all the gloves 2 are aligned on the left side. The glove 2 is made of plastic such as a polyethylene sheet or rubber such as nitrile rubber. In addition, it is preferable to set it as the structure which raised the intensity | strength of the opening edge part other than the part by providing an edge part in the opening edge part of the hand insertion port 3 of the glove 2.

<Open>
A procedure for opening the glove package configured as described above will be described. Although the principal part of the glove packaging body in the state before opening is shown in FIG. 11 (a), the portion between the pair of left and right opening cut lines 27 from the state as shown in FIG. Then, the trapezoidal opening start piece 28 is pushed, the part of the perforation 23 located between the pair of left and right opening cutting lines 27 is cut off, and the opening start piece 28 is pushed in so as to be bent inside the packaging box 1. Then, the separation piece 24 is separated from the upper surface 10 side of the packaging box 1 toward the side surface 14 on the short side. First, as shown in FIG. 12 (a), the upper surface separation piece 25 is separated so as to rise, and then the side surface separation piece 26 is separated downward, as shown in FIG. 12 (b). The entire separation piece 24 is separated and removed from the packaging box 1.

  When the separation piece 24 is separated in this way, as shown in FIG. 13, an extraction port 20 for taking out the glove 2 is opened in the packaging box 1. Since the outer notch 60 and the inner notch 72 are formed in the first lower flap 43 and the pair of left and right first side flaps 45 and 46, the side portion can be obtained by simply separating the side cut piece 26. The takeout port 22 can be opened.

  As described above, the take-out port 20 includes an upper take-out port portion 21 formed on the upper surface 10 of the packaging box 1 and a side take-out port portion 22 formed on the side surface 14 on the short side of the packaging box 1. The upper take-out port 21 and the side take-out port 22 are vertically integrated to form one take-out port 20. Therefore, the take-out port 20 is open in two directions, upward and lateral. Then, the hand insertion port 3 of the glove 2 is exposed from the takeout port 20. Therefore, as shown in FIG. 14, the portion of the glove 2 on the hand insertion port 3 side can be easily grasped and easily pulled upward from the take-out port 20, and the glove 2 is directed upward or obliquely upward as it is. Can be pulled from. In this way, it can be easily and sequentially removed from the uppermost glove 2.

  As described above, in the glove packaging body according to the present embodiment, since the side surfaces 14 and 15 on the short side have a triple structure, a large strength can be ensured even in the opened portion. Therefore, even if a large number of gloves, for example, 50 or 100, are accommodated, it is possible to ensure the strength that can withstand the weight. And when taking out the glove 2 from the taking-out port 20, the part by the side of the hand insertion port 3 of the glove 2 can be picked and taken out. Therefore, when the glove 2 is taken out, the hand of the finger of the glove 2 is not touched and it is hygienic. In particular, the glove 2 is suitable for handling food, and the food is placed hygienically. it can.

  Further, since the glove 1 can be pulled out toward the hand insertion port 3 side, the glove 2 is less likely to be caught inside the packaging box 1 than when pulling out from the opposite fingertip 4 side, and can be pulled out smoothly. it can. In addition, although the trace which broke the perforation 23 remains in the opening edge part of the opening taking-out port 20, in order to take out the glove 2 from the hand insertion port 3 side, the glove 2 is hard to be caught on the trace of the perforation 23, It is possible to prevent the glove 2 from being scratched or damaged that is likely to occur during removal.

  In particular, since the take-out port 20 is formed from the upper surface 10 of the packaging box 1 to the side surface 14 on the short side, the hand insertion port 3 of the laminated gloves 2 is partly laterally from the side take-out port portion 22. Exposed. Therefore, the exposed portion of the hand insertion port 3 can be easily picked and the glove 2 can be taken out more easily. Furthermore, since the dimension in the long side direction of the upper outlet part 21 is longer than the dimension in the vertical direction of the side outlet part 22, and the upper outlet part 21 has a reverse tapered shape, FIG. As described above, the portion of the glove 2 on the hand insertion port 3 side can be taken out by pulling it upward.

  It should be noted that one end of the separating piece 24 may remain uncut and rotate up and down with the one end as a fulcrum, and the takeout port 20 can be opened and closed by the separating piece 24. Further, the opening start piece 28 may be formed inside the perforation 23, that is, on the separation piece 24.

  The first lower flap 43 and the pair of left and right first side flaps 45 and 46 may not have the outer notch 60 and the inner notch 72 formed in advance. The perforations of the first lower flap 43 and the pair of left and right first side flaps 45, 46 are further provided after the perforation is provided in one side flap 45, 46 and the separation piece 24 is separated. The outer notch 60 and the inner notch 72 may be formed at the time of cutting and opening.

DESCRIPTION OF SYMBOLS 1 Packaging box 2 Gloves 3 Hand insertion port 4 Fingertip 5 Thumb 10 Upper surface 10a One short side 10b The other short side 10c Long side 12 Long side side 13 Long side side 14 Short side side 15 Short side Side opening 20 Upper opening 21 a Inner end 22 Side outlet 23 Perforation 24 Cut piece 25 Upper cut piece 26 Side cut piece 27 Uncut line 28 Opening start piece 30 Upper piece 31 Bottom piece 32 Side piece 33 Side piece 36 Paste piece 40 First upper flap 41 Second upper flap 43 First lower flap 44 Second lower flap 45 First side flap 46 First side flap 47 Second side flap 48 Second side flap 50 Insert piece 51 Insert piece 52 Insert cut line 53 Insert cut line 60 Outer notch 61 Insert piece 62 Insertion piece 70 Notch part 71 for locking 71 Notch part 72 for locking Inner notch part S Crevice

Claims (8)

A glove wrapping body in which a plurality of gloves are stacked in a packaging box,
The packaging box has a rectangular parallelepiped shape having a rectangular upper surface and a bottom surface, a pair of short side surfaces whose upper end is the short side of the upper surface, and a pair of long side surfaces whose upper side is the long side of the upper surface. Yes,
The plurality of gloves are accommodated with their orientation aligned so that the hand insertion opening faces one short side of the top surface of the packaging box and the fingertip faces the other short side of the top surface of the packaging box,
A glove package, wherein a glove outlet is provided near the one short side of the upper surface of the packaging box.   The take-out port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper take-out port portion which is a portion formed on the upper surface and the side surface The glove wrapping body according to claim 1, wherein the glove wrapping body includes a side take-out port portion that is a formed portion.   The glove wrapping body according to claim 2, wherein the dimension in the long side direction of the upper take-out port is longer than the size in the vertical direction of the side take-out port and is 1/3 or less of the long side of the upper surface.   The glove wrapping body according to claim 3, wherein the upper take-out port portion has an inversely tapered shape that becomes wider as the distance from the one short side increases.   The take-out port is provided with a separation piece configured to be separable from the surrounding portion through a perforation, and the take-out port is opened by separating all or part of the separation piece. The glove wrapping body according to claim 1, wherein the glove packaging body is configured to perform. The take-out port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper take-out port portion which is a portion formed on the upper surface and the side surface It is composed of a side extraction port that is a formed part,
The glove packaging body according to claim 5, wherein an opening start portion is provided in the vicinity of the end portion of the upper take-out port portion. The packaging box is formed in a box shape from a developed shape cardboard so that the side surfaces of the pair of short sides are openings.
The pair of short side surfaces includes a pair of left and right side flaps that extend from the long side surface and are connected to each other, and a lower flap that is positioned outside the side flaps and extends from the bottom surface. The glove wrapping body according to claim 1, wherein the glove wrapping body has a triple structure including an upper flap which is located outside the lower flap and extends from the upper surface. The take-out port is formed from the upper surface to the side surface on the short side so as to straddle the one short side of the upper surface of the packaging box, and the upper take-out port portion which is a portion formed on the upper surface and the side surface It is composed of a side extraction port that is a formed part,
The take-out port is provided with a separating piece configured to be separable from the surrounding portion through the perforation, and the take-out port is configured to open by cutting the cut piece.
The separation piece is formed from the upper surface to the upper flap,
The side portion outlet port portion is latched and connected to a side surface separation piece portion that is a portion that can be separated from the upper flap of the separation piece, and an outer notch portion formed at the upper end of the lower flap. The glove wrapping body according to claim 7, further comprising an inner notch formed at the upper ends of the pair of left and right side flaps.

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