JP3147173U - Packaging box - Google Patents

Abstract

A part of an inner side surface part of an inner sleeve-like part is an inner box part that can be separated from another part as a separation part via a score line, and an outer box part that covers the inner box part, and has an outer side surface part. The outer side surface portion corresponding to the inner side surface portion provided with the outer sleeve-like portion and the lid portion and provided with the separation portion, and an outer box portion in which a piece portion formed by a score line is bonded to the separation portion; In the packaging box having, the customer is strongly informed that the merchandise is being displayed, and the one that can correspond to the display location in the height direction is provided.
A front portion 10 of an inner box portion includes a front main body portion 12, front side support portions 14a and 14b, a display portion main body portion 14c, and a back side support portion 14d. In the first state where the tilt angle is small, the notches K24 and K26 of the back side support portion 14d are locked to the notches K12 and K14. On the other hand, in the second state where the tilt angle of the display unit main body is large, a pair of notches The piece 14d-1 between K24 and K26 is inserted into the cut K16.
[Selection] Figure 3

Description

  The present invention relates to a packaging box, and relates to a packaging box in which a plurality of products are collected and packaged, and a part of the packaging box is separated to display the products at a storefront or the like.

Conventionally, the applicant has applied for the packaging box of Patent Document 1 as a packaging box that collects and packages a plurality of products and displays them at a storefront or the like. That is, Patent Document 1 is a packaging box, and includes a bottom surface portion and an inner sleeve-shaped portion including a plurality of inner side surface portions that are erected from each side of the bottom surface portion and are substantially perpendicular to the bottom surface portion. The upper part of the inner box part has an open upper part, and at least two inner side parts are formed such that a part of the upper end region of the inner side part is separable as a separation part through a score line having a perforation. The inner box part and the outer box part covering the inner box part, the outer side provided along the outer surface of each inner side part corresponding to each inner side part constituting the inner sleeve-like part of the inner box part An outer side surface portion corresponding to an inner side surface portion having an outer sleeve-like portion having a side surface portion and a lid portion continuously provided from at least one of the plurality of outer side surface portions and provided with a separation portion in the inner box portion. The substantially U-shaped cut is a piece formed by the substantially U-shaped cut. And an outer box part in which the inner surface of the piece part is bonded to the separation part, and the piece formed by the substantially U-shaped cut. By rotating the part outward in the horizontal direction, the separation part is separated from the inner box part while being adhered to the one part.

Further, the applicant has known prior art documents described in Patent Document 2 and Patent Document 3.
Utility Model Registration No. 3139948 JP 2003-128051 A JP 2003-128052 A

  However, when a packaging box (especially the inner box portion) in which a product is stored is placed in a store or the like, it is indicated that the product stored in the packaging box is displayed at the display location ( For example, what can strongly inform a person (for example, a customer) who has visited a store has been desired. Furthermore, as the display location of the product, it may be displayed at a high position or a low position, and it is possible to respond to the display location in the height direction when notifying the user of the display of the product. A packaging box was desired.

  Accordingly, the present invention provides an inner box part having a bottom surface part and an inner sleeve-like part, and a part of the inner side surface part of the inner sleeve-like part is separable from other parts via a score line as a separation part. And an outer box portion that covers the inner box portion, and has an outer sleeve-like portion having an outer side surface portion corresponding to each inner side surface portion constituting the inner sleeve-like portion, and a lid portion, and a separation portion is provided. The outer side surface portion corresponding to the inner side surface portion is provided with an outer box portion in which a piece portion formed by a score line is bonded to a separation portion, and the customer indicates that the product is displayed. It is an object of the present invention to provide a device capable of strongly responding to a display location in the height direction when notifying a user of display of a product.

  The present invention was created in order to solve the above-mentioned problems. First, a packaging box, which is a substantially rectangular bottom surface portion, and is erected from each side of the bottom surface portion and is formed on the bottom surface portion. An inner sleeve portion that is substantially perpendicular to the inner sleeve portion, has an inner front portion, an inner sleeve portion formed of a pair of opposed inner side portions, and an inner rear portion, and an inner box portion that is open at the top. In a pair of opposing inner side surface portions, a part of the inner side surface portion is formed as a separation portion so as to be separable through an inner side surface portion main body portion that is a portion other than the separation portion in the inner side surface portion and a first cut line. The inner box part formed by a single blank and the outer box part covering the inner box part correspond to each part of the inner front part, the pair of inner side face parts, and the inner rear face part constituting the inner sleeve-like part of the inner box part. The outer sleeve-like portion provided along the outer surface of each portion, and the outer side of the inner front portion An outer front surface formed along the surface, an outer side surface formed along the outer surface of each inner side surface portion of the pair of inner side surface portions, and an outer surface of the inner back surface portion. Corresponding to the inner side surface part with the separation part in the inner box part, which has an outer sleeve-like part having an outer back surface part and a lid part connected via a broken line from the upper end of the outer sleeve-like part The outer side surface portion is bonded to the outer side surface portion, and the outer side surface portion including the region where the separation portion is bonded to the outer side surface portion is formed through the second cut line to break the second cut line. An outer box portion that is formed to be rotatable with respect to the other portion, and is formed by one blank, and the second cut line is formed on the piece portion to which the separation portion on the outer side surface portion is bonded. By rotating and rotating with respect to other parts of the outer side surface The inner front body portion in which the first cut line is broken and the separating portion is separated from the inner box portion while being adhered to the one piece portion, and the inner front portion is continuously provided from the bottom surface portion and the inner side surface portion. And a display unit provided continuously from the upper end of the inner front main body, and the display unit is provided continuously from the inner front main body via first horizontal lines on the left and right sides of the inner front main body. The first front-side support via a rectangular first front-side support and a second fold line provided on a side parallel to the first fold-line opposite to the first fold-line of the first front-side support. Through a rectangular second front-side support part provided continuously from the part and a third folding line provided on a side parallel to the second folding line opposite to the second folding line of the second front-side support part A display unit main body part provided continuously through a third cut line provided on the inner side of the second front side support part; A back support portion connected via a fourth fold line provided on a side parallel to the third fold line on the side opposite to the third fold line of the display main body, and the inner front main body Is formed by a first locking portion that is provided at the upper end and locks with the back side support portion, and a notch that is formed below the first locking portion and passes through at least a part of the tip of the back side support portion. In the first state in which the inclination angle of the display body portion with respect to the vertical direction is small, the first front-side support portion is connected to the front body portion via the first broken line. Bend to the front side, fold the second front side support part to the upper back side via the second fold line with respect to the first front side support part, and turn the back side support part to the display unit main body part Bends downward on the back side via the 4th broken line and locks the back side support part to the first locking part without breaking the 3rd cut line Thus, in the second state where the display unit main body part and the second front side support part are formed in the same plane without bending the third broken line, and the inclination angle with respect to the vertical direction of the display part main body part is large, While breaking a 3rd cut line, a 1st front side support part is bent to the front side via the 1st broken line with respect to a front body part, and the 2nd front side support part is made to a 1st front side support part. The display unit main body is bent upward via the second folding line, the display unit main body unit is bent to the upper back side via the third folding line with respect to the second front side support unit, and the back side support unit is displayed as the display unit main unit. It is characterized in that the rear side support portion is locked to the second locking portion while being bent downward on the back side via the fourth broken line with respect to the portion.

  In the packaging box having the first configuration, a plurality of articles (products) are stored in the inner box part from above the packaging box with the lid part opened. Thereafter, the lid is closed and the lid is sealed with an adhesive tape. That is, the lid portion is sealed by applying the adhesive tape from the outer front surface portion of the outer box portion to the outer rear surface portion side through the upper surface. When the items to be stored are packaged in the packaging box, the packaging box storing the items to be stored is transported to a place where the items to be stored are displayed. Thereafter, when displaying the items to be stored, the outer box part is separated from the inner box part. That is, the first cut line is broken and the separation portion is broken by rotating the piece of the outer side surface portion to which the separation portion is bonded with respect to the second cut line and rotating with respect to the other portion of the outer side surface portion. Is separated from the inner box part while being bonded to one part, and the outer box part is pulled upward, so that the inner box part remains in a state where the object is stored and the separation part is separated. The storage object is displayed in a state where the storage object is stored in the inner box portion. Then, a display part is assembled, the advertisement of goods is displayed on a display part main-body part, and it uses as a POP advertisement.

  In this invention, since it has a display part provided with the display part main-body part, by displaying the advertisement etc. of goods on a display part main-body part, it can tell a customer strongly that goods are displayed. Further, since the display unit can be assembled in either the first state where the tilt angle with respect to the vertical direction of the display unit main body is small or the second state where the tilt angle with respect to the vertical direction of the display unit main body is large, a shelf or the like In the case where the inner box portion storing the goods is displayed at a high position, the degree of inclination of the display unit main body portion with respect to the vertical direction is reduced as the first state. By increasing the degree of inclination of the display unit main body with respect to the vertical direction as two states, the display unit main body can be easily seen by the customer, and it is possible to cope with the display location in the height direction.

  Second, in the first configuration described above, the inner front portion has a horizontal boundary line with the bottom surface portion and a pair of inner side surface portions in a state before the display portion is assembled. From the boundary between the vertical direction, the first side formed in the horizontal direction from the upper end of the boundary between the pair of inner side surfaces, and the inner ends of the pair of first sides It has a substantially convex shape surrounded by a second side portion formed vertically upward and a third side portion connecting the upper ends of the pair of second side portions, and is second from the lower end of the second side portion. A first cut is formed on the extension line of the side, a second cut is formed in parallel to the first cut on the inner side of the first cut, and the above perforated line extends from the upper end of the second cut to the extended line of the second cut. A third cut line is formed, and the first broken line is formed between the lower end of the first cut and the lower end of the second cut. The second bent line is formed between the end and the upper end of the second cut, the third bent line is formed from the upper end of the cut line, and the third bent line is formed by connecting the upper ends of the pair of second cuts and bending downward. A cut is formed, a fourth cut is formed in parallel with the second cut from the third cut downward, and the first locking portion is formed by the fourth cut, and the middle position of the fourth broken line A fifth notch starting from the top is formed by bending upward, a pair of notches are formed on the third side with a gap, and a piece between the pair of notches provided on the third side A sixth cut is formed at a position below the fourth cut, and the second locking portion is formed by the sixth cut, and the first side, the first cut, the first broken line, and the second cut. And the third cut constitute the upper end of the front body, and the first cut, the first broken line, and the second cut The area surrounded by the first and second broken lines constitutes the first front support part, and the area surrounded by the second side, the second broken line, the third cut line, and the third broken line is the second front side. The support portion is configured, and the area surrounded by the third broken line, the third cut line, the third cut, the fifth cut, and the fourth broken line on both sides of the fifth cut constitutes the display unit main body, A region surrounded by the fifth cut and the fourth broken line on both sides of the fifth cut, the second side, and the third side constitutes the back side support portion.

  Therefore, it can form by providing each notch, a broken line, and a notch part in a substantially convex blank, and can easily form an inner front part.

  According to the packaging box based on this invention, since it has a display part provided with a display part main-body part, it is strong to a customer that goods are displayed by displaying an advertisement etc. of goods on a display-part main part. I can inform you. Further, since the display unit can be assembled in either the first state where the tilt angle with respect to the vertical direction of the display unit main body is small or the second state where the tilt angle with respect to the vertical direction of the display unit main body is large, a shelf or the like In the case where the inner box portion storing the goods is displayed at a high position, the degree of inclination of the display unit main body portion with respect to the vertical direction is reduced as the first state. By increasing the degree of inclination of the display unit main body with respect to the vertical direction as two states, the display unit main body can be easily seen by the customer, and it is possible to cope with the display location in the height direction.

  In the present invention, an inner box portion having a bottom surface portion and an inner sleeve-like portion, and an inner box portion in which a part of the inner side surface portion of the inner sleeve-like portion can be separated from other portions via a score line. And an outer box part covering the inner box part, an outer sleeve-like part having an outer side part corresponding to each inner side part constituting the inner sleeve-like part, a lid part, and a separation part being provided The outer side surface portion corresponding to the inner side surface portion has an outer box portion in which a piece formed by a score line is bonded to the separation portion, and the product stored in the packaging box is displayed in the packaging box. It is possible to strongly inform the person who visited the display place (for example, store) of the product that the product is displayed at the place, and when notifying the user of the display of the product, a response corresponding to the display place in the height direction is possible. The purpose of providing what is possible It was realized as below.

  The packaging box A based on the present invention is configured as shown in FIGS. 1 to 8 and the like, and has an inner box part A1 and an outer box part A2 as shown in FIGS. Each of them is formed of a sheet-like blank (specifically, cardboard, cardboard, etc.).

  The inner box portion A1 has a container shape with an upper portion opened as a whole, and has a sleeve-like portion (inner sleeve-like portion) 5 and a bottom surface portion 50 as shown in FIGS. In the assembled state, the sleeve-like portion 5 is formed standing from the periphery of the bottom surface portion 50, and includes a front surface portion (inner front surface portion) 10, a side surface portion (inner side surface portion) 20, and a side surface portion (inner side surface portion). 30, a back surface portion (inner back surface portion) 40, and an adhesive margin portion 42, and the developed state is formed as shown in FIG. 6.

  Here, the front part 10 has a front main body part 12 and a display part 14 provided continuously from the upper end of the front main part 12, and the display part 14 is provided on the front side support provided continuously from the front main part 12. Parts 14a, 14b, a display part main body part 14c provided continuously from the front side support parts 14a, 14b, and a back side support part 14d provided continuously from the display part main body part 14c.

  And the front main-body part 12 has piece part 12a, 12b adjacent to the front side support part 14a, 14b inside.

  Moreover, the front side support part 14a has the front side support part structure part (1st front side support part) 14a-1, and the front side support part structure part (2nd support side support part) 14a-2. The side support part 14b has a front side support part constituent part (first front side support part) 14b-1 and a front side support part constituent part (second support side support part) 14b-2.

  Moreover, the display part main body part 14c has the center area | region part 14c-1, and edge part area | region parts 14c-2 and 14c-3.

  The configuration of the front portion 10 will be described in more detail. The front portion 10 has a flat plate shape as shown in FIGS. 3, 6, 7, and 14 before being assembled, and has a horizontally long rectangular upper side. In addition, a convex shape is formed on the whole of a rectangular shape having a lateral width smaller than that of the rectangular shape. That is, the front surface portion 10 is formed on the bottom surface side by a linear boundary line Q1 with the bottom surface portion 50, the left side surface side is formed by a boundary line Q2 with the side surface portion 30, and the right side surface side is formed with the side surface portion 20. The boundary line Q3. Furthermore, the upper surface side of the front portion 10 includes a side portion (first side portion) 10a continuously provided in the horizontal direction (a direction parallel to the boundary line Q1) from the upper end of the boundary line Q2, and an inner end of the side portion 10a. A side (second side) 10b that is connected upward in the vertical direction (horizontal with respect to the boundary line Q1, horizontal with respect to the boundary lines Q2 and Q3), and horizontally from the upper end of the side part 10b. The formed side part (third side part) 10c, the side part (second side part) 10d continuously provided vertically downward from the other end part of the side part 10c, and the horizontal side from the lower end of the side part 10d It has a shape surrounded by a side part (first side part) 10e that is connected in the direction and is connected to the upper end of the boundary line Q3.

  Then, a cut (first cut) K2 is formed on the extended line of the side portion 10b, and the cut (second cut) K4 is parallel to the cut K2 and has the same length as the cut K2 and the same height as the cut K2. It is formed at the position. Further, a perforation (third cut line) K18 is formed above the extended line of the cut K4. A fold line (first fold line) L2 connecting the lower end of the cut K2 and the lower end of the cut K4 is formed in the horizontal direction, and formed parallel to the fold line L2 on the upper side of the fold line L2, and on the extended line of the side portion 10a. The formed polygonal line (second polygonal line) L4 is formed, and further, the polygonal line (third polygonal line) L6 is formed in the horizontal direction from the upper end of the perforation K18 toward the side part 10b. The polygonal lines L2, L4, and L6 are parallel to each other and have the same length. A region surrounded by the cut K2, the broken line L2, the cut K4, and the broken line L4 is the front side support portion constituting portion 14a-1, and a region surrounded by the side portion 10b, the broken line L4, the perforation K18, and the broken line L6. It becomes the front side support part structure part 14a-2.

  Moreover, the front side support part 14b is formed in line symmetry with the front side support part 14a, the front side support part structure part 14b-1 is formed in line symmetry with the front side support part structure part 14a-1, and is supported on the front side. The part structure part 14b-2 is formed in line symmetry with the front side support part structure part 14a-2. That is, a cut K6 is formed below the extended line of the side portion 10d, and the cut (second cut) K8 is parallel to the cut (first cut) K6 and has the same length as the cut K6 and the same height as the cut K6. It is formed at the position. In addition, a perforation (third cut line) K20 is formed above the extension line of the cut K8. Then, a fold line (first fold line) L12 connecting the lower end of the cut K6 and the lower end of the cut K8 is formed in the horizontal direction, and is formed parallel to the fold line L12 on the upper side of the fold line L12, on the extended line of the side portion 10e. The formed polygonal line (second polygonal line) L14 is formed, and further, the polygonal line (third polygonal line) L16 is formed in the horizontal direction from the upper end of the perforation K20 toward the side part 10d. The polygonal lines L12, L14, and L16 are parallel to each other and have the same length. The region surrounded by the cut K6, the broken line L12, the cut K8, and the broken line L14 is the front side support portion constituting portion 14b-1, and the region surrounded by the side portion 10d, the broken line L14, the perforation K20, and the broken line L16. It becomes the front side support part structure part 14b-2.

  Further, a circular arc (or elliptical arc) cut (third cut) K10 is formed between the upper end of the cut K4 and the upper end of the cut K8. That is, the cut K10 is curved downward.

  Further, an incision (fourth incision) K12 adjacent to the incision K4 and parallel to the incision K4 is formed below the incision K10 on the inner side of the incision K4, and the lower end of the incision K12 is bent horizontally toward the incision K4. L8 is formed. As described above, the piece 12a surrounded by the cut K4, the cut K10, the cut K12, and the broken line L8 is formed.

  Further, an incision (fourth incision) K14 adjacent to the incision K8 and parallel to the incision K8 is formed below the incision K10 on the inner side of the incision K8, and is bent horizontally from the lower end of the incision K14 toward the incision K8. L18 is formed. As described above, the piece 12b surrounded by the cut K8, the cut K10, the cut K14, and the broken line L18 is formed. The cuts K12 and K14 hit the first locking portion.

  Further, an arcuate (or elliptical arc) cut (sixth cut) K16 is formed on the lower side of the cut K10. This notch K16 is formed below the broken lines L8 and L18, and supports the back side support portion 14d by inserting the piece 14d-1 between the pair of cutout portions K24 and K26 of the back side support portion 14d into the cut K16. Can be done. At that time, the back side support portion 14d is supported at a lower position than when the back side support portion 14d is supported at the positions of the pieces 12a and 12b. In addition, the horizontal length of the cut K10 is formed to be longer than the length between the pair of cutouts K24 and K26 so that the piece 14d-1 of the back support 14d can be inserted. Yes.

  As described above, it can be said that the upper end of the front main body 12 is formed by the side portion 10a, the cut K2, the broken line L2, the cut K4, the cut K10, the cut K8, the broken line L12, the cut K6, and the side portion 10e.

  Further, a fold line (fourth fold line) K30 is formed in the horizontal direction above the fold lines L6 and L16, and a point U1 on the extension line of the perforation K18 and a point U2 on the extension line of the perforation K20 in the fold line K30. An arcuate (or elliptical arc) cut (fifth cut) K22 is formed in the upward direction. This notch K22 is formed substantially symmetrically with the notch K10 and is curved upward.

  As described above, the cut K22, the portion outside the cut K22 in the broken line K30, the side 10b, the side 10d, the broken line L6, the perforation K18, the cut K10, the perforation K20, and the broken line L16. And the area surrounded by the notch K22, the notch 10, the perforation K18, its extension line, the perforation K20, and its extension line in the display part main body part 14c. It becomes the center area | region part 14c-1, and the area | region of the both sides becomes the edge part area | region parts 14c-2 and 14c-3. That is, the center region portion 14c-1 has a substantially elliptical shape with both ends cut off, and the end region portions 14c-2 and 14c-3 have a rectangular shape. Further, a portion above the polygonal line K30 in the central region portion 14c-1 becomes an upper region portion 14c-1a.

  In addition, on the front side of the display unit main body 14c (particularly, the central region 14c-1), product advertisements, product descriptions, and the like are displayed, and the display unit main body 14c (particularly, the central region 14c-1). Can be used as a POP advertisement.

  The back-side support portion 14d is a region above the boundary line formed by the notch K22 and the outer portion of the notch K22 in the broken line K30, and a pair of notch portions K24, K26 is formed. The notches K24 and K26 have a V shape (that is, an inverted triangle shape), and cuts K25 and K27 are formed from the back side to the bottom. The positions of the cuts K25 and K27 correspond to the positions of the cuts K12 and K14 in the left-right direction.

  Further, the side surface portion 20 is continuously provided via a broken line from the right end portion of the front portion 10 when viewed from the front, and has a shape in which a part of the upper side of the square shape is cut out. It is formed in a circular arc shape, and is formed at the end on the back side to be the same as the height of the edge at the upper end of the back side 40. The side surface portion 20 has a main body portion 22 and a separation portion 24.

  Here, the upper end of the main body portion 22 is composed of a side portion 22a and an arc-shaped side portion 22b that are connected in a straight line from the side portion 10e.

  The separation part 24 is an area defined by a cut line (first cut line) 24a formed from the lower end of the side face part 20. The cut line 24a includes a pair of vertical perforations and the pair of perforations. It is formed by an arc-shaped cut that connects the upper ends of the eyes. That is, the region surrounded by the lower side of the side surface portion 20 and the cut line 24 a becomes the separation portion 24. The main body portion 22 is a region excluding the separation portion 24 in the side surface portion 20.

  The formation position of the separation part 24 is an area on the back side of the piece part 122 of the outer box part A2. The separation part 24 is bonded to the back side of the piece part 122, and the separation part 24 is rotated by rotating the piece part 122 outward. The part 24 is also formed so that the cut line 24 a is broken while being adhered to the back side of the piece part 122, and the separation part 24 is separated from the main body part 22. As shown in FIG. 4, the separation portion 24 is formed smaller than the piece portion 122, and the outer shape of the separation portion 24 does not protrude beyond the outer shape of the piece portion 122.

  Further, the side surface portion 30 is continuously provided via a broken line from the left end portion in the front view of the front portion 10 and has a shape in which a part of the upper side of the square shape is cut out, and the edge portion of the upper end is substantially It is formed in a circular arc shape, and is formed at the end on the back side to be the same as the height of the edge at the upper end of the back side 40. The side surface portion 30 has a main body portion 32 and a separation portion 34.

  In the assembled state of the inner box portion A1, the side surface portion 30 is formed symmetrically with respect to the side surface portion 20 via a central plane that is a virtual plane perpendicular to the front-rear direction. 22 is formed symmetrically (line-symmetric in the expanded state), and the separation part 34 is formed symmetrically with the separation part 24 (line-symmetrical in the expanded state), and thus detailed description thereof is omitted. The separation part 34 is an area defined by a cut line (first cut line) 34 a formed from the lower end of the side surface part 30.

  The formation position of the separation part 34 is an area on the back side of the piece part 132 of the outer box part A2. The separation part 34 is adhered to the back side of the piece part 132, and the separation part 34 is rotated by rotating the piece part 132 outward. The part 34 is also formed so that the cut line 34 a is broken while being adhered to the back side of the piece part 132, and the separation part 34 is separated from the main body part 32. The separation part 34 is formed smaller than the piece part 132, and the outer shape of the separation part 34 does not protrude beyond the outer shape of the piece part 132.

  Moreover, the back surface part 40 is continuously provided via the broken line from the left end in the left side view of the side part 30, and is exhibiting square shape (rectangular shape). The horizontal width of the back surface portion 40 is formed to be the same as the horizontal width of the front surface portion, and the vertical width of the back surface portion 40 is formed to be the same as the vertical width (maximum vertical width) of the side surface portions 20 and 30. Note that an opening 40 a for locking the protruding portion 70 a of the main body 70 is formed at the lower end of the back surface portion 40.

  Moreover, the glue margin part 42 is continuously provided through the broken line from the left end in the rear view of the back surface part 40, and is exhibiting the elongate strip-like trapezoid shape in the vertical direction. The glue margin portion 42 has an outer surface bonded to an inner surface of the side surface portion 20.

  Further, the bottom surface portion 50 has a connection piece portion 60, a main body portion 70, a sub body portion 80, and a connection piece portion 90. In the assembled state of the packaging box A, as shown in FIG. It has a square shape.

  Here, the connecting piece 60 is formed in a substantially trapezoidal shape that is connected from the lower end of the side face 30 via a broken line and becomes narrower toward the tip side. A cutout portion 60 a having substantially the same width as the separation portion 34 is formed at a position below the separation portion 34 on the boundary side of the connection piece portion 60 with the side surface portion 30.

  Moreover, the main body part 70 is connected from the lower end of the front part 10 via a broken line, is formed in a substantially rectangular shape, and the upper surface of the main body part 70 forms the inner bottom surface of the inner box part A1. In addition, incisions are formed at predetermined intervals obliquely from the corner of the main body 70 (the corner at the boundary position between the front portion 10 and the side portion 20) to the side that forms the boundary with the front portion 10 of the main body 70. When the folded line 70-1 (that is, the cut is formed so as to be easily bent) (the folded line 70-1 is a mountain-folded line on the upper surface side) is formed, the inner box portion A1 is folded. In addition, it can be easily folded. The main body portion 70 is partitioned into a main body portion main body 72 and a tip end portion 74 via a broken line 70-1.

  Further, the sub body portion 80 is connected from the lower end of the back surface portion 40 via a broken line, and is substantially trapezoidal on the opposite side of the boundary line with the back surface portion 40 at one end portion of the elongated rectangular shape in the longitudinal direction. To the side portion that forms the boundary with the back surface portion 40 of the sub body portion 80 from the corner portion of the sub body portion 80 (the corner portion of the boundary position between the back surface portion 40 and the side surface portion 30). A polygonal line 80-1 is formed with cuts formed obliquely at predetermined intervals (that is, cuts are formed so as to be easily bent) (the polygonal line 80-1 has a mountain-fold line on the upper surface side). The distal end side constitutes the distal end portion 84 via the broken line 80-1, and the proximal end side constitutes the proximal end portion 82 via the broken line 80-1. As shown in FIG. 5, the tip end portion 84 of the connection piece portion 60 is such that the upper surface side thereof is parallel to the boundary line between the side face portion 30 and the connection piece portion 60. Bonded to the bottom surface.

  Further, the connecting piece 90 is continuously provided from the lower end of the side surface portion 20 via a broken line, and has a substantially trapezoidal shape. The corner portion of the connecting piece portion 90 (the corner portion at the boundary position between the front surface portion 10 and the side surface portion 20). ) From the side of the connecting piece 90 that forms the boundary with the side surface 20 is formed with a diagonal cut at a predetermined interval (that is, a cut is formed so as to be easily bent). 1 (this broken line 90-1 has a mountain line on the upper surface side), the distal end side constitutes the distal end portion 94 via the broken line 90-1, and the proximal end side is based on the broken line 90-1. An end 92 is formed. As shown in FIG. 5, the front end portion 94 has a main body portion 70 (particularly, a side surface 94 a of the front end portion 94 is parallel to the boundary line between the front portion 10 and the main body portion 70. Bonded to the lower surface of the main body 72).

  In a state in which the inner box portion A1 is assembled in a box shape (but in a state before the display portion 14 is assembled), the front surface portion 10 and the rear surface portion 40 are parallel to each other, and the side surface portion 20 and the side surface portion 30 are parallel to each other. Thus, each member constituting the bottom surface portion 50 is substantially perpendicular to the front surface portion 10, the side surface portions 20, 30, and the back surface portion 40 (or may be a right angle). Moreover, the adjacent members in each member (the front portion 10, the side portions 20, 30 and the back portion 40) constituting the sleeve-like portion 5 are perpendicular to each other. Further, the inner box part A1 can be folded into a flat plate shape, the angle between the front part 10 and the side part 20 is reduced, the angle between the back part 40 and the side part 30 is reduced, and the main body part 70 is moved upward. As shown in FIG. 10, the inner box part A1 can be folded into a flat plate as a whole by rotating the main body part 70 so that the main body part 70 is substantially parallel to the side face part 20. Further, in a state where the inner box portion A <b> 1 is folded, each part constituting the bottom face part 50 is in relation to the front face part 10, the side face parts 20, 30 and the back face part 40 constituting the sleeve-like part 5 in the sleeve-like part 5. It becomes a substantially parallel state.

  Next, the outer box portion A2 is a box that covers the inner box portion A1, and as shown in FIGS. 1 to 3, FIG. 8, and the like, a sleeve-like portion (outer sleeve-like portion) 105, an upper surface portion 160, 170, 180, and 190, and the unfolded state is formed as shown in FIG.

  Here, in the assembled state, the sleeve-like portion 105 has a quadrangular cylindrical shape, and includes a front portion (outer front portion) 110, a side portion (outer side portion) 120, and a side portion (outer side portion) 130. And a back surface portion (outer back surface portion) 140.

  Here, the front portion 110 has a square (rectangular) plate shape. The width of the front portion 110 is slightly larger than the width of the front portion 10 so that the inner box portion A1 can be accommodated in the outer box portion A2.

  In addition, the side surface portion 120 is continuously provided from the right end portion of the front surface portion 110 in a front view through a broken line K120, and has a rectangular shape. Also, from the lower end of the side surface portion 120, a pair of substantially arc-shaped perforations 122a, 122b are formed to face each other in the vertical direction, and a fold line 122c is formed connecting the upper ends of the perforations 122a, 122b. A region surrounded by the lower side of the portion 120, the perforations 122a and 122b, and the polygonal line 122c is a piece portion 122. In other words, the perforated portion 122a, 122b is broken by pulling the lower end outward, and the piece portion 122 breaks into the other portion of the side surface portion 120 (that is, the portion other than the one portion 122 in the side surface portion 120) around the fold line 122c. It is designed to rotate with respect to it.

  Note that, at the boundary position between the front surface portion 110 and the side surface portion 120, a linear broken line K120 in which cuts are formed at predetermined intervals (that is, cuts are formed so as to be easily bent) is formed, and the broken line K120. A vertically long notch K122 is formed on the lower side.

  Further, the side surface portion 130 is connected from the left end portion of the front surface portion 110 in a front view via a broken line K112, has a square shape, and has a perforation 132a, a perforation 132b, and a broken line 132c. A region surrounded by the lower side of 130, the perforations 132 a and 132 b, and the broken line 132 c is a piece 132. The perforations 122a, 122b, 132a, 132b hit the second cut line.

  The side surface portion 130 is formed symmetrically with respect to the central surface, which is a virtual plane perpendicular to the side surface portion 120 in the front-rear direction, in the assembled state of the outer box portion A2, and the perforation 132a is symmetric with the perforation 122a. The perforation 132b is formed symmetrically with the perforation 122b, and the broken line 132c is formed symmetrically with the broken line 122c.

  In other words, the perforation 132a, 132b is broken by pulling out the lower end to the outer side of the piece 132, and the other part of the side part 130 (that is, the part other than the part 132 in the side part 130) around the fold line 132c. It is designed to rotate with respect to it.

  It should be noted that at the boundary position between the front surface portion 110 and the side surface portion 130, two linear broken lines K112 are formed in parallel to each other, with cuts formed at predetermined intervals (that is, cuts are formed so as to be easily bent). Is formed. Further, a vertically long opening K114 is formed on the lower side between the side surface portion 130 and the front surface portion 110.

  In addition, the back surface portion 140 is continuously provided from the left end of the side surface portion 130 in the left side view via a broken line K116, and has a square shape. The lateral width of the back surface portion 140 is slightly larger than the lateral width of the back surface portion 40 so that the inner box portion A1 can be accommodated in the outer box portion A2.

  Note that, at the boundary position between the side surface portion 120 and the back surface portion 140, a linear broken line K124 is formed at which a notch is formed at a predetermined interval (that is, a notch is formed so as to be easily bent).

  In addition, the margin portion 142 is formed by two straight lines that are bent from the right end in the right side view of the side surface portion 120 (that is, cuts are formed at predetermined intervals (that is, cuts are formed so as to be easily bent)). They are connected via parallel broken lines K124) and have an elongated strip-like trapezoidal shape in the vertical direction. As shown in FIG. 2, the inner margin surface of the adhesive margin portion 142 is bonded to the outer surface of the back surface portion 140.

  In addition, the front portion 110, the side portions 120, 130, and the back portion 140 are formed to have the same vertical width, and are formed to be the same as or slightly larger than the vertical width of the inner box portion A1.

  Moreover, the upper surface part 160 is connected from the upper end of the front part 110 via a broken line, and has a rectangular shape (rectangular shape). Further, the upper surface portion 170 is connected from the upper end of the side surface portion 120 via a broken line, and has a rectangular shape (rectangular shape). A gap is formed between the upper surface portion 170 and the upper surface portion 160. Moreover, the upper surface part 180 is connected from the upper end of the side part 130 via a broken line, and has a rectangular shape (rectangular shape). A gap is formed between the upper surface portion 180 and the upper surface portion 160. Moreover, the upper surface part 190 is connected from the upper end of the back surface part 140 via a broken line, and has a rectangular shape (rectangular shape). These four upper surface portions 160 to 190 open and close the upper surface of the outer box portion A2, and in particular, the upper surface of the outer case portion A2 is closed by closing the upper surface portion 170 and the upper surface portion 180. That is, the upper surface portions 160 to 190 constitute a lid portion. In addition, the upper surface parts 160-190 are the state which stood up upwards beforehand, and the upper part of the outer case part A2 is in the open state. In the expanded state of the outer box portion A2, gaps K134, K136, and K138 are formed in the adjacent upper surface portions of the upper surface portions 160 to 190, as shown in FIG. In addition, although the upper surface parts 160-190 as a cover part are continuously provided from each edge | side of the upper end of the sleeve-like part 105, they should just be continuously provided from the at least 1 upper surface part.

  In a state where the outer box part A2 is assembled in a box shape, the front part 110 and the back part 140 are parallel to each other, and the side part 120 and the side part 130 are parallel to each other. Adjacent members in each member constituting the sleeve-like portion 105 (the front portion 110, the side portions 120 and 130, and the back portion 140) are perpendicular to each other.

  Next, the inner box portion A1 and the outer box portion A2 are bonded to each other at the separation portions 24 and 34. That is, the outer surface of the separating portion 24 and the inner surface of the side surface portion 120 are bonded together by an adhesive or other bonding means, and the outer surface of the separating portion 34 and the inner surface of the side surface portion 130 are bonded. By being bonded by other bonding means, the packaging box A is integrally formed as a whole. That is, an adhesive layer (not shown) is provided between all or a part of the outer surface of the separation portion 24 and the inner surface of the side surface portion 120 (particularly, the piece portion 122). In addition, an adhesive layer (not shown) is provided between all or a part of the outer surface of the separation portion 34 and the inner surface of the side surface portion 130 (particularly, the piece portion 132). Thereby, the sleeve-like part 105 of the outer box part A2 is provided along the outer surface of the sleeve-like part 5 in the inner box part A1, for example, the front part 110 is provided along the outer surface of the front part 10. The side surface portion 120 is provided along the outer surface of the side surface portion 20, the side surface portion 130 is provided along the outer surface of the side surface portion 30, and the back surface portion 140 is aligned along the outer surface of the back surface portion 40. Is provided. The adhesive force of the adhesive layer is such that when the piece 122 of the outer box portion A2 is rotated outward, the cut line 24a around the separation portion 24 is broken at the same time, and the separation portion 24 is separated from the inner box portion A1. It is set to follow the piece 126 while being bonded to the separated and rotated piece 122. Similarly, when the piece 132 of the outer box A2 is turned outward, The cut line 34a on the lower side of the separation part 34 is broken, so that the separation part 34 is separated from the inner box part A1, and is set to be driven by the piece part 132 in a state of being bonded to the rotated piece part 132. .

  Further, when the inner box part A1 and the outer box part A2 are bonded, the lower end of the inner box part A1 and the lower end of the outer box part A2 are formed to have the same height. The inner box portion A1 and the outer box portion A2 are not bonded to each other except the portions of the separation portions 24 and 34. As described above, the inner box part A1 is housed inside the outer box part A2, and the parts other than the bottom surface part 50 of the inner box part A1 are covered with the outer box part A2. That is, the position in the height direction of the lower end of the outer box portion A2 is substantially the same as the position in the height direction of the lower end of the inner box portion A1, and in the state where the upper surface portions 160 to 190 are sealed, Only the bottom part 50 is exposed.

  In addition, the packaging box A having the above configuration can be folded as described above for the inner box part A1, and the outer box part A2 has a sleeve-like part 105, and has a generally sleeve-like shape as a whole. Even in the state of the packaging box A, it can be folded into a flat plate shape so that the front part 110 is substantially parallel to the side part 130 and the side part 120 is substantially parallel to the back part 140. By doing so, it can be folded into a flat plate shape as shown in FIG.

  The use state of the packaging box A having the above configuration will be described. The use state of the packaging box A having the above configuration will be described. In a situation where the packaging box A is not used, the packaging box A can be folded into a flat plate shape as described above.

  And when using the packaging box A, the packaging box A is assembled. That is, the front part 110 and the back part 140 in the outer box part A2 are parallel to each other, the side part 120 and the side part 130 are parallel to each other, and the front part 10 and the back part in the inner box part A1. 40 is parallel to each other, the side surface portion 20 and the side surface portion 30 are parallel to each other, and the bottom surface portion 50 is perpendicular to the sleeve-like portions 5 and 105 so that the packaging box A is three-dimensional. Assembled.

  And as shown in FIG. 11, the some to-be-stored item (product) G is accommodated in the inner box part A1 from the upper direction of the packaging box A. As shown in FIG. FIG. 11 shows an example of a box-shaped product, but other items may be stored. In addition, since the upper surface parts 160 to 190 are in a state where they are erected upward in advance, and the upper part of the outer box part A2 is open, the storage object G is stored as it is from above the packaging box A. do it. Thereafter, the upper surface portions 160 to 190 are closed, and the adhesive tape T is adhered from the side surface portion 120 of the outer box portion A2 to the side surface portion 130 side through the upper surface, as shown in FIG. ~ 190 is sealed.

  When the items to be stored are packaged in the packaging box A as described above, the packaging box A storing the items to be stored G is transported to a place where the items to be stored G are displayed.

  Thereafter, when displaying the items to be stored, the outer box part A2 is separated from the inner box part A1. That is, as shown in FIG. 13, the separation part 24 is also formed by pulling the piece 122 of the outer box part A <b> 2 outward, breaking the perforations 122 a and 122 b and turning it around the broken line 122 c. The cut line 24 a is broken while being adhered to the back side, and the separation part 24 is separated from the main body part 22. Similarly, by pulling out the piece part 132 to the outside and breaking the perforations 132a and 132b and turning around the broken line 132c, the cut line 34a is broken while the separating part 34 is adhered to the back side of the piece part 132. Thus, the separation part 34 is separated from the main body part 32.

  In addition, it is preferable to form a ruled line as a broken line at the position of the broken lines 122c and 132c that serve as a rotation axis when the pieces 122 and 132 rotate. Although a broken line is naturally formed by rotating 122 and 132, a ruled line may be formed in advance at the portion of the broken line.

  As described above, when the piece portion 122 of the outer box portion A2 is rotated upward, the cut line 24a around the separation portion 24 is broken at the same time, so that the separation portion 24 is separated from the inner box portion A1 and rotated. Similarly, when the piece portion 122 is moved in the state of being adhered to the moved piece portion 122 and the piece portion 132 of the outer box portion A2 is rotated upward, the cut line 34a around the separation portion 34 is simultaneously formed. It is torn and the separation part 34 is separated from the inner box part A1 and is driven by the piece part 132 in a state of being bonded to the rotated piece part 132.

  Then, as shown in FIG. 14, by pulling up the outer box portion A <b> 2 upward, the inner box portion A <b> 1 is left in a state where the articles to be stored are stored and the separating portions 24 and 34 are separated. In addition, since the notch part K122 and the opening part K114 are provided in the outer box part A2, the outer box part A2 can be easily pulled up with respect to the inner box part A1.

  Then, the display part 14 in the front part 10 is assembled. When the display unit 14 is assembled, the angle of the display unit main body 14c can be set to one of two states, and the angle of the direction of the front side surface of the display unit main unit 14c with respect to the horizontal direction is small. Either the “first state” or the “second state” in which the angle of the direction of the front side surface of the display unit main body 14c with respect to the horizontal direction is large can be set. That is, in the second state, the front side surface of the display unit main body 14c faces upward as compared to the first state. Accordingly, when the inner box portion A1 containing the products is displayed at a high position on a shelf or the like, it is preferable to be in the first state, and when it is displayed at a low position, it is preferable to be in the second state. .

  First, a case where the first state is set will be described. A fold line L2 between the front main body part 12 and the front side support part constituting part 14a-1 and a fold line L12 between the front main body part 12 and the front side support part constituting part 14b-1 are valley-folded when viewed from the front side and displayed. The part 14 is inclined to the front side, and then the polygonal lines L8 and L18 are valley-folded when viewed from the front side to incline the pieces 12a and 12b to the front side.

  Thereafter, the fold lines L4 and L14 are mountain-folded when viewed from the front side, and the portions above the fold lines L4 and L14 are inclined to the back side and bent with respect to the front side support portion constituting portions 14a-1 and 14b-1. State. At that time, the perforations K18 and K20 do not break.

  Thereafter, the fold line K30 is mountain-folded when viewed from the front side, the back side support portion 14d is bent with respect to the display portion main body portion 14c, and is positioned on the back side of the display portion main body portion 14c. The notches K24 and K26 are inserted into the notches K12 and K14. That is, the piece 14d-1 (see FIG. 7) between the pair of cutouts K24 and the cutout K26 in the front end region of the back support portion 14d abuts on the front side of the upper end of the front body portion 12, and in the front end region. The piece 14d-2 on the left side when viewed from the front side with respect to the notch part K24 contacts the back side of the piece part 12a, and the piece part 14d-3 on the right side when viewed from the front side with respect to the notch part K26 at the tip region is the back side of the piece part 12b. So that it touches. The reason why the pieces 12a and 12b are bent in front is to make it easier to insert the notches K24 and K26 of the back support 14d into the cuts K12 and K14.

  The first state can be configured as described above, and in this first state, the display unit 14 is assembled as shown in FIG. In this first state, the broken lines L6 and L16 are not bent, and the perforations K18 and K20 are not broken, and the display unit main body part 14c and the front side support part constituting parts 14a-2 and 14b-2 Is flat on the whole. In addition, since the upper end side of the display part main body part 14c is inclined to the back side, when the upper end of the central area part 14c-1 contacts the product, the upper area part 14c in the central area part 14c-1 -1a may be bent to the front side via the broken line K30.

  Next, a case where the second state is set will be described. A fold line L2 between the front main body part 12 and the front side support part constituting part 14a-1 and a fold line L12 between the front main body part 12 and the front side support part constituting part 14b-1 are valley-folded when viewed from the front side and displayed. The portion 14 is inclined to the front side, and then the fold lines L4 and L14 are mountain-folded when viewed from the front side, and the portion above the fold lines L4 and L14 is inclined to the back side, and the front side support portion constituting portion 14a. -1 and 14b-1.

  Thereafter, the perforations K18 and K20 were broken, and the folding lines L6 and L16 were mountain-folded when viewed from the front side, and the display portion main body portion 14c was bent with respect to the front side support portion constituting portions 14a-2 and 14b-2. State.

  Thereafter, the fold line K30 is mountain-folded when viewed from the front side, the back side support portion 14d is bent with respect to the display portion main body portion 14c, and is positioned on the back side of the display portion main body portion 14c. The piece 14d-1 between the notch K24 and the notch K26 is inserted into the notch K16 from the back side of the front main body 12 and locked.

  The second state can be configured as described above, and in this second state, the display unit 14 is assembled as shown in FIG. In the second state, unlike the first state, the broken lines L6 and L16 are bent, and the tip of the back side support portion 14d is locked at a position lower than that in the first state. In this case, the inclination is larger with respect to the vertical direction than in the first state. In addition, since the upper end side of the display part main body part 14c largely inclines to the back side, it is preferable to bend the upper area part 14c-1a in the central area part 14c-1 to the front side via the broken line K30.

  In the case of assembling the display unit 14 described above, if the stored product is in the way, the display unit 14 is once taken out from the inner box A1, and the display unit 14 is assembled. May be stored again.

  According to the packaging box A of this embodiment, as shown in FIG. 1 and FIG. Since it only closes and seals with one adhesive tape T, packing work of goods (goods) can be performed easily.

  Further, according to the packaging box A of the present embodiment, the pieces 122 and 132 are rotated outward, the separating parts 24 and 34 are separated from the inner box part A1, and the outer box part A2 is only pulled upward. Since it can be displayed, display work can be performed easily.

  In particular, the inner box part A1 is provided with a display part 14, and the display part body part 14c can be used as a POP advertisement by displaying an advertisement or the like on the display part body part 14c. Furthermore, since the angle of the display unit main body 14c can be adjusted in two stages, when the inner box A1 containing the products is displayed at a high position on a shelf or the like, the first state of the display main unit 14c is set as the first state. In the case where the degree of inclination with respect to the vertical direction is reduced while being displayed at a low position, the display part body part 14c is displayed to the customer by increasing the degree of inclination of the display part body part 14c with respect to the vertical direction as the second state. It is possible to make it easier to see and to respond according to the display place in the height direction. Therefore, the sales promotion effect can be enhanced.

  Moreover, in the front part 10, it can form by providing each notch, a broken line, and a notch part in a substantially convex blank as mentioned above, and an inner front part can be formed easily.

  In the above description, in the outer box part A2, the notch K122 is provided at the boundary position between the front part 110 and the side part 120 constituting the sleeve-like part 105, and at the boundary position between the front part 110 and the side part 130. Although it has been described that the opening K114 is provided, the notch K122 may be an opening such as the opening K114, and the opening K114 may be a notch such as the notch K122.

  Further, a notch portion such as the notch portion K122 or an opening portion such as the opening portion K114 may be provided at the boundary position between the side surface portion 120 and the back surface portion 140 or at the boundary position between the side surface portion 130 and the back surface portion 140.

  Further, in the bottom surface portion 50 of the inner box portion A1, the connection piece portion 60 is provided continuously from the side surface portion 30, the connection piece portion 90 is provided continuously from the side surface portion 20, and the main body portion 70 is provided continuously from the front portion 10. Although the sub body portion 80 is continuously provided from the back surface portion 40, the connection piece portion 60 is continuously provided from the side surface portion 20, the connection piece portion 90 is continuously provided from the side surface portion 30, and the main body portion 70 is connected to the back surface portion. 40, and the sub body portion 80 may be continuously provided from the front portion 10.

  In the above description, the inner box portion A1 and the outer box portion A2 are described as having four side surfaces, that is, in a plan view having a quadrangular shape. But you can. For example, the inner box part or the outer box part may have six or eight side parts, and when the number of side parts is even, the two separation parts in the inner box part are provided on the opposite side parts. . For example, when the plan view is hexagonal, two separation portions are provided on side portions parallel to each other. In addition, when the number of side surface parts is an odd number, when there is an opposing side surface part parallel to the side surface part provided with one separation part, another separation part is provided on the side surface part, When there is no portion, the other separation portion may be provided on the side surface portion that is closest to the side surface portion on which one separation portion is provided (that is, the angle formed with the side surface portion is the smallest).

It is a front perspective view of the packaging box based on the Example of this invention. It is a back perspective view of the packaging box based on the Example of this invention. It is a disassembled perspective view of the packaging box based on the Example of this invention. It is a right view of the packaging box based on the Example of this invention, and is a figure explaining the positional relationship of the piece part 122 and the isolation | separation part 24 especially. It is a bottom view of the packaging box based on the Example of this invention. It is an expanded view of an inner box part. It is a principal part enlarged view in FIG. It is an expanded view of an outer box part. It is a perspective view which shows the state which folded the packaging box. It is a perspective view which shows the folding state of the inner box part at the time of folding a packaging box. It is a perspective view which shows the use condition of a packaging box. It is a perspective view which shows the use condition of a packaging box. It is a perspective view which shows the use condition of a packaging box. It is a perspective view which shows the use condition of a packaging box. It is a perspective view which shows the use condition of a packaging box, and is a perspective view at the time of assembling a display part in the 1st state especially. It is a perspective view which shows the use condition of a packaging box, and is a perspective view at the time of assembling a display part in the 2nd state especially.

Explanation of symbols

A Packaging box A1 Inner box part A2 Outer box part 5, 105 Sleeve-like part 10, 110 Front part 12 Front body part 12a, 12b, 122, 132 Single part 14 Display part 14a, 14b Front side support part 14a-1, 14a -2, 14b-1, 14b-2 Front side support part constituent part 14c Display part body part 14c-1 Central area part 14c-2, 14c-3 End part area part 14d Back side support part 20, 30, 120, 130 Side surface portion 22, 32 Main body portion 24, 34 Separating portion 40, 140 Back surface portion 42, 142 Paste margin portion 50 Bottom surface portion 60, 90 Connection piece portion 70 Main body portion 80 Sub body portion 160, 170, 180, 190 Upper surface portion K2, K4, K6, K8, K10, K12, K14, K16, K22 notches K18, K20, 122a, 122b, 132a, 132b perforations

Claims (2)

A packaging box,
A substantially rectangular bottom surface, and an inner sleeve-like portion that stands from each side of the bottom surface and is substantially perpendicular to the bottom surface; an inner front surface, a pair of opposed inner side surfaces, and an inner rear surface; In the inner box part having an inner sleeve-like part made of the upper part, the pair of inner side parts facing each other is a part other than the separation part in the inner side part as a separation part. An inner box part formed by a single blank, formed so as to be separable via the inner side surface part main body part and the first cut line;
It is an outer box part that covers the inner box part, and is provided along the outer surface of each part corresponding to each part of the inner front part, the pair of inner side parts, and the inner rear part that constitutes the inner sleeve-like part of the inner box part. An outer front surface portion formed along the outer surface of the inner front surface portion, and an outer side surface portion formed along the outer surface of each inner side surface portion of the pair of inner side surface portions. And an outer sleeve-shaped portion having an outer back surface portion formed along the outer surface of the inner back surface portion, and a lid portion continuously provided via a broken line from the upper end of the outer sleeve-shaped portion, A piece formed through a second cut line including a region where the separation portion is bonded to the outer side surface portion corresponding to the inner side surface portion provided with the separation portion in the box portion, and the separation portion in the outer side surface portion is bonded. Breaks the second cut line to the other part of the outer side surface Is rotatably formed, and the outer box section formed by a single blank,
Have
By breaking the second cut line and rotating the one part to which the separation part in the outer side surface part is bonded to the other part of the outer side surface part, the first cut line is broken and the separation part is broken. Is separated from the inner box part while being adhered to the one part,
The inner front portion has an inner front main body portion that is continuous from the bottom surface portion and the inner side surface portion, and a display portion that is continuous from the upper end of the inner front main body portion,
The display unit
The first front-side support portion having a rectangular shape that is continuously provided from the inner front-side main body portion via the first bent line in the horizontal direction on both the left and right sides of the inner front-side main body portion is opposite to the first folding line of the first front-side support portion. A second front-side support portion having a square shape provided continuously from the first front-side support portion via a second broken line provided on a side parallel to the first first-fold line, and a second front-side support portion The third cut line provided on the inner side portion of the second front side support portion and continuously provided through the third broken line provided on the side portion parallel to the second folding line on the side opposite to the second folding line The display unit main body and the rear side of the display unit main body connected to each other through a fourth fold line provided on a side parallel to the third fold line opposite to the third fold line of the display unit main body. And a support part,
The inner front main body portion is provided at the upper end of the first locking portion that locks with the back-side support portion, and at least a part of the tip of the back-side support portion that is formed below the first locking portion. A second locking part formed by a notch to be inserted;
Have
In the first state where the inclination angle of the display unit main body with respect to the vertical direction is small, the first front side support portion is bent to the front side via the first fold line with respect to the front main body portion, and the second front side support portion Is bent to the upper back side via the second fold line with respect to the first front side support part, and the back side support part is bent to the lower side of the back side via the fourth fold line with respect to the display unit main body part. In addition, by locking the back side support portion to the first locking portion without breaking the third cut line, the display unit main body and the second front side support portion are not bent by the third broken line. Are formed in the same plane,
In the second state where the inclination angle of the display unit main body with respect to the vertical direction is large, the third cut line is broken and the first front-side support part is folded to the front side via the first broken line with respect to the front main body part. The second front side support portion is bent upward with respect to the first front side support portion via the second broken line, and the display portion main body portion is bent with respect to the second front side support portion via the third broken line. The back side support part is bent to the lower side of the back side via the fourth fold line with respect to the display part main body part, and the back side support part is engaged with the second locking part. A packaging box characterized by stopping. In the state before the assembly of the display unit, the inner front part is entirely aligned with a horizontal boundary line at the boundary line with the bottom surface part, a vertical boundary line with a boundary line between the pair of inner side surface parts, and a pair of A first side formed in the horizontal direction inward from the upper end of the boundary line with the inner side surface, and a second side formed in the vertical direction upward from the inner ends of the pair of first sides, A substantially convex shape surrounded by a third side connecting the upper ends of the pair of second sides;
A first cut is formed on the extended line of the second side from the lower end of the second side, a second cut is formed inside the first cut in parallel to the first cut, and a second cut from the upper end of the second cut. A third perforated line is formed on the extended line, and the first broken line is formed between the lower end of the first cut and the lower end of the second cut, and the upper end of the first cut and the upper end of the second cut The second polygonal line is formed between the upper end of the score line, the third polygonal line is formed,
A third cut formed by connecting the upper ends of the pair of second cuts and bending downward is formed, and a fourth cut is formed in parallel with the second cut from the third cut downward. The first locking portion is formed by cutting,
A fifth incision starting from the middle position of the fourth polygonal line is formed by bending upward;
A pair of notches are formed on the third side with an interval between them,
A sixth notch is formed at a position below the fourth notch for insertion of a part between a pair of notches provided on the third side, and the second notch is formed by the sixth notch.
The first side, the first cut, the first broken line, the second cut, and the third cut constitute the upper end of the front main body,
A region surrounded by the first cut, the first broken line, the second cut, and the second broken line constitutes the first front side support portion, and the second side, the second broken line, the third cut line, and the third broken line. The area surrounded by the second front side support portion,
An area surrounded by the third broken line, the third cut line, the third cut, the fifth cut, and the fourth broken line on both sides of the fifth cut constitutes the display body part.
The region surrounded by the fifth cut and the fourth polygonal line on both sides of the fifth cut, the second side portion, and the third side portion constitutes the back side support portion. Packaging box.

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