JP6379780B2 - Free-standing display - Google Patents

Description

  The present invention relates to a desktop calendar, a desktop advertising body, and other self-supporting display bodies that can be used for other advertisements, displays, decorations, and the like.

  There exists a thing of patent document 1 as an example of a desk calendar.

Japanese Utility Model Publication No. 58-31167

  This desk calendar can be bent at the center line of the bottom, and the bottom can be folded and folded and placed horizontally on the desk to check the date and fill in the necessary information. It can be installed on a desk. This desk calendar simply has the bottom folded at the center line, so if you have a top, it will fold up naturally and you will have trouble standing up again.

  The present invention provides a self-supporting display body that can be provided in a folded state and can be transformed into a form that can stand up with a simple operation, and that maintains that state once transformed into a standing posture.

  The self-supporting display body according to the present invention basically includes a front surface portion, a rear surface portion, and a bottom surface portion. The front surface portion and the rear surface portion are joined at their upper edge portions. Both side edges of the bottom surface portion are joined to the lower edge portions of the front surface portion and the rear surface portion, respectively. Both side edges of the bottom surface portion are formed so as to have a portion projecting outward (inflating outward) (in the display body) at a position corresponding to each other (at the same position in the length direction). A folding line for folding is formed in the middle in the width direction. A fold line is a fold line that is easy to fold by being creased, creased, or having perforations, cuts, or the like. It is preferable that both side edges of the bottom portion are also fold lines. The front part and the rear part may be referred to as a front part, a back part, a front part, and a back part.

  When the self-supporting display body is folded, the bottom surface portion is folded along the folding folding line, and the front and rear half surface portions of the bottom surface portion overlap each other. By a simple operation of flattening the bent bottom portion, a three-dimensional self-supporting display body can be obtained. That is, a part of both side edges of the bottom portion is formed so as to protrude outward from the display body, and therefore the bottom portion is widest in this portion. Since the widest part is stretched, the bottom part is kept almost flat, and the self-supporting display body, when viewed from the end face (side face), is a bottom part that widens the front and rear parts and these lower parts. This is a triangular shape composed of When the display body is placed on a flat mounting surface with the bottom face down, the display body stands up and is maintained in this state (self-supporting). Once the display body is in an upright posture, the above-mentioned independent posture will not be lost no matter where you move it with your hand. In order to return the self-supporting display body to the original folded state, it is only necessary to fold the bottom surface portion again with the folding fold line and overlap the front and rear half surface portions of the bottom surface portion.

  In a preferred embodiment, folding folding lines (folds) in the direction in which the inner surfaces of the front and rear half portions of the bottom surface portion overlap each other are attached to the intermediate portion in the width direction of the bottom surface portion. In this case, when the self-supporting display body is folded, the bottom surface portion is bent by the folding line for folding, and the front and rear half surface portions of the bottom surface portion are overlapped with the inner surfaces thereof. Holding this folded display with your hand, apply force in the direction that brings the front edge and the rear edge of the upper edge together and the folded folding line on the bottom. (Usually pressing between the thumb and the other four fingers), the bent bottom is almost flat. That is, a three-dimensional self-supporting display body can be formed by one operation of simply pressing with one finger. In order to return the self-supporting display body to the original folded state, the center portion of the bottom surface portion may be pushed outward from the inside. Of course, a folding line for folding in which the front and rear half portions of the bottom surface portion are overlapped with each other on their outer surfaces may be formed at the intermediate portion in the width direction of the bottom surface portion.

  By making the length from the upper edge of the front part to the bottom part and the length from the upper edge of the rear part to the bottom part equal or different, the end face (side face) When viewed from the side (that is, the cross section), a self-supporting display body having an isosceles triangle shape or a right triangle shape can be obtained.

  Both side edges of the bottom surface portion may protrude outward most in the middle of the length direction of the bottom surface portion, or may protrude outward most at other locations, for example, both ends.

  In one embodiment, both side edges of the bottom surface are smoothly curved. In another embodiment, both side edges of the bottom surface portion are formed by broken lines (in a combination of straight lines). In still another embodiment, both side edges of the bottom portion are formed by a combination of straight lines and curves.

  In a preferred embodiment, the length from the upper edge of the front surface portion to the folding line for folding on the bottom surface portion is made equal to the length from the upper edge of the rear surface portion to the folding line for folding on the bottom surface portion. Thereby, a front part and a rear part can be piled up exactly. In this case, the folding line for folding may be formed on the center line of the bottom surface portion, or the folding line for folding may be formed at a position near either one of both side edges of the bottom surface portion.

  If a window is opened in the front part, decorations (pictures, designs, etc.) can be applied to the outer surface (front surface) of the front part and the inner surface of the rear part.

  Further, in order to enrich the decoration, the decoration surface portion may be coupled to at least one of the front surface portion and the rear surface portion.

  Furthermore, if a window is opened in the front surface portion or the rear surface portion to which the decorative surface portions are joined, the three surfaces including the decorative surface portion can be decorated, and the three-dimensional effect can be enhanced.

  Leg portions that protrude downward from the bottom surface portion may be continuously formed on at least one of the front surface portion, the rear surface portion, and the decorative surface portion. The leg portion may be formed as a leg piece by cutting from the lower edge of the front surface portion, the rear surface portion, or the decorative surface portion toward the bottom surface portion. The leg pieces extend directly from the front surface portion, the rear surface portion, or the decorative surface portion (that is, are in the same plane as the front surface portion, the rear surface portion, or the decorative surface portion).

  You may form a width direction fold line in the direction orthogonal to the folding line for folding in a bottom face part. This is particularly effective when both side edges of the bottom portion are formed by a combination of straight lines.

  A self-supporting display can be made from a single cardboard. In this case, the front part and the rear part are continuous at the upper edge thereof and are bent (the upper edge becomes the coupling part), and the lower edge of the front part or the rear part and the one side edge of the bottom part are continuous. The other side edge portion of the bottom surface portion is bonded to the rear edge portion or the lower edge portion of the front surface portion. In this case, the other side edge portion of the bottom surface portion may be bonded at a position above the lower edge of the rear surface portion or the front surface portion, and the lower edge portion of the rear surface portion or the front surface portion may be used as the leg portion. Alternatively, the front part, bottom part, and rear part are kept in this order and bent at the boundary between them, and one end of the front part and one end of the rear part are bent at an acute angle and bonded to the other. Alternatively, both may be bent at an obtuse angle and bonded in parallel with each other.

  The self-supporting display body can be formed of two or more thick papers. For example, the front portion and the rear portion are separated and bonded to each other at the upper edge. In this case, an adhesive portion is generated, unlike the case where the front portion is folded and continued from the rear portion. Including such an adhesive portion, and before being formed by bending, the upper edge including the upper edge of the rear surface portion is also expressed (the term “lower edge” has the same meaning). The front and rear surface portions and the bottom surface portion may be separated, and both side edge portions of the bottom surface portion may be bonded to the front and rear surface lower edge portions.

  In a self-supporting display having a decorative surface, the front surface, rear surface, bottom surface and decorative surface are continuously provided on a piece of cardboard, and each surface is bent at the boundary, and the lower outer surface of the front surface Is adhered to the lower inner surface of the decorative surface.

It is an expanded view of the freestanding display body of 1st Example. It is a perspective view which shows the self-supporting display body of the folded state. A mode that a self-supporting display body is changed into a standing posture is shown. A mode that a self-supporting display body is changed into a standing posture is shown. It is a perspective view which shows the self-supporting display body deform | transformed into the standing posture. It is the perspective view which looked at the self-supporting display body changed into the standing posture from the bottom. The isosceles triangle-shaped self-supporting display body is viewed from one end or an end face (side face). The self-standing display body having a right triangle shape is viewed from one end or an end face (side face). It is an expanded view of the freestanding display body of 2nd Example. It is a perspective view which shows the self-supporting display body of the folded state. It is a perspective view which shows the self-supporting display body deform | transformed into the standing posture. It is the perspective view which looked at the self-supporting display body changed into the standing posture from the bottom. FIG. 13 is an enlarged cross-sectional view taken along line XIII-XIII in FIG. It is an expanded view of the self-supporting display body of a modification. It is an expanded view of the self-supporting type display body of another modification.

  FIG. 1 shows a pattern paper (blank material) in the case where the self-supporting display body of the first embodiment is made of a single cardboard (or a thin plastic plate).

  The pattern 10A has a portion to be the front surface portion 11, a portion to be the rear surface portion 12, a portion to be the bottom surface portion 13 (hereinafter simply referred to as the front surface portion 11, the rear surface portion 12, and the bottom surface portion 13) and the glue margin 14 in one direction. These boundaries are indicated by alternate long and short dashed lines 21, 32, and 33 as folding lines.

  The fold lines 32 and 33 that become both side edges of the bottom surface portion 13 are formed in a smooth arc shape in the center thereof in a direction protruding (swelling) outward from the bottom surface portion 13. Further, a center line 31 is indicated by a one-dot chain line over the entire length of the bottom surface portion 13 at the center position (intermediate position) of the bottom surface portion 13 in the width direction. The center line 31 is also a fold line (folding fold line). Both side edges 32 and 33 are targeted around the center line 31. These alternate long and short dash lines (folded lines) 21, 32, 31, and 33 are mountain-folded, and the surface shown in FIG. 1 becomes the outer surface of the self-supporting display. Preferably, at least the fold lines 32, 31 and 33 of these fold lines are perforated or curved cuts or are creased to facilitate folding.

  A small notch for forming a leg piece 12A is formed from a boundary line (folding line) 32 between the rear surface portion 12 and the bottom surface portion 13 toward the bottom surface portion 13. Two notches 12A are provided near both ends. An adhesive 14 </ b> A is attached to the center of the margin 14. The adhesive margin 14 is bonded to a portion (indicated by a broken line 14B) that hits the lower edge (lower end) of the front surface portion 11 on the inner surface of the front surface portion 11. A portion (leg portion) 11A to be a leg portion is left at a lower end portion (lower end portion) of the front surface portion 11 than the adhesive portion 14B. The window 11B of the front part 11 is a decoration, and the inner surface of the rear part 12 can be seen through this window 11B. At least the outer surface of the front surface portion 11 and the inner surface (and the outer surface) of the rear surface portion 12 are provided with a pattern and design (including a calendar) according to the purpose of the self-supporting display body. Other functional bodies or decorative bodies may be attached to the self-supporting display body.

  As another form, the front surface portion 11, the bottom surface portion 13 (there is no glue margin 14) and the rear surface portion 12 are continued in this order with a single cardboard, and a fold line is formed at the boundary between them, and the front surface portion 11 It is also possible to continuously form a glue margin at one end of the rear surface portion 12 and bend the glue margin at an acute angle so as to adhere to the other end (at the top of the self-supporting display body). Glued). A configuration may be adopted in which both end portions of the front surface portion 11 and the rear surface portion 12 are slightly bent at an obtuse angle (as a margin of glue) and are made parallel to each other. In any case, when a self-supporting display body is made of a single cardboard, it is a design matter which part of the self-supporting display body is used as an adhesive portion.

  FIG. 2 shows the self-supporting display 10 in the assembled and folded form. As described above, the folding lines 21, 32, 31, 33 are fold-folded, and the adhesive margin 14 is bonded to the lower inner surface (the portion indicated by the broken line 14 B) of the front surface portion 11, and the front surface portion 11 and the rear surface portion 12 are bonded. The folding line (ridgeline) 21 that is the connecting portion of the bottom part 13 and the folding line 31 for folding in the center of the bottom part 13 are made acute (the front part 11 and the rear part 12 are almost overlapped, and the folding line 31 for folding on the bottom part 13 is The fold lines 32 and 33 corresponding to both side edges of the bottom surface portion 13 are made obtuse (the front surface portion 11 and the front half surface portion of the bottom surface portion 13 are made substantially flat, and the rear surface portion 12 and the bottom surface The rear half of the part 13 is made substantially flat). The folding line 31 of the bottom surface part 13 is folded in a direction in which the inner surfaces of the front and rear half surface parts of the bottom surface part 13 overlap (the folding line 31 of the bottom surface part 13 protrudes outward). Further, the fold line 33 that is a connecting portion between the front surface portion 11 and the bottom surface portion 13 and the fold line 32 that is a connecting portion between the rear surface portion 12 and the bottom surface portion 13 are also described in FIG. It is preferable that the crease is attached. The cut leg piece 12A is separated from the bottom surface portion 13 and extends on the plane of the rear surface portion 12. The folding line 31 of the bottom surface part 13 can be folded in a direction in which the outer surfaces of the front and rear half parts of the bottom surface part 13 overlap each other (the folding line 31 of the bottom surface part 13 enters the inside of the display body, It is sandwiched between the inner surface of the front surface portion 11 and the inner surface of the rear surface portion 12).

  When the folded self-supporting display body 10 is erected (independent), as shown in FIGS. 3 and 4, the finger of one hand, more specifically, the thumb and the other four fingers are used. , Pushing the part of the connecting ridge line (folding line) 21 of the front and rear surface parts 11 and 12 and the part of the folding line 31 for folding of the bottom part 13 (preferably at the middle part of the length of the bottom part 13) Give direction force).

  Since both side edges (folding lines) 32 and 33 of the bottom surface portion 13 are formed in a smooth arc shape that protrudes most outward in the middle portion (center portion) of the length of the bottom surface portion 13, the bottom surface portion 13 Is the widest in the middle of its length. When the center line (folding fold line) 31 portion of the bottom surface portion 13 is pushed, the widest central portion M (see FIG. 6) of the bottom surface portion 13 protrudes and resists folding of the fold line 31 for folding. Slightly inflates. Both end portions of the bottom surface portion 13 are kept in a state of protruding outward slightly as the folding line 31 for folding is folded. Due to the tension of the widest central portion of the bottom surface portion 13, the self-supporting display body 10 has a front surface 11 and a rear surface portion 12 spread at an acute angle, and the bottom surface 13 becomes substantially flat and has one end (end surface or side surface). ) Is held in a substantially triangular state (see FIG. 5).

  If the self-supporting display body 10 in this state is placed on a desk or other flat mounting surface, the display body 10 stands upright in a standing state as shown in FIG. A lower edge portion (a portion lower than the portion where the adhesive margin 14 is bonded) 11A becomes the front leg portion, and the two leg piece pieces 12A on the rear surface portion 12 and the display body 10 are stabilized. support. When the center portion of the bottom surface portion 13 is pushed outward from the inside and the folding line 31 is folded so that the folding line 31 protrudes outward, the display body 10 returns to the folded state shown in FIG. However, as long as the center part of the bottom surface part 13 is not pushed from the inside to the outside, the display body 10 maintains a state where it can stand on its own. The upper and lower sides of the self-standing display body are referred to based on this standing posture.

  FIG. 8 shows a modification. When the length of the front surface portion 11 in the vertical direction is increased, the front surface portion 11 is inclined and the rear surface portion 12 is substantially perpendicular to the placement surface. It can be said that the one shown in FIG. 7 is an approximately isosceles triangle and the one shown in FIG. 8 is an approximately right triangle. In this case, the folding line 31 for folding is provided not at the center in the width direction of the bottom surface part 13 but at a position slightly on the front surface part 11 side, and the folding line for folding the bottom surface part 13 from the upper edge (ridge line 21) of the front surface part 11 is provided. When the length to the line 31 is equal to the length from the upper edge (ridge line 21) of the rear surface portion 12 to the folding line 31 for folding on the bottom surface portion 13, the folding body 31 is projected so that the folding line 31 protrudes outward. When 10 is folded, the front half part 11 and the front half part of the bottom face part 13 can be folded so that the rear face part 12 and the rear half part of the bottom face part 13 are exactly overlapped. In a configuration in which the folding line 31 is folded inward (between the inner surface of the front surface portion 11 and the inner surface of the rear surface portion 12), the difference between the vertical length of the front surface portion 11 and the vertical length of the rear surface portion 12 However, if the difference between the width of the front half of the bottom surface portion 13 and the width of the rear half of the bottom surface portion 13 is made equal, the front surface portion 11 and the rear surface portion 12 are exactly overlapped.

  There may be various modifications other than the above. For example, the front part and the rear part may be separated and bonded by bonding the upper edge part of the front part and the upper edge part of the rear part. The bottom surface portion may be separated from the front surface portion and the rear surface portion, and both side edge portions may be bent and bonded to the inner surface of the lower edge portion (lower end portion) of the front surface portion and the rear surface portion. The leg 11A or the leg piece 12A is not necessarily required, but at least one of the leg 11A and the leg piece 12A should be present in order to be stable and independent. The leg 11A can also be realized with two small leg pieces, like the leg piece 12A.

  9 to 13 show a second embodiment. FIG. 9 is a development view of the self-supporting display body, FIG. 10 shows a state in which the self-supporting display body is folded, and FIGS. 11 to 13 show a state in which the self-supporting display body is deformed to a standing posture.

  FIG. 9 shows a surface that becomes the outer surface of a pattern paper (blank material) when the self-supporting display body is made of a single cardboard (may be a thin plastic plate).

  In the pattern paper 110A, a portion that becomes the front surface portion 111, a portion that becomes the rear surface portion 112, a portion that becomes the bottom surface portion 113 (hereinafter simply referred to as the front surface portion 111, the rear surface portion 112, and the bottom surface portion 113) and the decorative surface portion 115 are unidirectional. The boundary between these parts is indicated by alternate long and short dashed lines 121, 132, 133 as folding lines (mountain folds).

  In this embodiment, both side edges (fold lines 132 and 133) of the bottom surface portion 113 are formed by broken lines (a combination of straight lines). That is, the bottom surface portion 113 is widest at the center in the length direction (the boundary is a crease 134 described later) (projects outward), and both side edge portions (fold line portions) 132a and 133a are Parallel. The width of the bottom portion 113 is gradually reduced linearly from the center to both ends. A folding line 131 for folding extending in the length direction is formed at an intermediate position of the width of the bottom surface portion 113 (a position close to the decorative surface portion 115). In this embodiment, the folding lines 131, 132, 133 are provided with cuts for easy folding (the cuts are indicated by solid lines). In particular, the bottom portion 113 is cut (shown by a solid line) at the center in the length direction as indicated by reference numerals 131a, 132a, and 133a. Of course, these fold lines 131, 132, 133 may be formed by perforations, creases, and the like.

  Two folding rules (indicated by broken lines) 134 extending in the width direction are attached so as to divide the bottom surface portion 113 into three in the length direction. The crease 134 is attached in a direction that is slightly valley-folded. The fold lines 132 and 133 are bent at the crease 134. Both end edges of the bottom surface portion 113 are cut out in a triangular shape so as to be deepest at the position of the folding line 131 (the cut line is indicated by 113A). This is to facilitate folding at the folding line 131 for folding. This cutout (notch) 113A may not be provided.

  Both end portions of the bottom surface portion 113 are cut off, and the length thereof is shorter than the width (length in the lateral direction) of the rear surface portion 112 and the decorative surface portion 115. In the region where the bottom surface portion 113 does not exist, the lower end of the rear surface portion 112 and the decorative surface portion 115 slightly protrude to form leg portions (leg piece pieces) 112A and 115A. In other words, both side edges 132 and 133 of the bottom surface portion 113 enter the front surface portion 111 and the decorative surface portion 115. The boundaries between the leg portions 112A and 115A and the bottom surface portion 113 are cut by the length of the leg portion.

  An adhesive 114A is provided on the lower outer surface of the front surface portion 111, and this portion 114A is bonded to the lower inner surface (shown by a broken line 114B) of the decorative surface portion 115, whereby the self-supporting display body 110 is assembled. In a state where the front surface portion 111 and the decorative surface portion 115 are bonded, as shown in FIG. 10, the self-supporting display body 110 is folded with the folding line 131 for folding on the bottom surface portion 113 protruding outward. That is, the length from the fold line 121 (which becomes the top ridge line of the self-supporting display 110) from the front surface portion 111 to the rear surface portion 112 through the rear surface portion 112 to the folding fold line 131 of the bottom surface portion 113. And the length from the folding line 121 to the folding line 131 for folding of the bottom surface 113 through a part of the front surface 111 and the decorative surface 115 is equal to the front surface 111 (and a part of the decorative surface 115). And the rear surface portion 112 exactly overlaps.

  In order to stand up (self-support) the self-supporting display 110 in the folded state (FIG. 10), as with the above-described embodiment, it is possible to use one finger, more specifically the thumb and the other four. Press the part of the connecting ridge line (folding line) 121 of the front and rear surface parts 111 and 112 and the part of the folding line 131 of the bottom surface part 113 (preferably at the middle part of the length of the bottom surface part 113) with (Applying forces in the direction of approaching each other).

  Since both side edges 132 and 133 of the bottom surface portion 113 are formed so as to protrude most outward in the central portion in the length direction of the bottom surface portion 113 (the portion between the two folding lines 134), As a result, the self-supporting display body 110 is maintained in a three-dimensional state. The two fold lines 134 are slightly bent and the central portion between them is slightly inwardly recessed. If the self-supporting display body 110 is placed on a desk or other flat surface, the four legs 112A and 115A are kept standing. In the preferred embodiment, as shown in FIG. 13, the rear surface portion 112 is substantially perpendicular to the flat surface, the decorative surface portion 115 is also substantially perpendicular to the flat surface, and the front surface portion 111 protrudes slightly outward. Bend.

  The outer surface (front surface) of the front surface portion 111, the outer surface (front surface) of the decorative surface portion 115, and the inner surface of the rear surface portion 112 are provided with a pattern and design (including a calendar) in accordance with the purpose of the self-supporting display body. A window 111B is formed on the front surface portion 111. For example, a pattern and design 115D are applied to the outer surface of the decorative surface portion 115, a pattern is applied to the outer surface of the front surface portion 111, a design 111D is applied and a window 111B is opened, and a pattern is formed on the inner surface of the rear surface portion 112. Design 112D is applied. As a result, the decoration 111D on the front surface 111 can be seen after the decoration 115D on the decoration surface 115, and the pattern 112D on the rear surface 112 can be seen through the window 111B on the front surface 111. Will become possible, increasing the value of ornaments and figurines.

  When the bottom surface portion 113 is pushed outward from the inner surface, the self-supporting display body 110 returns to the folded state as shown in FIG.

  14 and 15 mainly show modifications of the bottom surface portion 113. FIG. In these drawings, the same components as those described above are denoted by the same reference numerals to avoid redundant description.

  In the self-supporting display pattern 110B shown in FIG. 14, a single crease 135 is formed at the center of the bottom portion 113 in the length direction. Each line is formed by two straight lines bent at 135. Of course, both side edges 132 and 133 protrude outward in the center of the length of the bottom portion 113.

  In the self-supporting display pattern 110C shown in FIG. 15, the crease 135 shown in FIG. 14 is not provided, and the two straight lines forming the side edges 132 and 133 of the bottom part 113 are the curved part 132b, It is connected smoothly by 133b. Of course, both end edges 132 and 133 of the bottom surface portion 113 protrude outward most at the center. Further, the notch 113A is not provided.

  As described above, the shapes of the both end edges 132 and 133 of the bottom surface portion 113 can be formed by straight lines, curved lines, or a combination thereof. The folding line 131 for folding may be provided at a position closer to the rear surface portion 112 than the center.

  Also in the second embodiment, as in the first embodiment, how to combine the front surface portion, the rear surface portion, the bottom surface portion, and the decorative surface portion, that is, in which portion is bent, and which portion is bonded Is a design matter. Moreover, you may make it fold a bottom part inside a self-supporting display body.

  Further, in the first and second embodiments, the widest portion of the bottom surface portion is provided in the middle portion in the length direction of the bottom surface portion, but it may be shifted from the central portion toward the end. May be provided with two wide portions at both ends of the bottom portion. In this case, both side edges of the bottom surface portion are the most concave curved lines at the center portion.

10,110 Freestanding display
11, 111 Front part
11A, 112A, 115A Leg
12, 112 Rear part
12A Leg piece (leg)
13, 113 Bottom
21, 121 Join ridge line (fold line) (the part where the upper edge of the front part and the rear part are joined)
31, 131 Folding lines for folding on the bottom
32, 33, 132, 133 Side edge of the bottom (fold line)
115 Decorative surface

Claims (17)

The front part and the rear part are joined at their upper edges,
Both side edges of the bottom part are coupled to the lower edge part of the front part and the rear part,
A folding line for folding is formed in the middle of the bottom portion in the width direction,
The both side edges of the bottom surface portion are self-supporting display bodies formed so as to protrude outward at locations corresponding to each other ,
Formed of one blank,
The front part and the rear part are continuous and folded at their upper edges;
A lower edge of the front surface portion or the rear surface portion and one side edge of the bottom surface portion are continuous, and are bent at the one side edge of the bottom surface portion;
An adhesive margin is continuously formed from the other side edge of the bottom surface portion, and the adhesive margin is coupled to the lower edge portion of the rear surface portion or the front surface portion,
Free-standing display. Wherein said margin which is continuous from the bottom portion is attached at a position above the lower edge of the rear surface or the front surface, the lower edge of the rear panel or the front portion is a leg portion, claim self standing display body according to 1. The front part and the rear part are joined at their upper edges,
Both side edges of the bottom part are coupled to the lower edge part of the front part and the rear part,
A folding line for folding is formed in the middle of the bottom portion in the width direction ,
The both side edges of the bottom portion are formed to protrude outward at locations corresponding to each other ,
A self-supporting display body in which a decorative surface portion is coupled to the surface of at least one of the front surface portion and the rear surface portion,
Formed of one blank,
The front surface portion, the rear surface portion, the bottom surface portion, and the decorative surface portion are continuous, and are bent at the boundary between these surface portions,
A lower outer surface of the front surface portion is coupled to a lower inner surface of the decorative surface portion;
Free-standing display. The self-supporting display body according to claim 3 , wherein a window is opened in the front surface portion or the rear surface portion to which the decorative surface portion is coupled. The self-supporting display body according to any one of claims 1 to 4 , wherein the side edges of the bottom surface portion are curved. The self-supporting display body according to any one of claims 1 to 4 , wherein the both side edges of the bottom surface portion are formed by broken lines. The self-supporting display body according to any one of claims 1 to 4 , wherein the side edges of the bottom portion are formed by a combination of a straight line and a curved line. The self-supporting display body according to any one of claims 1 to 7 , wherein the both side edges of the bottom surface portion protrude outward most in the middle of the length direction of the bottom surface portion. The length of the upper edge of the front portion to the folding for folding line of the bottom portion, on is equal to the length to the fold lines for the folding of the bottom portion from the edge of the rear face, of claims 1 to 8 The self-supporting display body according to any one of the above. The self-supporting display body according to any one of claims 1 to 9 , wherein the folding line for folding is formed on a center line of the bottom surface portion. The self-supporting display body according to any one of claims 1 to 9 , wherein the folding line for folding is formed at a position near either one of the both side edges of the bottom surface portion. 12. The self-supporting display according to any one of claims 1 to 11 , wherein at least one of the front surface portion and the rear surface portion is continuously formed with a leg portion protruding downward from the bottom surface portion. body.   The self-supporting display body according to any one of claims 1 to 12, wherein a width direction fold line is formed on the bottom surface portion in a direction perpendicular to the fold line for folding. The self-supporting display body according to claim 3 , wherein a leg portion projecting downward from the bottom surface portion is continuously formed on at least one of the front surface portion, the rear surface portion, and the decorative surface portion. 11. The self-supporting display body according to claim 10, wherein the front surface portion, the rear surface portion, and the bottom surface portion form a substantially isosceles triangle as viewed from a side surface. The vertical length of the front surface portion is longer than the vertical length of the rear surface portion, the front surface portion is slanted, the rear surface portion is substantially perpendicular to the mounting surface of the self-supporting display body, and the side surface 12. The self-supporting display body according to claim 11, wherein the self-supporting display body is a right-angled triangle when viewed from the side. The length from the upper edge of the front surface portion to the fold line for folding of the bottom surface portion is equal to the length from the upper edge of the rear surface portion to the fold line for folding of the bottom surface portion. Free-standing display.

Images