JP3153000U - Stand for goods - Google Patents

Abstract

The present invention provides a paper article stand that simplifies folding positions and cuts in an unfolded state and can be easily assembled. In an unfolded state, the overall shape is substantially rectangular, and includes first to third substantially rectangular portions 110, 120, and 130 with a first bent portion and a second bent portion as a boundary. Side rectangular bent pieces 112, 122, 132 are provided in the rectangular portions 110, 120, 130, an insertion port is formed in the first substantially rectangular portion 110, an insertion piece is formed in the third substantially rectangular portion 130, and a second substantially An article insertion port 125 was formed in the rectangular part 120. In the unfolded state, it is sufficient that the first and second bent portions and the side edge bent pieces 112, 122, 132 are processed at the bent portions and the notches for forming the article insertion port 125 are provided at several places. Is very simple. [Selection] Figure 1

Description

  The present invention relates to an article stand, and more particularly to an article stand formed by assembling paper materials.

  Patent Documents 1 and 2 disclose a paper cellular phone stand. This paper mobile phone stand is formed by folding cardboard or cardboard, but is assembled to form a substantially right angled isosceles triangle when viewed from the side, and in the part constituting the side, a triangular folded piece, The triangular inner wall, the rectangular inner wall, and the side plate outer wall are assembled so as to overlap at least partially with three or more layers. Similarly, the part which comprises a back surface is assembled by superimposing a vertical piece and a back plate.

Utility Model Registration No. 3097131 JP 2004-313267 A

  In Patent Documents 1 and 2, in order to give the paper material a predetermined strength, the paper materials are overlapped in two layers or three or more layers in most parts as described above. In order to superimpose two or more layers in most parts in this way, the shape of the unfolded state before folding and assembling must be extremely complicated, and it is necessary to use a paper material with a relatively large area Therefore, the material cost of the paper material itself and the processing cost for providing a complicated incision, fold line and the like are high. Further, since the bending position is complicated, the assembly process is complicated and it takes time to assemble. If it takes time to assemble, it is difficult to disseminate widely regardless of age group.

  The present invention has been made in view of the above, and the folding position and cutting in the unfolded state are simplified as compared with the conventional ones. Also, the unfolded size of the paper material itself can be smaller than that of the conventional ones, and further the assembly work It is an object of the present invention to provide a paper product stand that can perform the above process very easily.

  In order to solve the above problems, an article stand of the present invention is an article stand formed by assembling paper materials, and the paper material is formed in a substantially rectangular shape in an expanded state, A first bent portion formed on the inner side with a predetermined distance from the short side portion substantially parallel to one short side portion, and formed substantially parallel to the other short side portion and the first bent portion. A second bent portion, a first substantially rectangular portion between one short side portion and the first bent portion, a second substantially rectangular portion between the first bent portion and the second bent portion, A side having a predetermined width formed on each side edge of the third substantially rectangular portion, the first substantially rectangular portion, the second substantially rectangular portion, and the third substantially rectangular portion between the two bent portions and the other short side portion. From an edge bent piece, an insertion port formed between one short side portion of the first substantially rectangular portion and the first bent portion, and the other short side portion of the third substantially rectangular portion The insertion piece inserted into the insertion opening, the article insertion opening formed in the second substantially rectangular portion, the first substantially rectangular portion and the third substantially rectangular portion, The first bent portion and the second bent portion are bent in a direction in which the insertion port and the insertion piece are brought close to each other, the insertion piece is inserted into the insertion port, and each side edge of the first substantially rectangular portion is bent. Both of the pieces are bent inward by approximately 90 degrees, and each side edge bent piece of the third substantially rectangular portion is bent inward at an angle greater than 90 degrees, and the other side edge bent piece The portion near the short side is located inside each side edge bent piece of the first substantially rectangular portion in a state bent inward by approximately 90 degrees, and each side edge bent piece of the second substantially rectangular portion is , Together, each side edge bent piece The portion near the first bent portion is located outside each side edge bent piece of the first substantially rectangular portion in a state bent inward by approximately 90 degrees, while the portion close to the second bent portion is Folded inward at an angle greater than 90 degrees and assembled, a portion other than the side edge bent piece of the first substantially rectangular portion constitutes a back surface portion, and a portion other than the side edge bent piece of the second substantially rectangular portion Constitutes the rear inclined front part, and the portion other than the side edge bent piece of the third substantially rectangular part constitutes the bottom part, and the second bent part becomes the front end grounding part when viewed from the side, and the first substantially rectangular part The end edge of each side edge bent piece of the portion is a rear end grounding portion.

  When the front end grounding portion and the rear end grounding portion are grounded on a horizontal plane, the first substantially rectangular portion, the second substantially rectangular portion, and the first It is preferable that the length along each side edge bending piece of 3 substantially rectangular parts is set. The edge of each side edge bent piece of the first substantially rectangular portion forming the rear end grounding portion by the same angle as the forward tilt angle of the back surface portion is a boundary with the portion constituting the back surface portion when deployed. It is preferable that it is formed obliquely from the portion toward the outside. It is preferable that the forward tilt angle of the back portion is set in a range of 5 degrees to 25 degrees. It is preferable that an angle formed by the backward inclined front portion and the bottom portion is set in a range of 25 degrees to 45 degrees. The article insertion port formed in the second substantially rectangular portion constituting the rearwardly inclined front portion is formed by cutting out in a substantially U shape in a horizontal direction in a plan view, and on the inner side cut out in a substantially U shape. The part preferably constitutes an article holding piece. It is preferable that advertising printing is applied to at least a part of the first substantially rectangular portion, the second substantially rectangular portion, and the third substantially rectangular portion. The entire size in the unfolded state is large in postcard, and the cut-off portion and the cut-out portion may be perforated.

  The present invention has a generally rectangular shape in the unfolded state, and includes first to third substantially rectangular portions with the first bent portion and the second bent portion as a boundary, and each substantially rectangular portion has Side edge bent pieces are provided, an insertion port is formed in the first substantially rectangular portion, an insertion piece is formed in the third substantially rectangular portion, and an article insertion port is formed in the second substantially rectangular portion. Therefore, in the unfolded state, it is only necessary to provide several cuts for processing the bent portions in the first and second bent portions and the side edge folded pieces and forming an article insertion port, etc. Is very simple. In addition, because there are few bent parts and there are few parts where paper materials overlap in the assembled state, the area required for the paper material in the unfolded state can be made smaller than before, and the material cost and processing cost of the paper material itself are extremely low. can do.

  In addition, although the bent portion is only the first bent portion, the second bent portion, and the boundary portion between each side edge bent piece and each substantially rectangular portion, the first substantially rectangular portion constituting the back surface portion. Necessary when the article is inserted and held in the article insertion opening by overlapping each side edge folded piece and the adjacent portion of each side edge folded piece of the second substantially rectangular portion constituting the rearward inclined front portion. Strength can be given.

  The insertion port is formed between one short side portion of the first substantially rectangular portion and the first bent portion, and the insertion piece is provided to project outward from the other short side portion of the third substantially rectangular portion. Therefore, when the insertion piece is inserted into the insertion slot, the third substantially rectangular portion constituting the bottom surface portion is not horizontal but is positioned upward as the rear portion is formed, so that the back portion is formed. The first substantially rectangular portion assumes a forward leaning posture in the assembled state. Thus, when the article is inserted into the article insertion port, the article is supported by contacting the upper edge of the first substantially rectangular portion forming the back surface portion. At this time, the edge of each side edge bent piece of the first substantially rectangular portion forming the rear end grounding portion by the same angle as the forward tilt angle of the back portion is a boundary with the portion constituting the back portion when deployed. By using a paper material, the total length of the rear-end grounding portion is grounded to the horizontal plane when grounded to the horizontal plane in the assembled state. Even though it is simply manufactured by bending several places, the article can be reliably supported.

  In addition, since there are few creases and cuts in the folded state in the developed state, the necessary cut-off points can be formed with perforations and provided in a substantially rectangular developed state. In addition, since it is a paper material, printing is easy and it can be manufactured at a very low cost as described above, so that it can be used as a promotional gift, direct mail, or the like. And since it is easy to assemble, there is a high possibility that a person who received it as a prize or direct mail will assemble it and use it as a stand for goods. In addition, it can be expected that the function as an advertising medium will be demonstrated for a long period of time as well as the timing when it is handed over as a free gift or direct mail.

  In addition, the article insertion port formed in the second substantially rectangular portion constituting the rearward inclined front portion was cut out in a substantially U shape in a horizontal direction in plan view, thereby being cut out in a substantially U shape. The inner part functions as an article holding piece that holds the article inserted into the article insertion port. Therefore, if the size is small enough to be inserted into the article insertion slot, even a small or thin article can be stabilized by being suppressed by the article restraining piece, so that a mobile phone, a portable game machine, a portable music player, Various items such as glasses and stationery can be held and is highly versatile.

FIG. 1 is a perspective view showing the overall configuration of an article stand according to an embodiment of the present invention. FIG. 2 is a development view of the article stand according to the embodiment. FIG. 3 is a development view of the article stand according to the embodiment having a postcard function. FIG. 4 is a front view of the article stand according to the embodiment. FIG. 5 is a rear view of the article stand according to the embodiment. FIG. 6 is a plan view of the article stand according to the embodiment. FIG. 7 is a bottom view of the article stand according to the embodiment. FIG. 8 is a right side view of the article stand according to the embodiment. 9 is a cross-sectional view taken along line AA in FIG. 10 is a cross-sectional view taken along line BB in FIG. FIGS. 11A to 11C are views for explaining how to assemble the article stand according to the embodiment. FIG. 12 is a perspective view showing a state in which the cellular phone is supported on the article stand according to the embodiment.

  Hereinafter, embodiments of the present invention will be described in more detail with reference to the drawings. As shown in FIGS. 1 to 10, the article stand 1 of this embodiment includes a first substantially rectangular portion 110, a second substantially rectangular portion 120, and a third substantially rectangular portion 130.

  First, the state of the developed view shown in FIG. 2 will be described. The article stand 1 is formed of a paper material 10 having a substantially rectangular shape. Although the kind of paper material is not limited, For example, the thing of thickness about 0.1 mm-1 mm, Preferably the thing of thickness about 0.2 mm-0.5 mm can be used.

  A first bent portion 140 is formed on the inner side at a predetermined interval from the one short side portion 111 so as to be substantially parallel to one short side portion 111 of the paper material 10 formed in a substantially rectangular shape, and the other short side portion. A second bent portion 150 is formed between 131 and the first bent portion 140 substantially in parallel therewith. A portion between one short side portion 111 and the first bent portion 140 is a first substantially rectangular portion 110, and a portion between the first bent portion 140 and the second bent portion 150 is a second substantially rectangular portion 120. Thus, a third substantially rectangular portion 130 is formed between the second bent portion 150 and the other short side portion 131.

  The first substantially rectangular portion 110 is formed with side edge bent pieces 112 and 112 having a predetermined width on both sides, and a portion sandwiched between the two side edge bent pieces 112 and 112 constitutes the back surface portion 113. The side edge bent pieces 112 and 112 can be bent from the boundary portions 114 and 114 with the back surface portion 113. The first substantially rectangular portion 110 has a predetermined length substantially parallel to the one short side 111 and slightly closer to the one short side 111 than the middle between the one short side 111 and the first bent portion 140. An insertion slot 115 made of a notch is formed.

  Here, one edge 112a, 112a of the side edge bent pieces 112, 112 (which becomes the “rear end grounding portion” in the assembled state) is connected to the one short side 111 from the boundary portions 114, 114, respectively. It is formed obliquely toward the outside. An angle θ1 formed by one short side portion 111 and the end edges 112a and 112a is formed at the same angle as a forward tilt angle θ2 (see FIG. 8) of the back surface portion 113 in the assembled state. As a result, when the back surface portion 113 is assembled at a predetermined forward tilt angle θ2, one end edge 112a, 112a, which becomes the rear end grounding portion, can be grounded to the horizontal plane over its entire length, Thus, it can be stably supported at the forward tilt angle θ2. The article inserted from the article insertion port 125 leans toward the back surface portion 113 side and is supported in contact with the upper edge 113a. In order to stably receive the load of the article at that time, one end of the article is inserted. The edges 112a and 112a are preferably cut out obliquely as described above. A preferred angle of the angle θ1 formed by one short side 111 and one end edge 112a, 112a and the forward tilt angle θ2 of the back surface 113 in the assembled state is 5 degrees to 25 degrees, more preferably 10 degrees to 20 degrees. It is a range.

  When the other end edges 112b and 112b of the side edge bent pieces 112 and 112 are on the extension line of the first bent portion 140, the other end edges 112b and 112b are substantially the second substantially at the time of assembly. It will contact | abut to the inner surface of the rectangular part 120, and the back leaning attitude | position of the 2nd substantially rectangular part 120 backward inclination front part 123 and the forward inclination attitude | position of the back part 113 will collapse | crumble. Therefore, it is preferable that the other end edges 112b and 112b are notched obliquely by a predetermined angle θ3 with respect to the extension line of the first bent portion 140. As a result, as shown in FIG. 9, the other end edges 112 b and 112 b do not contact the inner surface of the second substantially rectangular portion 120, and the rearward tilted posture of the rearwardly tilted front portion 123 and the forwardly tilted posture of the rear surface portion 113. Will not break down.

  Similar to the first substantially rectangular portion 110, the second substantially rectangular portion 120 is formed with side edge bent pieces 122 and 122 having predetermined widths on both sides, and a portion sandwiched between the two side edge bent pieces 122 and 122. The rearwardly inclined front portion 123 is configured at the time of assembly. The side edge bent pieces 122 and 122 can be bent from the boundary portions 124 and 124 with the rearward inclined front portion 123.

  One end edge 122a, 122a located on the first substantially rectangular portion 110 side in the side edge bent pieces 122, 122 is not on the extension line of the first bent portion 140, but is slightly notched from the boundary portions 124, 124. It is. Of the side edge bent pieces 122, 122, a portion near one end edge 122a, 122a is positioned outside the side edge bent pieces 112, 112 of the first substantially rectangular portion 110 as described later (FIG. 1). When the one edge 122a, 122a is on the extension line of the first bent portion 140, there is no functional problem, but the corner of the one edge 122a, 122a is Since it protrudes rearward from the back surface portion 113 and impairs the appearance, it is cut out as described above. The other edges 122b and 122b are not slightly extended from the extension of the second bent portion 150, but are slightly cut away, but when the portions near the other edges 122b and 122b are folded inward as will be described later. The other edges 122b and 122b are not necessarily cut obliquely.

  The rear inclined front portion 123 is formed with an article insertion port 125 that is cut out with a predetermined width in a shape in which a “U” is turned to about 90 degrees in a plan view (hereinafter, referred to as a “sideways substantially U shape”). Has been. In more detail, the article insertion port 125 has the ends of the substantially straight side portions 125a and 125a located at the substantially central portion between the first bent portion 140 and the second bent portion 150. An intermediate connection portion 125b that connects the side portions 125a and 125a is positioned along the first bent portion 140, and is formed by cutting out the predetermined width and intermediate between the side portions 125a and 125a. The vicinity of the boundary with the connecting portion 125b is cut out so as to be rounded. As a result, a substantially semicircular flap-shaped portion having a circular arc on the first bent portion 140 side is formed inside the laterally substantially U-shaped article insertion port 125 in the rearward inclined front portion 123. When the article is inserted into the article insertion opening 125, the flap-shaped part functions as an article holding piece 126 that holds the article by its elasticity.

  Similar to the first substantially rectangular portion 110 and the second substantially rectangular portion 120, the third substantially rectangular portion 130 is formed with side edge bent pieces 132, 132 having a predetermined width on both sides. And the part pinched | interposed into the two side edge bending pieces 132 and 132 comprises the bottom face part 133 at the time of an assembly. The end edges 132a, 132a and 132b, 132b of the side edge bent pieces 132, 132 may be on extension lines of the second bent portion 150 and the other short side portion 131, respectively. 132a and 132a are slightly inclined from the boundary portions 134 and 134 with respect to the bottom surface portion 133 in consideration of the ease of folding inward when the other edges 122b and 122b of the second substantially rectangular portion 120 are bent. Notched in.

  An insertion piece 135 protruding outward is provided on the other short side 131 of the third substantially rectangular portion 130. The insertion piece 135 is oblong in a plan view, and when inserted into the insertion opening 115 formed in the first substantially rectangular portion 110, the base portion 135 a of the insertion piece 135 is caught by the insertion opening 115. Yes.

  Here, the length (X in FIG. 3) along the side edge bent piece 112 between one short side portion 111 of the first substantially rectangular portion 110 and the first bent portion 140, the second substantially rectangular portion 120. The length along the side edge bent piece 122 between the first bent portion 140 and the second bent portion 150 (Y in FIG. 3), the second bent portion 150 and the other of the third substantially rectangular portion 130 The length (Z in FIG. 3) along the side edge bent piece 132 between the short side portion 131 and the short side portion 131 is such that X is the most so that the back surface portion 113 of the first substantially rectangular portion 110 tilts forward at an angle θ2. It is adjusted to be short and Y constituting the rearwardly inclined front portion 123 is the longest, and Z is the length between them.

  In addition, it is preferable to print at least a part of the first substantially rectangular portion 110, the second substantially rectangular portion 120, and the third substantially rectangular portion 130 on the surface of the paper material 10 (see FIG. 12). . Thereby, when it assembles as the stand 1 for articles | goods, a printed advertisement can be visually recognized by a user. In particular, it is effective if printing is performed on the rearwardly inclined front surface portion 123 of the second substantially rectangular portion 120 that can easily be seen by the user.

  Further, as shown in FIG. 3, the paper material 10 has an overall size in the unfolded state as a postcard-sized substantially rectangular shape, and the insertion opening 115 of the first substantially rectangular portion 110 and the side edge bent pieces 112, 112. 122, 122, 132, 132, 132, along the peripheral edge of the article insertion port 125 of the second substantially rectangular portion 120, and the peripheral edge of the insertion piece 135 of the third substantially rectangular portion 130. A perforation is given, and the user cuts off the cut-off portion (shaded portion in FIG. 3) and the cut-out portion (insertion slot 115) along the perforation so that the unfolded state shown in FIG. 2 is obtained. It can also be. In this case, the postcard-sized paper material 10 can be directly used as direct mail or the like.

  Next, a method for assembling the article stand 1 according to this embodiment will be described with reference to FIG. First, as shown in FIG. 11A, side edge bent pieces 112, 112, 122, 122, 132 on both sides of the first substantially rectangular portion 110, the second substantially rectangular portion 120, and the third substantially rectangular portion 130, 132 is bent inward from the respective boundary portions 114, 114, 124, 124, 134, 134 to the back side (the back side of the surface on which advertising printing has been performed).

  Next, as shown in FIG. 11B, the third substantially rectangular portion 130 and the second substantially rectangular portion 120 are folded in half from the second bent portion 150 to the back surface side. At this time, the vicinity of the other edge 122b, 122b of the side edge bent piece 122, 122 of the second substantially rectangular portion 120 and the vicinity of the one end edge 132a, 132a of the side edge bent piece 132, 132 of the third substantially rectangular portion 130 Bend from the second bent portion 150 so as to press down (the portion indicated by reference sign “A” in FIG. 11B).

  Next, as shown in FIG. 11C, the first substantially rectangular portion 110 is bent from the first bent portion 140, and the insertion piece of the third substantially rectangular portion 130 is inserted into the insertion port 115 of the first substantially rectangular portion 110. Insert 135. Accordingly, the side edge bent pieces 122, 122 of the second substantially rectangular portion 120 and the side edge bent pieces 132, 132 of the third substantially rectangular portion 130 are bent inward at an angle larger than 90 degrees over the entire area. It is in the state that was. Further, the side edge bent pieces 112 and 112 of the first substantially rectangular portion 110 are bent inward (forward) by approximately 90 degrees, and the side edge bent pieces 112 and 112 are pressed. Because there is no, its position is free.

  Therefore, of the side edge bent portions 122, 122 of the second substantially rectangular portion 120, a portion on the one end edge 122a, 122a side (a portion near the first bent portion 140, the symbol “B” in FIG. 11C). ] Is pulled out outward so as to overlap the outer sides of the side edge bent pieces 112, 112 of the first substantially rectangular portion 110. Even if a portion closer to the first bent portion 140 than the middle in the longitudinal direction of the side edge bent portions 122, 122 of the second substantially rectangular portion 120 is drawn outward in this way, the second bent portion Since the portion closer to 150 is bent inward at an angle larger than 90 degrees (see FIGS. 1 and 12), the portion closer to the first bent portion 140 has a force in the direction of being drawn inward. Work. Accordingly, when the portion near the first bent portion 140 overlaps the outer side of the side edge bent pieces 112, 112 of the first substantially rectangular portion 110, the first substantially rectangular portion 110 is caused by the force to pull inwardly. The side edge bent pieces 112, 112 are held at an angle bent forward by approximately 90 degrees. One edge 112a, 112a of the side edge bent piece 112, 112 of the first substantially rectangular portion 110 forms a rear end grounding portion, and is thus held at an angle bent forward by approximately 90 degrees, Can firmly support the load when the is inserted.

  When assembled in this manner, the second bent portion 150 becomes the front end grounding portion, and as described above, one end edge 112a, 112a of the side edge bent piece 112, 112 of the first substantially rectangular portion 110 is formed. It becomes a rear end grounding portion and is placed on an appropriate surface such as a table, a desk, an arbitrary table, or a floor. Since the length relationship of X, Y, and Z shown in FIG. 3 is set as described above, the back surface portion 113 is inclined forward by the angle θ2 as described above, and is on the first substantially rectangular portion 110 side. The rear end grounding portion of one end edge 112a, 112a of the edge bent piece 112, 112 is configured so that the entire width of the end edge 112a, 112a substantially contacts the table surface or the like. Further, the portions of the second substantially rectangular portion 120 near the second bent portion 122 and the side bent portions 122 and 122 of the second substantially rectangular portion 120 and the side bent portions 132 and 132 of the third substantially rectangular portion 130 are both larger than 90 degrees. Therefore, both of the rearwardly inclined front surface portion 123 and the bottom surface portion 133 are doubled in the vicinity of both sides. Therefore, when an article is inserted into the article insertion port 125, the article stand 1 of the present embodiment reliably supports the load of the article without causing a deformation.

  For example, when inserting a cellular phone as an article, first, the article holding piece 126 is raised slightly toward the front, and the cellular phone is inserted into the article insertion port 125 where the gap is slightly increased. When the hand is released from the article holding piece 126, the front side of the mobile phone is pressed by the elasticity of the article holding piece 126. Thereby, the back surface side of the mobile phone is in contact with the upper edge of the back surface portion 113, and the load is supported by the back surface portion 113 and the side edge bent pieces 112, 112 (see FIG. 12).

  In order to securely support an article having a predetermined length such as a mobile phone inserted through the article insertion opening 125, the article needs to be inserted into the predetermined length from the article insertion opening 125. The sizes of the rectangular portions 110 to 130 (X, Y, and FIG. 3) are set so that the angle formed by the front surface portion 123 and the bottom surface portion 133 is in the range of 25 degrees to 45 degrees, preferably 30 degrees to 40 degrees. Z length), the formation position of the insertion slot 115, and the like are preferably set.

  The article stand of the present invention can be used to hold various articles such as a portable game machine, a portable music player, glasses, and stationery in addition to a cellular phone.

DESCRIPTION OF SYMBOLS 1 Stand for goods 10 Paper material 110 1st substantially rectangular part 111 One short side part 112 Side edge bending piece 113 Back surface part 114 Boundary part 115 Insertion slot 120 2nd substantially rectangular part 122 Side edge bending piece 123 Backward tilting front part 124 Boundary portion 125 Article insertion port 126 Article restraining piece 130 Third substantially rectangular portion 131 Other short side portion 132 Side edge bent piece 133 Bottom surface portion 134 Boundary portion 135 Insertion piece mouth

Claims (8)

An article stand formed by assembling paper materials,
The paper material is formed in a generally rectangular shape in an expanded state,
A first bent portion formed on the inner side at a predetermined interval from the short side portion substantially parallel to one short side portion;
A second bent portion formed substantially parallel between the other short side portion and the first bent portion;
A first substantially rectangular portion between one short side portion and the first bent portion;
A second substantially rectangular portion between the first bent portion and the second bent portion;
A third substantially rectangular part between the second bent part and the other short side part,
Side edge bent pieces of a predetermined width formed on each side edge of the first substantially rectangular portion, the second substantially rectangular portion, and the third substantially rectangular portion,
A slot formed between one short side portion and the first bent portion in the first substantially rectangular portion;
An insertion piece provided to project outward from the other short side portion of the third substantially rectangular portion and inserted into the insertion port;
Having an article insertion port formed in the second substantially rectangular portion;
The first substantially rectangular portion and the third substantially rectangular portion are bent in a direction in which the insertion port and the insertion piece are approached from the first bending portion and the second bending portion, and the insertion piece is inserted into the insertion port. Inserted,
Each side edge folded piece of the first substantially rectangular portion is folded inward by approximately 90 degrees,
Each side edge folded piece of the third substantially rectangular portion is folded inward at an angle larger than 90 degrees, and the portion near the other short side of each side edge folded piece is within about 90 degrees. Located inside each side edge bent piece of the first substantially rectangular portion in a state bent in the direction,
Each of the side edge bent pieces of the second substantially rectangular portion has the first substantially rectangular portion in a state in which a portion near the first bent portion of each side edge bent piece is bent inward by approximately 90 degrees. Is located on the outside of each side edge folded piece, the portion near the second bent portion is folded inward at an angle greater than 90 degrees and assembled,
A portion other than the side edge bent piece of the first substantially rectangular portion constitutes a back surface portion, and a portion other than the side edge bent piece of the second substantially rectangular portion constitutes a backward inclined front portion, and the third substantially rectangular portion. While the portions other than the side edge folded pieces constitute the bottom portion,
The article stand in which the second bent portion is a front end grounding portion when viewed from the side, and the edge of each side edge bent piece of the first substantially rectangular portion is a rear end grounding portion.   When the front end grounding portion and the rear end grounding portion are grounded on a horizontal plane, the first substantially rectangular portion, the second substantially rectangular portion, and the first 3. The article stand according to claim 1, wherein a length along each side edge bent piece of the substantially rectangular portion is set.   The edge of each side edge bent piece of the first substantially rectangular portion forming the rear end grounding portion by the same angle as the forward tilt angle of the back surface portion is a boundary with the portion constituting the back surface portion when deployed. The article stand according to claim 2, wherein the article stand is formed obliquely outward from the portion.   The article stand according to claim 2 or 3, wherein a forward tilt angle of the back surface portion is set in a range of 5 to 25 degrees.   The article stand according to any one of claims 1 to 4, wherein an angle formed by the backward inclined front portion and the bottom portion is set in a range of 25 to 45 degrees.   The article insertion port formed in the second substantially rectangular portion constituting the rearwardly inclined front portion is formed by cutting out in a substantially U shape in a horizontal direction in a plan view, and on the inner side cut out in a substantially U shape. The article stand according to any one of claims 1 to 5, wherein the part constitutes an article holding piece.   The article stand according to any one of claims 1 to 6, wherein printing for advertisement is applied to at least a part of the first substantially rectangular portion, the second substantially rectangular portion, and the third substantially rectangular portion.   The article stand according to claim 7, wherein the overall size in the unfolded state is a large postcard, and perforations are applied to the cut-off portion and the cut-out portion.

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