JP3182653U - stand - Google Patents

Abstract

The present invention provides a stand that can be easily assembled, can stably hold the assembled state, and can be easily disassembled from the assembled state.
A stand M is formed with a left insertion portion and a right insertion portion in which a part of the rear surface side of both side surface portions 151 and 161 is inserted in the rear surface portion 111 so as to be insertable. When the first notch portion is formed at the upper edge and the both side surface portions are inserted into both inserted portions, the first notched portion engages with the upper end of the both inserted portions so as not to be easily detached. The portions of the both side surface portions that are inserted into the inserted portions serve as support legs that maintain the stand upright behind the rear surface portion.
[Selection] Figure 4

Description

  The present invention relates to a stand that can be easily assembled and can stably and continuously hold the assembled state.

  Conventionally, in bookstores and rental shops, A4 size and various other sizes of pamphlets, books, magazines, CDs, DVDs, etc. are displayed with the front cover facing the front, and the product details are clarified to the customer. The display device which appeals to is used.

  It is desirable that such a display device saves space during delivery, is easy to assemble, can maintain its assembled state stably and continuously, and can be easily disassembled.

As a related technology, a case for exhibiting and providing various pamphlets has been proposed that can be processed in a compact manner during transportation and storage and is easy to assemble.
Its structure consists of an inclined front plate with two side plates bent at right angles on both sides, a back plate parallel to the front plate with a locking hole in the middle, and a lower end of the back plate from the bottom of the front plate A sheet storage portion formed by a horizontal bottom plate bent through the lower side of the sheet, and a locking plate that fits into a locking hole that is folded from the bottom plate to the rear portion of the back plate, at right angles to both sides. The rear support plate with the bent side plates is locked to the rear plate, and the front side plate ends and the lower end of the side plate, the rear support plate ends and the lower end of the side plate are bent at right angles in plan view. It has a part. And a sticking board is piled up on the edge part of a back board, the piled up surface is stuck with adhesives (glue), etc., and a parallelogram-shaped cylindrical body which consists of a front board, a side board, and a back board Must be formed (see Patent Document 1).

JP-A-8-324550

  However, in the related art described above, in order to stably and continuously maintain the assembled state, an adhesive (glue) is used when forming a parallelogram-shaped cylindrical body including a front plate, a side plate, and a back plate. ) Or the like, and it is required to prepare an adhesive (glue) or the like, which causes additional assembly costs. In addition, if it is adhered with an adhesive (glue) or the like, it may be difficult to disassemble easily when it is discarded.

  An object of the present invention is to provide a stand that can be easily assembled, can stably hold the assembled state, and can be easily disassembled from the assembled state.

The stand of the present invention is
A bottom plate, a rear plate, a front plate, and both sides of the front plate respectively formed by bending a substantially flat substrate having a thickness of approximately 0.2 mm to 1.6 mm. It is provided with a substantially fan-shaped left side portion and right side portion that are connected,
The dimensions of the width and depth of the lower surface portion are approximately 215 mm and approximately 43 mm,
The dimensions of the width and height of the rear surface portion are approximately 235 mm and approximately 260 mm,
The dimensions of the width and height of the front portion are approximately 215 mm and approximately 140 mm,
Each dimension of the depth and height of both side surface portions is approximately 110 mm and approximately 140 mm,
The rear surface portion is formed so as to stand up from the rear edge of the lower surface portion so as to allow at least the A4 size stand to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
The left inserted portion and the right inserted portion are hollowed out so that a part of the rear surface side of the both side surface portions can be inserted along substantially the vertical direction of both ends of the rear surface portion whose width is larger than that of the lower surface portion. Formed,
A first notch having a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 20 mm and a depth size of about 25 mm is formed on at least a part of the lower end edge of the both side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portion inserted into the both inserted portions becomes a side surface portion that maintains the standing of the own stand behind the rear surface portion,
The side surface portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees.
By comprising in this way, by the simple operation | work of bending only a board | substrate (substantially flat board | substrate with flexibility whose thickness dimension is about 0.2 mm-1.6 mm) (adhesive etc. are unnecessary), When both side portions are inserted into both inserted portions, the first notch portion (a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm) is not easily detached from the upper ends of the both inserted portions. Engage with the state (based on overall bending characteristics and deflection), and the second notch (approximately triangular shape with an opening dimension of approximately 20 mm and a depth dimension of approximately 25 mm) is easily connected to the lower ends of both inserted parts Since it is engaged in a state where it does not come off (based on the overall bending characteristics and deflection), the assembled state is firmly fixed, and since no adhesive is used, it can be easily and easily returned to its original state when dismantling Easy assembly Possible and can hold the assembled finished state in a stable and continuous, it is possible to provide a further stand dismantling is easy from the assembly completed state.
Further, the width and depth dimensions of the lower surface portion are approximately 215 mm and approximately 43 mm, the width and height dimensions of the rear surface portion are approximately 235 mm and approximately 260 mm, and the width and height of the front surface portion are each The dimensions are approximately 215 mm and approximately 140 mm, and the depth and height dimensions of both side portions are approximately 110 mm and approximately 140 mm, so A4 size (297 mm long × 210 mm wide) pamphlets, etc. A5 (longitudinal 210 mm × width 148 mm) and B5 (longitudinal 257 mm × width 182 mm) can be prevented from falling forward and can be stood optimally stably and continuously.
In addition, by setting the rear surface portion substantially perpendicular to the lower surface portion in the assembled state, it can be held in a state where the height positions of sheets such as a plurality of pamphlets are aligned, and has a predetermined thickness. It is possible to tilt the stand body backward with the lower surface portion of the base plate being in contact with the bottom plate portion, and it can be held more stably.
Further, the support leg portion (side surface portion) supports the rear body portion leaning against the rear surface portion along the rearward inclination of the rear surface portion by supporting the rear surface portion so as to be inclined backward by about 13 degrees from the upright in the assembled state. The stand body can be stably held by tilting backward and preventing it from falling forward. Furthermore, the visibility of at least the portion that protrudes upward from the front surface portion is improved by directing the stand body upward while the eyes of the visitor to the bookstore or the like are downward.

The stand of the present invention is
Formed from a substantially flat substrate having flexibility, comprising a lower surface portion, a rear surface portion, a front surface portion, and a left side surface portion and a right side surface portion respectively connected to both sides of the front surface portion;
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
At least one of the left inserted portion and the right inserted portion that are hollowed out so that each of the rear surface portions of both side surface portions can be inserted is formed on the rear surface portion,
A first cutout is formed on at least a part of the upper edge of at least one of the side surfaces,
When at least one of the two side surface portions is inserted into at least one of the inserted portions, the first cutout portion is not easily detached from the upper end of at least one of the inserted portions. Engage,
Of the both side surface portions, the portions inserted into the inserted portions serve as side surface portions that maintain the standing of the own stand behind the rear surface portion.
With this configuration, when both side surface portions (which may be either one) are inserted into both inserted portions, which are made of only the substrate (no adhesive or the like is required), the first notch portion is the inserted portion. Since it is engaged with the upper end of the plate so that it does not easily come off, the assembled state is firmly fixed, and since no adhesive is used, it can be easily and easily returned to the original state when dismantling, so it can be assembled easily It is possible to provide a stand that can be stably and continuously maintained in its assembled state and can be easily disassembled from the assembled state.

The stand of the present invention is
At least one of the both side surface portions includes a recess or a hole below the first cutout portion,
At least one of the inserted parts includes a convex part that is received by the concave part or the hole part when at least one of the two side surface parts is inserted, and the convex part is hollowed out in the internal direction. It is characterized by being convex.
With this configuration, when both side surface portions (which may be one) are inserted into both inserted portions, which are made of only the substrate (no adhesive or the like is required), a recess or hole provided in the side surface portion Since the assembly and the convex part of the inserted part are received in a state where they are not easily removed, the assembled state is more firmly fixed, and since no adhesive is used, it is easily and easily returned to the original state when dismantling Therefore, it is possible to provide a stand that can be easily assembled, can stably hold the assembly completion state, and can be easily disassembled from the assembly completion state.

The stand of the present invention is
An upper surface portion, a lower surface portion, a rear surface portion, a front surface portion, and the lower surface portion, which are formed by bending a substantially flat substrate having flexibility with a thickness dimension of approximately 0.2 mm to 1.6 mm, respectively. A left side portion and a right side portion of a substantially fan shape connected to both sides of the front side, and a left reinforcing portion and a right reinforcing portion respectively connected to both sides of the front side portion,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to fall from the front edge of the lower surface portion so that the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, tilts backward from the upright angle by approximately 13 degrees,
The two reinforcing portions are substantially perpendicular to the front surface portion at the bottom side of the lower surface portion so that the rear surface portion which is substantially perpendicular to the lower surface portion in the assembled state is inclined backward from the upright angle by approximately 13 degrees. Position to,
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A substantially triangular first notch portion having an opening size of about 5 mm and a depth size of about 5 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 10 mm and a depth size of about 10 mm is formed on at least a part of the lower end edge of the both side surface portions,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, to tilt backward from an upright angle by approximately 13 degrees,
At least one of the both side surface portions includes a recess or a hole below the first cutout portion,
At least one of the inserted parts includes a convex part that is received by the concave part or the hole part when at least one of the two side surface parts is inserted, and the convex part is the hollowed interior. It is convex in the direction.
By comprising in this way, by the simple operation | work of bending only a board | substrate (substantially flat board | substrate with flexibility whose thickness dimension is about 0.2 mm-1.6 mm) (adhesive etc. are unnecessary), When both side portions are respectively inserted into both inserted portions, the first notch portion (a substantially triangular shape having an opening size of about 5 mm and a depth size of about 5 mm) is not easily detached from the upper ends of both inserted portions. Engage with the state (based on the overall bending characteristics and deflection), and the second notch (approximately triangular shape with an opening dimension of approximately 10 mm and a depth dimension of approximately 10 mm) is easily connected to the lower ends of both inserted parts Since it is engaged in a state where it does not come off (based on the overall bending characteristics and deflection), the assembled state is firmly fixed, and since no adhesive is used, it can be easily and easily returned to its original state when dismantling Easy assembly Possible and can hold the assembled finished state in a stable and continuous, it is possible to provide a further stand dismantling is easy from the assembly completed state.
Moreover, by setting each predetermined dimension, A4 size (297 mm x 210 mm) pamphlets, etc., and A5 (210 mm x 148 mm) and B5 (257 mm x 182 mm) stand sizes that are book size of books. Multiple, stable, continuous, optimal standing or laying down can be held.
In addition, by making the rear surface portion substantially perpendicular to the lower surface portion in the assembled state, it is possible to hold a plurality of books and the like in a state in which the height positions are aligned, and the lower surface of the stand body having a predetermined thickness The stand body can be tilted backward in a state where the portion is in contact with the bottom plate portion, and can be held more stably.
In addition, the support leg portion (side surface portion), coupled with the front surface portion and both reinforcing portions, supports the rear surface portion so that the rear surface portion is tilted backward from the upright by approximately 13 degrees in the assembled state, thereby leaning against the rear surface portion. Can be tilted rearward along the rearward tilt of the rear surface portion and prevented from falling forward, so that the stand body can be stably held. Furthermore, the visibility of at least the portion that protrudes upward from the front surface portion is improved by directing the stand body upward while the eyes of the visitor to the bookstore or the like are downward.
Further, when both side surface portions corresponding to both inserted portions are inserted, the recessed portion or the hole portion provided in the side surface portion and the protruding portion of the inserted portion are easily received, so that the assembled state is further increased. Since it is fixed more firmly and no adhesive is used, it can be easily and easily returned to its original state when dismantling, so it can be easily assembled and its assembly completed state can be maintained stably and continuously. Further, it is possible to provide a stand that can be easily disassembled from the assembled state.

The stand of the present invention is
An upper surface portion, a lower surface portion, a rear surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the lower surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A first notch is formed on at least a part of the arc-shaped edge inclined toward the rear surface portion of the both side surface portions,
When the both side surface portions are respectively inserted into both inserted portions, the first notch portion engages with the upper end of the both inserted portions so as not to be easily detached,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees.
With this configuration, when both side surface portions (which may be either one) are inserted into both inserted portions, which are made of only the substrate (no adhesive or the like is required), the first notch portion is the inserted portion. Since it is engaged with the upper end of the plate so that it does not easily come off, the assembled state is firmly fixed, and since no adhesive is used, it can be easily and easily returned to the original state when dismantling, so it can be assembled easily It is possible to provide a stand that can be stably and continuously maintained in its assembled state and can be easily disassembled from the assembled state.

The stand of the present invention is
The both insertion parts are hollowed out in a substantially circular shape at the upper end,
The substantially circular radius is about several times the thickness dimension of the substrate,
When at least one of the two side surface portions is inserted into at least one of the inserted portions, the first cutout portion is hollowed out into a substantially circular shape at the upper end of at least one of the inserted portions. It is characterized in that it engages with a portion that is not easily detached.
With this configuration, when both side surface portions (which may be either one) are inserted into both inserted portions, which are made of only the substrate (no adhesive or the like is required), the first notch portion is the inserted portion. Because it is engaged with the upper end that is hollowed out into a substantially circular shape (the radius is several times the thickness of the substrate) and does not easily come off, the assembled state is more firmly fixed and no adhesive is used. When disassembling, it can be easily and easily returned to its original state, so it can be easily assembled, its assembled state can be maintained stably and continuously, and disassembly from the assembled state is easy. A stand can be provided.

The stand of the present invention is
The flexible flat plate is PET having transparency.
By comprising in this way, since a to-be-stand body can be visually recognized from the outside, an exhibition effect becomes large. Further, unlike paper and the like, it is advantageous in terms of durability and weight. In addition, it can be recycled and the environment can be taken into consideration, and there is a remarkable effect that the user is more motivated to use.

The stand of the present invention is
A visually recognizable display can be added to at least one of the front surface portion and the rear surface portion.
By configuring in this way, it is possible to put a name on a front face or the like by a print or an advertisement on the front face portion that is easy to visually recognize.

The stand of the present invention is
The rear surface portion is provided with at least one hole portion for hanging on a wall. Therefore, it can be used by hanging on a wall.

  According to the present invention, it is possible to provide a stand that can be easily assembled, can stably hold the assembly completion state, and can be easily disassembled from the assembly completion state.

It is a top view of the board | substrate for an assembly of the stand which concerns on the 1st Embodiment of this invention. It is a figure explaining the assembly procedure of the stand of the 1st Embodiment of this invention. It is a figure explaining the assembly part of the stand of the 1st Embodiment of this invention. It is an assembly completion perspective view of the stand of a 1st embodiment of the present invention. It is a perspective view which shows the use condition of the stand of the 1st Embodiment of this invention. It is a top view of the board | substrate for an assembly of the stand which concerns on the 2nd Embodiment of this invention. It is a figure explaining the assembly procedure of the stand of the 2nd Embodiment of this invention. It is a figure explaining the assembly procedure of the stand of the 2nd Embodiment of this invention. It is an assembly completion perspective view of the stand of a 2nd embodiment of the present invention. It is a perspective view which shows the use condition of the stand of the 2nd Embodiment of this invention.

  Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. The stand M of this embodiment can be bent and restored without using a fixing means such as an adhesive by setting a fold curve on a substantially T-shaped flat plate such as resin, metal or paper that can be folded and restored. It is desirable to set so that the assembled state is stably and continuously maintained by inserting and fixing a required portion to the cut line or the hollow portion. In other words, the stand M can be fixed and solidly completed by simply assembling a flat plate by bending a predetermined part, and it can be easily restored to a flat plate by reducing transportation and integration costs and disassembling after use. And good usability can be realized.

  As shown in FIG. 1, the assembly substrate P is a substantially rectangular assembly substrate made of transparent resin PET (polyethylene terephthalate), and includes an original rear surface portion 11, an original lower surface portion 12, an original front surface portion. 13, the original left side surface portion 15 and the original right side surface portion 16 (hereinafter, the original left side surface portion 15 and the original right side surface portion 16 may be collectively referred to as “original side surface portions 15, 16”). The original rear surface portion 11, the original lower surface portion 12, the original front surface portion 13, and the original side surface portions 15 and 16 are assembled, and will be described later, the rear surface portion 111, the lower surface portion 121, the front surface portion 131, the left side surface portion 151, and the right side surface portion 161. Will be configured respectively. Note that PET has the advantages of easy recycling, low cost, and light weight, the material itself is friendly to the global environment, and is beautiful and high-class.

The lower end of the substantially square original rear surface portion 11 is connected to the upper end of the original lower surface portion 12 at the folding line 11a, and the lower end of the original lower surface portion 12 is connected to the upper end of the original front surface portion 13 at the folding curve 12a portion. . Further, the left and right ends of the substantially rectangular original front surface portion 13 are connected to the original side surface portions 15 and 16 of the target shape at the folding lines 15a and 16a.
Each folding curve has a pressing thin portion formed in a dotted line shape by pressing, and is easily bent. Moreover, each folding line as a bending part may be formed in any way as long as it can be bent.

A left inserted portion 11b and a right inserted portion 11c, into which the original side surface portions 15 and 16 that are elongated (including slits) substantially along the vertical direction of the lower half of both ends of the original rear surface portion 11, can be respectively inserted. Is formed.
In addition, a wall hanging hole 14 is formed in the vicinity of the center of the upper end of the original rear surface portion 11.

  Further, the original left side surface portion 15 is substantially fan-shaped, the angle formed by the two sides other than the arc shape is approximately 77 degrees, and the arc-shaped edge has a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm. A notch 15b (a plurality of notches) may be formed as one notch, and an approximately triangular shape having an opening size of about 20 mm and a depth size of about 25 mm at the edge of one side forming the lower end of the side surface portion. A cutout portion 15c (may be provided in plural) as a second cutout portion having a shape is formed. As will be described later, 15d is a portion located behind the rear surface portion 111 after completion of assembly, and 15e is a portion located in front of the rear surface portion 111 after completion of assembly.

  Further, the original right side surface portion 16 is substantially fan-shaped, the angle formed by the two sides other than the arc shape is approximately 77 degrees, and the arc-shaped edge has a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm. A notch 16b (may be provided in plural) as one notch is formed, and an approximately triangular shape having an opening size of about 20 mm and a depth size of about 25 mm at the edge of one side forming the lower end of the side surface portion. A cutout portion 16c (may be provided in plural) as a second cutout portion having a shape is formed. As will be described later, 16d is a portion positioned behind the rear surface portion 111 after completion of assembly, and 16e is a portion positioned in front of the rear surface portion 111 after completion of assembly.

In the present embodiment, the stand M has a transparent PET thickness of 0.8 mm, and in the flat state, the original rear surface portion 11 is 235 mm wide, and the original lower surface portion 12 and the original front surface portion 13 are horizontal. The original rear surface portion 11 is 260 mm long, the original lower surface portion 12 is 43 mm long, and the original front surface portion 13 is 140 mm long. The original side surface portions 15 and 16 are 110 mm wide and 160 mm long.
In the case of this size, for example, A4 size brochures, A5, B5, B6 size books, etc. can be held compactly. Further, when the assembly substrate P is delivered to a large number of users by mail or the like, it can be properly accommodated in an envelope as it is or if it is folded into at least two, so that the handling is convenient and the cost is reduced.

Next, the procedure for assembling the assembly substrate P to complete the stand M will be described. Note that mountain folds, valley folds, and the like are premised on directions when FIG. 1 is a top view.
First, the film for preventing scratches on the assembly substrate P is peeled off. Then, valley folding is performed along the folding lines 11a and 12a of the assembly substrate P, and the original rear surface part 11 and the original front surface part 13 are erected at an angle of approximately 90 degrees with respect to the original lower surface part 12 in a side view. It should be approximately U-shaped. Even when a load (weight of a book or the like) of a predetermined weight or less is applied due to the bending / bending characteristics of PET, the substantially U-shape is maintained.
Further, the valleys are folded along the folding lines 15a and 16a of the assembling substrate P, and the original left side surface part 15 and the original right side surface part 16 are erected at an angle of about 90 degrees with respect to the original lower surface part 12, and are approximately in a front view. Use a U-shape.

  As shown in FIG. 2, when the 15d portion above the cutout portion 15c of the original left side surface portion 15 is inserted into the left inserted portion 11b of the original rear surface portion 11, the cutout portion 15b of the original left side surface portion 15 becomes the original rear surface portion. 11 is the upper end of the left insertion portion 11b, and is preferably not easily detached from a portion (see FIG. 3) that is formed in a substantially circular shape with a radius of several times the thickness of transparent PET. The notch 15c of the original left side surface portion 15 is engaged with the lower end of the left inserted portion 11b of the original rear surface portion 11 so as not to be easily detached. Similarly, when the 16d portion above the cutout portion 16c of the original right side surface portion 16 is inserted into the right insert portion 11c of the original rear surface portion 11, the cutout portion 16b of the original right side surface portion 16 is inserted into the right insert portion of the original rear surface portion 11. The upper end of the portion 11c, which is preferably engaged with a “patch” in a state where it is not easily removed from a portion that is formed in a substantially circular shape with a radius of several times the thickness of transparent PET. At the same time, the notch portion 16c of the original right side surface portion 16 engages with the lower end of the right insertion portion 11c of the original rear surface portion 11 so as not to be easily detached. As a result, the assembled state of the stand M can be stably and continuously held so as not to collapse easily.

As shown in FIG. 4, the stand M in the assembled state has a rear surface portion 111, a lower surface portion 121, a front surface portion 131, and side surface portions 151 and 161 formed integrally by bending a plate material made of PET.
The rear surface portion 111 that forms a substantially right angle with the lower surface portion 121 is inclined backward by about 13 degrees from the upright (vertical state) based on the shape of the original side surface portions 15 and 16. Accordingly, the lower surface portion 121 is not in a state where the entire bottom surface 121 is in contact with the horizontal surface of the mounting table, but may be formed in a state where the entire surface is in contact.

The portions (15d, 16d) of the original side surface portions 15, 16 inserted into the inserted portions 11b, 11c serve as support legs behind the rear surface portion 111 of the stand M in the assembled state, and the rear surface portion 111 has an angle of approximately 13 The stand M is kept standing while being tilted backwards.
On the other hand, portions of the original side surface portions 15 and 16 that are not inserted into the inserted portions 11b and 11c and that are lower portions (15e and 16e) of the lower surface portion 121 are in front of the rear surface portion 111 of the stand M in the assembled state. The stand M is maintained while the rear surface portion 11 is tilted backward by about 13 degrees with the portions 15d and 16d. The 15e and 16e portions are not essential.

  The stand B is inserted from above into the space formed by the rear surface portion 111, the lower surface portion 121, the front surface portion 131, and the side surface portions 151 and 161 of the stand M, and is held upright at an appropriate position.

  FIG. 5 is a diagram illustrating a state in which the stand body B is leaned and held by the stand M. FIG. Examples of the stand B include a wide range of pamphlets (A4, etc.), books (A4, A5, B5, B6, etc.), leaflets, and various cards, postcards, guides, catalogs, and recipe cards. There are plate-shaped electronic devices, cosmetics, and accessories. Here, it is shown in FIG. 5 as a brochure bundle.

  The bottom of the stand B and the lower surface 121 of the stand M are in close contact with each other. In addition, the back portion of the stand B facing the display surface is in close contact with the rear surface portion 111 of the stand M, or only a slight gap is generated. Note that the spread surface of the stand body B is also directed slightly upward as the rear surface portion 111 of the stand M is guided backward by an angle of approximately 13 degrees.

  The stand M may be installed on, for example, a counter in a bookstore or a display shelf for books.

  With the configuration as described above, the stand M having a simple and stable form can be provided. Further, the stand M after use can be easily disassembled and disassembled.

  Next, a second embodiment of the present invention will be described with reference to the drawings. Since the basic configuration is the same as that of the first embodiment, a duplicate description is omitted.

  As shown in FIG. 6, the assembly substrate P ′ is a flat, substantially rectangular assembly substrate made of transparent resin PET (polyethylene terephthalate). The original rear surface portion 21, the original lower surface portion 22, the original front surface Part 23, original left side part 25, original right side part 26 (hereinafter, original left side part 25 and original right side part 26 may be collectively referred to as "original side parts 25, 26"), original front left reinforcing part 27, The front front right reinforcing portion 28 (hereinafter, the front front left reinforcing portion 27 and the front front right reinforcing portion 28 may be collectively referred to as “original front reinforcing portions 27, 28”), and the original upper surface portion 29. Yes. The original rear surface portion 21, the original lower surface portion 22, the original front surface portion 23, the original side surface portions 25 and 26, the original front surface reinforcing portions 27 and 28, and the original upper surface portion 29 are assembled, and will be described later. 221, the front surface portion 231, the left side surface portion 251, the right side surface portion 261, the front surface left reinforcing portion 271, the front surface right reinforcing portion 281, and the upper surface portion 291 are configured.

The lower end of the substantially rectangular original rear surface portion 21 is connected to the upper end of the original lower surface portion 22 at the folding line 21a, and the lower end of the original lower surface portion 22 is connected to the upper end of the original front surface portion 23 at the folding curve 22a portion. . Moreover, the left and right ends of the substantially rectangular original lower surface portion 22 are connected to the original side surface portions 25 and 26 of the target shape at the folding lines 25a and 26a. Further, the left and right ends of the substantially rectangular original front surface portion 23 are connected to the original front surface reinforcing portions 27 and 28 of the target shape at the folding lines 27a and 28a. Further, the upper end of the substantially rectangular original rear surface portion 21 is connected to the lower end of the original upper surface portion 29 at the folding line 29a.
Each folding curve has a pressing thin portion formed in a dotted line shape by pressing, and is easily bent. Moreover, each folding line as a bending part may be formed in any way as long as it can be bent.

Original side surface portions 25 and 26 that are elongated (4 mm in width, 49.5 mm in length) and hollowed out (including slits) substantially along the vertical direction over substantially the entire vertical length of both ends of the original rear surface portion 21 can be inserted. A left inserted portion 21b and a right inserted portion 21c are formed. The left inserted portion 21b and the right inserted portion 21c are respectively formed with a left engaging portion 21d and a right engaging portion 21e that are convex in the hollow direction at a central portion with a length of 33 mm.
Note that a hole for wall hanging may be formed in the vicinity of the center of the upper end of the original rear surface portion 21.

  Further, the original left side surface portion 25 is substantially fan-shaped, the angle formed by the two sides other than the arc shape is approximately 77 degrees, and the arc-shaped edge has a substantially triangular shape having an opening size of about 5 mm and a depth size of about 5 mm. A notch 25b (a plurality of notches) may be formed as one notch, and an approximately triangular shape having an opening size of about 10 mm and a depth size of about 10 mm at the edge of one side forming the lower end of the side surface portion. A cutout portion 25c (a plurality of cutout portions may be provided) is formed as a second cutout portion having a shape. As will be described later, 25d is divided into a portion located behind the rear surface portion 211 and a portion located in front of the rear surface portion 211 after the assembly is completed by a line connected by the notch portion 25b and the notch portion 25c. Further, the left locking portion 25e that is elongated (including 40 mm in width and 4 mm in length) and includes a slit (including a slit) substantially along the line direction connected by the notch portion 25b and the notch portion 25c is provided on the left side of the original rear surface portion 21. The convex part of the stop part 21d is inserted and formed so that it can be locked.

  Further, the original right side surface portion 26 is substantially fan-shaped, the angle formed by the two sides other than the arc shape is approximately 77 degrees, and the arc-shaped edge has a substantially triangular shape having an opening size of about 5 mm and a depth size of about 5 mm. A notch 26b (a plurality of notches) may be formed as one notch, and a substantially triangular shape having an opening size of about 10 mm and a depth size of about 10 mm at the edge of one side forming the lower end of the side surface portion. A cutout portion 26c (a plurality of cutout portions may be provided) is formed as a second cutout portion having a shape. As will be described later, 26d is divided into a portion positioned behind the rear surface portion 211 and a portion positioned in front of the rear surface portion 211 after the assembly is completed by a line connected by the notch portion 26b and the notch portion 26c. The right engaging portion 26e that is elongated (including 40 mm in width and 4 mm in length) and includes a slit (including a slit) substantially along the line direction connected by the notch portion 26b and the notch portion 26c is provided on the right side of the original rear surface portion 21. The convex part of the stop part 21e is inserted and formed so that it can be locked.

In the present embodiment, the stand M ′ has a transparent PET thickness of about 1 mm, and in the flat state, the original rear surface portion 21 is 600 mm wide and the original lower surface portion 22 and the original front surface portion 23 are horizontal. The original rear surface portion 21 is 150 mm long, the original lower surface portion 22 is 148 mm long, and the original front surface portion 23 is 45 mm long. The original side surface portions 25 and 26 have a maximum width of 143 mm and a maximum length of 210 mm. The original front reinforcing portions 27 and 28 have a maximum width of 88 mm and a maximum length of 45 mm (minimum length of 20 mm), and the original upper surface portion 29 has a width of 600 mm and a length of 22 mm.
In the case of this size, for example, a plurality of children's books of A4, A5, B5, B6 size, etc., are displayed with the front cover etc. facing forward, in a spread state, or with a spine It can be displayed toward the front side or can be held compactly by combining these display modes. Further, when the assembly substrate P ′ is delivered to a large number of users by mail or the like, the flat state is obtained as it is or at least in two, so that the handling is facilitated and the transportation cost is reduced.

Next, a procedure for assembling the assembly substrate P ′ to complete the stand M ′ will be described. Note that mountain folds, valley folds, and the like are premised on directions when FIG. 6 is a top view.
First, as shown in FIG. 7, the scratch preventing film on the assembly substrate P ′ is peeled off. Then, valley folding is performed along the folding line 21 a of the assembly substrate P ′, and mountain folding is performed along the folding line 22 a, so that the original rear surface part 21 and the original front surface part 23 are approximately 90 degrees with respect to the original lower surface part 22. Standing at an angle, it is substantially S-shaped in a side view. Even when a load (weight of a book or the like) of a predetermined weight or less is applied due to the bending / bending characteristics of PET, the substantially S-shape is maintained.
Furthermore, the mountain is folded along the folding line 29 a of the assembly substrate P ′, and the original upper surface portion 29 is erected at an angle of approximately 90 degrees with respect to the original rear surface portion 21 so as to be substantially parallel to the original lower surface portion 22. Thereby, it can avoid that the child's book etc. as the to-be-supported body B 'collide and are damaged compared with the upper end of the original back surface part 21 being exposed, and designability can be improved.

Then, as shown in FIG. 8, valley folding is performed along the folding line 25 a and the folding line 26 a of the assembly substrate P ′, and the original left side surface part 25 and the original right side surface part 26 are approximately 90 degrees with respect to the original bottom surface part 22. Stand up at an angle (FIG. 7 shows a state in which only the original left side surface portion 25 is raised for the purpose of promoting understanding).
Further, when a portion behind the notch portion 25b and the notch portion 25c connecting the notch portion 25c of the original left side surface portion 25 is inserted into the left insertion portion 21b of the original rear surface portion 21, the notch portion 25b of the original left side surface portion 25 becomes the original position. The upper end of the left insertion portion 21b of the surface portion 21 is preferably “click” in a state where it is not easily detached from a portion that is formed in a substantially circular shape with a radius of about several times the thickness dimension of the transparent PET. Engage and engage, and the notch 25c of the original left side 25 is engaged with the lower end of the left insertion portion 21b of the original rear side 21 so that it is not easily detached (similarly, the right side is also assembled). .
In addition, the folds are folded along the folding lines 27a and 28a of the assembly substrate P ', and the original front left reinforcing part 27 and the original front right reinforcing part 28 are rearwardly at an angle of approximately 90 degrees with respect to the original front part 23. The upper end of the front front left reinforcing portion 27 and the front front right reinforcing portion 28 are at least partially in contact with the bottom surface of the original lower surface portion 22 so that the stand M ′ is upright (in a vertical state). Reinforcing the holding of the state tilted backward by about 13 degrees. In this way, even when a load (weight of a book or the like) equal to or less than a predetermined weight is applied, it is possible to maintain a backward tilted state.
As a result, the assembled state of the stand M ′ can be stably and continuously held so as not to collapse easily.

As shown in FIG. 9, the stand M ′ in an assembled state is obtained by bending a plate material made of PET and rear surface portion 211, lower surface portion 221, front surface portion 231, left side surface portion 251, right side surface portion 261, front left left reinforcing portion 271, front surface The right reinforcing portion 281 and the upper surface portion 291 are integrally formed.
The rear surface portion 211 that is substantially perpendicular to the lower surface portion 221 starts from an upright (vertical state) based on the shape of the original side surface portions 25 and 26 and the presence of the front surface portion 231, the front left reinforcing portion 271 and the front right reinforcing portion 281. It is tilted backward by about 13 degrees. Accordingly, the lower surface portion 221 is not in a state of being entirely in contact with the horizontal surface of the mounting table, but the front surface portion 231, the front left reinforcing portion 271 and the front right reinforcing portion 281 are not present (the function of tilting backward is stopped). And the like may be formed so as to be in contact with the whole.

The portions (25d, 26d) of the original side surface portions 25, 26 inserted into the inserted portions 21b, 21c serve as support legs at the rear of the rear surface portion 211 of the assembled stand M ′, and the rear surface portion 211 has a substantially angular angle. The stand M ′ is kept standing while being tilted backward by about 13 degrees.
On the other hand, portions of the original side surface portions 25 and 26 that are not inserted into the inserted portions 21b and 21c (portions located above the lower surface portion 221) are on the left side in front of the rear surface portion 211 of the stand M ′ in the assembled state. A surface portion 251 and a right side surface portion 261 are formed.
The front left reinforcing part 271 and the front right reinforcing part 281 together with the front leg part 231 and the above-mentioned support leg part maintain the standing stand M ′ while tilting the rear face part 11 backward by about 13 degrees. The presence of the front surface portion 231 prevents the horizontally long lower surface portion 221 from being bent due to the load of the stand body B ′, and functions as a reinforcing material.

  The stand body B ′ is inserted into the space formed by the rear surface portion 211, the lower surface portion 221 and the side surface portions 251 and 261 of the stand M ′ from above or from the front, and is stood (back and side surfaces) or laid down at an appropriate position ( Lower side) Hold.

  FIG. 10 is a diagram illustrating a state in which the stand body B ′ is leaned and held by the stand M ′. Examples of the stand body B 'include, for example, pamphlets (A4, etc.), books (A4, A5, B5, B6, etc.), leaflets, and various cards, postcards, guides, catalogs, and recipe cards. There are thin plate-like electronic devices, cosmetics, and accessories. Here, FIG. 10 shows that a plurality of A4, A5, B5, and B6 size children's books and the like are displayed in a two-page spread and three are displayed in a closed state with the front cover facing the front side.

  The bottom of the stand B ′ and the lower surface 221 of the stand M ′ are almost in close contact. In addition, the back portion of the stand B ′ that faces the display surface may be in close contact with the rear surface portion 211 of the stand M ′ or may have a slight gap. (Two books in the spread state in FIG. 10). Note that the spread surface of the stand body B ′ is also directed slightly upward as the rear surface portion 211 of the stand M ′ is led backward by an angle of approximately 13 degrees.

  The stand M ′ may be installed on, for example, a counter in a bookstore or a display shelf for books.

  With the configuration as described above, it is possible to provide a stand M ′ having a simple and stable form. In addition, the stand M ′ after use can be easily disassembled and disassembled.

[Other variations]
A part of the configuration in the second embodiment is also applicable to the stand M in the first embodiment. Similarly, a part of the configuration in the first embodiment is applicable to the stand M ′ in the second embodiment.

Use for advertising, etc. by displaying characters (prints on the front) of the front portions 131 and 231 of the stands M and M '(or the rear surfaces of the rear portions 111 and 211), characters, graphics, etc. It may be. Since it is PET, full-color printing can be easily performed. The advertising paper may be latched by folding it in an inverted V shape so as to be hooked on the front surface portion or the rear surface portion. At this time, even if the advertisement paper is folded in half, the front side is short and the front side is short and the advertisement is displayed behind the front part (in the holding space) even if the advertisement is displayed in front of the front part. The aspect which can permeate | transmit a display through a front part may be sufficient. Further, the advertisement may be displayed by leaning or sticking the advertisement paper to the back of the front part (in the holding space) without locking the folded advertisement paper to the front part. . Furthermore, an advertisement may be displayed by pasting an advertisement sheet directly on the front side of the front part or the rear part.
Thereby, the appeal property of the to-be-stand bodies B and B 'as goods can be improved.
In each of the above embodiments, the stand M, M ′ is entirely formed of PET, which is a transparent resin material. However, at least a part of the stand M, M ′ is formed of a colored or opaque material. It may be formed of any known material. The flexible flat plate preferably has a thickness dimension of approximately 0.2 mm to 1.6 mm. As a result, in addition to facilitating bending, the stand M, M can be obtained from the ease of assembly, form retention force, etc. realized in combination with bending characteristics and bending conditions when the plate-like body has a predetermined size. 'Can be formed from a plate-like body.
In each of the above embodiments, the stands M and M ′ are basically formed by bending a single PET, but the stands M and M ′ are the rear surface portion, the lower surface portion, the front surface portion, and the side surface portion. And the like do not only mean a configuration by bending a single plate, but are formed by appropriately connecting and fixing separate members (including not only flat plates but also members with irregularities) as appropriate. Needless to say, it is included.
In each of the above embodiments, the rear surface portion, the lower surface portion, the front surface portion, the side surface portion, the notch portion, the inserted portion, etc. of the stand M, M ′ are formed in an arbitrary number, position, shape, and the like. It's okay.

  In addition, although not illustrated one by one, the present invention may be implemented with various modifications including the size and shape of each component within the scope of the present invention.

M stand P Assembly board 11 Original rear surface (rear surface before assembly)
12 Original underside (underside before assembly)
13 Front side (Front side before assembly)
14 Hole 15, 16 Original side part (Side part before assembly)
11a to 16a Bending curve 11b, 11c Inserted portion 15b, 15c, 16b, 16c Notch portion 111 Rear surface portion 121 Lower surface portion 131 Front surface portion 151, 161 Side surface portion

Claims (15)

A bottom plate, a rear plate, a front plate, and both sides of the front plate respectively formed by bending a substantially flat substrate having a thickness of approximately 0.2 mm to 1.6 mm. It is provided with a substantially fan-shaped left side portion and right side portion that are connected,
The dimensions of the width and depth of the lower surface portion are approximately 215 mm and approximately 43 mm,
The dimensions of the width and height of the rear surface portion are approximately 235 mm and approximately 260 mm,
The dimensions of the width and height of the front portion are approximately 215 mm and approximately 140 mm,
Each dimension of the depth and height of both side surface portions is approximately 110 mm and approximately 140 mm,
The rear surface portion is formed so as to stand up from the rear edge of the lower surface portion so as to allow at least the A4 size stand to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
The left inserted portion and the right inserted portion are hollowed out so that a part of the rear surface side of the both side surface portions can be inserted along substantially the vertical direction of both ends of the rear surface portion whose width is larger than that of the lower surface portion. Formed,
A first notch having a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 20 mm and a depth size of about 25 mm is formed on at least a part of the lower end edge of the both side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The stand is characterized in that the support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees. A lower surface portion, a rear surface portion, a front surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the front surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to stand up from the rear edge of the lower surface portion so as to allow at least the A4 size stand to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
A left inserted portion and a right inserted portion that are hollowed out so that a part of each of the rear surface sides of both side surface portions can be inserted substantially along the vertical direction of both ends of the rear surface portion are formed,
A first notch having a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 20 mm and a depth size of about 25 mm is formed on at least a part of the lower end edge of the both side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The stand is characterized in that the support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees. A lower surface portion, a rear surface portion, a front surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the front surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to stand up from the rear edge of the lower surface portion so as to allow at least the A4 size stand to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
A left inserted portion and a right inserted portion that are hollowed out so that a part of each of the rear surface sides of both side surface portions can be inserted substantially along the vertical direction of both ends of the rear surface portion are formed,
A first notch having a substantially triangular shape having an opening size of about 2 mm and a depth size of about 3 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 20 mm and a depth size of about 25 mm is formed on at least a part of the lower end edge of the both side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
The stand inserted into both said insertion part among the said both side surface part becomes a support leg part which maintains the standing stand of the own stand in the back of the said rear surface part. Formed from a substantially flat substrate having flexibility, comprising a lower surface portion, a rear surface portion, a front surface portion, and a left side surface portion and a right side surface portion respectively connected to both sides of the front surface portion;
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
At least one of the left inserted portion and the right inserted portion that are hollowed out so that each of the rear surface portions of both side surface portions can be inserted is formed on the rear surface portion,
A first cutout is formed on at least a part of the upper edge of at least one of the side surfaces,
A second notch is formed in at least a part of the lower end edge of at least one of the side surface portions,
When at least one of the two side surface portions is inserted into at least one of the inserted portions, the first cutout portion is not easily detached from the upper end of at least one of the inserted portions. Engaging with the second cutout portion in a state where it is not easily detached from at least one of the lower ends of the inserted portions,
The stand inserted into both said insertion part among the said both side surface part becomes a support leg part which maintains the standing stand of the own stand in the back of the said rear surface part. Formed from a substantially flat substrate having flexibility, comprising a lower surface portion, a rear surface portion, a front surface portion, and a left side surface portion and a right side surface portion respectively connected to both sides of the front surface portion;
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to rise from the front edge of the lower surface portion so that the standing state of the stand body can be maintained.
At least one of the left inserted portion and the right inserted portion that are hollowed out so that each of the rear surface portions of both side surface portions can be inserted is formed on the rear surface portion,
A first cutout is formed on at least a part of the upper edge of at least one of the side surfaces,
When at least one of the two side surface portions is inserted into at least one of the inserted portions, the first cutout portion is not easily detached from the upper end of at least one of the inserted portions. Engage,
The stand inserted into both said insertion part among the said both side surface part becomes a support leg part which maintains the standing stand of the own stand in the back of the said rear surface part. At least one of the both side surface portions includes a recess or a hole below the first cutout portion,
At least one of the inserted parts includes a convex part that is received by the concave part or the hole part when at least one of the two side surface parts is inserted, and the convex part is the hollowed interior. The stand according to any one of 1 to 5, wherein the stand is convex in a direction. An upper surface portion, a lower surface portion, a rear surface portion, a front surface portion, and the lower surface portion, which are formed by bending a substantially flat substrate having flexibility with a thickness dimension of approximately 0.2 mm to 1.6 mm, respectively. A left side portion and a right side portion of a substantially fan shape connected to both sides of the front side, and a left reinforcing portion and a right reinforcing portion respectively connected to both sides of the front side portion,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to fall from the front edge of the lower surface portion so that the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, tilts backward from the upright angle by approximately 13 degrees,
The two reinforcing portions are substantially perpendicular to the front surface portion at the bottom side of the lower surface portion so that the rear surface portion which is substantially perpendicular to the lower surface portion in the assembled state is inclined backward from the upright angle by approximately 13 degrees. Position to,
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A substantially triangular first notch portion having an opening size of about 5 mm and a depth size of about 5 mm is formed on at least a part of the arc-shaped edge inclined to the rear surface side of the both side surface portions,
A second notch having a substantially triangular shape having an opening size of about 10 mm and a depth size of about 10 mm is formed on at least a part of the lower end edge of the both side surface portions,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, to tilt backward from an upright angle by approximately 13 degrees,
At least one of the both side surface portions includes a recess or a hole below the first cutout portion,
At least one of the inserted parts includes a convex part that is received by the concave part or the hole part when at least one of the two side surface parts is inserted, and the convex part is the hollowed interior. A stand that is convex in the direction. An upper surface portion, a lower surface portion, a rear surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the lower surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A first notch is formed on at least a part of the arc-shaped edge inclined toward the rear surface portion of the both side surface portions,
A second notch is formed in at least a part of the lower edge of each of the side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, to tilt backward from an upright angle by approximately 13 degrees,
At least one of the both side surface portions includes a recess or a hole below the first cutout portion,
At least one of the inserted parts includes a convex part that is received by the concave part or the hole part when at least one of the two side surface parts is inserted, and the convex part is the hollowed interior. A stand that is convex in the direction. An upper surface portion, a lower surface portion, a rear surface portion, a front surface portion, and a substantially fan-shaped left side surface portion connected to both sides of the lower surface portion, each formed by bending a substantially flat substrate having flexibility; A right side portion, and a left reinforcing portion and a right reinforcing portion respectively connected to both sides of the front portion,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The front surface portion is formed to fall from the front edge of the lower surface portion so that the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, tilts backward from the upright angle by approximately 13 degrees,
The two reinforcing portions are substantially perpendicular to the front surface portion at the bottom side of the lower surface portion so that the rear surface portion which is substantially perpendicular to the lower surface portion in the assembled state is inclined backward from the upright angle by approximately 13 degrees. Position to,
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A first notch is formed on at least a part of the arc-shaped edge inclined toward the rear surface portion of the both side surface portions,
A second notch is formed in at least a part of the lower edge of each of the side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The stand is characterized in that the support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees. An upper surface portion, a lower surface portion, a rear surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the lower surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A first notch is formed on at least a part of the arc-shaped edge inclined toward the rear surface portion of the both side surface portions,
A second notch is formed in at least a part of the lower edge of each of the side surfaces,
When the both side surface portions are respectively inserted into both inserted portions, the first cutout portion engages with the upper ends of the inserted portions so as not to be easily detached, and the second cutout portion is engaged with the both cutout portions. Engage with the lower end of the inserted part so as not to be easily removed,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The stand is characterized in that the support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees. An upper surface portion, a lower surface portion, a rear surface portion, and a substantially fan-shaped left side surface portion and a right side surface portion respectively connected to both sides of the lower surface portion, which are formed by bending a substantially flat substrate having flexibility, respectively. Prepared,
The rear surface portion is formed so as to rise from the rear edge of the lower surface portion so as to allow the standing body to stand.
The upper surface portion is formed so as to extend rearward from the upper end edge of the rear surface portion,
A left insertion portion and a right insertion portion are formed so that a part of the rear surface side of the both side surface portions is inserted substantially along the vertical direction of both ends of the rear surface portion.
A first notch is formed on at least a part of the arc-shaped edge inclined toward the rear surface portion of the both side surface portions,
When the both side surface portions are respectively inserted into both inserted portions, the first notch portion engages with the upper end of the both inserted portions so as not to be easily detached,
Of the both side surface portions, the portions inserted into the both inserted portions become support leg portions that maintain the standing of the own stand behind the rear surface portion,
The stand is characterized in that the support leg portion supports the rear surface portion, which is substantially perpendicular to the lower surface portion in an assembled state, so that the rear surface portion tilts backward from an upright angle by approximately 13 degrees. The both insertion parts are hollowed out in a substantially circular shape at the upper end,
The substantially circular radius is about several times the thickness dimension of the substrate,
When at least one of the two side surface portions is inserted into at least one of the inserted portions, the first cutout portion is hollowed out into a substantially circular shape at the upper end of at least one of the inserted portions. The stand according to any one of 1 to 11, wherein the stand is engaged with a portion that is not easily detached.   The stand according to any one of 1 to 12, wherein the flexible flat plate is PET having transparency.   The stand according to any one of claims 1 to 13, wherein a visually recognizable display can be added to at least one of the front surface portion and the rear surface portion.   The stand according to any one of claims 1 to 14, wherein the rear surface portion is provided with at least one hole for hanging.

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