JP7650027B2 - Exhibition stand equipment - Google Patents

Description

The present invention relates to equipment for display stands that can be assembled into a simple display stand and has a thin shape that is suitable for transporting the equipment before assembly.

Conventionally, simple display stands for displaying products that can be held in one hand or as a background for those products have often been made from materials such as cardboard or thick paper. Patent Document 1 shows a method for assembling and producing such display stands.

Patent Document 1 relates to a product display stand, and describes a technique for assembling a thick, box-shaped product display stand from a single sheet of material, with measures shown to increase its strength.

In the product display stand of Patent Document 1, first and second lid parts are connected to first and second side wall parts that are connected to the edges of the bottom and bent up, and when the first and second lid parts are bent, they butt up near the center of the sides at the top, and from that position, first and second support parts are connected, and when the first and second support parts are bent, they butt up against the bottom, increasing the strength of the center of the display stand.

Furthermore, Patent Document 2 discloses a base material for an exhibition stand that can be assembled to become an exhibition stand.
In Patent Document 2, two back sections that stand up in the form of a display stand are connected to one side of a single product mounting section, and a flap section is connected to each of the two opposing sides of the remaining sides of the product mounting section; by folding the back section down onto the product mounting section and then overlapping the flap section on top of it, it is possible to create a folded shape suitable for transportation.

JP 2019-076647 A Patent No. 6554297

Incidentally, in recent years, seasonal products and campaign-related products are being displayed not only in large retail stores such as department stores, but also in smaller stores such as drug stores and convenience stores that handle a wide variety of daily necessities.
Drugstores, convenience stores, and the like often adopt a display format in which seasonal products are placed on high display stands so that they are more eye-catching than products lined up on permanent shelves.

Furthermore, in drugstores, convenience stores, and the like, it is desirable to enable employees and part-time staff to easily set up and remove display equipment, and so display stands that can be easily assembled, such as those shown in the above-mentioned Patent Document 1, are used.

However, the product display stand of Patent Document 1 is in a widely spread out state before being assembled, and the equipment before being assembled is not compact.
Therefore, when the product display stand is in an unfolded state (before being assembled), there is a problem that it is difficult to handle when being transported to a retail store such as a drug store.

In view of the above circumstances, the present invention aims to provide equipment for an exhibition stand that can be assembled into a box shape, with the objective of making it compact even before assembly, and thus making it easy to transport.

The present invention has been made in consideration of the above problems, and comprises a quadrilateral top panel and
a circumferential portion that is continuous in the first direction from one side edge to the other side edge of a pair of side edges of the top panel that face each other in the first direction, and that is composed of a first support-forming surface plate, a tear piece, and a second support-forming surface plate;
a first base forming panel that is continuous with one side of another pair of side edges that face each other in a second direction perpendicular to the first direction of the top panel, and is folded over onto the front surface of the top panel so as to be bendable toward the back surface of the top panel;
A second base forming panel is provided, which is continuous with the other side of the other pair of side edges facing the second direction of the top panel, and is folded over on the top panel surface so as to be bendable on the back side of the top panel,
The circumferential portion is flattened and holds the first base forming surface plate and the second base forming surface plate together with the top plate,
When the circumferential portion is cut at the position of the torn piece by removing the torn piece, and the first support-forming panel and the second support-forming panel are separated, each of the first support-forming panel and the second support-forming panel can be bent into a substantially U-shape toward the back surface of the top panel,
The first base forming surface plate and the second base forming surface plate, which are released from the holding of the circumferential portion by the cutting of the circumferential portion, are bendable in a substantially U-shape on the back surface side of the top panel,
The above-mentioned problems are solved by providing equipment for a display stand, characterized in that the first support-forming panel and the second support-forming panel when bent and folded approximately into a U-shape on the back side of the top panel are releasably engaged with the first base-forming panel and the second base-forming panel when bent and folded approximately into a U-shape on the back side of the top panel, and supports formed by bending and folding each of the first support-forming panel and the second support-forming panel are formed on the back side of the top panel.

In the present invention, a connecting panel is continuous with each of the sides of the tear piece facing the second direction, the connecting panel being folded over on the back side of the top panel and detachably attached to the back side of the top panel,
It is preferable to attach the connecting panel to the underside of the top panel, and maintain the flat state in which the circumferential portion and the top panel are overlapped with the first pedestal forming panel and the second pedestal forming panel between them.

The present invention also provides an advantage in that the end of the connecting panel is provided with a connecting means consisting of an adhesive piece that is attached to the back surface of the top panel, and a cut line portion is provided by drilling discontinuous cuts along the connecting means.

In addition, the present invention is a method for manufacturing a pedestal-forming device, comprising the steps of: a top plate surface, a peripheral surface portion continuous with the top plate surface, and one surface of each of the first base-forming plate and the second base-forming plate, the printed surface being formed by printing;
The print forming surface of the top plate and the print forming surface of the circumferential portion are located inside the circumferential portion where the top plate and the circumferential portion are continuous, and the print forming surface of the first base forming surface plate and the print forming surface of the second base forming surface plate are superimposed on the print forming surface side of the top plate,
When the first base forming surface plate and the second base forming surface plate are held in a sandwiched state between the circumferential portion and the top plate, it is preferable that the print forming surface is configured so as not to be exposed to the outside.

Furthermore, the present invention is advantageous in that, when the container is in a flat shape in which the first base forming panel and the second base forming panel are sandwiched and held between the circumferential portion and the top panel, a column for writing delivery recipient information is provided on the surface that is exposed to the outside.

According to the present invention, the first pedestal forming panel plate and the second pedestal forming panel plate are sandwiched and held between the flat circumferential portion and the top panel, and after removing the torn pieces from the circumferential portion and cutting the circumferential portion, the first pedestal forming panel plate and the second pedestal forming panel plate are bent and folded in an approximately U-shape toward the back surface of the top panel, and since the first support-forming panel plate and the second support-forming panel plate are separated by cutting the circumferential portion, the first support-forming panel plate and the second support-forming panel plate can be bent and folded in an approximately U-shape toward the back surface of the top panel.

The bent first and second support-forming panel plates are then engaged with the first and second base-forming panel plates that were previously bent toward the back side of the top panel, so that supports consisting of the first and second support-forming panel plates are formed on the back side of the top panel.

Therefore, until the torn pieces of the circumferential portion are removed, the exhibition stand equipment remains a thin object in which the top panel, the first and second pedestal forming panels, and the flat circumferential portion overlap, making the exhibition stand equipment easy to handle when transporting.
Furthermore, by the simple task of cutting the circumferential portion at the position of the tear piece, the first support pillar forming panel plate, the second support pillar forming panel plate, the first base forming panel plate and the second base forming panel plate can be bent toward the back side of the top panel, which not only simplifies the creation of the display stand, but also has the effect of easily returning the display stand to its thin state at the time of delivery when it is removed.

Furthermore, in the present invention, the circumferential portion continues from one side edge of the top panel to the other side edge in a first direction, and a connecting panel that continues to the opposing side edge of the tear piece in a second direction is attached to the underside of the top panel, so that the shape of a thin object is maintained with a first base forming panel and a second base forming panel disposed between the flat circumferential portion and the top panel.

In this way, the wraparound part is connected to the top panel in a first direction and a second direction perpendicular to the first direction, so the thin, unassembled display stand equipment will not collapse even during shipping. In addition, items to be used with the display stand, such as posters, catalogs, display stand assembly instructions, and other leaflets and booklets, can be stored between the top panel and the wraparound part.

In addition, in the present invention, the end of the connecting panel is provided with a connecting means consisting of an adhesive piece that is affixed to the back surface of the top panel, and a cut line portion is provided by drilling discontinuous cuts along the connecting means, so that the connecting panel can be easily separated from the back surface of the top panel by cutting from the cut line portion.
Then, the torn pieces can be removed to separate the first support-forming panel and the second support-forming panel. This simplifies the process of assembling the thin display stand equipment into an exhibition stand.

Furthermore, in the present invention, the top panel surface, the peripheral portion continuous with this top panel surface, and one side of the first pedestal forming panel and the second pedestal forming panel are made into printed forming surfaces, and when the first pedestal forming panel and the second pedestal forming panel are held in a sandwiched state between the peripheral portion and the top panel, this printed forming surface is arranged so as not to be exposed to the outside.
This has the effect of preventing the printed surface from becoming dirty or scratched when the exhibition stand equipment is delivered.

In addition, in the present invention, a column for recording recipient information of delivery items is provided on the surface of the display stand equipment that is exposed to the outside, which has the effect of determining the location where the recipient information is recorded and making it easier to check the recipient information during the transportation process.

FIG. 2 is an explanatory diagram showing a blank for obtaining the display stand equipment of the present invention. 10 is an explanatory diagram showing the state in which the first and second base forming surface portions of the blank are folded over one another. FIG. FIG. 11 is an explanatory diagram showing the state in which the torn piece side of the blank is folded over. FIG. 2 is an explanatory diagram showing an example of equipment for an exhibition stand according to the present invention. FIG. 13 is an explanatory diagram showing a state in which a connecting panel is attached to the blank. 13 is an explanatory diagram showing the first and second pedestal forming surface plates in a bent state. FIG. 13 is an explanatory diagram showing the state in which the first and second support pillar forming panel are bent and folded. FIG. 1 is an explanatory diagram showing a support consisting of first and second support forming face plates as viewed from below. FIG. FIG. FIG. 13 is an explanatory diagram showing a blank in a modified example. FIG. 13 is an explanatory diagram showing a display stand in a modified example.

The present invention will now be described in detail based on the illustrated embodiment. In the figure, reference numeral 1 denotes a blank for obtaining the display stand equipment of the present invention, which is made by laminating and integrating coated cardboard (thick paper) with decorative printing onto one side of corrugated cardboard, and then punching out the blank to form multiple panel panels by adding creases and cut lines. The blank in Figure 1 is shown with the side with decorative printing facing forward.

(blank)
This blank 1 has a rectangular top panel 2 that is quadrilateral and has a width large enough to hold products and is used as a product placement panel or background panel on a display stand, which will be described later. Of a pair of sides facing each other in a first direction A of the top panel 2, a plurality of panels are connected in the first direction A in order from one side 3, and a first side panel 4, a first bottom panel 5, a first insert piece 6, a tear piece 7, a second insert piece 8, and a second bottom panel 9 are connected from the side 3 side as shown in the figure. Also, a second side panel 11 and a glue tab 12 are connected in the first direction A from the other side 10 of the sides facing each other in the first direction A.

Of the pair of sides of the top panel 2 that face each other in a second direction B, which is perpendicular to the first direction A, a third side panel 14 and a first fixed piece 15 are connected in order from one side 13 in the second direction B, and a fourth side panel 17 and a second fixed piece 18 are connected in order from the other side 16 in the second direction B.

A flap 19 to be folded is connected to each of the opposing sides of the third side panel 14 and the fourth side panel 17 in the first direction A. In addition, as shown in the figure, the first fixing piece 15 and the second fixing piece 18 have elongated insertion holes 20 into which the first insertion piece 6 and the second insertion piece 8 can be inserted and engaged when assembling the display stand as described below.

Furthermore, the connecting panels 23 are connected to the opposing sides 21, 22 of the tear piece 7 in the second direction B via two fold lines. Each connecting panel 23 is provided with an attachment means 24 consisting of an adhesive piece that is attached to the back surface of the top panel at the end opposite the two fold lines, as described below.

Furthermore, a cut line section 25 is provided with two discontinuous cuts along the adhesive piece serving as the attachment means 24, and the connecting panel 23 can be separated from the attachment means 24 by removing the cuts between the cut line section 25 when necessary while the adhesive piece of the attachment means 24 is attached to the back surface of the top panel.

The first insertion piece 6 and the tear piece 7, and the tear piece 7 and the second insertion piece 8 are connected via perforated cut lines 26, respectively, so that the tear piece 7 can be removed from between the first insertion piece 6 and the second insertion piece 8 after the connecting panel 23 is cut at the cut line 25. Furthermore, the first insertion piece 6 and the second insertion piece 8 have groove-like cuts 27 formed by the cut lines 26 that engage when inserted into the insertion hole 20.

(Display stand equipment)
The display stand equipment 28 of the present invention is formed from a blank 1. To obtain the display stand equipment 28 from the blank 1, first, as shown in Fig. 2, the third side panel 14 and the first fixed piece 15 continuing to the third side panel 14 are folded over from the side edges 13 facing each other in the second direction B onto the surface 2a of the top panel 2. Similarly, the fourth side panel 17 and the second fixed piece 18 continuing to the fourth side panel 17 are folded over from the other side edge 16 of the top panel 2. The flap 19 moves along with the third and fourth side panels 14, 17.

Next, the two fold lines on the side edge 10 of the top panel 2 are folded up so that the cross section is roughly U-shaped, so that the glue tab 12 corresponds to the surface 11a of the second side panel 11. The top panel 2 is then folded at the fold line between the first side panel 4 and the first bottom panel 5 on the side edge 3 side, and the series of panels from the first bottom panel 5 to the second bottom panel 9 are aligned with the glue tab 12, the surface 2a of the top panel 2, and the surface 4a of the first side panel 4, and the glue tab 12 is attached to the corresponding portion of the second bottom panel 9. (See Figure 3)

Next, the two fold lines along the sides 21 and 22 of the tear piece 7 are folded up toward the back surface 2b of the top panel 2 so that the cross section is roughly U-shaped, and the connecting panels 23 are superimposed on the back surface 2b of the top panel 2, and the attachment means (adhesive pieces) 24 are attached. (See Figures 4 and 5)

In this way, the equipment for an exhibition stand 28 shown in Figure 4 is completed. The equipment for an exhibition stand 28 that has been produced is designed so that the exhibition stand can be assembled. The exhibition stand itself to be assembled is formed by bending the panel on the back surface 2b side of the top panel 2 to form the engaging bases 34, 35, and bending the panel on the back surface 2b side to form the supports 36, 37, and the supports 36, 37 are engaged with the bases 34, 35 as described below to form a thick box-like structure as a whole.

In order to form the supports 36, 37 on the back surface 2b of the top panel 2 in the form of an exhibition stand, the exhibition stand equipment 28 of the present invention has a circumferential portion 29 extending from side 3 of a pair of sides facing the first direction A of the top panel 2 to the other side 10, and within the circumferential portion 29, a first support-forming panel 30 and a second support-forming panel 31 are formed, each of which is made up of a plurality of panels.

Similarly, in order to form pedestals 34, 35 for hanging posts on the back surface 2b of the top panel 2 in the display stand configuration, a first pedestal forming panel 32 and a second pedestal forming panel 33 are provided extending in the second direction B from the sides 13, 16 of the top panel 2.

(Surrounding section, first and second pillar forming face plates)
The surrounding portion 29 of the equipment 28 for the display stand is configured from the first side panel 4, the first bottom panel 5, the first insert piece 6, the tear piece 7, the second insert piece 8, the second bottom panel 9 and the second side panel 11 in the first direction A from the side edge 3 of the top panel 2, by bonding the second bottom panel 9 of the blank 1 to the glue tab 12 so that the second bottom panel 9 is continuous with the second side panel 11.

The first support-forming panel 30 is composed of a first side panel 4, a first bottom panel 5, and a first insertion piece 6 that are continuous from the side edge 3 in the first direction A, while the second support-forming panel 31 is composed of a second side panel 11, a second bottom panel 9, and a second insertion piece 8 that are continuous from the side edge 10 in the first direction A. Therefore, the circumferential portion 29 has the first support-forming panel 30, the tear piece 7, and the second support-forming panel 31 lined up in order in the first direction A that runs from the side edge 3 to the side edge 10.

In addition, as shown in the figure, in the circumferential portion 29, the first bottom panel 5, the first insert piece 6, the tear piece 7, the second insert piece 8, and the second bottom panel 9 are folded together from the fold line between the first side panel 4 and the first bottom panel 5 so as to face the surface 2a of the top panel 2 and the surface 4a of the first side panel 4, and the corresponding portion of the second bottom panel 9 is also attached to the glue tab 12 folded from the two fold lines.

As shown in the state of blank 1, surface 2a of the top panel 2 and surfaces 4a, 11a of the first side panel 4 and second side panel 11 are on the same side, and surfaces 5a, 6a, 7a, 8a, 9a of the first bottom panel 5, first insert piece 6, tear piece 7, second insert piece 8, and second bottom panel 9 are also continuous with surface 2a of the top panel 2.
Therefore, the inner side of the portion of the top panel 2 and the surrounding portion 29 that turns in the first direction A is configured as the surface of each panel, that is, the printed surface on which decorative printing or the like has been performed.

(First and second pedestal forming face plates)
As shown in the form of the blank 1, the first pedestal forming surface plate 32 comprises a third side panel 14 continuing from the side edge 13 of the top panel 2 in the second direction B, and a first fixed piece 15. The second pedestal forming surface plate 33 comprises a fourth side panel 17 continuing from the side edge 16 of the top panel 2 in the second direction B, and a second fixed piece 18.
In this embodiment, fold lines are provided in the first fixing piece 15 and the second fixing piece 18 so as to pass through the position of the insertion hole 20 so that the first base forming panel 32 and the second base forming panel 33 can be bent and folded in an approximately C-shape toward the back surface 2b of the top panel 2.

(Flat form)
In the display stand equipment 28, the first pedestal forming panel 32 and the second pedestal forming panel 33 are each folded over the front surface 2a of the top panel 2. Then, as described above, in the circumferential portion 29, the series of panels consisting of the first bottom panel 5, the first insert piece 6, the tear piece 7, the second insert piece 8 and the second bottom panel 9 are folded down from the position of the fold line between the first side panel 4 and the first bottom panel 5, and overlap the first pedestal forming panel 32 and the second pedestal forming panel 33, with the second bottom panel 9 being attached to the glue tab 12.

In this way, the circumferential portion 29 is flattened and the first pedestal forming panel 32 and the second pedestal forming panel 33 are sandwiched and held by the top panel 2, so that the display stand equipment 28 is formed as a thin object.
Therefore, the display stand equipment 28 does not become bulky during transportation, and there is no need to increase the storage space before the display stand is assembled.

Furthermore, in this embodiment, the tear piece 7 corresponds to the portion where the first base forming panel 32 and the second base forming panel 33 are folded down. Then, the connecting panel 23 is folded down to the back surface 2b of the top panel 2 from the portion of the two fold lines along each of the sides 21, 22 of the tear piece 7 that face the second direction B, and the attachment means 24 of the end of the connecting panel 23 is attached to the back surface 2b of the top panel 2, so that the flat state of the circumferential portion 29 of the display stand equipment 28 can be maintained more reliably, and thus the thin shape of the display stand equipment 28 can be reliably maintained.

In addition, when the first base forming panel 32 and the second base forming panel 33 are folded toward the top panel 2 and the glue tab 12 is folded so as to face the second side panel 11, the shape in the plane occupied by the second side panel 11 (glue tab 12), the top panel 2 and the first side panel 4 is made the same as the shape in the plane occupied by the first bottom panel 5 to the second bottom panel 9.
Therefore, in the form of the display stand equipment 28, the printed surface is not exposed to the outside, and damage or dirt during transportation can be prevented.

(Exhibition stand)
The assembly of an exhibition stand from the exhibition stand equipment 28 will be described below.
First, as shown in Fig. 6, the connecting panel 23 folded over on the back surface 2b of the top panel 2 is cut at the two cut lines 25 to remove the tear piece 7. When the tear piece 7 is removed, the first insertion piece 6 and the second insertion piece 8 are separated. That is, the first support-forming panel 30 and the second support-forming panel 31 are separated.
Thereafter, the first support-pillar forming surface plate 30 and the second support-pillar forming surface plate 31 are temporarily deployed in the first direction A.

Next, the first pedestal forming surface plate 32 and the second pedestal forming surface plate 33 are raised from the front surface 2a of the top panel 2, and are then bent toward the rear surface 2b in a generally U-shape to form pedestals 34, 35.
In this embodiment, a fold line is provided in each of the first fixed piece 15 and the second fixed piece 18 at a position that passes through the insertion hole 20. By folding the first and second fixed pieces 15 and 18 into an L shape at the fold line, the insertion hole 20 into which the first and second insertion pieces 6 and 8 can be inserted is formed as an opening in the planar direction of the base and an opening in the vertical direction connected thereto.

Next, the first support-forming panel 30 and the second support-forming panel 31 are bent into an approximately U-shape toward the back surface 2b of the top panel 2 as shown in Figure 7, and the first insertion piece 6 on the free edge side of the first support-forming panel 30 is inserted into the insertion hole 20 of the base 34 (first fixed piece 15) and the insertion hole 20 of the base 35 (second fixed piece 18) and engaged.
Similarly, the second insertion piece 8 on the free edge side of the second support forming panel 31 is inserted into the insertion hole 20 of the base 34 (first fixed piece 15) and the insertion hole 20 of the base 35 (second fixed piece 18) and engaged.

When the first insertion piece 6 and the second insertion piece 8 are inserted into the insertion hole 20, the notches 27 formed on the first insertion piece 6 and the second insertion piece 8 are engaged with the opening edge of the insertion hole 20.
The engagement between the insertion hole 20 and the notch 27 stabilizes the engagement state, and the support 36 made of the first support-forming panel 30 is integrally formed with the back surface 2b of the top panel 2 while being engaged with the pedestals 34, 35, and similarly the support 37 made of the second support-forming panel 31 is integrally formed with the back surface 2b of the top panel 2 while being engaged with the pedestals 34, 35, and a box-shaped display stand 38 is assembled (see Figures 8 and 9).

Figure 8 shows the bottom side of the assembled display stand 38 facing up. As shown in this Figure 8, when the first and second insertion pieces 6, 8 are inserted into the insertion holes 20, respectively, and engaged with the notches 27, the ends (the ends facing in the second direction) of the first and second bottom panels 5, 9 of the supports 36, 37 are arranged to overlap the first and second fixing pieces 15, 18 of the bases 34, 35.

As shown in FIG. 9, the first side panel 4 of the display stand 38 is inclined and designed to be an eye-catching surface.

(Recipient information section)
As described above, the display stand equipment 28 in this embodiment is a thin item which is easy to transport, but as shown in Figure 5, a delivery recipient information entry field 39 is provided by printing on the back surface 2b of the top panel 2, and the recipient information can be written directly in this area or a delivery slip with the recipient information written on it can be affixed.

In this embodiment, a blank 1 is obtained by laminating and integrating coated cardboard that has been printed in advance to provide a decorative printing surface onto one side of a corrugated cardboard, and an exhibition stand equipment 28 is produced from this blank 1, with the delivery recipient information entry field 39 being exposed on the outer side of the exhibition stand equipment 28.
When printing the delivery recipient information field 39 on one side of the cardboard (the back side of the top panel), flexographic printing is the preferred printing method since the surface of the cardboard has projections and recesses.

(Making the blanks)
An example of how the blank 1 is produced is punching using a Thompson die, and either front punching or back punching can be selected as required.
There is no limitation on the fold lines to be made when producing the blank 1, but the line cutting blade for the part where the 180 degree fold is made inside out should be a square blade, and a thickness in the range of 1.0 to 2.0 mm is preferable, and a thickness of 1.4 mm is even more preferable.
The scoring blade for the portion performing the 90 degree fold inside out is a square blade, preferably having a thickness in the range of 0.5 to 1.5 mm, and more preferably having a thickness of 0.9 mm.

(Modification)
The display stand equipment 28 in the above-mentioned embodiment has been described as being assembled into an display stand 38 in which the product mounting portion consisting of the top panel 2 is horizontal and of uniform thickness, but the present invention is not limited to equipment that is assembled into a display stand whose top panel is horizontal when laid flat.

Figure 10 shows a blank 1 for producing another display stand equipment 28. In this blank 1, the width of the second side panel 11 in the first direction A is set to be greater than the width of the first side panel 4 in the same direction. The widths of the third side panel 14 and the fourth side panel 17 in the second direction B also change along the first direction A to match the width dimensions of the first side panel 4 and the second side panel 11. Furthermore, the shape of the outer part from the fold line between the first fixing piece 15 and the second fixing piece 18 is also similar to that of the third side panel 14 and the fourth side panel 17.

The display stand equipment 28 produced from the blank 1 is the same as that in the above embodiment, except for the shapes of the first side panel 4, second side panel 11, third side panel 14, first fixed piece 15, fourth side panel 17, and second fixed piece 18. Therefore, the display stand equipment 28 in the modified example is not shown in the illustration.

As shown in Figure 11, the display stand 38 assembled from the display stand equipment 28 has a top panel 2 that slopes downward at the front. Other aspects are the same as in the above embodiment. As an example of how to stably place exhibits on the inclined top panel 2, it is possible to form a recessed portion, for example.

1... Blank 2... Top plate 2a... Surface of top plate 2b... Back side of top plate 4... First side plate 5... First bottom plate 6... First insert piece 7... Tear piece 8... Second insert piece 9... Second bottom plate 11... Second side plate 14... Third side plate 15... First fixing piece 17... Fourth side plate 18... Second fixing piece 20... Insertion hole 23... Connecting face plate 24... Attachment means 28... Exhibition stand equipment 29... Surrounding part 30... First column forming face plate 31... Second column forming face plate 32... First pedestal forming face plate 33... Second pedestal forming face plate 34, 35... Pedestal 36, 37... Support column 38... Exhibition stand 39... Delivery recipient information entry column

Claims (5)

A quadrilateral top panel,
a circumferential portion that is continuous in the first direction from one side edge to the other side edge of a pair of side edges of the top panel that face each other in the first direction, and that is composed of a first support-forming surface plate, a tear piece, and a second support-forming surface plate;
a first base forming panel that is continuous with one side of another pair of side edges that face each other in a second direction perpendicular to the first direction of the top panel, and is folded over onto the front surface of the top panel so as to be bendable toward the back surface of the top panel;
A second base forming panel is provided, which is continuous with the other side of the other pair of side edges facing the second direction of the top panel, and is folded over on the top panel surface so as to be bendable on the back side of the top panel,
The circumferential portion is flattened and holds the first base forming surface plate and the second base forming surface plate together with the top plate,
When the circumferential portion is cut at the position of the torn piece by removing the torn piece, and the first support-forming panel and the second support-forming panel are separated, each of the first support-forming panel and the second support-forming panel can be bent into a substantially U-shape toward the back surface of the top panel,
The first base forming surface plate and the second base forming surface plate, which are released from the holding of the circumferential portion by the cutting of the circumferential portion, are bendable in a substantially U-shape on the back surface side of the top panel,
This equipment for an exhibition stand is characterized in that the first support-forming panel and the second support-forming panel when bent and folded approximately into a U-shape on the back side of the top panel are detachably engaged with the first base-forming panel and the second base-forming panel when bent and folded approximately into a U-shape on the back side of the top panel, and supports formed by bending each of the first support-forming panel and the second support-forming panel are formed on the back side of the top panel. A connecting panel is continuous with each of the sides of the tear piece facing the second direction and is folded over on the back side of the top panel and detachably attached to the back side of the top panel,
2. Equipment for an exhibition stand as described in claim 1, wherein the connecting panel is attached to the underside of the top panel, so that the circumferential portion and the top panel are maintained in a flat state in which they are overlapped with the first pedestal forming panel and the second pedestal forming panel between them. The display stand equipment according to claim 2, in which the end of the connecting panel is provided with a connecting means consisting of an adhesive piece that is attached to the back surface of the top panel, and a cut line portion is provided by drilling discontinuous cuts along the connecting means. a top plate surface, a peripheral surface portion continuous with the top plate surface, and one side of the first base forming plate and the second base forming plate are formed as printed forming surfaces;
The print forming surface of the top plate and the print forming surface of the circumferential portion are located inside the circumferential portion where the top plate and the circumferential portion are continuous, and the print forming surface of the first base forming surface plate and the print forming surface of the second base forming surface plate are superimposed on the print forming surface side of the top plate,
Equipment for an exhibition stand as described in any one of claims 1 to 3, wherein when the first base forming panel and the second base forming panel are held in a sandwiched state between the circumferential portion and the top panel, the printed surface is not exposed to the outside. The display stand equipment according to any one of claims 1 to 4, in which a column for writing delivery recipient information is provided on the surface that is exposed to the outside when the first base forming panel and the second base forming panel are sandwiched and held between the circumferential part and the top panel in a flat form.

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