JP6340883B2 - Display shelf - Google Patents

Description

  The present invention relates to a display shelf that can be folded compactly and easily assembled at an installation location.

  Conventionally, when a sales promotion campaign for a new product is performed in a store or a showroom such as a supermarket or a drug store, how to make the product stand out and make a strong impression leads to an increase in the purchase chance of the product. As described above, as a means for impressing a product on a customer, it is effective to place the product on a display shelf displaying information on the product.

  Such a display shelf is preferably folded compactly before assembly so that it can be easily carried into the installation location, and can be easily and quickly assembled after being delivered to the installation location. Moreover, it is preferable to make it a suspension type so that installation space may not be taken. For example, in Patent Document 1, a plurality of punched plates formed by partially cutting out the folded plate so as to extend up and down across the folded line is formed on a folded plate with a folded line, Insert a fold line parallel to the fold line into the punched plate to form a storage area by reversing the fold direction between the fold line and the fold line, and extend through the fold line to the side edge of the fold plate A side fixed display frame is disclosed in which the connected plates are connected to each other so that the swollen state of the storage area can be maintained even when the product is not stored in the storage area.

Japanese Patent No. 3957487

  By the way, there is a demand for diverting the display shelf to a plurality of products, for example, when there are variations in the products for which the sales promotion campaign is performed. In the display shelf of Patent Document 1, another product can be displayed as long as it can be stored in the storage area. However, since information on a specific product is usually displayed on the surface of the display shelf, it is difficult to divert the display shelf to other products.

  In view of the above problems, an object of the present invention is to provide a display shelf that can be folded compactly, can be easily assembled at an installation location, and can also be used as a display shelf for two types of products.

In order to achieve the above object, the present invention has a first surface on which predetermined product information is displayed, and a second surface on which product information different from the first surface is displayed. And a front-side folding plate comprising a paper-made blank plate having a resin film layer laminated on the second surface, and a continuous folding plate and a lower end edge of the ceiling-side folding plate that are connected to each other via a folding line. A rear folding plate formed on the inner side of the folding plate and having an upper end edge connected to the top folding plate, and the rear folding plate. One or more folding plates that are connected to the lower end edge of the base plate via a fold line, the lower end edge being connected to the front front folding plate, and the side of the top folding plate An outer surface forming plate connected to the end edge via a fold line; and an inner surface forming plate connected to a side edge of the front folding plate via a fold line;
The folding plate is folded on the first surface side, and the folding plate is folded on the second surface side, and is formed on either the outer surface forming plate or the inner surface forming plate. By inserting the inserted piece into the insertion hole formed on the other side, the housing part surrounded by the folded plate and the folded plate is assembled in the first state formed on the first surface side, When the folding plate is folded to the second surface side, and the folding plate is folded to the first surface side, the insertion piece is inserted into the insertion hole so that the storage portion is on the second surface side. It is the display shelf assembled in the 2nd state formed in.

  In the display shelf configured as described above, the insertion piece is formed at an edge of the outer surface forming plate that is close to the front folding plate, and the insertion hole includes the front folding plate and the front side. It is formed along the boundary with the folding plate, and the storage portion is formed by bending the insertion piece perpendicular to the outer surface forming plate and inserting it into the insertion hole.

  In the display shelf having the above-described configuration, the display shelf includes a display plate that is continuous with a folding line at an upper end of the folding plate, and the display plate is disposed in a horizontal direction at a substantially central portion in the vertical direction of the display plate. It is characterized in that a bend line that crosses is formed.

  In the display shelf having the above-described configuration, the blank plate includes two paper layers, and a printed layer corresponding to the first surface and the second surface, respectively, formed on a surface of the paper layer. The resin film layer is laminated on the surface of the print layer, and an adhesive layer that adheres the back sides of the paper layers to each other.

  Further, the present invention provides the display shelf having the above-described configuration, wherein the storage portion is continuous with the top opening formed in the top folding plate by folding the folding plate and the top opening. A front opening formed on the front folding plate, and the top opening has an opening width larger than an outer diameter of a product stored in the storage, and the front opening Is characterized in that a narrow portion smaller than the outer diameter of the product stored in the storage portion is formed.

  The present invention also includes a first surface on which predetermined product information is displayed, and a second surface on which product information different from the first surface is displayed, the first surface and the second surface Consists of a paper blank board on which a resin film layer is laminated, and includes a top side folding board and a front side folding board connected to the lower edge of the top side folding board via a fold line. One or more folding plates, a rear folding plate formed on the inner side of the folding plate and having an upper edge connected to the top folding plate, and a folding line at the lower edge of the rear folding plate And a ground side folding plate whose lower end edge is connected to the front front folding plate, and a folding line is formed on the side edge of the top folding plate. And an outer surface forming plate in which an insertion piece is formed at an edge adjacent to the front folding plate, and a side edge of the front folding plate connected via a fold line, the front side Folding And an inner surface forming plate in which an insertion hole into which the insertion piece is inserted is formed along the boundary with the upper end of the folding plate, and a substantially central portion in the vertical direction is horizontally connected to the upper end of the folding plate. And a folding plate formed on the first surface side or the second surface side, and the folding plate is folded to the opposite side of the folding plate. In this state, by inserting the insertion piece into the insertion hole, a top opening formed in the top folding plate and a front folding plate formed to be continuous with the top opening. A storage portion surrounded by the folding plate and the folding plate is formed, the folding plate is folded to the first surface side, and the folding plate is The storage portion is formed on the first surface side by folding to the second surface side. A second state in which the storage portion is formed on the second surface side by folding the folding plate to the second surface side and folding the folding plate to the first surface side. It is a display shelf assembled to.

  According to the 1st structure of this invention, it can carry in to an installation place in the state of the blank board folded in flat shape, and becomes a display shelf with a small storage space. Further, since the folding plate, the folding plate, the outer side surface forming plate, and the inner side surface forming plate are simply assembled along the fold line, the display shelf can be easily installed. Further, the first state in which the storage portion is formed on the first surface side on which the predetermined product information is displayed, and the first surface only by changing the folding direction of the folding plate and the folding direction of the folding plate It is possible to select and assemble the second state in which the storage portion is formed on the second surface side on which the product information different from that is displayed. Therefore, it becomes a display shelf that can also be used as a display shelf for two types of products. Moreover, the strength of the blank plate can be increased by laminating the resin film layer on the first surface and the second surface of the blank plate, and breakage of the fold line portion when the assembly operation is repeatedly performed can be prevented. .

  Moreover, according to the 2nd structure of this invention, in the display shelf of the said 1st structure, the insertion piece formed in the edge adjacent to the front side folding board of an outer surface formation board is made with respect to an outer surface formation board. By bending it vertically and inserting it into the insertion hole formed along the boundary between the front folding plate and the front folding plate to form the storage part, the load of the product stored in the storage part is inserted into the insertion piece and the insertion hole Since it acts perpendicularly to the horizontal direction, which is the engagement direction, it is difficult to disengage. Moreover, since the load of goods concentrates on the ridge part of a storage part, the load resistance of a storage part can be enlarged.

  Further, according to the third configuration of the present invention, in the display shelf of the first or second configuration, the display plate is provided at the upper end of the folding plate through the folding line, thereby promoting the product. It will be a display shelf with enhanced advertising functions. Further, by forming a bent line that crosses a substantially central portion in the vertical direction of the display board in the horizontal direction, a load acting on the display board can be released and the vertical deflection of the display board can be suppressed. . Further, since the bent portion serves as a rib, the bending strength in the lateral direction is increased, and the bending of the display panel in the lateral direction can be suppressed. Furthermore, since the display panel is bent, the display shelf can be suspended in a shape along the wall surface from above to below, and the suspended state is stabilized.

  According to the fourth configuration of the present invention, in the display shelf having any one of the first to third configurations, the two paper layers and the first surface formed on the surface of each paper layer, By forming a blank board using laminated paper including a printed layer corresponding to the second surface, a resin film layer laminated on the surface of the printed layer, and an adhesive layer that bonds the back side of each paper layer to each other Even when the blank plate is repeatedly bent along the fold line, the blank plate can be prevented from being broken and the printed layer can be protected. Moreover, the manufacturing process of laminated paper can be simplified by bonding two paper layers on which different print layers are laminated.

  According to the fifth configuration of the present invention, in the display shelf having any one of the first to fourth configurations, the storage portion has a top opening formed in the top folding plate by folding the folding plate. And a front opening formed in the front folding plate so as to be continuous with the top opening, and the opening width of the top opening is the width of the product stored in the storage By making it larger than the outer diameter, it is possible to easily store the product in the storage unit and take out the product from the storage unit through the top opening. In addition, by forming a narrow portion in the front opening that is smaller than the outer diameter of the product stored in the storage, it is possible to prevent the product from dropping out from the front opening.

  Further, according to the sixth configuration of the present invention, the insertion piece is inserted into the insertion hole in a state where the folding plate is folded to the first surface side or the second surface side and the folding plate is folded to the opposite side to the folding plate. A top opening formed in the top folding plate and a front opening formed in the front folding plate so as to be continuous with the top opening. Since the storage part surrounded by the folding plate and the folding plate is formed, it is possible to carry it into the installation place in the state of a blank plate folded flat, forming the folding plate, folding plate, outer side surface Since the plate and the inner surface forming plate are simply assembled by bending along the fold line, the display shelf can be easily installed. Further, by providing a display board continuous with the folding board, the display shelf is further enhanced in an advertising function for promoting a product. Furthermore, by folding the folding plate to the first surface side and folding the folding plate to the second surface side, the storage portion is assembled to the first state formed on the first surface side, and the folding plate is Display that can be used as a display shelf for two types of products, because the storage part is assembled in the second state formed on the second surface side by folding it to the second surface side and folding the folding plate to the first surface side. It becomes a shelf.

The top view which looked at the blank board 1 of the display shelf 100 which concerns on one Embodiment of this invention from the 1st surface side. The top view which looked at the blank board 1 of the display shelf 100 which concerns on one Embodiment of this invention from the 2nd surface side. Sectional drawing of the laminated paper 30 which comprises the blank board 1 of the display shelf 100 It is a perspective view which shows the state in the middle of the assembly of the display shelf 100 of this embodiment, folds the folding plate 3 to the 1st surface side from the state of FIG. 1, and folds the folding plate 5 to the 2nd surface side, and a storage part The figure which shows the state in which 11 was formed The perspective view of the display shelf 100 assembled in the 1st state by which the accommodating part 11 was formed in the 1st surface side. The front view of the accommodating part 11 of the display shelf 100 assembled in the 1st state The side view which looked at the accommodating part 11 from the left direction of FIG. The partial side view which shows the state which suspended the display shelf 100 on the wall surface 21 It is a perspective view which shows the state in the middle of the assembly of the display shelf 100 of this embodiment, folds the folding plate 3 to the 2nd surface side from the state of FIG. 2, and folds the folding plate 5 to the 1st surface side, and a storage part The figure which shows the state in which 11 was formed The perspective view of the display shelf 100 assembled in the 2nd state by which the accommodating part 11 was formed in the 2nd surface side.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the following drawings, the folding line is indicated by a dotted line, and the cut line is indicated by a solid line. FIG.1 and FIG.2 is the top view which looked at the blank board 1 of the display shelf 100 which concerns on one Embodiment of this invention from the 1st surface side and the 2nd surface side, respectively.

  As shown in FIG. 1, the blank plate 1 of the display shelf 100 is formed by punching a laminated paper 30 (see FIG. 3) into a predetermined shape, and is folded at the display plate 2 and the lower edge of the display plate 2. A plurality of (here, three) folding plates 3 sequentially provided via L1 to L3, a plurality (here, two) folding plates 5 formed inside each folding plate 3, and each It is comprised by the outer surface formation board 7 connected with the side edge of the folding board 3 via the fold line L9, and the inner surface formation board 9 connected with the fold line L10.

  The display board 2 is a part that advertises products by printing pictures, photos, characters, and the like. On the first surface side of the display board 2, information about a product (new product A) displayed on the display shelf 100 is printed. On the other hand, as shown in FIG. 2, information about another product (new product B) displayed on the display shelf 100 is printed on the second surface side of the display board 2. In the upper part of the display board 2, a punching hole 2a is formed through which the hanging string 15 (see FIG. 5) is passed. In addition, a bending line 17 formed of a crease that crosses the display plate 2 in the horizontal direction is formed at a substantially central portion of the display plate 2 in the vertical direction (vertical direction).

  The folding plate 3 includes a top folding plate 3a and a front folding plate 3b that is connected to the lower end edge of the top folding plate 3a via folding lines L4 to L6. The folding plate 5 is formed by a pair of cut lines 10 extending from the upper edge (folding lines L1 to L3) of the top folding plate 3a to the lower part of the front folding plate 3b across the folding lines L4 to L6. It is comprised by the folding plate 5a and the ground side folding plate 5b provided in a row by the folding line L7 at the lower end edge of the rear folding plate 5a. The fold lines L1 to L3 are not formed at the connecting portion between the top folding plate 3a and the rear folding plate 5a, and the folding line L8 is formed at the connecting portion between the front folding plate 3b and the ground folding plate 5b. Has been.

  The outer surface forming plate 7 has a right triangle shape, and is connected to the side edge of the top folding plate 3a via a folding line L9. The end edge (lower side) of the outer surface forming plate 7 adjacent to the front folding plate 3b is substantially the same length as the side edge of the front folding plate 3b, and two insertion pieces 7a are formed.

  The inner surface forming plate 9 is connected to the side edge of the front folding plate 3b via a folding line L10. An insertion hole 9a having a U-shape in plan view is formed along the boundary (fold line L10) between the inner surface forming plate 9 and the side edge of the front folding plate 3b. The insertion hole 9a is formed at a position overlapping the insertion piece 7a of the outer surface forming plate 7 when the display shelf 100 is assembled, and the opening width of the insertion hole 9a is slightly larger than the width direction dimension of the insertion piece 7a. It has become.

  It should be noted that not only the display plate 2 but also other portions of the blank plate 1 such as the folding plate 3 and the outer surface forming plate 7 are related to the product (new product A) on the first surface side in accordance with the display plate 2. It is preferable to print information and print information on another product (new product B) on the second surface side.

FIG. 3 is a cross-sectional view of the laminated paper 30 constituting the blank plate 1 of the display shelf 100. The laminated paper 30 has a multilayer structure in which a paper layer 31, a printing layer 32, a resin film layer 33, and an adhesive layer 34 are laminated. The paper layer 31 is a layer that becomes a base material of the laminated paper 30. As the paper layer 31, for example, card paper having a basis weight of 250 to 350 g / m ² is used. In the present embodiment, two paper layers 31 are bonded together by an adhesive layer 34.

  The print layer 32 is a layer for forming a desired print pattern such as characters, figures, symbols, and patterns on the surface of the paper layer 31. As a method for forming the printing layer 32, a desired printing pattern is formed on the surface of the paper layer 31 by a printing method such as gravure printing, offset printing, letterpress printing, screen printing, transfer printing, flexographic printing, or the like.

  The resin film layer 33 is a layer for preventing the printed layer 32 from being stained and scratched and increasing the strength of the blank plate 1. As a method for forming the resin film layer 33, a film layer such as a polypropylene (PP) film or a polyethylene terephthalate (PET) film is laminated on the surface of the printing layer 32 by a dry laminating method, a thermal laminating method, or the like.

  The adhesive layer 34 is a layer for bonding the back surfaces of the two paper layers 31 to one sheet. As the adhesive layer 34, various adhesives capable of adhering the paper layers 31 such as a vinyl acetate adhesive and a cellulose adhesive can be used.

  As a method of manufacturing the laminated paper 30, first, the printing layer 32 is laminated on the surface of the paper layer 31 by a predetermined printing method. At this time, the two paper layers 31 on which the different printing layers 32 corresponding to the printing on the first surface side and the second surface side of the blank plate 1 are laminated are manufactured. Next, a film is laminated on the surface of each print layer 32 to form a resin film layer 33. An adhesive layer 34 is laminated on the back side of one paper layer 31 out of the two paper layers 31 in which the printing layers 32 on the first side and the second side are laminated. The laminated paper 30 is bonded to the back side.

  The laminated paper 30 manufactured in this manner is punched into a predetermined shape, and at the same time, the folding lines L1 to L10 and the bending line 17 formed of crease lines are formed at predetermined positions, and the blank shown in FIGS. A plate 1 is manufactured.

  Next, the assembly procedure of the display shelf 100 of this embodiment will be described. When displaying the commodity described on the first surface of the display plate 2, first, the blank plate 1 of the display shelf 100 is faced up to the first surface as shown in FIG. The top folding plate 3a and the front folding plate 3b are folded to the first surface side by folding in a fold and folding in a mountain fold along the fold lines L4 to L6.

  Next, the rear folding plate 5a and the ground folding plate 5b are folded into a valley fold along the folding line L7, and the ground folding plate 5b is mountain-folded with respect to the front folding plate 3b along the folding line L8. By folding, the rear folding plate 5a and the ground folding plate 5b are folded to the second surface side. As a result, as shown in FIG. 4, a total of six storage portions 11 are formed, two on each folding plate 3.

  Next, from the state of FIG. 4, the outer surface forming plate 7 and the inner surface forming plate 9 are folded into mountain folds along the folding lines L9 and L10, respectively. And the insertion piece 7a formed in the outer surface formation board 7 is inserted in the insertion hole 9a formed along the fold line L10. Thereby, the shape of the storage unit 11 is maintained, and the display shelf 100 in a state where the storage unit 11 is formed on the first surface side (first state) is assembled as shown in FIG. The assembled display shelf 100 is used by being hung from the installation place by the hanging string 15 attached to the punched hole 2a in a state where the product 20 (see FIG. 7) is stored in the storage unit 11.

  6 is a front view of the storage unit 11 assembled in the first state, and FIG. 7 is a side view of the storage unit 11 as viewed from the left in FIG. The storage portion 11 has a rectangular shape in a side view by the top side folding plate 3a, the front side folding plate 3b, the rear side folding plate 5a, and the ground side folding plate 5b. The storage unit 11 includes a top side opening 12a formed in the top side folding plate 3a by folding the rear side folding plate 5a and the ground side folding plate 5b, and a front side folding so as to be continuous with the top side opening 12a. The opening part 12 which consists of the front side opening part 12b formed in the board 3b is formed. Further, the bending angle θ between the ground side folding plate 5b and the front side folding plate 3b is approximately 90 °, and the storage unit 11 supports the bottom of the product 20 with the ground side folding plate 5b, and the front side folding plate The entire area on the front side of the product 20 is supported by the plate 3b.

  The opening width W <b> 1 of the top opening 12 a formed in the top folding plate 3 a is larger than the outer diameter L of the product 20. Thereby, the storage of the product 20 in the storage unit 11 and the removal of the product 20 from the storage unit 11 can be easily performed through the top opening 12a. Further, the front opening 12b formed in the front folding plate 3b has a narrow portion having an opening width W2 smaller than the outer diameter R of the product 20 in order to prevent the product 20 from falling off the opening 12. 13 is formed.

  FIG. 8 is a partial side view showing a state in which the assembled display shelf 100 is suspended from the wall surface 21. As shown in FIG. 8, in the state where the display shelf 100 is suspended along the wall surface 21 and the product 20 is stored in the storage unit 11, the corner portion 11 c on the back surface side of the storage unit 11 is moved to the wall surface 21 by the load of the product 20. Abut. At this time, the display plate 2 is bent along the bending line 17, so that the load of the product 20 acting in the vertical direction (vertical direction in FIG. 8) of the display plate 2 can be released. Can be suppressed.

  For example, when the display shelf 100 is suspended from the corner portion of the wall surface 21, there is a force to bend the display board 2 in the lateral direction (direction perpendicular to the paper surface of FIG. 8) along the wall surface 21. Although acting, the bending portion of the display panel 2 serves as a rib, so that the bending strength is increased. Therefore, it is possible to suppress the lateral deflection of the display panel 2.

  Furthermore, when the display plate 2 is bent, the upper end of the display plate 2 and the wall surface 21 approach each other when the string 15 is hooked on the hook 23 of the wall surface 21. Thereby, the display shelf 100 can be suspended in a shape along the wall surface 21 from above to below, and the suspended state is stabilized.

  On the other hand, when displaying the commodity described on the second surface of the display board 2, first, the blank board 1 of the display shelf 100 is turned face-up as shown in FIG. 2 along the folding lines L1 to L3. The top folding plate 3a and the front folding plate 3b are folded to the second surface side by folding into a valley fold and folding into a mountain fold along the fold lines L4 to L6.

  Next, the rear folding plate 5a and the ground folding plate 5b are folded into a valley fold along the folding line L7, and the ground folding plate 5b is mountain-folded with respect to the front folding plate 3b along the folding line L8. By folding, the rear folding plate 5a and the ground folding plate 5b are folded to the first surface side. As a result, as shown in FIG. 9, a total of six storage portions 11 are formed, two on each folding plate 3.

  Next, from the state of FIG. 9, the outer side surface forming plate 7 and the inner side surface forming plate 9 are folded into mountain folds along the folding lines L9 and L10, respectively. And the insertion piece 7a formed in the outer surface formation board 7 is inserted in the insertion hole 9a formed along the fold line L10. Thereby, the shape of the storage unit 11 is maintained, and the display shelf 100 in a state where the storage unit 11 is formed on the second surface side (second state) is assembled as shown in FIG. The configuration of the storage unit 11 is the same as that in the first state shown in FIGS.

  In the display shelf 100 assembled as shown in FIG. 5 or 10, after the insertion piece 7 a is pulled out from the insertion hole 9 a, the folding plate 3 and the folding plate 5 are moved to the front side and the rear side (first side side and second side). By pressing from the (surface side), it is folded back into the flat blank plate 1 shown in FIGS.

  The display shelf 100 of the present embodiment can be carried into the installation place in a compactly folded state, and the storage space is also reduced. In addition, since the folding plate 3, the folding plate 5, the outer side surface forming plate 7, and the inner side surface forming plate 9 can be simply assembled by folding along the folding lines L1 to L10, the installation work of the display shelf 100 can be easily performed. Become.

  In addition, the first state in which the storage portion 11 is formed on the first surface side as shown in FIG. 5 by simply changing the folding direction of the folding plate 3 and the folding direction of the folding plate 5, and FIG. The second state in which the storage portion 11 is formed on the second surface side as shown in FIG. 10 can be selected and assembled. Therefore, the display shelf 100 can be used as a display shelf for two types of products. Further, the first state and the second state can be easily changed by simply disengaging the insertion piece 7a and the insertion hole 9a and changing the folding direction of the folding plate 3 and the folding direction of the folding plate 5. Can be switched to.

  Further, by forming the blank plate 1 using the laminated paper 30 in which the resin film layer 33 is laminated on the first surface side and the second surface side as shown in FIG. Even when it is repeatedly bent along L10, the blank plate 1 can be prevented from being broken, and the printing layer 32 can also be protected. Therefore, the display shelf 100 can be used by switching between the first state and the second state many times at the installation location. Further, by bonding two paper layers 31 on which different print layers 32 are laminated, the manufacturing process is simplified as compared with a configuration in which the print layers 32 are laminated on both sides of one paper layer 31.

  Moreover, the display shelf 100 of this embodiment bends the insertion piece 7a formed in the outer side surface formation board 7 at right angle, and is on the boundary (ridge part of the accommodating part 11) of the inner side surface formation board 9 and the front side folding board 3b. The shape of the storage portion 11 is maintained by being inserted into the formed insertion hole 9a. Thereby, since the load of the product 20 stored in the storage portion 11 acts perpendicularly to the engagement direction (horizontal direction) of the insertion piece 7a and the insertion hole 9a, the engagement is not easily released. Moreover, since the load of the product 20 is concentrated and applied to the ridge portion of the storage portion 11, for example, compared to a configuration in which insertion pieces formed by cutting the outer surface forming plate 7 and the inner surface forming plate 9 are connected to each other. The load resistance of the storage portion 11 can be increased.

  In addition, this invention is not limited to the said embodiment, A various change is possible in the range which does not deviate from the meaning of this invention. For example, in the above-described embodiment, the multi-stage display shelf 100 in which the storage units 11 are formed in a total of six locations, two rows in the horizontal direction and three rows in the vertical direction, is used. It can be appropriately changed according to the shape, size, weight, etc. of the product 20 to be performed.

  Moreover, in the said embodiment, as shown in FIG. 7, the accommodating part 11 makes the ground side folding plate 5b the angle (theta) which the ground side folding plate 5b and the front side folding plate 3b make substantially 90 degrees. While supporting the bottom part of the product 20 and supporting the entire front side of the product 20 with the front folding plate 3b, for example, the angle θ formed by the ground side folding plate 5b and the front folding plate 3b is more than 90 °. You may make it small and may make it support the bottom part of the goods 20 with the ground side folding board 5b, and may support the front side upper part of the goods 20 with the front side folding board 3b.

  Moreover, in the said embodiment, although the shape of the accommodating part 11 was hold | maintained by inserting the insertion piece 7a of the outer surface formation board 7 in the insertion hole 9a of the inner surface formation board 9, an insertion piece is formed in the inner surface formation board 9 And it is good also as a structure inserted in the slit of the outer surface formation board 7. FIG.

  Moreover, the inclination of the storage part 11 with respect to the display board 2 can also be arbitrarily changed by the balance of the dimension of the top side folding board 3a and the front side folding board 3b, and the rear side folding board 5a and the ground side folding board 5b. Furthermore, there is no restriction | limiting in particular also about the whole shape and size of the display shelf 100, It can change suitably according to an installation place or design property.

  INDUSTRIAL APPLICABILITY The present invention can be used for a display shelf that is carried in a folded state and assembled into a three-dimensional shape at an installation location. By using the present invention, it is possible to carry in a compactly folded state and to easily and quickly assemble, and the form after assembling becomes stable. In addition, a display shelf that can be used as a display shelf for two types of products is provided by switching between the assembled state in which the storage portion is formed on the first surface side and the assembled state in which the storage portion is formed on the second surface side. can do.

DESCRIPTION OF SYMBOLS 1 Blank board 2 Display board 2a Punching hole 3 Folding board 3a Top side folding board 3b Front side folding board 5 Folding board 5a Rear side folding board 5b Ground side folding board 7 Outer side surface forming board 7a Insertion piece 9 Inner side surface forming board 9a Insertion hole 11 Storage part 12 Opening part 12a Top side opening part 12b Front side opening part 13 Narrow part 15 String 17 Bending line 20 Product 30 Laminated paper 31 Paper layer 32 Printing layer 33 Resin film layer 34 Adhesive layer 100 Display shelf L1 L10 fold line

Claims (5)

A first surface on which predetermined product information is displayed and a second surface on which product information different from the first surface is displayed, and a resin film layer is laminated on the first surface and the second surface Made of paper blank board,
One or more folding plates composed of a top folding plate and a front folding plate connected to the lower end edge of the top folding plate via a folding line;
A rear folding plate formed on the inner side of the folding plate and having an upper end edge connected to the top folding plate, and a lower end edge of the rear folding plate connected to each other via a folding line. One or more folding plates composed of a ground side folding plate coupled to the front front folding plate, and
An outer surface forming plate connected to the side edge of the top folding plate via a folding line;
An inner side surface forming plate connected to the side edge of the front folding plate via a folding line;
With
An insertion piece formed on one of the outer side surface forming plate and the inner side surface forming plate in a state where the folding plate is folded to the first surface side and the folding plate is folded to the second surface side. Is inserted into the insertion hole formed on the other side, and the storage portion surrounded by the folding plate and the folding plate is assembled in a first state formed on the first surface side,
When the folding plate is folded to the second surface side, and the folding plate is folded to the first surface side, the insertion piece is inserted into the insertion hole so that the storage portion is on the second surface side. assembled in a second state of being formed on,
Through said fold line to the upper end of the fold-out plate provided with a display panel for continuous display shelf bending line is characterized Rukoto formed only one traversing the panel in the horizontal direction. The insertion piece is formed at an edge of the outer surface forming plate that is close to the front folding plate, and the insertion hole is formed along a boundary between the front folding plate and the inner surface forming plate. And
By bending the insertion piece perpendicular to the outer surface forming plate and inserting it into the insertion hole, the ground side folding plate supports the bottom of the product, and the front folding plate covers the entire front side of the product. The display shelf according to claim 1, wherein the storage portion to be supported is formed. The blank plate is formed of two paper layers, a printed layer corresponding to the first surface and the second surface, respectively, and the resin laminated on the surface of the printed layer. The display shelf according to claim 1, wherein the display shelf is formed of a laminated paper including a film layer and an adhesive layer that adheres the back surfaces of the paper layers to each other . The storage portion includes a top opening formed in the top folding plate by folding the folding plate, and a front opening formed in the front folding plate so as to be continuous with the top opening. Having an opening consisting of,
The top opening has an opening width larger than the outer diameter of the product stored in the storage portion, and the front opening has a narrow portion smaller than the outer diameter of the product stored in the storage portion. display shelf according to any one of claims 1 to 3, characterized in that it is formed. A first surface on which predetermined product information is displayed and a second surface on which product information different from the first surface is displayed, and a resin film layer is laminated on the first surface and the second surface Made of paper blank board,
One or more folding plates composed of a top folding plate and a front folding plate connected to the lower end edge of the top folding plate via a folding line;
A rear folding plate formed on the inner side of the folding plate and having an upper end edge connected to the top folding plate, and a lower end edge of the rear folding plate connected to each other via a folding line. One or more folding plates composed of a ground side folding plate coupled to the front front folding plate, and
An outer surface forming plate that is connected to a side edge of the top folding plate via a folding line, and an insertion piece is formed on an edge adjacent to the front folding plate;
An inner surface forming plate that is connected to a side edge of the front folding plate via a folding line, and an insertion hole into which the insertion piece is inserted along the boundary with the front folding plate;
A display board that is continuous with a folding line at the upper end of the folding board and has only one bending line that crosses in the horizontal direction;
With
By folding the folding plate to the first surface side or the second surface side, and folding the folding plate to the opposite side of the folding plate, by inserting the insertion piece into the insertion hole, An opening comprising a top opening formed in the top folding plate and a front opening formed in the front folding plate so as to be continuous with the top opening, the folding A storage portion surrounded by a plate and the folding plate is formed,
Folding the folding plate to the first surface side and folding the folding plate to the second surface side, the storage unit is assembled in a first state formed on the first surface side,
A display shelf in which the storage portion is assembled in a second state formed on the second surface side by folding the folding plate to the second surface side and folding the folding plate to the first surface side. Because
In a state where the assembled display shelf is suspended along the wall surface, corners on the back surface side of the storage unit abut against the wall surface, and the display plate is bent along the bending line . that Chen Retsutana.

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