JP2009210776A - Assembly type three-dimensional label - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an assembly type three-dimensional label to be three-dimensionally assembled from one label base material, which can be flatly folded and stored in a case or the like as it is attached to an article, and automatically laid in a three-dimensional state from the flatly folded state in display of the article or the like to easily perform a three-dimensional display. <P>SOLUTION: The one label base material 10 includes an attachment part 11 to be attached to the article 20A, a flatly foldable three-dimensional display part 12 which is folded along folding lines 14a-14c and protruded toward the front side in an attached state to the article, and a flatly foldable support part 15 which is extended to and engagingly locked by the reverse side of the three-dimensional display part, and folded along a folding line 14g. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an assembly-type three-dimensional label that is attached to an article and displays a three-dimensional display. In particular, the assembly-type three-dimensional label can be three-dimensionally assembled using a single label substrate, and the assembly-type three-dimensional label is attached to the article. It can be folded into a flat shape and stored in a case or the like, and the assembled three-dimensional label automatically changes to a three-dimensional state from the folded state when an article is displayed. It is characterized in that it can be displayed.

  2. Description of the Related Art Conventionally, a label that displays various information such as the name, characteristics, usage method, manufacturer, date of manufacture, etc. of an article is hung or attached to the article.

  However, the conventional label generally only displays such information in a flat manner on the label surface, so the function of sufficiently attracting the customer's attention and effectively transmitting the information is weak. There was a problem.

  For this reason, in recent years, as shown in Patent Document 1, a display sheet in which a three-dimensional display portion is partitioned by discontinuous cuts in part on the surface of a base sheet coated with an adhesive on the back surface is displayed in a three-dimensional manner. While making the part separable, leave the part where the 3D display part is formed, adhere the outer part of the 3D display part with difficulty in peeling, and keep the 3D display part away from the base sheet to maintain the standing state A three-dimensional label is proposed.

  However, in the case of such a three-dimensional label, two sheets of a base sheet and a display sheet are required, and the three-dimensional display part of the display sheet is left and the outer part of the three-dimensional display part is bonded to the base sheet. There is a problem that the manufacture is troublesome and the cost is high, and after such a three-dimensional label is attached to the article in a flat state, it is three-dimensional as described above. There was a problem that the assembly work was also very troublesome.

  Further, in order to sufficiently attract the customer's attention in a label attached to the neck of a container such as a bottle or a bottle, as shown in Patent Document 2, the label base material has a substantially H shape or a substantially U shape. There has been proposed a neck hanger label in which an incision is provided and a neck portion of a container is inserted into the incision portion to raise a label base material in the incision portion to form an upright surface.

  However, the neck hanger label shown in Patent Document 2 has a problem that the rising surface to be raised is small and the amount of information that can be displayed is small.

  And in recent years, the second label base material is adhered to both sides of the first label base material provided with the substantially H-shaped cut as in the neckline label shown in Patent Document 3. It has been proposed to increase the amount of information that can be displayed by raising the four surfaces of the label to be attached to the neck of the container.

  However, the work of bonding the second label base material to both sides of the first label base material provided with a substantially H-shaped notch as in the neckline label shown in Patent Document 3 is very troublesome. In addition, there are problems that it takes time to manufacture and the cost is high.

Furthermore, in any of the labels shown in the above Patent Documents 2 and 3, it is always only attached to the neck of the container in a three-dimensional state. In a state where such a label is attached to the neck of the container, There were also problems such as difficulty in storing in a case.
JP 2004-117638 A JP 2002-140002 A JP 2005-62702 A

  An object of the present invention is to solve the above-described problems in an assembly-type three-dimensional label that is attached to an article and performs three-dimensional display, and can be three-dimensionally assembled using a single label base material. The assembled three-dimensional label can be folded into a flat shape when it is attached to an article and stored in a case or the like, and the assembled three-dimensional label is automatically turned from the folded state when the article is displayed. It is an object of the present invention to be in a three-dimensional state so that a three-dimensional display can be easily performed.

  In the assembly type three-dimensional label according to the present invention, in order to solve the above-described problems, an attachment portion to be attached to an article on one label base material and a front side in a state of being attached to the article by being folded by a crease line. A three-dimensional display unit that is projected and foldable into a flat shape; and a support unit that is extended and locked to the back side of the three-dimensional display unit and is folded along a crease line so as to be foldable into a flat shape. Was provided.

  Here, in the assembly type three-dimensional label of the present invention, when the assembly type three-dimensional label is attached to the article by the attachment part, the attachment part is provided with, for example, a locking hole for locking the article, a locking notch, or the like. A locking part can be provided, or an adhesive part to be attached to an article can be provided.

  Here, in the assembly type three-dimensional label of the present invention, the above-described three-dimensional display portion and the support portion are provided at the center of the label base material, and can be folded into a flat shape by being folded along the crease line on the side of the label base material. It is possible to fold it in a flat shape by providing the auxiliary support part that is, or providing the above three-dimensional display part and support part on both sides of the label base material, and folding it at the center of the label base material along the crease line It is possible to provide an auxiliary support portion that becomes.

  In the assembly type three-dimensional label according to the present invention, a single label base material is attached to an article, and is attached to the article by being folded by a crease line, and is projected to the front side and can be folded flat. Since the three-dimensional display unit and the support unit that is extended and locked to the back side of the three-dimensional display unit and can be folded into a flat shape by a crease line are provided, two sheets of a base sheet and a display sheet This eliminates the need to use the label base material and eliminates the troublesome work of leaving the 3D display part of the display sheet and bonding the outer part of the 3D display part to the base sheet. And the cost is greatly reduced.

  Further, in the assembly type three-dimensional label according to the present invention, the three-dimensional display unit that is bent along the crease line and is attached to the article as described above and protrudes to the front side, and extends to the back side of the three-dimensional display unit. Since the supporting parts to be locked are foldable in a flat shape by crease lines, the three-dimensional display part and the supporting part described above are attached to the article by the attaching part. Can be folded into a flat shape so that the assembly type three-dimensional label can be formed into a flat shape, and the assembly type three-dimensional label can be easily stored in a case or the like while attached to an article. .

  Further, in the case of displaying an article to which an assembly type three-dimensional label is attached in this manner, the three-dimensional display unit folded into a flat shape as described above has the weight of the assembly type three-dimensional label and the back side of the three-dimensional display unit. By the support portion extended and locked, the three-dimensional state is automatically maintained and the three-dimensional display can be easily performed.

  In addition, the stereoscopic display part and the support part are provided in the center part of the label base material, and the auxiliary support part that is folded by a crease line on the side part of the label base material and can be folded into a flat shape is provided. Alternatively, the three-dimensional display part and the support part described above are provided on both sides of the label base material, and an auxiliary support part that can be folded into a flat shape by being folded at the center of the label base material is provided. In this case, these auxiliary support portions can also be folded into a flat shape in the same manner as the above-described three-dimensional display portion and support portion, so that this prefabricated solid label can be made flat. It can be easily stored in a case or the like when attached to the case, and when an article attached with the assembly type three-dimensional label is displayed, the auxiliary three-dimensional label is more easily provided by the auxiliary support part. It will be maintained in a three-dimensional state by a constant.

  Hereinafter, an assembly type solid label according to an embodiment of the present invention will be specifically described with reference to the accompanying drawings. The assembly type three-dimensional label according to the present invention is not limited to the one shown in the following embodiment, and can be implemented with appropriate modifications within a range not changing the gist thereof.

(Embodiment 1)
In the assembly type three-dimensional label A1 according to the first embodiment, as shown in FIG. 1, the assembly type three-dimensional label A1 is locked on the cap portion 21 of the bottle-shaped article 20A on the upper portion of the label base material 10. The attachment part 11 which has the notch | incision 11b for expansion, and the notch | incision 11b for expanding this latching hole 11a is provided.

  Then, a pair of three-dimensional display portion forming cuts 12 a are provided in the portion of the label base material 10 that is continuous through the attachment portion crease line 11 c that folds the attachment portion 11, and the three-dimensional display is provided at the center in the width direction of the label base material 10. A portion 12 is formed, and auxiliary support portions 13 are formed on both sides of the stereoscopic display portion 12.

  The valley connecting the upper ends of the pair of three-dimensional display portion forming cuts 12a so that the three-dimensional display portion 12 is attached to the article 20A and protrudes to the front side and can be folded flat. A pair of three-dimensional displays at a midway position between the first fold line 14a for folding, the second fold line 14b for valley folds connecting the lower ends of the pair of three-dimensional display portion forming cuts 12a, and the three-dimensional display portion forming cut 12a. A third fold line 14c for mountain folds connecting the part forming cuts 12a is formed, and a support part locking cut 12b is provided at the center of the first fold line 14a.

  In addition, the auxiliary support portions 13 on both sides of the stereoscopic display portion 12 are each provided with a fourth fold line 14d for valley fold so as to be foldable in a planar shape.

  Further, in the portion of the label base 10 that is continuous via the fifth fold line 14e for mountain folding for folding the portion where the stereoscopic display portion 12 and the auxiliary support portion 13 are formed, A support portion that is bent at the center in the width direction of the label substrate 10 corresponding to the stereoscopic display portion 12 along the fifth and sixth fold lines 14e and 14f for mountain folding and extends to the back side of the stereoscopic display portion 12. 15 is provided.

  Then, a locking projection 15a is provided at the tip of the support portion 15 to be inserted and locked into the support portion locking cut 12b provided at the center of the first fold line 14a. A seventh fold line 14g for mountain folds is provided in the middle of the support portion 15 so that it can be folded flat.

  Then, as shown in FIG. 2, the 3D display unit 12 and the auxiliary support unit 13 on both sides of the 3D display unit 12 are folded along the first to fourth fold lines 14 a to 14 d, and Is folded at the fifth fold line 14e, and further folded at the sixth fold line 14f to extend the support portion 15 to the back side of the three-dimensional display portion 12, and is provided at the tip of the support portion 15. When the locking protrusion 15a is inserted into the support portion locking cut 12b and the support portion 15 is locked like a brace on the back surface side of the stereoscopic display portion 12, the stereoscopic display portion 12 is It is supported by the brace-like support part 15 and the L-shaped auxiliary support part 13 and is maintained in a state of protruding to the front side in a staircase shape.

  And in assembly type solid label A1 in this Embodiment 1, as shown in FIG.3 and FIG.4, the attaching part 11 is bend | folded by said attaching part crease line 11c, and the locking hole provided in this attaching part 11 is provided. 11a is expanded by the incision 11b for expansion, and the cap portion 21 of the bottle-shaped article 20A is inserted into the locking hole 11a so that the assembly type three-dimensional label A1 is attached to the article 20A.

  In this way, as described above, the three-dimensional display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 and is maintained in a state where the three-dimensional display unit 12 protrudes to the front side in a staircase shape. Display becomes possible.

  The stereoscopic display unit 12 and the auxiliary support unit 13 on both sides of the stereoscopic display unit 12 are folded so as to be folded upward along the first to fourth fold lines 14a to 14d, and the support unit 15 When the support portion 15 is folded back upward along the seventh fold line 14g in a state where the locking protrusion 15a provided at the tip of the support portion is inserted into the support portion locking cut 12b, As shown in FIG. 5, the assembly type three-dimensional label A1 is folded into a flat shape, and the article 20A is attached to the article 20A with the article 20A being attached to a case (not shown) or the like. Can be accommodated easily.

  Further, when the article 20A accommodated in the case (not shown) or the like is taken out with the assembled three-dimensional label A1 attached in this manner, the above-described assembled three-dimensional label A1 is folded before being flattened by its own weight or the like. Returning to the state, as described above, the stereoscopic display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 and is maintained in a state of projecting to the front side in a stepped manner so that stable stereoscopic display can be performed. Become.

(Embodiment 2)
In the assembly-type three-dimensional label A2 in the second embodiment, as shown in FIG. 6, the attachment portion 11 on the upper side than the attachment portion crease line 11c in the assembly-type three-dimensional label A1 in the first embodiment shown in FIG. As another attachment portion 11, an adhesive portion 11d is provided in which an adhesive is applied to the back surface of the label substrate 10 on the upper side of the stereoscopic display portion 12 and the auxiliary support portion 13 on both sides of the stereoscopic display portion 12, Other than that, the configuration is the same as the assembly type three-dimensional label A1 of the first embodiment.

  Here, also in the assembly type three-dimensional label A2 in the second embodiment, the assembly type three-dimensional label A2 can be three-dimensionally assembled in the same manner as in the case of the assembly type three-dimensional label A1 in the first embodiment.

  Then, in attaching the assembly type three-dimensional label A2 in Embodiment 2 thus assembled three-dimensionally to the article 20A, as shown in FIG. 6, the adhesive part 11d in the attachment part 11 is a bottle-shaped article. The assembled three-dimensional label A2 is attached to the article 20A by being affixed to the body 22 of 20A.

  When the assembly type three-dimensional label A2 is attached to the article 20A in this way, the three-dimensional display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 as in the case of the assembly type three-dimensional label A1 of the first embodiment. The assembled three-dimensional label A2 can maintain a stable three-dimensional display.

  Further, in the assembly type three-dimensional label A2 in the second embodiment, as in the case of the assembly type three-dimensional label A1 in the first embodiment, the assembly type three-dimensional label A2 is flattened in a state of being attached to the article 20A. The article 20A can be easily folded and stored in a case (not shown) or the like in a state where the assembly type three-dimensional label A2 is attached to the article 20A.

  Further, when the article 20A accommodated in a case (not shown) or the like with the assembled three-dimensional label A2 attached in this way is taken out, the above-described three-dimensional label A1 in the first embodiment, as described above. The assembly type three-dimensional label A2 returns to the state before being folded into a flat shape by its own weight or the like, and the three-dimensional display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 as described above, and protrudes to the front side stepwise. It is maintained in a state, and stable three-dimensional display can be performed.

  In the case of this assembly type three-dimensional label A2, since the adhesive portion 11d in the attachment portion 11 is attached to the article 20A and attached as described above, the article to which this assembly type three-dimensional label A2 is attached is particularly as described above. The present invention is not limited to the article 20A having a simple bottle shape, and can be used for any article as long as there is a portion to which the adhesive portion 11d can be attached.

(Embodiment 3)
In the assembly type three-dimensional label A3 according to the third embodiment, as shown in FIG. 8, the attachment portion 11 for changing the attachment portion 11 in the assembly type three-dimensional label A1 according to the first embodiment shown in FIG. While eliminating the crease line 11c, the attachment portion 11 is provided with a pair of locking cuts 11e in a letter C shape, and the pair of locking cuts 11e at a position below the upper end and the upper end of the pair of locking cuts 11e. 1st and 2nd latching part protrusion crease lines 11f and 11g are provided between the notches 11e, and other than that is comprised substantially the same as the assembly-type solid label A1 of said Embodiment 1. FIG.

  Here, also in the assembly type three-dimensional label A3 in the third embodiment, the assembly type three-dimensional label A3 can be three-dimensionally assembled in the same manner as the case of the assembly type three-dimensional label A1 in the first embodiment.

  In the assembly type three-dimensional label A3 of the third embodiment assembled three-dimensionally as described above, the pair of locking cuts 11e are formed by the first and second locking portion protruding crease lines 11f and 11g. The portion between the two is bent and projected forward to open the portions of the respective incisions 11e for locking, and as shown in FIG. 9, the cap portion 21 of the tube-shaped article 20B is placed downward, and this cap The both sides of the flat side opposite to the portion 21 are locked so as to be inserted into the respective locking notches 11e opened as described above, and this assembly type three-dimensional label A3 is It is attached to the article 20B.

  When the assembly type three-dimensional label A3 is attached to the article 20B in this way, the three-dimensional display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 as in the case of the assembly type three-dimensional label A1 of the first embodiment. It is maintained in a state of projecting to the front side in a staircase shape, and stable three-dimensional display can be performed by this assembly type three-dimensional label A3.

  In addition, in the assembly type three-dimensional label A3 in the third embodiment, in the same manner as in the case of the assembly type three-dimensional label A1 in the first embodiment, the assembly type three-dimensional label A3 is flattened in a state of being attached to the article 20B. The article 20B can be folded and can be easily accommodated in a case (not shown) or the like with the assembly type three-dimensional label A3 attached to the article 20B.

  In addition, when the article 20B accommodated in a case (not shown) or the like with the assembly-type three-dimensional label A3 attached is taken out, the above-described assembly-type three-dimensional label A1 in the first embodiment, as described above. The assembly type three-dimensional label A3 is restored to the state before being folded into a flat shape by its own weight or the like, and the three-dimensional display unit 12 is supported by the support unit 15 and the auxiliary support unit 13 as described above, and is projected in a stepped manner on the front side. It is maintained in a state, and stable three-dimensional display can be performed.

(Embodiment 4)
In the assembly type three-dimensional label A4 according to the fourth embodiment, as shown in FIG. 10, the assembly type three-dimensional label is formed on the upper portion of the label substrate 10 in the same manner as the assembly type three-dimensional label A1 according to the first embodiment shown in FIG. There is provided an attachment portion 11 having a locking hole 11a for locking A4 to the cap portion 21 of the bottle-shaped article 20A and a widening cut 11b for expanding the locking hole 11a. Yes.

  Then, a pair of three-dimensional display portion forming cuts 12a are provided in the portion of the label base material 10 that is continuous through the attachment portion crease line 11c for bending the attachment portion 11, and the three-dimensional display portions are provided on both sides of the label base material 10 in the width direction. 12 and an auxiliary support portion 13 is formed at the center of the label substrate 10 between the three-dimensional display portions 12 on both sides.

  In each of the three-dimensional display units 12, the three-dimensional display units 12 on both sides in the width direction are projected to the front side while being attached to the article 20 </ b> A and can be folded flat. A first fold line 14a for valley folds extending from the upper end of the forming cut 12a to the width direction end of the label base 10, and the width direction end of the label base 10 from the lower end of each three-dimensional display forming cut 12a Forming a second fold line 14b for valley folds extending inward and a third fold line 14c for mountain folds extending from the midway position of each three-dimensional display portion forming cut 12a to the width direction end of the label base material 10. In addition, a support portion locking cut 12b is provided at the center of each first fold line 14a.

  The auxiliary support portion 13 between the three-dimensional display portions 12 on both sides is provided with a fourth fold line 14d for valley fold so that it can be folded in a planar shape.

  Further, in the portion of the label base 10 that is continuous via the fifth fold line 14e for mountain folding for folding the portion where the stereoscopic display portion 12 and the auxiliary support portion 13 are formed, On both sides in the width direction of the label base material 10 corresponding to each of the three-dimensional display units 12, the label base material 10 is folded at the fifth and sixth fold lines 14 e and 14 f for extending the mountain and extended to the back side of the three-dimensional display unit 12. Each support portion 15 is provided.

  And, at the tip of each support portion 15 on both sides, there is provided a locking projection 15a that is inserted into and locked to the support portion locking cut 12b provided at the center of each first fold line 14a, and A seventh fold line 14g for mountain folds is provided at an intermediate position of each support portion 15 so that the support portion 15 can be folded flat.

  That is, the assembly-type three-dimensional label A4 in the fourth embodiment is the same as the assembly-type three-dimensional label A1 in the first embodiment described above, while the three-dimensional display unit 12 and the support unit 15 are provided on both sides in the width direction of the label base 10. The only difference is that the support portion 13 is provided at the center portion of the label base 10 between the three-dimensional display portions 12 on both sides. Otherwise, the assembly-type solid label A1 of the first embodiment is different from the assembly type solid label A1 of the first embodiment. It is constituted similarly.

  And in the assembly-type solid label A4 in this Embodiment 4, said auxiliary | assistant support part 13 between said three-dimensional display part 12 and three-dimensional display part 12 on said both sides is said each 1st-4th crease line 14a-14d. Are folded along the fifth fold line 14e, further folded along the sixth fold line 14f, and each support portion 15 is extended to the back side of each three-dimensional display portion 12, Each locking projection 15a provided at the tip of the support portion 15 is inserted into each of the support portion locking cuts 12b, and each support portion 15 is locked like a brace on the back side of each three-dimensional display portion 12. The three-dimensional display parts 12 on both sides are supported by the brace-like support parts 15 and the L-shaped auxiliary support part 13 and protruded to the front side stepwise. Maintained Uninaru.

  And also in the assembly-type three-dimensional label A4 in this Embodiment 4, like the assembly-type three-dimensional label A1 in the first embodiment, the attachment portion 11 is bent along the attachment portion crease line 11c, and is provided on the attachment portion 11. The assembled locking hole 11a is expanded by the expanding cut 11b, and the cap portion 21 of the bottle-shaped article 20A is inserted into the locking hole 11a. The three-dimensional label A4 is attached to the article 20A.

  In this way, as described above, the three-dimensional display parts 12 on both sides are supported by the support part 15 and the auxiliary support part 13, respectively, and are maintained in a state of projecting to the front side in a staircase shape. Stable and stereoscopic display can be performed.

  Further, the three-dimensional display unit 12 on both sides and the auxiliary support unit 13 between the three-dimensional display unit 12 are folded so as to be folded upward along the first to fourth fold lines 14a to 14d, and each support is supported. In a state where the locking protrusions 15a provided at the tip of the portion 15 are inserted into the support portion locking cuts 12b, the support portions 15 are folded upward along the seventh fold line 14g. When folded, the assembly type three-dimensional label A4 is folded in a plane like the assembly type three-dimensional label A1 of the first embodiment, and the assembly type three-dimensional label A4 is attached to the article 20A. This article 20A can be easily accommodated in a case (not shown) or the like.

  Further, when the article 20A accommodated in a case (not shown) or the like is taken out with the assembled three-dimensional label A4 attached in this manner, the above-described assembled three-dimensional label A4 is folded into a flat shape by its own weight or the like. The three-dimensional display parts 12 on both sides are supported by the support parts 15 and the auxiliary support parts 13 as described above, and are maintained in a state of projecting to the front side in a staircase shape as described above. It becomes possible to display.

  In each of the assembly-type three-dimensional labels A1 to A4 of the first to fourth embodiments, the position of the third fold line 14c for mountain folds provided in the middle position of the three-dimensional display unit 12 is changed to change the three-dimensional. The length by which the display unit 12 protrudes to the front side can be freely changed.

  Moreover, in each assembly-type solid label A1-A4 of said Embodiment 1-4, although formed symmetrically, it can also be formed asymmetrically. For example, in the assembly type three-dimensional label A1 of the first embodiment, the left cut 12a can be formed in a straight line and the right cut 12a can be formed in a curved line.

  Moreover, in the assembly-type three-dimensional label of this invention, the structure of the attachment part attached to an article | item is not limited to the above, It can change suitably according to the state of the article | item to which an assembly-type three-dimensional label is attached.

It is a schematic plan view of the assembly-type solid label which concerns on Embodiment 1 of this invention. It is the schematic perspective view which showed the state which assembled | assembled the assembly-type solid label which concerns on said Embodiment 1 three-dimensionally. It is the schematic perspective view which showed the state which attached the assembly-type solid label which concerns on Embodiment 1 assembled in three dimensions to the cap part of the article | item which became bottle shape. It is the schematic side view which showed the state which attached the assembly-type solid label concerning Embodiment 1 assembled in three dimensions to the cap part of the article | item which became bottle shape. It is the schematic side view which showed the state which folded the assembly-type solid label which concerns on Embodiment 1 attached to the cap part of articles | goods in planar shape. It is a schematic plan view of the back surface side of the assembly-type solid label which concerns on Embodiment 2 of this invention. It is the schematic side view which showed the state which assembled the assembly-type solid label which concerns on said Embodiment 2, and attached to the trunk | drum of the article | item which became bottle shape. It is a schematic plan view of the assembly-type solid label which concerns on Embodiment 3 of this invention. It is the schematic side view which showed the state which assembled the assembly-type solid label which concerns on said Embodiment 3, and attached to the both sides which became the flat side on the opposite side to the cap part of the article | item used as the tube shape. . It is a schematic plan view of the assembly-type solid label which concerns on Embodiment 4 of this invention. It is the schematic side view which showed the state which assembled the assembly-type solid label which concerns on said Embodiment 4 in three dimensions, and was attached to the cap part of the article which became bottle shape.

Explanation of symbols

A1 to A4 Assembling type three-dimensional label 10 Label base material 11 Mounting portion 11a Locking hole 11b Expanding cut 11c Mounting portion crease line 11d Adhesive portion 11e Locking cut 11f, 11g For protruding the first and second locking portions Crease line 12 Stereoscopic display portion 12a Stereoscopic display portion forming cut 12b Support portion locking cut 13 Auxiliary support portions 14a to 14g First to seventh crease lines 15 Support portion 15a Locking protrusions 20A and 20B Article 21 Cap portion 22 Trunk

Claims (5)

  A mounting portion that is attached to an article on a single label substrate, a stereoscopic display portion that is bent by a crease line and protrudes to the front side in a state of being attached to the article and can be folded into a flat shape, and a stereoscopic display portion An assembly-type three-dimensional label characterized in that it is provided with a support portion that is extended and locked to the back surface side of the paper and is folded by a crease line so that it can be folded into a flat shape.   The assembly-type three-dimensional label according to claim 1, wherein a locking portion for locking the article to the attachment portion is provided.   The assembly-type three-dimensional label according to claim 1, wherein an adhesive portion that is attached to an article is provided on the attachment portion.   The assembly-type three-dimensional label according to any one of claims 1 to 3, wherein the three-dimensional display portion and the support portion are provided in a central portion of the label base material, and a crease line is formed on a side portion of the label base material. An assembly-type three-dimensional label characterized in that an auxiliary support portion that is bent and can be folded into a flat shape is provided.   The assembly type three-dimensional label according to any one of claims 1 to 3, wherein the three-dimensional display part and the support part are provided on both sides of the label base material, and a crease line is formed at the center part of the label base material. An assembly-type three-dimensional label characterized in that an auxiliary support portion that is bent and can be folded into a flat shape is provided.

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