JP2019086714A - Label sheet - Google Patents

Abstract

To provide a label sheet configured to facilitate duplex printing on a label and mounting the label on a cable.SOLUTION: A label sheet 10 includes a backing sheet 20 and labels 22. Each label 22 includes a pair of surface layer forming sections 30, a bent section 32, and a sticking layer 34. The pair of surface layer forming sections 30 are arranged in line symmetry. The bent section 32 is arranged at a position of a symmetrical axis of the pair of surface layer forming sections 30. The bent section 32 is bent after the label 22 is peeled from the backing sheet 20, to allow the pair of surface layer forming sections 30 to face each other. When the pair of surface layer forming sections 30 face each other after the label 22 is peeled from the backing sheet 20, the sticking layer 34 causes the pair of surface layer forming sections 30 to stick to each other. Each surface layer forming section 30 has a hole forming section 40 and a tag section 42. The hole forming section 40 forms a hole 50. The hole 50 formed by the hole forming section 40 is configured so that the tag section 42 can pass therethrough.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a label sheet.

  Patent Document 1 discloses a display label body by an overlapping method. The display label body is provided with a printing surface and a cable winding surface. The entire back surface of the display label body or the back surface of the printing surface of the display label body functions as a sticking surface. A protective release sheet is laminated on this sticking surface. The display label body is single-sided printed. Moreover, the protective release sheet is laminated on the entire back surface of the display label body. The manufacturing process of such a display label body is relatively simple. Moreover, mutual adhesion of the affixing surface of the printing surface back surface is performed substantially simultaneously with the winding to the cable. Since the bonding is performed, the workability of winding on the cable is improved.

JP 2000-98903 A

  However, the display label body disclosed in Patent Document 1 has room for further improvement in the workability of winding on a cable. In the case of winding on a cable, the display label body disclosed in Patent Document 1 needs to be as close as possible to the back side of the two printing surfaces. It is not always easy to fit them together while wound around a cable.

  An object of the present invention is to provide a label sheet which is easy to print on both sides of the label and which is more easy to attach the label to the cable.

  The invention will be described with reference to the drawings. The use of reference numerals in the figures in this section is to assist in understanding the contents of the invention. Use of reference numerals in the drawings in this section is not intended to limit the scope of the invention to the illustrated range.

  In order to achieve the above object, according to one aspect of the present invention, the label sheets 10 and 12 include mounts 20 and 120 and a label 22. The label 22 is stuck on the mount 20, 120. The label 22 includes a pair of surface layer forming portions 30 and 30, a bending portion 32, and an adhesive layer 34. The pair of surface layer forming portions 30, 30 are arranged in line symmetry. The pair of surface layer forming portions 30, 30 form the surface layer of the label 22. The bending portion 32 is disposed at the position of the symmetry axis of the pair of surface layer forming portions 30, 30. The bent portion 32 makes the pair of the surface layer forming portions 30, 30 face each other by bending after the label 22 is peeled off from the mount 20, 120. The adhesive layer 34 is formed on the surface of the pair of the surface layer forming units 30 and 30 facing the mounts 20 and 120. The bonding layer 34 bonds the backing sheets 20 and 120 and the pair of surface layer forming units 30 and 30. The adhesion layer 34 adheres the pair of the surface layer forming portions 30, 30 to each other when the pair of the surface layer forming portions 30, 30 is opposed after the label 22 is peeled off from the mounts 20, 120. The surface layer forming unit 30 has a hole forming unit 40 and a tag unit 42. The hole forming portion 40 forms the hole 50. The tag unit 42 continues to the hole forming unit 40. The tag portion 42 can be at least one of elastic deformation and plastic deformation to such an extent that it can penetrate the hole 50 formed by the hole forming portion 40. The hole 50 formed by the hole forming portion 40 has a size that allows the tag portion 42 to penetrate.

  The label 22 is affixed on the mount 20, 120. The label 22 includes a pair of surface layer forming portions 30 and 30, a bending portion 32, and an adhesive layer 34. The adhesive layer 34 adheres the backing sheets 20 and 120 and the pair of surface layer forming portions 30 and 30. This facilitates double-sided printing on the label 22. The bent portion 32 makes the pair of the surface layer forming portions 30, 30 face each other by bending after the label 22 is peeled off from the mount 20, 120. The pair of surface layer forming portions 30, 30 are arranged in line symmetry. The adhesion layer 34 adheres the pair of the surface layer forming portions 30, 30 to each other when the pair of the surface layer forming portions 30, 30 is opposed after the label 22 is peeled off from the mounts 20, 120. Since the pair of surface layer forming portions 30, 30 are arranged in line symmetry with the bending portion 32 as the symmetry axis, it is easy to perfectly fit the pair of surface layer forming portions 30, 30. The surface layer forming unit 30 has a hole forming unit 40 and a tag unit 42. The tag portion 42 is capable of at least one of elastic deformation and plastic deformation. The hole 50 formed by the hole forming portion 40 has a size that allows the tag portion 42 to penetrate. Thus, when the pair of surface layer forming portions 30, 30 is attached by the adhesive layer 34, the tag portion 42 can penetrate the hole 50 formed by the hole forming portion 40. When the hole 50 formed by the hole forming portion 40 is made to penetrate the tag portion 42 wound around the cable 200, the label 22 can be easily attached to the cable 200. As a result, it is possible to provide the label sheets 10 and 12 that are easy to print on both sides of the label 22 and easier to attach the label 22 to the cable 200.

  Moreover, it is desirable that the tag part 42 mentioned above has the narrow part 60 and the large part 62. As shown in FIG. The narrowing portion 60 is disposed on the opposite side of the bending portion 32 as viewed from the hole forming portion 40. The narrow portion 60 continues to the hole forming portion 40. The wide portion 62 continues to the narrow portion 60. The wide portion 62 extends away from the narrow portion 60. The wide portion 62 is wider than the hole 50 formed by the narrow portion 60 and the hole forming portion 40.

  The wide portion 62 continues to the narrow portion 60. The wide portion 62 is wider than the hole 50 formed by the narrow portion 60 and the hole forming portion 40. As a result, when the wide portion 62 passes through the hole 50 formed by the hole forming portion 40 and the narrow portion 60 penetrates the hole 50, the tag portion 42 is unlikely to be removed from the hole 50. As a result, the label 22 attached to the cable 200 does not easily come off the cable 200.

  Alternatively, it is desirable that the above-mentioned wide portion 62 has one end 80 and the other end 82. One end 80 is disposed on the narrow portion 60 side. The one end 80 is wider than the hole 50 formed by the hole forming portion 40. The other end 82 is disposed on the opposite side of the narrow portion 60. The other end 82 becomes thinner toward the end 100. In this case, the width of the end 100 of the other end 82 is preferably smaller than the width of the hole 50 formed by the hole forming portion 40.

  The other end 82 becomes thinner toward the end 100, and if the width of the end 100 of the other end 82 is narrower than the width of the hole 50 formed by the hole forming portion 40, the hole forming portion is compared with otherwise. It becomes easy for the large part 62 to pass through the hole 50 which 40 forms. If the width of the one end 80 is wider than the hole 50 formed by the hole forming portion 40, the large portion 62 is less likely to reverse back after the large portion 62 passes through the hole 50 formed by the hole forming portion 40, as compared with the other case. Become. As a result, the label 22 attached to the cable 200 becomes more difficult to remove from the cable 200.

  Alternatively, it is desirable that the hole 50 formed by the above-described hole forming portion 40 be a rectangle in which the corner 56 is rounded.

  If the hole 50 is a rectangular in which the corner 56 is rounded, the other end 82 of the large portion 62 passing therethrough is naturally bent by contacting the rounded portion of the corner 56. As the other end 82 is flexed, the other part of the large portion 62 is flexed. When the large portion 62 is bent, the large portion 62 can pass through the hole 50 more easily than when the large portion 62 is not bent. As a result, the work of attaching the label 22 to the cable 200 becomes easier.

  In addition, it is desirable that the above-described mount 20 has the tag sticking pieces 110 and 110 and the hole sticking piece 112. At least one tag unit 42 of the pair of surface layer forming units 30 and 30 is attached to the tag attaching piece 110. Both of the pair of hole forming portions 40 of the surface layer forming portions 30 and 30 and the bending portion 32 are attached to the hole attaching piece 112. The hole sticking piece 112 is separated from the tag sticking pieces 110 and 110.

  The hole sticking piece 112 is separated from the tag sticking pieces 110 and 110. Both of the pair of hole forming portions 40 of the surface layer forming portions 30 and 30 and the bending portion 32 are attached to the hole attaching piece 112. By this, prior to peeling off the surface layer forming portions 30, 30 from the tag sticking pieces 110, 110, both of the pair of hole forming portions 40 of the surface layer forming portions 30, 30 and the bending portion 32 are peeled off from the hole sticking piece 112. Becomes possible. Since both of the pair of hole forming portions 40 of the surface layer forming portions 30, 30 and the bending portion 32 can be peeled off from the hole sticking piece 112, both of the hole forming portions 40 are adhered to each other by bending the bending portion 32. It will be in the state which can be made to be. When both of the hole forming portions 40 can be attached first, the pair of surface layer forming portions 30, 30 can be compared to the case where the entire pair of surface layer forming portions 30, 30 can be simultaneously attached. The work of sticking to each other becomes easy. As a result, it is possible to provide the label sheet 10 in which the task of attaching the label 22 to the cable 200 is easier.

  Further, it is desirable that the mount 120 described above has the tag attaching sections 180, 180, the hole attaching section 182, and the separation lines 190, 190 which are linear areas. At least one tag unit 42 of the pair of surface layer forming units 30 is attached to the tag attaching unit 180. In the hole attaching part 182, both of the pair of hole forming parts 40 of the surface layer forming parts 30, 30 and the bent part 32 are attached. The separation lines 190 and 190 are configured to separate the tag attaching sections 180 and 180 and the hole attaching section 182 more easily than dividing the tag attaching sections 180 and 180 and separating the hole attaching section 182. And the hole attaching part 182.

  The separation lines 190 and 190 separate the tag attaching sections 180 and 180 and the hole attaching section 182 more easily than cutting the tag attaching sections 180 and 180 and cutting the hole attaching section 182. In the hole attaching part 182, both of the pair of hole forming parts 40 of the surface layer forming parts 30, 30 and the bent part 32 are attached. By this, prior to peeling off the surface layer forming portions 30, 30 from the tag attaching portions 180, 180, both of the pair of hole forming portions 40 of the surface layer forming portions 30, 30 and the bending portion 32 are peeled off from the hole attaching portion 182. Becomes easier. Since it is easy to peel off both the pair of hole forming portions 40 of the surface layer forming portions 30 and 30 and the bending portion 32 from the hole sticking portion 182, both of the hole forming portions 40 are adhered to each other by bending the bending portion 32. It will be in the state which can be made to be. When both of the hole forming portions 40 can be attached first, the pair of surface layer forming portions 30, 30 can be compared to the case where the entire pair of surface layer forming portions 30, 30 can be simultaneously attached. The work of sticking to each other becomes easy. As a result, it is possible to provide the label sheet 12 in which the task of attaching the label 22 to the cable 200 is easier.

  According to the present invention, it is possible to provide a label sheet which is easy to print on both sides of the label and easier to attach the label to the cable.

It is a top view of a label sheet concerning a 1st embodiment of the present invention. It is a figure which shows the condition where the hole sticking part was peeled off in 1st Embodiment of this invention, and the pair of hole formation parts was mutually attached and exposed. It is a conceptual diagram showing the situation where the label concerning a 1st embodiment of the present invention is being wound around a cable. It is a conceptual diagram showing the situation where the large part is passing through the hole among the labels concerning a 1st embodiment of the present invention. It is a top view of the label sheet concerning a 2nd embodiment of the present invention.

First Embodiment
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. In the following description, the same components are denoted by the same reference numerals. Their names and functions are also identical. Therefore, detailed description about them will not be repeated.

[Label sheet configuration]
FIG. 1 is a plan view of a label sheet 10 according to the present embodiment. In FIG. 1, a part of the label 22 and a part of the label outer peripheral placement material 24 are twisted. The configuration of the label sheet 10 according to the present embodiment will be described based on FIG. The label sheet 10 according to the present embodiment includes a backing sheet 20, a plurality of (in the case of the present embodiment, 12) labels 22, and a label outer peripheral arrangement material 24.

  In the case of the present embodiment, the backing 20 is made of a known release paper (a paper on which a known seal is stuck until its use). The shape of the backing sheet 20 is rectangular. The label 22 and the label outer peripheral placement material 24 are made of a well-known synthetic resin film.

  In the case of the present embodiment, the mount 20 is composed of two tag sticking pieces 110 and 110 and one hole sticking piece 112. The two tag sticking pieces 110, 110 are both rectangular. The hole sticking piece 112 is also rectangular. The hole attachment piece 112 is disposed between the two tag attachment pieces 110 and 110. In the case of the present embodiment, the two tag sticking pieces 110 and 110 and the one hole sticking piece 112 are separated.

  The specific configuration of the label 22 will be described based on FIG. In the case of the present embodiment, the label 22 includes the pair of surface layer forming portions 30 and 30, the bending portion 32, and the adhesive layer 34. The pair of surface layer forming portions 30, 30 are arranged in line symmetry. The pair of surface layer forming portions 30, 30 form the surface layer of the label 22. The bending portion 32 is disposed at the position of the symmetry axis of the pair of surface layer forming portions 30, 30. The shape of the bending portion 32 is linear. The bent portion 32 causes the pair of surface layer forming portions 30 to face each other by bending after the label 22 is peeled off from the mount 20. In the present embodiment, the bending portion 32 comprises a known perforation. The adhesive layer 34 is formed on the surface of the pair of the surface layer forming portions 30, 30 facing the mount 20. The bonding layer 34 bonds the backing sheet 20 and the pair of surface layer forming units 30 and 30. The specific composition of the adhesive layer 34 in the present embodiment is the same as a known adhesive layer used for a label applied to a known backing. Therefore, the detailed description is not repeated here. The adhesion layer 34 adheres the pair of the surface layer forming portions 30, 30 to each other when the pair of the surface layer forming portions 30, 30 is opposed after the label 22 is peeled from the mount 20.

  The surface layer forming unit 30 includes a hole forming unit 40, a tag unit 42, and a hole filling unit 44. The hole forming portion 40 forms the hole 50. In the present embodiment, the shape of the hole 50 is a rectangle in which the corner 56 is rounded. In the present embodiment, the tag portion 42 can penetrate the hole 50 by being deformed. The tag unit 42 continues to the hole forming unit 40. The tag portion 42 is capable of elastic deformation and plastic deformation. As a result, the tag portion 42 can penetrate the hole 50 formed by the hole forming portion 40. Incidentally, in the case of the present embodiment, the hole forming portion 40 is also capable of elastic deformation and plastic deformation.

  In the present embodiment, the tag unit 42 has a narrow portion 60 and an enlarged portion 62. The narrowing portion 60 is disposed on the opposite side of the bending portion 32 as viewed from the hole forming portion 40. The narrow portion 60 continues to the hole forming portion 40. The wide portion 62 continues to the narrow portion 60. The wide portion 62 extends straight in the direction away from the narrow portion 60. The wide portion 62 is wider than the hole 50 formed by the narrow portion 60 and the hole forming portion 40 (in this case, the distance from one end to the other end in the direction in which the bent portion 32 extends).

  In the present embodiment, the large portion 62 has one end 80 and the other end 82. One end 80 is disposed on the narrow portion 60 side. One end 80 is wider than the hole 50 formed by the hole forming portion 40 (in this case, the distance from one end to the other end in the direction in which the bending portion 32 extends). In the case of this embodiment, since the width of the one end 80 is wider than the width of the hole 50 formed by the hole forming portion 40, the width of the enlarged portion 62 is wider than the hole 50 formed by the narrow portion 60 and the hole formed portion 40. Become. The other end 82 is disposed on the opposite side of the narrow portion 60. In the present embodiment, the other end 82 narrows toward the end 100. The shape of the end 100 is arc-shaped. As a result, the width of the end 100 of the other end 82 in this embodiment (in this case, the distance from one end to the other end in the direction in which the bending portion 32 extends) is zero. Since the width is zero, the width itself is narrower than the width of the hole 50 formed by the hole forming portion 40.

  One tag unit 42 of the pair of surface layer forming units 30 and 30 is attached to one of the tag attaching pieces 110 of the backing sheet 20. The other tag unit 42 of the pair of surface layer forming units 30 and 30 is attached to the other of the tag attachment pieces 110. Both the pair of hole forming portions 40 of the surface layer forming portions 30 and 30 and the bending portion 32 are attached to the hole attaching piece 112.

  The label outer circumferential placement material 24 is disposed around the outer circumference of the label 22. The label outer peripheral placement material 24 prevents a step from being formed between the label 22 and its outer periphery. The prevention of the formation of the step reduces the possibility of the position of the label 22 shifting when the information is printed on the label 22 by a well-known printer (not shown).

[Method of manufacturing label sheet]
The label sheet 10 according to the present embodiment is manufactured by the following procedure. First, a manufacturer applies a known adhesive to a known backing material by a known method. Next, the manufacturer applies a synthetic resin film to the backing material. Once the film is applied, the manufacturer makes a cut in the film. Thereby, the label 22 and the label outer peripheral arrangement material 24 are formed from the film. At that time, a specific method for providing a cut only in the film and not forming a cut in the material for the mount is well known. Therefore, the specific method is not described. When the film is cut, the manufacturer makes a cut in the backing material. At that time, a specific method is also well known for providing a cut only in the material for the mount and not forming a cut in the film. Therefore, the specific method is also not described. Thereby, the tag sticking pieces 110 and 110 and the hole sticking piece 112 are formed from the material for the mount. By forming the tag sticking pieces 110 and 110 and the hole sticking piece 112, the material for the mount becomes a mount 20. Thereby, the label sheet 10 according to the present embodiment is completed.

[How to use label sheet]
Hereinafter, how to use the label sheet 10 and the label 22 according to the present embodiment when wound around a known cable 200 will be described.

  First, the user places the label sheet 10 according to the present embodiment in the tray of a known printer (not shown). Next, the user operates the printer and a known personal computer connected to the printer according to a known procedure. Thus, the printer prints at least one of characters and graphics on the surface of the label sheet 10 where the label 22 is attached.

  After printing, the user peels off the hole sticking piece 112 and the label outer peripheral placement material 24 of the mount 20 from each label 22. Subsequently, the user causes the bending portion 32 of each label 22 to bend. As a result, the pair of hole forming portions 40, 40 face each other and are adhered to each other by the adhesion layer 34. FIG. 2 is a view showing a state in which the hole attachment piece 112 is peeled off and the pair of hole forming portions 40, 40 is attached to each other.

  When the pair of hole forming parts 40, 40 are attached to each other, the user peels off one label 22 from the tag attachment pieces 110, 110. When the label 22 is peeled off, the user sticks the pair of the tag portions 42, 42 of the label 22 to each other. When the tag portions 42, 42 are attached to each other, the user removes the hole 44 from the label 22. Incidentally, when the hole sticking piece 112 is peeled off, the hole filling portion 44 may be removed from the label 22 along with the peeling. Once the hole 44 is removed, the user maneuvers the label 22 around the cable 200. As the label 22 wraps around the cable 200, the user inserts the other end 82 of the enlarged portion 62 of the label 22 into the hole 50 formed by the hole forming portion 40. FIG. 3 is a conceptual view showing this situation.

  Along with the insertion, both sides of the enlarged portion 62 are deformed by the force from the corner 56 of the hole 50. With the deformation, the large portion 62 passes through the hole 50. FIG. 4 is a conceptual view showing this situation. With the enlarged portion 62 passing through the hole 50 and the narrow portion 60 passing through the hole 50, the work of attaching the label 22 to the cable 200 is completed.

[Effect of Label Sheet According to this Embodiment]
According to the label sheet 10 according to the present embodiment, double-sided printing on the label 22 is facilitated. According to the label sheet 10 according to the present embodiment, the work of attaching the label 22 to the cable 200 is easier.

  In addition, the label 22 according to the present embodiment does not easily come off the cable 200 when attached to the cable 200.

Second Embodiment
Hereinafter, a second embodiment of the present invention will be described. FIG. 5 is a plan view of the label sheet 12 according to the present embodiment. In FIG. 5, a part of the label 22 and a part of the label outer peripheral placement material 24 are twisted. The configuration of the label sheet 12 according to the present embodiment will be described based on FIG. The label sheet 12 according to the present embodiment includes a backing sheet 120, a plurality of (in the case of the present embodiment, 12) labels 22 and a label outer peripheral arrangement material 24.

  In the case of this embodiment, the backing sheet 120 is composed of two tag attaching sections 180 and 180, one hole attaching section 182 and two separation lines 190 and 190. The two tag attaching sections 180, 180 are both rectangular. The hole sticking section 182 is also rectangular. A hole sticking section 182 is disposed between the two tag sticking sections 180, 180. In the case of the present embodiment, the two tag attaching sections 180 and 180 and the one hole attaching section 182 are connected by the separation lines 190 and 190 and separated. The separation lines 190, 190 in the present embodiment are linear regions provided with perforations. As a result, the separation lines 190 and 190 separate the tag attaching sections 180 and 180 and the hole attaching section 182 more easily than cutting the tag attaching sections 180 and 180 and cutting the hole attaching section 182.

[Method of manufacturing label sheet]
The label sheet 12 according to the present embodiment is manufactured by the following procedure. First, the manufacturer forms separation lines 190 and 190 on a known base material. The method for forming separation lines 190, 190 is well known, and the detailed description thereof will not be repeated here. Thus, a mount 120 is formed. Once the separation lines 190, 190 are formed, the manufacturer applies a known adhesive to the entire surface of the backing sheet 120 by a known method. Next, the manufacturer attaches a synthetic resin film to the backing sheet 120. Once the film is applied, the manufacturer makes a cut in the film. Thereby, the label 22 and the label outer peripheral arrangement material 24 are formed from the film. At that time, a specific method for forming a cut only in the film and not forming a cut in the backing sheet 120 is well known. Therefore, the specific method is not described. Thereby, the label sheet 12 according to the present embodiment is completed.

  The other points are the same as the label sheet 10 according to the first embodiment. Therefore, the detailed description is not repeated here.

[Effect of Label Sheet According to this Embodiment]
According to the label sheet 12 according to the present embodiment, double-sided printing on the label 22 is facilitated. According to the label sheet 12 according to the present embodiment, the work of attaching the label 22 to the cable 200 becomes easier.

[Description of Modification]
The embodiments disclosed this time are illustrative in all respects. The scope of the present invention is not limited based on the embodiments described above. Of course, various design changes may be made without departing from the spirit of the present invention.

  For example, the configurations of the mounts 20 and 120 are not limited to those described above. In particular, the specific configuration of the separation line 190 in the backing sheet 120 is not limited to that described above. Examples of the configuration of the separation line 190 include that the thickness is thinner than that on both sides, and that the separation line 190 is an area provided with a fine scratch. Another example of the configuration of the separation line 190 is that the two tag sticking pieces 110 and 110 and the one hole sticking piece 112 are mutually stuck by the sticking agent applied to them. There is. In order to realize such a structure, for example, there is a method of arranging two adhesive strips 110 and 110 and a hole adhesive strip 112 and applying an adhesive on the surfaces thereof. A separation line is formed when the part which straddles the tag sticking piece 110 and the hole sticking piece 112 among bonding agents connects them. Of course, the specific method for realizing such a structure is not limited to the method described above. The separation line 190 may not be provided on the backing sheet. In that case, the mount may be made of one-piece paper. The backing may be provided with perforations (not shown) for separating the labels 22 one by one.

  Moreover, the form of the hole 50 which the hole formation part 40 forms is not limited to what was mentioned above. The holes 50 may be circular, elliptical or polygonal other than rectangular. When the hole 50 is a polygon, the vertex may be rounded or polygonal.

  The specific form of the surface layer forming unit 30 is also not particularly limited. Of course, the form of the tag unit 42 is not particularly limited. For example, both sides of one end 80 of the large portion 62 may form an acute angle. In this case, the wide portion 62 which has passed through the hole 50 becomes difficult to reverse.

DESCRIPTION OF SYMBOLS 10, 12 ... Label sheet 20, 120 ... Mount 22 ... Label 24 ... Label peripheral arrangement material 30 ... Surface formation part 32 ... Flexural part 34 ... Bonding layer 40 ... Hole formation part 42 ... Tag part 44 ... Hole embedded part 50 ... Holes 56: corners 60: narrow portions 62: large portions 80: one end portions 82: other ends 100: ends 110: tag sticking pieces 112: hole sticking pieces 180: tag sticking portions 182: hole sticking portions 190: separation line 200: cable

Claims (6)

And
A label sheet comprising a label attached on the backing sheet,
The label is
A pair of surface layer forming portions disposed in line symmetry and forming the surface layer of the label;
A linear bending portion disposed at a position of a pair of symmetry axes of the surface layer forming portion, and causing the label to face the pair of the surface layer forming portions by bending after being peeled from the backing sheet;
The pair of surface layer forming portions is formed on the surface facing the backing sheet of the pair of surface layer forming portions, and the pair of the surface layer forming portions is opposed after the label is peeled off from the backing sheet. And a sticking layer for sticking the pair of surface layer forming parts to each other,
The surface layer forming unit is
A hole forming portion forming a hole;
It has a tag portion connected to the hole forming portion and capable of at least one of elastic deformation and plastic deformation to such an extent that the hole formed by the hole forming portion can penetrate.
The label sheet, wherein the hole formed by the hole forming portion has a size that allows the tag portion to pass through. The tag section is
A narrow portion disposed on the side opposite to the bending portion as viewed from the hole forming portion and continuing to the hole forming portion;
The label sheet according to claim 1, further comprising: a wide portion extending in a direction away from the narrow portion and continuing to the narrow portion, the wide portion being wider than the hole formed by the narrow portion and the hole forming portion. . The said large part,
One end portion which is disposed on the narrow portion side and wider than the hole formed by the hole forming portion;
And a second end portion disposed on the opposite side of the narrow portion and tapered toward the end,
The label sheet according to claim 2, wherein the width of the end of the other end portion is narrower than the width of the hole formed by the hole forming portion.   The label sheet according to claim 3, wherein the hole formed by the hole forming portion is a rectangle with rounded corners. The mount is
A tag attachment piece to which at least one tag part of the pair of surface layer forming parts is attached;
It is characterized in that it has a hole sticking piece to which both of the pair of hole forming parts of the surface layer forming part and the bent part are stuck and the tag sticking piece is separated. Label sheet according to 1. The mount is
A tag attaching part to which at least one tag part of the pair of the surface layer forming part is attached;
A hole attaching part to which both the hole forming part of the pair of the surface layer forming part and the bent part are attached;
It is a linear area that separates the tag attaching section and the hole attaching section so as to separate the tag attaching section and the hole attaching section more easily than cutting the tag attaching section and cutting the hole attaching section. The label sheet according to claim 1, having a certain separation line.

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