JP6577628B2 - Label set - Google Patents

Description

  The present invention relates to a label set.

  Patent Document 1 discloses a self-laminate rotary label. This self-laminating rotating label comprises a film. The film has a first adhesive region. The film has a non-bonded area. The non-bonded area is adjacent to the first bonded area. The film has a second adhesive region. The second bonded area is adjacent to the non-bonded area. The second adhesive region of the film is configured to be located at least partially over the non-adhesive region when the film is wrapped around an object. A cut is formed in the film. One end of the cut is disposed at any location in the non-adhesive region. The other end of the cut is disposed in a non-adhesive region at a location different from the one end. The cut surrounds at least a part of the non-adhesion region and at least a part of the second adhesion region. The 1st adhesion field is arranged on the outside of the field surrounded by the cut in the film. At least one of the one end and the other end of the cut is opposed to a portion of the edge of the film that is adjacent to the portion closest to the first adhesion region via the non-adhesion region.

  According to the invention disclosed in Patent Document 1, debris can be removed simultaneously with the completion of application, and a self-laminate rotation label can be attached to the cable so that it can be rotated.

Japanese Patent Laid-Open No. 2006-71030

  However, the self-laminating rotary label disclosed in Patent Document 1 has a problem that it is difficult to print on the non-adhesive region with a printer in a state where it is affixed to the mount. The reason why the printing is difficult is that when the roller built in the printer tries to transfer the mount together with the self-laminate rotating label, the roller may peel off the self-laminating rotating label from the mount. It is. The same problem is likely to occur not only in the self-laminate rotating label disclosed in Patent Document 1, but also in a label that satisfies the following two requirements. The first requirement is that a separation promoting portion is provided. The separation promoting portion is a portion that promotes the separation of the label into a plurality of pieces. Examples of separation promoting portions include cuts, perforations, folds, groove-like recesses, and a large number of minute scratches provided to facilitate tearing by hand. The second requirement is that the entire label is not affixed to the mount, but a plurality of affixed areas of the label are affixed to the mount.

  An object of the present invention is to provide a label set that can suppress the possibility that a label that is attached to a mount in a plurality of attachment areas and provided with a separation promoting portion is peeled off from the mount by a roller built in the printer. is there.

  The present invention will be described with reference to the drawings. The reason why the symbols in the figure are used in this column is to help understand the content of the invention. The use of the symbols in the figure in this column is not intended to limit the scope of the invention to the scope shown.

  In order to achieve the above object, according to an aspect of the present invention, the label set 10 includes a mount 20 and a plurality of labels 22. The label 22 is affixed on the mount 20. The label 22 has a plurality of pasting areas 40 and 44 and areas 42 and 46 that are in direct contact with the mount 20 as a result of the patch not being applied. The plurality of pasting regions 40 and 44 are pasted on the mount 20 with the patch 26. A separation promoting portion 70 is formed on the label 22. The separation promoting portion 70 promotes the separation of the label 22 into a plurality of pieces. The label set 10 further includes a label outer peripheral arrangement material 24. The label outer periphery arranging member 24 is disposed in contact with the outer periphery of any one of the plurality of labels 22. The label outer peripheral arrangement material 24 is stuck on the mount 20 with the patch 26.

  The reason why the label 22 provided with the separation promoting portion is easily peeled off is that the label 22 is affixed to the mount 20 in a plurality of pasting regions 40 and 44 and the separation promoting portion 70 exists. The label 22 is affixed to the mount 20 at a plurality of affixing areas 40 and 44, and the entire label 22 is not affixed to the mount 20. As a result, the label 22 and the mount 20 are likely to be misaligned at locations not attached to the mount 20. Further, the separation facilitating portion 70 is likely to be separated between a portion having the label 22 and another portion. When separation occurs, the force becomes difficult to be transmitted, and the resistance of the label 22 to the force from the roller is reduced. When the resistance of the label 22 decreases, the label 22 is peeled off from the mount 20. On the other hand, when the label outer periphery arranging member 24 is stuck on the mount 20 by the adhesive 26 so as to be disposed in contact with the outer periphery of any one of the plurality of labels 22, the force from the roller is arranged not only on the label 22 but also on the label outer periphery. The material 24 is also received. An object that receives the force from the roller when a gap is formed between the label 22 and the label outer peripheral arrangement member 24 because the label outer peripheral arrangement member 24 is in contact with the outer periphery of any of the plurality of labels 22. It is possible to suppress the possibility of the decrease. When the force from the roller is received not only by the label 22 but also by the label outer peripheral arrangement material 24, the force received by the label 22 is reduced. If the possibility that the label outer peripheral placement material 24 is in contact with the outer periphery of any of the plurality of labels 22 can reduce the possibility of receiving a force from the roller, the label can be reduced compared to the case where the possibility cannot be suppressed. The force experienced by 22 can be smaller. When the force received by the label 22 is reduced, the possibility that the label 22 can withstand the force from the roller increases. When the possibility becomes high, the possibility that the label 22 is peeled off from the mount 20 becomes low. As a result, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the plurality of attaching regions 40 and 44 and provided with the separation promoting portion 70 is peeled off from the mount 20 by a roller built in the printer.

  The plurality of labels 22 described above are arranged so as to form a row 30. In this case, the label outer peripheral arrangement member 24 has a label side region 82. The label side region 82 is arranged in a direction orthogonal to the direction in which the row 30 extends when viewed from the row forming label that is one of the plurality of labels 22. The label side area 82 is in contact with the row forming label. The label side area 82 is affixed on the mount 20 with the patch 26.

  When the label side region 82 is arranged in a direction orthogonal to the direction in which the row 30 extends when viewed from the row forming label, the label side region 82 is used when the roller moves the mount 20 along the direction in which the row 30 extends. The force from the roller is received together with the row forming label. Thereby, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the plurality of attachment areas 40 and 44 by the roller built in the printer and provided with the separation promoting portion 70 is peeled off from the mount 20.

  The plurality of labels 22 described above are affixed on the mount 20 so as to form a plurality of rows 30. In this case, another row label that is a label 22 that forms a row different from the row formation label among the plurality of labels 22 and is adjacent to the row formation label is in a direction orthogonal to the direction in which the row 30 extends as viewed from the row formation label. Be placed. In this case, the separate row label is in contact with the row forming label. In this case, the label side region 82 is arranged on the side opposite to the other row label as seen from the row forming label.

  The separate row label is arranged in a direction orthogonal to the direction in which the row 30 extends when viewed from the row forming label, and is in contact with the row forming label. The label side region 82 is disposed in a direction orthogonal to the direction in which the column 30 extends when viewed from the column forming label and is in contact with the column forming label. Thus, when the roller transports the mount 20 along the direction in which the row 30 extends, the row forming label, the separate row label, and the label side region 82 are all subjected to the force from the roller. In addition to the row forming label, the force applied to the other row label is also reduced. As a result, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the plurality of attaching regions 40 and 44 and provided with the separation promoting portion 70 is peeled off from the mount 20 by a roller built in the printer.

Further, a plurality of attaching area 40, 44 of the label 22 described above is, one end attaching area 40, that has the other end attaching area 44. The one end pasting region 40 is arranged at a position closer to one end than the other end of the label 22. The other end pasting region 44 is arranged at a position closer to the other end than one end of the label 22. The other end pasting region 44 is arranged in a direction in which the row 30 extends as viewed from the one end pasting region 40. One end affixing region 40 of the row forming label which is one of the plurality of labels 22, and the other end affixing region 44 of the label 22 which forms the same row 30 as the column forming label among the plurality of labels 22 and faces the row forming label, during found that have thus buried in the label periphery disposed material 2 4.

A plurality of labels 22 are arranged so as to form a row 30, and are formed between the end of the row forming label and the mount 20, and the same row 30 as the row forming label and facing the row forming label If a step is formed between the end of the sheet and the mount 20, when the roller tries to transfer the mount 20 together with the label 22, the roller passes over the step. If the roller is wide enough between the end of the row forming label and the end of the label that forms the same row 30 as the row forming label and that faces the row forming label , the roller is above these steps. , The roller that has passed over the label 22 falls onto the mount 20. When the roller falls on the mount 20 in this way, the force applied by the roller to the label 22 is directed in a direction in which the label 22 is easily peeled compared to before the roller drops on the mount 20. When the force in the direction in which the label 22 is easily peeled exceeds the adhesive force between the mount 20 and the label 22, the label 22 is peeled off from the mount 20. When the separation promoting portion 70 exists, when separation occurs and the resistance of the label 22 decreases, the force applied by the roller to the label 22 easily exceeds the adhesive force between the mount 20 and the label 22. When it is thus buried between glass bell periphery disposed material 2 4 and the other end attaching area 44 of the label that faces the column forming label forms one end attaching area 40 and columns forming label the same column 30 and the column forming label The roller that has passed over the label 22 is prevented from falling onto the mount 20. When the roller is prevented from falling on the mount 20, the force applied by the roller to the label 22 is prevented from being directed to make the label 22 easy to peel off. If this is prevented, the label 22 becomes difficult to peel off. Thereby, not only the label outer peripheral arrangement material 24 receives the force from the roller that the label 22 receives, but also the force applied to the label 22 is prevented from being directed in the direction in which the label 22 is easily peeled off. If the force applied to the label 22 is prevented from being directed in the direction that makes it easy to peel it off, the influence of the above-described decrease in the resistance of the label 22 due to the presence of the separation promoting portion 70 can be suppressed. As a result, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the one end attaching region 40 and the other end attaching region 44 by the roller built in the printer and provided with the separation promoting portion 70 is peeled off from the mount 20. obtain.

Label outer peripheral placement member 24 described above predicate is, that have been added to the label between the regions 80 in the label side region 82. Between labels region 80 Ru fills me traverse between the label facing the row forming the label to form the same column 30 and row forming label and column formation label. The inter-label region 80 is pasted on the mount 20 with the patch 26 . The row forming label one end pasting region 40 has a pair of element regions 60 and 62. The pair of element regions 60 and 62 is disposed so as to face each other through a region 42 that directly contacts the mount 20. The one-line sticking area 40 of the separate label has a pair of element areas 60 and 62. The pair of element regions 60 and 62 is disposed so as to face each other through a region 42 that directly contacts the mount 20. The inter-label region 80 has a plurality of inter-label pasting portions 90. The plurality of label pasting portions 90 are arranged along a direction orthogonal to the direction in which the row 30 extends. The plurality of inter-label pasting portions 90 are portions pasted on the mount 20 by the patch 26. One of a plurality of inter-label pasting portions 90 in the inter-label region 80 is one of a pair of element regions 60 and 62 in the one-end pasting region 40 of the row forming label and one of the element regions 60 and 62 in the one-end pasting region 40 of another row label. It is connected to the other of the pair.

When the label between the regions 80 Ru fill I transected between label facing the row forming the label to form the same column 30 and row forming label and columns forming a label, the force of the label periphery disposed member 24 from the roller in which Will receive. Thereby, it is prevented by the label outer periphery arrangement | positioning material 24 itself that the force concerning the label 22 faces the direction which makes it easy to peel it off. In addition, since the inter-label region 80 itself is affixed on the mount 20, the label outer peripheral disposition material 24 can be compared to the case where the label peripheral disposition material 24 is affixed on the mount 20 in a region other than the inter-label region 80. The force that can be received from the roller increases. As a result, the label outer peripheral arrangement member 24 can also serve the role of receiving the force from the roller and the role of preventing the force applied to the label 22 from being directed in the direction in which the label 22 is easily peeled off.

  Further, it is desirable that a part of the patch 26 for pasting the plurality of pasting regions 40 and 44 on the mount 20 is in contact with the separation promoting portion 70.

  When any part of the patch 26 comes into contact with the separation promoting portion 70, the patch 26 adheres to the separation promoting portion 70, so that the label 22 is separated at the separation promoting portion 70 as compared with the case where it does not occur. Is less likely to occur. Since the separation of the label 22 is difficult to occur, the influence of the decrease in the resistance of the label 22 due to the separation can be suppressed. As a result, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the plurality of attaching regions 40 and 44 and provided with the separation promoting portion 70 is peeled off from the mount 20 by a roller built in the printer.

  According to the present invention, it is possible to suppress the possibility that a label that is attached to a mount in a plurality of attachment areas and provided with a separation promoting portion is peeled off from the mount by a roller built in the printer.

It is a top view of the label set concerning one Embodiment of this invention. It is an enlarged view of a certain label peripheral part among the label sets concerning one Embodiment of this invention. It is an enlarged view of a certain interlabel part among the label sets concerning one Embodiment of this invention. It is a figure which shows the application | coating area | region of the patch in the mount concerning one Embodiment of this invention. It is a figure which shows the form of the high friction layer in the synthetic resin film concerning one Embodiment of this invention. It is a figure which shows the state in the middle of the label concerning one Embodiment of this invention being wound around the cable. It is a figure which shows the state from which some labels concerning one Embodiment of this invention are peeled off.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the following description, the same parts are denoted by the same reference numerals. Their names and functions are also the same. Therefore, detailed description thereof will not be repeated.

[Label set configuration]
FIG. 1 is a plan view of a label set 10 according to the present embodiment. Based on FIG. 1, the structure of the label set 10 concerning this embodiment is demonstrated. The label set 10 according to the present embodiment includes a mount 20, a plurality (25 in the case of the present embodiment) of labels 22, a label outer peripheral arrangement material 24, and a patch 26.

  In the case of the present embodiment, the mount 20 is constituted by a well-known release paper (paper on which a well-known seal is stuck until the time of use). The shape of the mount 20 is a rectangle. The label 22 is made of a known synthetic resin film. In the case of this embodiment, the shape of the label 22 is a rectangle. In the case of the present embodiment, the labels 22 are arranged vertically and horizontally to form five rows 30. In the case of this embodiment, five labels 22 form one row 30. The label outer periphery arrangement | positioning material 24 is arrange | positioned in contact with the outer periphery of the label 22 arranged vertically and horizontally. In the case of this embodiment, the material of the label outer peripheral arrangement material 24 is the same as the label 22. That is, the label outer peripheral arrangement material 24 is constituted by a known synthetic resin film. In the case of the present embodiment, the plurality of labels 22 and the label outer peripheral arrangement material 24 are formed by cutting the synthetic resin film. As a result, in the present embodiment, the label outer periphery arranging material 24 is arranged from the label 22 to the edge of the mount 20. This synthetic resin film itself is well known. Therefore, detailed description thereof will not be repeated here.

  As described above, in the case of this embodiment, a plurality of labels 22 and the label outer peripheral arrangement material 24 are formed by cutting one synthetic resin film. The synthetic resin film is stuck on the mount 20 by the patch 26. The patch 26 itself is well known. Therefore, detailed description thereof will not be repeated here.

  A high friction layer is formed on a part of the surface of the synthetic resin film attached to the mount 20 by well-known printing. In the present embodiment, this high friction layer is a layer having a larger dynamic friction coefficient than the synthetic resin film itself on which it is formed. Since the material for forming the high friction layer is well known, the detailed description thereof will not be repeated here. The form of this high friction layer will be described later.

  FIG. 2 is an enlarged view of a portion around a label 22 in the label set 10 according to the present embodiment. Based on FIG. 2, the structure of the label 22 concerning this embodiment is demonstrated. The label 22 has a one-end pasting area 40, one end friction area 42, the other end pasting area 44, the other end friction area 46, an opposing pasting area 48, and a side part pasting area 50. Further, the label 22 is formed with a separation promoting cut 70. The separation promoting cut 70 facilitates the separation of the label 22 into a plurality of pieces. The separation promoting cut 70 is a separation promoting portion in the present embodiment.

  As is clear from FIG. 2, the one-end pasting region 40 is arranged at a position closer to one end than the other end of the label 22, that is, a position closer to one end. The one end pasting area 40 is pasted on the mount 20 by the patch 26. As described above, in the case of this embodiment, since the labels 22 are arranged vertically and horizontally, one end pasting area 40 of the label 22 (row forming label) forming a certain row 30 is the label 22 (separate row) described below. Adjacent to the one-end pasting area 40 of the label). The label 22 is a label that forms a row 30 adjacent to the row 30 formed by the row formation label and is adjacent to the row formation label. In the case of the present embodiment, the one-end pasting area 40 has a first element area 60 and a second element area 62. In the case of this embodiment, the first element region 60 and the second element region 62 are arranged outside the region surrounded by the separation promoting cut 70 in the label 22. The first element region 60 and the second element region 62 are each affixed to the mount 20 with the patch 26. In the case of the present embodiment, the patch 26 for sticking the one end pasting region 40 to the mount 20 and the patch 26 for pasting the other end pasting region 44 to the mount 20 both protrude from between them and form a separation promoting cut 70. It touches.

  The one end friction region 42 is adjacent to the one end pasting region 40. The one-end friction region 42 is disposed between the first element region 60 and the second element region 62. As a result, the first element region 60 and the second element region 62 are arranged so as to face each other with the friction region 42 at one end. The patch 26 is not applied to the friction region 42 at one end. As a result, the one end friction region 42 is in direct contact with the mount 20. The one end friction region 42 is formed by the high friction layer described above. As a result, the friction coefficient of the one end friction region 42 is larger than that of the one end pasting region 40 in a state where it is not in contact with the patch 26 and the other end pasting region 44 in a state where it is not in contact with the patch 26.

  As is apparent from FIG. 2, the other end pasting region 44 is disposed at a position closer to the other end than one end of the label 22, that is, a position closer to the other end. The other end pasting region 44 is arranged in a direction in which the row 30 extends as viewed from the one end pasting region 40. As described above, in the case of the present embodiment, since the label 22 is arranged vertically and horizontally, the other end pasting area 44 of the row forming label is adjacent to the other end pasting area 44 of the other row label. The other end affixing region 44 is affixed to the mount 20 with the patch 26.

  The other end friction region 46 is a region beyond the other end pasting region 44 when viewed from the one end friction region 42. The other end friction region 46 is adjacent to the other end pasting region 44. The patch 26 is not applied to the other end friction region 46. As a result, the other end friction region 46 directly contacts the mount 20. The other end friction region 46 is formed by the high friction layer described above. As a result, the friction coefficient of the other end friction region 46 is larger than that of the one end pasting region 40 not in contact with the patch 26 and the other end pasting region 44 not in contact with the patch 26.

  In the case of the present embodiment, the counter pasting region 48 is pasted on the mount 20 with the patch 26. The opposing pasting area 48 faces the other end pasting area 44 through the separation promoting cut 70. As a result, the other end pasting region 44 and the opposite pasting region 48 are in contact with each other with the separation promoting cut 70 interposed therebetween.

  The side part pasting area 50 is arranged between the one end pasting area 40 and the other end pasting area 44 and at a position corresponding to the one end friction area 42. As a result, the one end friction region 42 and the side part pasting region 50 are in contact with each other with the separation promoting cut 70 interposed therebetween. The side part pasting region 50 is pasted on the mount 20 with the patch 26. In the case of the present embodiment, the side part pasting area 50 has a plurality of third element areas 66. The third element regions 66 are arranged so as to be aligned along the direction in which the row 30 extends.

  One end 72 of the separation promoting cut 70 is disposed at the boundary between the first element region 60 and the one end friction region 42. The other end 74 of the separation promoting cut 70 is disposed at the boundary between the second element region 62 and the one end friction region 42. In the present embodiment, one end 72 and the other end 74 of the separation promoting cut 70 are arranged at different positions. The separation promoting cut 70 surrounds the one-end friction region 42 and the opposed pasting region 48. In the case of the present embodiment, one end 72 and the other end 74 of the separation promoting cut 70 are opposed to each other via the one end friction region 42. Further, one end and the other end 74 of the separation promoting cut 70 are separated from the edge of the label 22.

  FIG. 3 is an enlarged view of a portion between the labels 22 in the label set 10 according to the present embodiment. Based on FIG. 2 and FIG. 3, the structure around the label 22 according to the present embodiment will be described.

In the case of this embodiment, the label outer peripheral arrangement material 24 has an inter-label region 80 and a label side region 82. The inter-label region 80 is arranged so as to cross between the row forming label and the adjacent label. In the case of this embodiment, the “row forming label” means that the other end affixed region 44 of the label 22 forming the row 30 faces the first element region 60 of the other label 22. In the case of the present embodiment, the “adjacent label” is the label 22 that forms the same row 30 as the row forming label, and faces the row forming label, and the first element region 60 is attached to the other end of the row forming label. It means that facing the region 44. An inter-label region 80 different from the inter-label region 80 is arranged so as to cross between the row forming label and the label 22 described next. The label 22 forms the same row 30 as the row forming label, is opposite to the row forming label, and is a label 22 different from the adjacent label. In the case of the present embodiment, the label side region 82 is disposed so as to contact the column forming label that forms the column 30 at both ends of the label 22 and the column forming label that is disposed at the end of the column 30. That is, in the case of this embodiment, the label side area 82 is arranged so as to surround the outer periphery of the label 22 arranged vertically and horizontally. As a result, a label side region 82 is arranged next to one side of the column forming label, and a label 22 forming another column 30 is arranged next to the other side of the column forming label. Will be.

In the present embodiment, the inter-label region 80 has a plurality of inter-label pasting portions 90. The inter-label pasting portions 90 are arranged along a direction orthogonal to the direction in which the row 30 extends. The inter-label pasting portion 90 and the inter-label region 80 are pasted on the mount 20 with the patch 26. Any one of the plurality of inter-label pasting portions 90 of the inter-label region 80 includes one of the first element region 60 and the second element region 62 of the one-end pasting region 40 of the row forming label and the first end pasting region 40 of the other-row label. It is continuous with the other of the first element region 60 and the second element region 62.

[Manufacturing method of label set]
The label set 10 according to the present embodiment is manufactured by the following procedure. First, the manufacturer applies the patch 26 to the known mount 20 by a known method. FIG. 4 is a diagram illustrating an application region of the patch 26 on the mount 20 according to the present embodiment. In the case of the present embodiment, the region where the patch 26 is applied is a hatched region in FIG. The position and area of the patch 26 are the positions and areas of the one end pasting area 40, the other end pasting area 44, the opposite pasting area 48, and the side part pasting area 50 on the label 22, and the position of the label outer peripheral placement material 24. And the area. Next, the manufacturer forms a high friction layer on the synthetic resin film by well-known printing. FIG. 5 is a view showing a form of a high friction layer in the synthetic resin film according to the present embodiment. In the case of the present embodiment, the region where the high friction layer is formed is a region hatched in FIG. The surface shown in FIG. 5 is attached to the patch 26 of the mount 20. When it is necessary for the manufacturer to print either a character or a graphic on the surface of the label 22, the printing is completed in advance. Next, the manufacturer attaches a synthetic resin film to the mount on which the patch 26 is applied. When the film is applied, the manufacturer makes a cut in the film. Thereby, the label 22 and the label outer periphery arrangement | positioning material 24 are formed from the film. Among the cuts, the one provided in the label 22 is a separation promoting cut 70. At this time, a specific method for providing a cut only in the film and not providing a cut in the mount 20 is well known. Therefore, the specific method is not explained. Thereby, the label set 10 according to the present embodiment is completed.

[How to use the label set]
Hereinafter, a method of using the label set 10 and the label 22 according to the present embodiment when wound around the known cable 200 will be described. First, the user places the label set 10 according to the present embodiment on a tray of a well-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 figures on the surface of the label set 10 where the label 22 is attached. After printing, the user removes one label 22 from the label set 10. When the label 22 is peeled off, the user applies the first element region 60 and the second element region 62 to the known cable 200. When these are pasted, the user wraps the entire label 22 around the cable 200. FIG. 6 is a diagram illustrating a state in which the label 22 according to the present embodiment is being wound around the cable 200. When the label 22 is wound around the cable 200, the other end pasting region 44 is pasted on the back of the one end friction region 42. When the other end pasting region 44 is pasted on the back of the one end friction region 42, the user causes the other end friction region 46. Since the label 22 is provided with the separation promoting cut 70, the portion outside the separation promoting cut 70 in the other end pasting region 44 is peeled off. When the portion is peeled off, the user subsequently peels off the portion of the label 22 connected to the other end friction region 46 from the cable 200. FIG. 7 is a diagram showing the label 22 and the cable 200 in the middle of which the part is peeled off. Eventually, the portions from the one end 72 and the other end 74 of the separation promoting cut 70 to the edge of the label 22 are left, and the other end friction region 46 of the label 22 and the portion connected thereto are peeled off. Subsequently, the user tears the portion from one end 72 and the other end 74 of the separation promoting cut 70 to the edge of the label 22. Thereby, the first element region 60 and the second element region 62 are torn off. The remaining part remains wound around the cable 200. In this remaining portion, there is no portion attached to the cable 200. As a result, this portion can rotate around the cable 200 and can move along the cable 200.

[Effect of label set according to this embodiment]
In the label set 10 according to the present embodiment, a label outer peripheral arrangement material 24 is attached to the mount 20 with a patch 26 so as to be arranged in contact with the outer periphery of any of the plurality of labels 22. As a result, not only the label 22 but also the label outer peripheral arrangement member 24 receives the force from the roller built in the printer. When the label outer peripheral arrangement member 24 receives the force from the roller together with the label 22, the force received by the label 22 decreases. When the force received by the label 22 is reduced, the possibility that the label 22 can withstand the force from the roller increases. When the possibility becomes high, the possibility that the label 22 is peeled off from the mount 20 becomes low. As a result, it is possible to suppress the possibility that the label 22 attached to the mount 20 at the one end pasting area 40 and the other end pasting area 44 and provided with the separation promoting cut 70 is peeled off from the mount 20 by the roller built in the printer. obtain.

  Moreover, the label outer periphery arrangement | positioning material 24 of the label set 10 concerning this embodiment has the label side area | region 82. FIG. When the label side region 82 is arranged in a direction orthogonal to the direction in which the row 30 extends when viewed from the row forming label, the label side region 82 is used when the roller moves the mount 20 along the direction in which the row 30 extends. The force from the roller is received together with the row forming label. This further increases the possibility that the label 22 that is attached to the mount 20 at the one end attaching region 40 and the other end attaching region 44 and provided with the separation promoting cut 70 is peeled off from the mount 20 by the roller built in the printer. Can be suppressed. Moreover, in the case of the present embodiment, the label outer peripheral arrangement material 24 is arranged from the label 22 to the edge of the mount 20. Thus, when the label outer periphery arrangement | positioning material 24 is arrange | positioned, compared with the two cases described below, the label outer periphery arrangement | positioning material 24 will become large. The first case is a case where a gap is formed between the label 22 and the label outer peripheral arrangement material 24. The second case is a case where a gap is formed between the end of the label outer periphery arranging member 24 and the edge of the mount 20. When the label outer periphery arrangement | positioning material 24 becomes large, compared with the case where it is not so, the force which the label 22 receives becomes small. As a result, there is a possibility that the label 22 attached to the mount 20 at the one end attaching region 40 and the other end attaching region 44 and provided with the separation promoting cut 70 is peeled off from the mount 20 by the roller built in the printer. Can be suppressed.

  In the label set 10 according to the present embodiment, a plurality of labels 22 are arranged on the mount 20 so as to form a plurality of rows 30. The separate row label is arranged in a direction orthogonal to the direction in which the row 30 extends when viewed from the row forming label, and is in contact with the row forming label. In addition, the label side region 82 is arranged on the side opposite to the other row label when viewed from the row forming label. Thus, when the roller transports the mount 20 along the direction in which the row 30 extends, the row forming label, the separate row label, and the label side region 82 are all subjected to the force from the roller. In addition to the column forming label, the force applied to another column label is also reduced. As a result, there is a possibility that the label 22 attached to the mount 20 at the one end attaching region 40 and the other end attaching region 44 and provided with the separation promoting cut 70 is peeled off from the mount 20 by the roller built in the printer. Can be suppressed.

  In the label set 10 according to the present embodiment, the inter-label region 80 crosses between the column-formed label and the adjacent label, and the space between the column-formed label and the adjacent label is filled with the inter-label region 80. . Thereby, it is prevented by the label outer periphery arrangement | positioning material 24 itself that the force concerning the label 22 faces the direction which makes it easy to peel it off. In addition, since the inter-label region 80 itself is affixed on the mount 20, the label outer peripheral disposition material 24 can be compared to the case where the label peripheral disposition material 24 is affixed on the mount 20 in a region other than the inter-label region 80. The force that can be received from the roller increases. As a result, there is a possibility that the label 22 attached to the mount 20 at the one end attaching region 40 and the other end attaching region 44 and provided with the separation promoting cut 70 is peeled off from the mount 20 by the roller built in the printer. Can be suppressed.

  In addition, the label set 10 according to the present embodiment has one end friction region 42 and the other end friction region 46. The one end friction region 42 and the other end friction region 46 are in contact with the one end pasting region 40 and the other end pasting region 44 with the separation promoting cut 70 interposed therebetween. Thereby, compared with the case where it is not so, the influence of the fall of the resistance of the label 22 resulting from separation of the label 22 can be suppressed.

  Further, in the label set 10 according to the present embodiment, the one-end friction region 42 is disposed between the first element region 60 and the second element region 62. When the one end friction area 42 is disposed between the first element area 60 and the second element area 62, the force received from the roller is shared by the first element area 60, the second element area 62, and the one end friction area 42. be able to. Thereby, the influence of the reduction | decrease in the resistance of the label 22 mentioned above resulting from separation of the label 22 can be suppressed.

  In the label set 10 according to the present embodiment, a part of the patch 26 for attaching the one end friction region 42 and the other end friction region 46 to the mount 20 is in contact with the separation promoting cut 70. Thereby, since the adhesive patch 26 adheres to the separation promoting cut 70, separation of the label 22 at the separation promoting cut 70 is less likely to occur than when the patch 26 does not occur. Since the separation of the label 22 is difficult to occur, the influence of the decrease in the resistance of the label 22 due to the separation can be suppressed.

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

  For example, at least one of the part of the patch 26 for sticking the one end friction area 42 to the mount 20 and the part of the patch 26 for sticking the other end friction area 46 to the mount 20 is not in contact with the separation promoting cut 70. May be.

  The forms of the one end pasting area 40, the other end pasting area 44, the opposing pasting area 48, and the side part pasting area 50 are not limited to those described above. For example, the one-end pasting area 40 and the side part pasting area 50 may be a group of areas. The other end pasting area 44 and the counter pasting area 48 may have a plurality of element areas similar to the first element area 60 and the second element area 62.

  The label 22 may not have the opposing pasting area 48. That is, the one-end friction area 42 may extend to a place in contact with the other-end pasting area 44 across the separation promoting cut 70. The other end friction region 46 may be disposed so as to pass through the center of the other end pasting region 44 and contact the separation promoting cut 70.

  The high friction layer may not be formed on the synthetic resin film. As a result, the label 22 need not have the one end friction region 42 or the other end friction region 46. The material of the label 22 and the material of the label outer peripheral arrangement material 24 are not limited to synthetic resin. The label 22 may be transparent or opaque.

The form of the label outer periphery arrangement | positioning material 24 is not limited to what was mentioned above .

  The position and length of the separation promoting cut 70 are not limited to those described above. The position and length of the separation promoting cut 70 should be appropriately set according to the purpose for dividing the label 22 into a plurality of cut ends. The form of the separation promoting portion is not limited to the separation promoting cut 70. Examples include perforations, folds, groove-like recesses, and numerous small scratches that are provided to facilitate tearing by hand.

  The number of the plurality of labels 22 included in the label set 10 is not particularly limited. The arrangement of the labels 22 is not particularly limited. The form of the label 22 itself is not particularly limited. For example, the label is provided with a pasting region at one end and the other end, no patch is pasted between the pasting regions, and any location between the pasting regions Perforations that cross the label may be formed.

DESCRIPTION OF SYMBOLS 10 ... Label set 20 ... Mount 22 ... Label 24 ... Label outer periphery arrangement | positioning material 26 ... Patch 30 ... Row 40 ... One end sticking area 42 ... One end friction area 44 ... Other end sticking area 46 ... Other end friction area 48 ... Opposing sticking area 50 ... side part pasting region 60 ... first element region 62 ... second element region 66 ... third element region 70 ... separation promoting cut 72 ... one end 74 ... other end 80 ... inter-label region 82 ... label side region 90 ... between labels Affixed part 200 ... cable

Claims (2)

Mount and
A plurality of labels attached on the mount,
A plurality of pasting areas where the label is pasted on the mount by a patch;
A region that is in direct contact with the mount as a result of not being applied with the patch;
In the label set, a separation promoting portion that promotes separation of the label into a plurality of pieces is formed,
The label set further comprises a label outer periphery placement material attached on the mount by a patch so that the label set is placed in contact with the outer periphery of any of the plurality of labels ,
Before SL multiple labels are aligned to form a row,
The label outer peripheral arrangement material is arranged in a direction orthogonal to the direction in which the row extends when viewed from the row forming label that is one of the plurality of labels, is in contact with the row forming label, and is applied by a patch. It has a label side area affixed on the mount,
The plurality of labels are affixed on the mount so as to form a plurality of the rows,
A direction in which another row label, which is the label adjacent to the row formation label and forms the row different from the row formation label among the plurality of labels, is orthogonal to the direction in which the row extends as viewed from the row formation label. And is in contact with the row forming label,
The label side region is disposed on the side opposite to the separate row label as seen from the row forming label ,
The affixed areas of the label are
One end affixing region arranged at a position closer to one end than the other end of the label,
Having the other end pasting region arranged in the direction in which the row extends as seen from the one end pasting region, closer to the other end than the one end of the label,
Between the one end sticking area of the row forming label and the other end sticking area of the label that forms the same row as the row forming label and faces the row forming label among the plurality of labels, the outer periphery of the label Filled with placement material,
The label outer peripheral arrangement material forms the same row as the row forming label and the row forming label and fills across the label facing the row forming label, and is pasted on the mount with a patch. In addition to the label side area, an area between the labels is provided,
The one end pasting region of the row forming label has a pair of element regions arranged so as to face each other through a region that directly contacts the mount,
The one-end affixing region of the separate label has a pair of element regions disposed so as to face each other through a region that directly contacts the mount,
The inter-label region has a plurality of inter-label pasting portions that are portions pasted on the mount by the patch arranged along a direction orthogonal to the direction in which the rows extend,
One of the plurality of inter-label pasting portions of the inter-label region is one of the pair of element regions in the one-end pasting region of the row forming label and the pair of element regions in the one-end pasting region of the separate row label. A label set characterized by being connected to the other of the above.   The label set according to claim 1, wherein a part of the patch for affixing the plurality of affixing regions to the mount is in contact with the separation promoting portion.

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