JP2016078290A - Label slip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a label slip having a layout sheet of an easily tearing-off label, easy in carrying when printing.SOLUTION: A label slip is provided by superposing a first sheet having a substantially rectangular and separation-processed area and a second sheet having an area of applying a pressure sensitive adhesive in the substantially same size as the first sheet. The first sheet comprises a separation part of including an area of applying the pressure sensitive adhesive of the second sheet and an oppositely contacting separation-processed area and being a substantially line symmetrical-shaped part, that is, a part separated from the first sheet when separated from the second sheet, and the second sheet comprises a separation starting point part being a fewer area of the applied pressure sensitive adhesive more than the other area of applying the pressure sensitive adhesive, that is, an area of including an intersection part between a symmetrical line with the separation part substantially line symmetry and one side of the second sheet so as to become a starting point of separation of the separation part when the separation part is separated from the second sheet.SELECTED DRAWING: Figure 3

Description

  The present invention relates to a label slip.

  Various forms of label slips that are indispensable in logistics have been devised to meet various needs. And in that, the shape of the peeling part (all or part of the label mount) of the area where the peeling process was performed in the adhesive part of the area where the adhesive of the label slip was applied and the area in contact with the adhesive part By doing so, there is a label slip that has a function that was not found in previous slips.

  For example, Patent Document 1 proposes a label slip with a reply postcard. And the characteristic part is the postcard piece part 3C shown in FIG. This postcard piece portion 3C has a square-shaped outer peripheral portion that can be peeled off from the adhesive portion, and the inner periphery of this square-shape has a perforation (15A) connected to a reply postcard. When the outer peripheral portion (the label mount) is peeled off, the connected portions connected at the perforation are separated together, and a reply postcard can be easily obtained from the label slip.

  Further, Patent Document 2 proposes a slip that can be printed together with a slip, and that can be sent in a state of being folded and hidden. Then, as shown in FIG. 5 of Patent Document 2, the outer peripheral portion (the surplus side 35) of the U-shape is peeled off, and the usage specification portion ( The specification can be concealed by folding the separation slip 12) and sticking the slip to the delivery with the adhesive layer 36.

JP 2011-079151 JP 2006-281739 A

  As shown in Patent Document 1 and Patent Document 2, there are many proposals for adding a new function to a label slip. However, as the functions are diversified, the shape of the label form becomes more complicated, and it is difficult to reliably peel off the label and the mount.

For example, in FIG. 6 of Patent Document 1, there has been proposed a method in which the corners of the outer peripheral edge of a square shape are used as the starting point of peeling, and are peeled in an oblique direction with respect to the four sides of the rectangle. However, in the shape of the outer periphery of the rectangular square shape, different component forces and moments are generated at the point A and the point B respectively. If this component force or moment acts in a direction different from the direction necessary for separation or separation, the break 3 occurs. That is, the label is torn unintentionally (break 3 occurs).
Such a phenomenon also occurs in a U-shaped peeling portion (separating portion 301) as in Patent Document 2.

  Here, a phenomenon that occurs when a U-shaped peeling portion as in Patent Document 2 is provided will be described with reference to FIGS. 1 and 2. This is remarkably observed in a mount having a shape in which a plurality of peeling points are generated at the same time, like the first separation point 110 and the second separation point 120 in FIG. This occurs because the direction, magnitude, and moment of the component force generated at each separation or separation location are different. Here, the 1st separation part 110 and the 2nd separation part 120 are the places where the 1st sheet 300 and the 2nd sheet 400 exfoliate, and are the places where separation part 301 and a cutting part separate. It is.

  Furthermore, the shape of the label slip, such as the corner 201 or the slit 2 in FIG. 2, is likely to act in the direction in which the peeling vector 101 (or the first component force 111 or the second component force 121) generates the break 3. In this case, it is necessary to peel off the label and the mount more carefully so as not to cause breakage.

  That is, the label slip that easily peels off the label and the mount is a label slip that does not easily cause breakage 3. And if the design is taken into consideration so as not to generate unnecessary force for separation and separation, it can be said that it becomes possible to provide a slip of a mount that is easy to peel off.

  In addition, it is necessary to pay attention to the position of the starting point (peeling start point 100) for peeling off the label of the label slip and the mount. This is because depending on the installation location, the force when contacting the paper feed roller during printing of the label slip may act in the direction of peeling the separating unit 301, and the separated separating unit 301 may be involved and cause a paper jam. Because there is sex. For example, assume that the label slip of FIG. 1 is conveyed from left to right. In this case, if the separation starting point 100 is provided at the corner of the outer peripheral edge of the label slip (lower right or upper right of the separation unit 301 in FIG. 1), compared to the case where it is provided at the lower left shown in the drawing, The force is likely to act in the direction of peeling the mount with respect to the peeling starting point 100. (If the upper figure in FIG. 11 is provided with a starting point 100 for peeling at the lower right or upper right, the lower figure is provided at the lower left, and the upper figure is easier to peel off) and, as a result, The risk of the separation unit 301 being caught by the paper feed roller when the paper is conveyed increases.

  As described above, in order to provide a label slip that does not easily cause a paper jam when transported, the force applied when the label slip is transported by the paper feed roller is the direction in which the label and the mount are peeled off. It can be said that the point is to provide a starting point of peeling at a position where it is difficult to act on the film.

  Therefore, in view of the above problems, the present invention provides a label slip that is less likely to be peeled off by the feed roller when the label slip is fed, and that is easy to peel off when the user peels off the label and the mount. The purpose is to provide.

  The present invention relates to a label slip in which a first sheet having a substantially rectangular peeled area and a second sheet having an area coated with an adhesive and having substantially the same size as the first sheet are overlapped. The first sheet includes the peeled region that is in contact with the adhesive-coated region of the second sheet, and is a portion having a substantially line symmetry, A separation part that is a part separated from the first sheet when being separated from the second sheet, and the second sheet is separated when the separation part is separated from the second sheet. A region where less adhesive is applied than the other regions where the adhesive is applied, so that the separation part is substantially symmetrical with the second line Peeling origin part that is the area including the intersection with one side of the sheet Characterized in that it comprises.

  By providing the label slip in this way, it is possible to provide a label slip that is less likely to be peeled off by the feed roller when the label slip is fed and is easily peeled off when the user peels off the label and the mount. .

It is an example of a conventional label slip which is composed of two sheets and is a square-shaped separation part and includes a separation starting point part 200 at the corner of the label of the separation part. It is a block diagram of an example of the conventional label slip which is easy to produce a fracture | rupture in the case of peeling of a separation part from FIG. It is an example of the block diagram of the label slip of this invention comprised from two sheets. It is the block diagram which showed an example of the use procedure of the label slip of this invention. It is the block diagram which showed an example of the use procedure of the label slip of this invention. It is the block diagram which showed an example of the usage procedure of the label slip of this invention from the state from which the separation part 301 was peeled in FIG. FIG. 6C is a configuration diagram showing an example of a state in which the label slip main body of FIG. 6C is affixed to the delivery product such that the adhesive surface 20 of the first cutout part contact unit 402 is in contact with the delivery product surface. is there. It is the block diagram which showed an example of the cutting part contact part 412 and the cutting part 302 which were isolate | separated from the 2nd separation part contact part 411 in FIG. It is the block diagram which showed an example of the modification of the 2nd sheet | seat A surface of FIG. It is the block diagram which showed an example of the modification of the label slip of a present Example. FIG. 2 is an example of a side view comparing the ease of peeling of a backing sheet at a separation starting point 100 when a label slip is conveyed by a paper feed roller in FIG. 1. It is an example of the block diagram which looked at the label slip of a present Example from the side.

1 and 2 are examples of a configuration diagram showing a conventional configuration, and FIGS. 3 to 12 are examples of a configuration diagram showing the present invention.
First, problems that occur in the conventional configuration will be described with reference to FIGS. 1 and 2.
FIG. 1 shows a label slip formed by stacking two sheets, and has a square-shaped separation unit 301 having a peeling starting point 100 for peeling two sheets at a corner. It is an example of the label slip provided with the separation part.

  The label slip of FIG. 1 is configured such that a first sheet 300 and a second sheet 400 having substantially the same size overlap each other, and a part of the contact portion is adhered (adhered) in a peelable manner.

  In the first sheet 300, a separation unit 301 and a cutout unit 302 are connected by a perforation 1.

  The starting point 100 of peeling is a part which becomes a starting point for separating the separation part 301 from the cut part 302 connected by the perforation 1 and peeling from the second sheet. The separation unit 301 is picked up from the separation starting point 100 in FIG. 1 and is separated from the second sheet by the separation vector 101 which is a vector for separating the separation unit 301 from the separation starting point portion, and is connected at the perforation 1. It is a site | part isolate | separated from the cut part 302 made.

  The first separation part 110 is a part where the first sheet 300 and the second sheet 400 are separated by the first component force 111 of the separation vector 101, and the first separation point 110 is generated by the first component force 111. This is where the moment 112 is generated. Then, the first sheet 300 and the second sheet 400 are peeled off, and the first component force 111 exceeding the strength of the first sheet 300 is not formed in order to separate the separating unit 301 and the cutting unit 302 from each other. When the first moment 112 is applied, the fracture 3 occurs.

  The first separation location 120 is a location where the first sheet and the second sheet are separated by the second component force of the peeling vector 101 and is a location different from the first separation location 110.

  FIG. 2 is a configuration diagram of an example of a label slip that is liable to be broken when the separating portion is peeled from FIG. The label slip of FIG. 2 is also configured by superimposing the first sheet 300 and the second sheet 400 in the same manner as the label slip of FIG. In the separation unit 301 of FIG. 2, the contact surface that contacts the second sheet is the peeling surface 10, and the surface on the second sheet side that contacts the second sheet is the adhesive surface 20. Further, the inner peripheral edge of the separation portion 301 is connected to the cutout portion 302 by the perforation 1.

The label slip of FIG. 2 is provided with an uneven shape on the inner peripheral edge of the separating portion 301, and further has a slit 2 in a part of the separating portion. As described above, if there is a shape in which the component force of the separation vector 101 of the separation portion 301 is likely to concentrate (for example, the corner portion 201 of the mount) or the slit 2, the break 3 is more likely to occur.
That is, it can be said that the structure of FIG.1 and FIG.2 demonstrated here is a label slip from which the fracture | rupture 3 arises and it is hard to peel, and also peels unnecessarily when conveyed.
On the other hand, in the label slip (FIGS. 3 to 12) according to the present invention described below, the separation unit 301 is picked up from the separation starting point 50 and is peeled in the direction indicated by the separation direction instruction unit 51 (the explicit part). The vector 101 is provided so that when the label slip is fed, it is difficult for the paper feed roller to peel off, and the user can easily peel off the label and the mount. . Details will be described below.

  FIG. 3 is an example of a configuration diagram of the label slip of the present invention. The label slip of the present invention is composed of a first sheet 300 and a second sheet 400. The upper, lower, left, and right four configuration diagrams respectively show both sides of two sheets. The first sheet 300 and the second sheet 400 are substantially rectangular of substantially the same size, and the label slip is configured by superimposing these two sheets.

The surfaces of the two sheets that contact each other are the B surface of the first sheet 300 and the A surface of the second sheet. FIG. 12 is shown as a supplement. FIG. 12 is an example of a configuration diagram of the label slip of the present invention as seen from the side. The B surface of the first sheet 300 and the A surface of the second sheet 400 overlap. And it is overlaid so that the four corners of an outer periphery may each contact | connect. The B surface of the first sheet 300 and the A surface of the second sheet are overlapped so that the point O of the first sheet and the point O ′ of the second sheet are in contact with each other. Similarly, the B surface of the first sheet 300 and the A surface of the second sheet are overlapped so that the point P and the point P ′, the point Q and the point Q ′, and the point R and the point R ′ are in contact with each other. Has been.
The upper left figure of FIG. 3 is the A surface of the first sheet. This surface is a surface on which printing is possible without contacting the second sheet.
The upper right diagram in FIG. 3 is the B surface of the first sheet. An adhesive or a release agent is applied to this surface, and is in contact with the second sheet.
The lower left drawing of FIG. 3 is the A surface of the second sheet. An adhesive or a pressure-sensitive adhesive is applied to this surface and is in contact with the first sheet.
The lower right figure of FIG. 3 is the B surface of the second sheet. This surface is a surface on which printing is possible without contacting the first sheet.
The bottom view of FIG. 3 is a diagram showing from the side which surface of the first sheet and the second sheet contact each other.
The first sheet 300 and the second sheet 400 are substantially the same size slip, and the contact surface is composed of the following two types of contact surfaces. The contact surface of the separation portion 301 that contacts the second sheet 400 is subjected to a separation process, and the separation surface 10 is formed. Moreover, the adhesive surface 20 to which the adhesive is applied is formed in the region of the second sheet that is in contact with the release surface 10 of the separation portion 301, and is in contact with the release surface 10 so as to be peelable. Here, the exfoliation treatment is an agent that facilitates exfoliation compared to the case where nothing is applied to the abutting surface in order to facilitate the delamination of the abutting surface that contacts the adhesive surface or the surface to which the adhesive is applied. Is to apply. In general, a silicone resin is preferably used as a drug to be applied, but any drug can be used as long as it can be peeled more easily than when nothing is applied.

    The first contact surfaces of the first sheet 300 and the second sheet 400 are surfaces that are provided so as not to be separated from each other and are in contact with each other. Specifically, the fixing surface 30 applied to one or both surfaces of the first separation unit contact unit 401 (discarding unit) is provided, and the two sheets are fixed so as not to peel off. In the embodiment of the present invention, it is a contact surface between the separation part 301 and the second separation part contact part 411. More specifically, it is a contact surface where the fixing surfaces 30 to which the adhesive is applied are in contact with each other. In addition, the second contact surface may be configured such that the second contact surface is configured by bringing the fixing surface 30 and the coating non-surface 40 into contact with each other.

  The second contact surface between the first sheet 300 and the second sheet 400 is a contact surface that contacts the second sheet so as to be peelable. In the embodiment of the present invention, it is a contact surface between the separation part 301 and the second separation part contact part 411. More specifically, one is a contact surface where the release surface 10 to which the release agent is applied and the adhesive surface 20 to which the adhesive is applied are in contact with each other so that the release is possible. However, instead of the peeling surface 10, a contact surface that can be peeled off by contacting the non-coated surface 40 and the adhesive surface 20 is also conceivable. The other is the peeling start point 50. This surface is in contact with the coating non-surface 40 and the peeling surface 10 so as to be able to be peeled off, but may be a contact surface where the coating non-surfaces 40 are in contact with each other.

  The symmetry line 4 indicates the separation part 301, the cut part 302, the first separation part contact part 401, the first cut part contact part 402, the second separation part contact part 411, and the second cut part contact. The part 412 is a symmetric line that indicates a position that is a substantially line target, and is a line on substantially the same line.

  The first sheet 300 can be cut at the perforation 1 by the separation part 301 that is a square-shaped part including the outer peripheral edge of the sheet, the inner peripheral edge of the peeling part (the inner edge of the square-shaped separation part 301) And a cutting part 302 connected to the. The cutout unit 302 is a part that is delivered to the delivery as a part of the label slip, and is cut out. For example, the cutout unit 302 is a part that serves as a reply postcard of the slip or a delivery note. Moreover, the peeling surface 10 which gave the peeling process in the area | region is provided, and it adheres to the 2nd sheet | seat which contact | connects so that peeling is possible.

The separation unit 301 includes a first separation unit contact unit 401 and a second separation unit contact unit 411 that are part of the second sheet (details will be described later). The contact surface that is in contact with the first separation portion contact portion 401 is a fixing surface 30 that is a surface to which an adhesive is applied, and the contact surface is fixed so as not to peel from the second sheet. By providing in this way, as shown in FIG. 5, when separating the separation portion 301, the first separation portion contact portion 401 connected together at the perforation 1 together with the first separation portion contact portion 401. It becomes possible to separate from 402.
In addition, a peeling surface 10 subjected to a peeling process is formed on a contact surface that contacts a first separation portion contact portion 411 described later, and the contact surface is fixed to the second sheet so as to be peelable.

The second sheet 400 is composed of the following parts. First, there are a first separation portion contact portion 401 and a second separation portion contact portion 411 which are U-shaped portions. This part includes three sides of the outer peripheral edge of the sheet, and the two parts are connected to each other at the ends of the U-shape. And the slit 2 is provided in the connection part of the 1st separation part contact part 401 and the 2nd separation part contact part 411, and it can isolate | separate.
Next, the first cutout portion contact portion 402 is connected to the inner peripheral edge (the inner edge of the U-shape) of the first separation portion contact portion 401 so as to be cuttable by the perforation 1.

  And it is the 2nd cut part contact part 412 connected so that it can cut off with the inner periphery (edge inside a U-shape) of the 2nd separation part contact part 411, and the perforation 1. FIG. The second cutout portion contact portion 412 is a surface that is used as, for example, an invoice or a receipt when pasted on the delivery note.

  The inner peripheral edge of the first cutout portion contact portion 402 and the second cutout portion contact portion 412 are connected by the perforation 1 so as to be cut out. Further, a connecting portion (slit 2) between the first separating portion contacting portion 401 and the second separating portion facing portion 411 is on an extension line of the connecting portion (perforation 1).

  Further, the first separation portion contact portion 401 that contacts the separation portion 301 is configured such that the contact surfaces that contact each other are constituted by the fixing surface 30. The contact surface is fixed with an adhesive so as not to peel off. The second separation portion contact portion 411 that contacts the separation portion 301 is the adhesive surface 20. The contact surface that contacts the second separation portion contact portion 411 on the separation portion 301 side is the peeling surface 10. By providing in this way, the separation part 301 and the second separation part contact part 411 are in detachable contact.

  Further, the cutout portion 302 is in contact with the first cutout portion contact portion 402 and the second cutout portion contact portion 412. Further, a part of the contact surface includes a separation surface 10 on which a separation process is performed on a surface on the side of the cut portion 302, a first cut portion contact portion 402, and a second cut portion contact portion 412 side. The adhesive surfaces 20 are provided on the surfaces at positions where they substantially contact each other, and are in contact with each other so as to be peelable. In FIG. 3, the peelable adhesive part of the contact surface is composed of a square-shaped adhesive surface 20 and a release surface 10, but the shape of the contact surface can be maintained so that the contact surface can be peeled off. It doesn't have to be rectangular.

The peeling start point 50 is an adhesive applied from the other area (adhesive surface 20) to which the adhesive is applied so that the peeling starting point 50 becomes a starting point of peeling of the separation part 301 when being peeled from the second sheet. Is a region with a small coating area (in the present embodiment, the coating surface is 40). The separation starting point portion 50 is a region provided in a place having a region including an intersection portion between the symmetry line 4 that makes the separation portion 301 substantially line symmetric and one side of the outer peripheral edge of the second sheet 400. By providing in this way, as shown in FIG. 4, when peeling the first sheet and the second sheet, it is easy to put a finger between the two sheets and peel off.
Reference numerals 5a and 5b denote passage positions through which a paper feed roller (paper feed roller) passes during printing.

  The paper feed roller sandwiches the vicinity of two parallel outer edges, feeds the label slip in a direction parallel to the outer edge while rotating, and feeds the paper. Therefore, when the separation starting point portion 50 (or the separation starting point 100) is provided at a position where the sheet feeding roller does not directly contact, the first sheet and the second sheet at the time of sheet feeding are more than when the separation starting point portion 50 is disposed at the position where it directly contacts. Can reduce the risk of paper jamming.

  The peeling direction instruction part 51 is provided so that the position of the peeling starting point part 50 can be identified at a position where the user can identify. The separation direction instruction unit 51 only needs to be provided so as to be identifiable. Therefore, if the sheet is thin enough to allow the separation direction instruction unit 51 to be seen through, the separation direction instruction unit 51 is connected to the B surface of the first sheet or the second surface. You may provide in the A surface (position of the peeling start part 50) of 2 sheets.

Further, the peeling direction instructing unit 51 indicates the direction (the direction of the peeling vector 101) that the user wants to peel off after putting the finger on the contact surface of the peeling starting point part 50 as shown in FIG. This area is displayed in an identifiable manner. Specifically, for example, as shown in FIG. 3, the position of the separation starting point portion 50 is indicated by the position of the arrow, and the direction in which the separation is desired (the direction in which the separation portion 301 can be separated) A method of indicating a direction substantially parallel to the symmetry line 4 is conceivable. By providing in this way, the user of the label slip can identify where the two sheets should be peeled from when the separation unit 301 is peeled off. Moreover, if it can identify which direction should peel, it can identify whether generation | occurrence | production of the fracture | rupture 3 can be reduced. That is, the direction of the separation vector 101 is not parallel to the line of the symmetry line 4 starting from the separation starting point 100 (FIGS. 1 and 2), and is substantially parallel to the line of the symmetry line 4. The direction and the direction (FIG. 5) can reduce the component force and moment which generate | occur | produce the fracture | rupture 3. FIG.
In summary, a label slip that is easy to peel off the label mount can be provided by providing a mount having a shape substantially symmetrical with respect to the symmetry line 4 in a direction on the target line.

  The peeling direction instructing unit 51 is an area in which the direction in which the separating unit 301 should be peeled is displayed on the surface opposite to the surface in contact with the peeling starting point portion 50 so as to be identifiable. The display method of the peeling direction instructing unit 51 is not limited as long as the direction in which the separating unit 301 should be peeled can be identified. For example, there are various methods such as printing of information indicating the direction, unevenness, and stickers. An expression method can be considered.

In addition, about the 1st sheet | seat 300 of this invention, and the 2nd sheet | seat 400, what is necessary is just the material generally used when comprising a label slip. For example, general paper, high-quality paper, functional paper such as pressure-sensitive paper (registered trademark) or thermal paper, copy paper, kraft paper, glassine paper, parchment paper, rayon paper, coated paper, synthetic paper, resin film, etc. Paper such as paper is preferably used. Further, a resin film such as cellophane, stretched polypropylene, polyethylene terephthalate (PET), foamed PET, stretched polystyrene, and polyvinyl chloride may be used.
4 and 5 are configuration diagrams showing an example of a procedure for using the label slip according to the present invention.

  As shown in FIG. 4, in the label slip, the user's finger is inserted between the surface where the peeling start point 50 of the second sheet and the first sheet contact each other, the separation unit 301 is pinched, The separation unit 301 is peeled in the direction indicated by the peeling direction instruction unit 51 on the first sheet A surface.

Then, as shown in FIG. 5, the label slip has the first separation portion 110 and the second separation portion 120 at positions substantially symmetrical with respect to the symmetry line 4, and the separation section 301 and the second separation slip. The separation part contact part 411 is peeled off. Moreover, the separation part 301 and the cutout part 302 are separated, and the first separation part contact part 401 and the first cutout part contact part 402 are separated.
FIG. 6 is a block diagram showing an example of the procedure for using the label slip of the present invention from the state where the separation unit 301 is peeled off in FIG.

  FIG. 6A shows a state where the separation unit 301 is separated from FIG. Then, the first separation portion contact portion 401 is folded so that the surface of the cutout portion 302 is folded and fits within the U-shaped inner periphery (three sides inside the U-shape) of the second separation portion contact portion 411. Folded along the extended line 601 of the side of the slit 2 of the second separating portion contact portion 411 that has been connected to. The extension line 601 may be drawn in an identifiable manner. Moreover, as long as the user recognizes the place to fold, nothing may be drawn.

  FIG. 6B shows a state in which the surface of the cutout portion 302 is folded in FIG. As a result of folding the surface of the cutout portion 302, the first cutout portion contact portion 402 appears.

  FIG. 6C shows a state in which the first cutout portion contact portion 402 is separated from FIG. 6B. This is because a part of the contact surface between the cut-out part 302 and the first cut-out part contact part 402 is a contact surface where the peeling surface 10 and the adhesive surface 20 contact each other, and two sheets are This is because it is fixed so as to be peelable. As a result of the separation of the first cutout portion contact portion 402, the main body of the label slip is in a state in which the cutout portion 302 appears (A surface side of the second sheet).

  FIG. 7 shows an example of a state where the label slip main body of FIG. 6C is affixed to the delivery product such that the adhesive surface 20 of the first cutout portion contact portion 402 is in contact with the delivery product surface. FIG.

Delivery items are delivered in this state. After arrival, the recipient peels from the cutout portion contact portion 412 and the cutout portion contact portion 412 along the perforation 1 between the second separation portion contact portion 411 and the second cutout portion contact portion 412. Can be separated from the cut-out portion 302 that is adhered to.
FIG. 8 is a configuration diagram illustrating an example of the cutout portion contact portion 412 and the cutout portion 302 separated from the second separation portion contact portion 411 in FIG. 7.
From this state, the cutout portion contact portion 412 is further separated, and the cutout portion 302 is used as a reply postcard or a delivery note or used as a delivery note.

FIG. 9 is a configuration diagram illustrating an example of a modification of the second sheet A surface of FIG. 3. This figure is characterized by the adhesive surface 20 of the first separation portion contact portion. The pressure-sensitive adhesive surface 20 in FIG. 8 is a pressure-sensitive adhesive surface 20 to which a pressure-sensitive adhesive is applied in a substantially symmetric pattern with respect to the symmetry line 4. And by providing in this way, when separating the separation part 301 along the symmetry line 4 according to the direction of the peeling direction instruction part 51, the fracture 3 is more broken at the first separation part 110 and the second separation part 120. It is possible to further reduce the generation of component forces and moments.

  In this example, a pattern in which the pressure-sensitive adhesive is applied concentrically with the peeling start point 50 as the center point is shown. However, the pattern is not limited to this pattern as long as it is useful for easily balancing the component forces and moments generated at the first separation portion 110 and the second separation portion 120. For example, it is not a concentric circle that is substantially line-symmetric with respect to the symmetry line 4, but may be a diagonal line or a dot pattern.

FIG. 10 is a configuration diagram showing an example of a modified example of the label slip of this embodiment. In FIG. 10, it is assumed that the separation portion 301 has a U-shape, and the separation surface 10 is formed in a shape corresponding to the adhesive surface 20 on the surface that contacts the second sheet.
FIG. 11 is an example of a side view comparing the ease of peeling of the mount at the separation starting point 100 when the label slip in FIG. 1 is conveyed by the paper feed roller.
The paper feed roller 1100 is a roller provided in the printing press to turn the label slip to the printing press.

  Unlike the case of FIG. 3, the separation portion 301 of FIG. 10 is not a square shape including four sides of the outer peripheral edge but a square shape. However, the separation starting point 50 is the same in that it is a region provided in a place having a region including an intersection portion between the symmetry line 4 and the one side of the second sheet, which makes the separation portion 301 substantially line symmetric. Further, the direction indicated by the peeling direction instruction unit 51 is the same in that the separation unit 301 can be peeled off and indicates a direction substantially parallel to the symmetry line 4.

That is, when the separation part 301 is peeled in a direction parallel to the line of the symmetric line 4 starting from a place where the peeling starting point part 50 and the peeling direction instruction part 51 are in contact with each other, two separation parts (first separation part 110 and It is possible to reduce the component force and moment causing the break 3 occurring at the second separation location 120). This is the same as FIG. 3 and FIG.
With the above-described configuration, it is possible to provide a label slip including a label mount that can be easily conveyed and easily peeled off during printing.
The label slip of the present invention is characterized by the following.

  Features 1. A first sheet (first sheet 300) having a substantially rectangular peel-off region (peeling surface 10) and a region (adhesive surface 20) to which the adhesive is applied in substantially the same size as the first sheet are provided. It is a label slip on which a second sheet (second sheet 400) is overlaid, and the first sheet has a peel-treated area that contacts the adhesive-coated area of the second sheet. A separation part (a part that is separated from the first sheet when peeled from the second sheet) and that is separated from the first sheet. The second sheet is provided with another region to which the adhesive is applied so that when the separation unit is peeled from the second sheet, the separation sheet 301 becomes a starting point of the separation part. It is an area where less adhesive is applied than (adhesive surface 20) A separation starting point portion (a separation starting point portion 50 with less adhesive applied than the pressure-sensitive adhesive surface 20), which is a region including an intersection portion between a line of symmetry that makes the separation portion substantially line-symmetric and one side of the second sheet, is provided. It is characterized by that.

  Feature 2. The second sheet is a part bonded so as not to be separated from the separation part of the first sheet, and the second sheet is separated when the separation part is separated from the first sheet and separated from the second sheet. A waste part (first separation part contact part 401 bonded to the separation part 301 by the fixing surface 30) which is a part separated from the sheet is further provided.

  Feature 3. At least one of the second sheet and the first sheet has a separation start point portion in a region including an intersection portion of a line of symmetry that makes the separation portion substantially line symmetric and one side of the second sheet. It is further characterized by further comprising an explicit part (peeling direction instructing part 51 that clearly identifies the peeling starting point part 50) to clearly identify the approximate position provided.

  In order to separate the separation part from the separation starting point as the starting point, the clarification part clearly specifies the direction in which the separation part is to be separated (a separation direction indicating part that clearly indicates the direction of the separation vector 101) 51).

  Feature 5. The region of the first sheet that is in contact with the separation portion subjected to the separation treatment, and the region where the adhesive of the second sheet excluding the separation starting portion is applied, peels the separation portion from the second sheet. In order to facilitate, the adhesive is applied in a pattern that is substantially the target with a symmetrical line that is substantially line symmetric with respect to the separation part (adhesive that is applied substantially symmetrical with respect to the symmetrical line 4 shown in FIG. 9). Surface 20).

1 perforation 2 slit 3 breakage (breakage caused by the first component force 111, the second component force 121, the first moment 112, and the second moment 122)
4 Symmetry line 5a Passing position of paper feed roller 5b Passing position of paper feed roller 10 Peeling surface (surface coated with a chemical such as silicon for facilitating peeling of the sheet from the adhering adhesive surface 20)
20 Adhesive surface (surface where adhesive is applied and fixed to the contact surface in a peelable manner)
30 Adhering surface (surface to which adhering agent is applied and fixed so as not to peel off the contact surface)
40 Surface without application 50 Surface with nothing applied 50 Peeling start point 51 Peeling direction indicating part (clear part)
100 Starting point of peeling (where the separation part 301 is peeled off from the second sheet)
101 Peeling vector (vector that peels the separation part 301 from the peeling starting point)
110 First separation point 111 First component force (component force of vector 101 of the first separation point)
112 First moment (moment of vector 101 at the first separation point)
120 Second separation point 121 Second component force (component force of second separation point vector 101)
122 2nd moment (the moment of the vector 101 at the second separation point)
201 Corner portion 300 of mounting paper First sheet 301 Separating portion 302 Cutting portion (connected to the inner peripheral edge of the separating portion 301 so as to be cut off)
400 Second sheet 401 First separation portion contact portion (discard portion)
402 1st cutout part contact part 411 2nd separation part contact part 412 2nd cutout part contact part (2nd cutout part contact part)
450 User's Hand

Claims (5)

A label voucher in which a first sheet having a substantially rectangular peeled area and a second sheet having an area coated with an adhesive with substantially the same size as the first sheet are overlapped,
The first sheet is
The region of the second sheet that includes the peeled region that is in contact with the region to which the adhesive is applied, is a substantially line-symmetric part, and is peeled off from the second sheet when the second sheet is peeled off. A separation part that is a part separated from one sheet;
The second sheet is
When the separation part is peeled off from the second sheet, it is an area where less adhesive is applied than the other areas where the adhesive is applied, so that the separation part becomes a starting point of peeling. A label slip comprising a peeling starting point portion which is a region including an intersection portion between a line of symmetry that makes the separation portion substantially line symmetric and one side of the second sheet. The second sheet is
A portion of the first sheet that is bonded to the separation portion so as not to peel off, and the second portion is separated when the separation portion is separated from the first sheet and peeled off from the second sheet. The label slip according to claim 1, further comprising a discard unit that is a part separated from the sheet.   At least one sheet of the second sheet and the first sheet is separated into a region including an intersection portion between a line of symmetry that makes the separation portion substantially line symmetric and one side of the second sheet. The label slip according to claim 1, further comprising an explicit part that clearly indicates an approximate position where the starting point part is provided.   4. The label slip according to claim 3, wherein the clarification part clearly identifies the direction in which the separation part should be separated in order to separate the separation part from the separation starting part.   The region of the first sheet that is in contact with the separation portion that has been subjected to the separation treatment, and the region where the adhesive is applied to the second sheet excluding the separation start point portion is separated from the second sheet. 5. The adhesive according to claim 1, wherein the pressure-sensitive adhesive is applied in a pattern that is substantially the target of the symmetry line that makes the separation portion substantially line-symmetrical in order to facilitate separation of the portion. Label slip described in the section.

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