JP2016090971A - Releasable label, continuous releasable label and method for manufacturing continuous releasable label - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an inexpensive releasable label, a continuous releasable label and a method for manufacturing a continuous releasable label improved in workability for separating and releasing a slip piece.SOLUTION: A delivery form 10 comprises a delivery slip 60 continuous with a paste slip 70 via a separation planned part 80, the paste slip, includes a weak adhesive area 31 placed on a position overlapping the separation planned part 80 and a middle adhesive area 32 placed on an upper side Y1 than the weak adhesive area 31 and having adhesive force stronger than that of the weak adhesive area 31. In a cut part 86, a portion of the separation planned part 80 on the separation start side includes a parallel part 86a parallel to a boundary between the delivery slip 60 and the paste slip 70 and an oblique part 86b crossing the parallel part 86a and a portion of the separation planned part 80 on the opposite side to the separation start side includes a cutting line for cutting the boundary.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a method for producing a release label and a continuous release label.

Conventionally, there has been a so-called one-part delivery slip in which a plurality of form pieces such as delivery slips and sticker slips are laminated on a base material and separated from the base material while separating them (for example, Patent Document 1).
However, at the delivery site, it is desired to improve the workability of separating and separating the form pieces.
On the other hand, if a complicated perforation is provided so that these can be easily separated, the delivery slip becomes expensive.

JP 2013-107238 A

  The subject of this invention is improving the workability | operativity which isolate | separates and peels a form piece, and provides the manufacturing method of a low-cost peeling label, a continuous peeling label, and a continuous peeling label.

  The present invention solves the problems by the following means. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated, it is not limited to this. In addition, the configuration described with reference numerals may be improved as appropriate, or at least a part thereof may be replaced with another configuration.

The first invention includes a base material (22), a first piece (60) laminated on the base material, and a continuous separation portion (80) on the first piece, the base material, A second piece (70) laminated on top, an adhesive layer that is laminated between the first piece, the second piece and the base material, and adheres the first piece to the base material in a peelable manner ( 30), wherein the adhesive layer has a first adhesive region (31) disposed at a position overlapping with the planned separation portion, and the first adhesive region is more than the first adhesive region. A second adhesive region (32) disposed on one side and having a stronger adhesive force than the first adhesive region, and a portion on the separation start side of the separation planned portion is a cut portion (86), an uncut portion ( 87) are alternately arranged, and the cut portion includes a parallel portion (86a) parallel to a boundary line of the first piece and the second piece, A diagonal section (86b) that obliquely intersects the row cut section, and a portion of the planned separation portion that is opposite to the separation start side is a cut that cuts a boundary line between the first piece and the second piece It is a peeling label characterized by providing a line.
In the second invention, the release label of the first invention is provided on the thermal paper (1A) forming the first piece (60) and the second piece (70), and the base material (22). It is the continuous peeling label arrange | positioned continuously through the part to be separated between labels (2).
-3rd invention is a manufacturing method of the continuous peeling label of 2nd invention, Comprising: A cutting line and the parallel part of the said cut part are formed in the said thermal paper (1A) among the said scheduled separation parts. A separation scheduled portion forming step, an adhesive layer forming step of forming the adhesive layer (30) on the substrate (22), the thermal paper after the scheduled separation portion forming step, and the adhesive layer forming step It is a manufacturing method of the continuous peeling label characterized by including the adhesion process which adheres the above-mentioned substrate.
-4th invention is a manufacturing method of the continuous peeling label of 3rd invention, Comprising: It is provided before or after the said isolation | separation scheduled part formation process, The said diagonal part (86b) among the said isolation | separation scheduled parts (80) The process for producing a continuous release label is characterized by comprising an oblique portion cutting step for forming a).

  ADVANTAGE OF THE INVENTION According to this invention, the workability | operativity which isolate | separates and peels a form piece can be improved, and the manufacturing method of a low-cost peeling label, a continuous peeling label, and a continuous peeling label can be provided.

It is a figure explaining the continuous peeling label 1 of embodiment. It is the figure which looked at the delivery slip 10 of embodiment from the upper surface side Z2. It is sectional drawing of the delivery slip 10 of embodiment. It is a figure explaining the peeling operation | work of the delivery slip 60 of embodiment. It is a figure explaining the peeling operation | work of the delivery slip 60 of embodiment. It is a figure explaining the peeling operation | work of the delivery slip 60 of embodiment. It is a figure explaining the usage method of the delivery slip 10 of embodiment. It is a figure explaining the manufacturing apparatus 90 of the continuous peeling label 1 of embodiment. It is a figure explaining the manufacturing process of the continuous peeling label 1 of embodiment. It is a figure explaining the application area | region of the sealing agent 92a, the adhesive agent 92b, and the peeling agent 92c in the adhesive agent application process of embodiment.

(Embodiment)
Embodiments of the present invention will be described below with reference to the drawings.
[Continuous release label 1]
Drawing 1 is a figure explaining continuous exfoliation label 1 of an embodiment.
The two-dot chain line in FIG. 1 is an enlarged view for explaining the perforation 85.
In the embodiment and the drawings, an XYZ orthogonal coordinate system is provided for ease of explanation and understanding. This coordinate system is based on the state of FIG. 1 in the horizontal direction X (left side X1, right side X2), vertical direction Y (lower side Y1, upper side Y2), and thickness direction Z (lower side Z1, upper side Z2). Represent.
In the continuous peeling label 1, a plurality of delivery slips 10 (peeling labels) are continuously arranged in the vertical direction Y via perforations 2 (inter-label separation scheduled portions) between slips. The perforation 2 is obtained by intermittently cutting the delivery slip 60, the sticker slip 70, the base material 22, and the release paper 20 (see FIG. 3).
The size of the delivery slip 10 can be continuously printed by a general thermal thermal printer, for example, B5 size.
The delivery slip 10 is a delivery slip 10 used for delivery of the package 5 (see FIG. 7). The delivery slip 10 is separated at the perforation 2, peeled off from the release paper 20 (described later), and attached to the package 5 (see FIG. 7). The delivery slip 10 is a form without a copy structure, and is a so-called one-part form.

[Delivery slip 10]
A single delivery slip 10 will be described with reference to FIGS.
FIG. 2 is a view of the delivery slip 10 according to the embodiment as viewed from the upper surface side Z2.
FIG. 2A is an overall view of the delivery slip 10.
FIG. 2B is an enlarged view of the vicinity of the non-bonding region 40 (non-bonding portions 61 and 71).
FIG. 2 illustrates the adhesive pattern on the base material 22 (that is, the distribution pattern of the adhesive force of the adhesive layer 30) superimposed. In FIG. 2, the print contents of the delivery slip 60 and the sticker slip 70 are not shown. These are the same as appropriate in FIG.
FIG. 3 is a cross-sectional view of the delivery slip 10 of the embodiment.
3A is a cross-sectional view taken along 3A-3A in FIG.
FIG. 3B is a cross-sectional view taken along 3B-3B in FIG.
The adhesive layer 30 in FIG. 3 illustrates a region corresponding to FIG. 2 in cross section. The actual laminated structure of the adhesive layer 30 is not limited as long as the adhesive pattern of FIG. 2 can be realized. As the laminated configuration of the adhesive layer 30, for example, the one described in the manufacturing method described later can be used.

As shown in FIGS. 2 and 3, the delivery slip 10 includes a release paper 20, an adhesive layer 21, a base material 22, an adhesive layer 30, a non-adhesive region 40, a delivery slip 60 (first piece), and a sticker slip 70 (first 2 pieces), the separation scheduled part 80 is provided.
The release paper 20, the adhesive layer 21, the base material 22, and the adhesive layer 30 are laminated in this order from the lower surface side Z1 to the upper surface side Z2. Further, the sticker slip 70 and the delivery slip 60 are Bonded onto the substrate 22. The non-adhesion area 40 is an area where the sticking slip 70 and the delivery slip 60 are not bonded to the base material 22.

The release paper 20, the pressure-sensitive adhesive layer 21, and the base material 22 can re-paste the base material 22 peeled from the release paper 20 through the pressure-sensitive adhesive layer 21. As the release paper 20, the adhesive layer 21, and the base material 22, a tack seal in which these are laminated can be used.
The release paper 20 is a paper material or the like coated with a silicon resin or the like, and can be peeled off from the adhesive layer 21.
The pressure-sensitive adhesive layer 21 is a layer formed of a re-stickable pressure-sensitive adhesive. The holding force between the base material 22 by the adhesive layer 21 and the surface of the package 5 (individual product packaging box, cardboard delivery box, etc.) is based on the delivery slip 60 and the sticking slip 70 by the adhesive layer 30 and the base material 22. Strong enough than the holding force between. For this reason, the delivery slip 60 and the sticker 70 can be peeled off from the base material 22 in a state where the delivery slip 10 is stuck on the package 5.
The base material 22 is a sheet material such as fine paper. The upper surface of the base material 22 is visible after the delivery slip 60 is peeled off. For this reason, after the delivery slip 60 is peeled off, matters (for example, advertisements, etc.) to be conveyed to the consignee may be printed on this surface.

  The adhesive layer 30 is laminated between the delivery slip 60 and the sticker slip 70 and the base material 22. The adhesive layer 30 bonds the delivery slip 60 and the sticker slip 70 to the base material 22.

As shown in FIG. 2A, the adhesive pattern of the adhesive layer 30 includes a weakly adhesive region 31 (first adhesive region), a middle adhesive region 32 (second adhesive region), and a strong adhesive region 33 (third adhesive region). Is provided.
The adhesion strengths of the weak adhesion region 31, the medium adhesion region 32, and the strong adhesion region 33 are strong in this order. In the drawing, weak, medium, and strong are indicated in parentheses corresponding to the adhesive force in each region as appropriate.
In the weak adhesion region 31 and the middle adhesion region 32, the delivery slip 60 and the sticker slip 70 can be peeled from the base material 22. The type of peeling may be a type in which the adhesive is broken or a type in which any of the layers becomes a peeling surface. On the other hand, the strong adhesion region 33 has an adhesive force that destroys the adherend when the sticking sheet 70 is peeled off.
The weakly bonded region 31, the intermediate bonded region 32, and the strong bonded region 33 are disposed on the entire surface of the substrate 22 except for the non-bonded region 40. The entire surface is a concept including an aspect in which the adhesive layer 30 is deleted within a minute range (that is, an almost entire aspect) to the extent that wrinkles and the like as described below do not occur.

The adhesion pattern will be described.
As shown in FIG. 2A, when the base material 22 is viewed from the upper surface side Z2, an area where the delivery slip 60 is arranged is referred to as a delivery slip corresponding region 60A (first piece corresponding region). An area in which the vote 70 is arranged is referred to as a sticker corresponding area 70A (second piece corresponding area). The outer shape of the delivery slip corresponding area 60A is a square or a substantially square.

The weak adhesion region 31 is disposed in the regions 31a and 31b and the central region 31c.
The region 31a is a belt-like portion that overlaps the scheduled separation portion 80 and straddles the delivery slip corresponding region 60A and the sticker slip corresponding region 70A.
The region 31b is the left edge portion of the delivery slip corresponding region 60A.
The central area 31c is a part of the delivery slip corresponding area 60A that is slightly smaller than the delivery slip corresponding area 60A. The central area 31c occupies most of the delivery slip corresponding area 60A.

The middle adhesive region 32 is disposed in the regions 32a and 32b, the central region 31c, and the regions 32d, 32e, and 32f.
The region 32a is a portion on the inner side of the region 31a, that is, on the upper side Y2 (first one side) in the delivery slip corresponding region 60A. The region 32a is parallel to the left-right direction X.
The region 32b is a portion on the inner side (right side X2) of the region 31b in the delivery form corresponding region 60A.

As described above, the central area 31c is a part that is slightly smaller than the delivery slip corresponding area 60A.
In the central region 31c, a band-shaped weakly bonded region 31 and a middle bonded region 32 are provided in a striped pattern on the entire surface. The direction in which the stripe band extends is the direction along the diagonal line 60a of the delivery slip corresponding area 60A. Further, this direction is a direction along the peeling direction, which is a pulling direction when the delivery slip 60 is peeled off.

The area 32d is the upper edge of the delivery form corresponding area 60A.
The area 32e is the right edge of the delivery form corresponding area 60A.
The region 32f is a portion on the lower side Y1 (second one side) than the region 31a in the sticker corresponding region 70A.

  The strong adhesion region 33 is provided in a portion on the lower side Y1 (second one side) than the region 32f in the sticker corresponding region 70A.

As illustrated in FIG. 2B, the non-bonding region 40 is disposed at the end of the left side X <b> 1 that is the separation start side of the scheduled separation portion 80. The non-adhesion area 40 straddles the left portion of the delivery slip corresponding area 60 </ b> A and straddles the left portion of the scheduled separation portion 80.
The outer shape of the non-bonded region 40 is a triangle having a hypotenuse 41, a lower side 42, and a left side 43.

The direction along the oblique side 41 intersects the peeling direction. An angle θ formed by the oblique side portion 41 and the peeling direction is a right angle or a substantially right angle.
The oblique side portion 41 is in contact with the regions 31a, 31b, 32a, and 32b.
Further, the oblique side portion 41 alternately contacts the weakly bonded region 31 and the middle bonded region 32 arranged in a stripe shape at the boundary portion with the central region 31c.
For this reason, even if the adhesive layer is not provided along the oblique side portion 41, the entire oblique side portion 41 is in contact with the adhesive layer 30 (weakly bonded region 31, intermediate bonded region 32).
The lower side portion 42 is parallel to the left-right direction X. The lower side portion 42 is in contact with the region 32f.
The left side portion 43 matches the left side of the delivery slip 10.

With the above configuration, in the delivery form corresponding area 60A, the weak adhesion area 31 and the middle adhesion area 32 are arranged in line symmetry with the diagonal line 60a as the axis of symmetry.
Further, the weakly bonded region 31 (regions 31a and 31b) is disposed on the entire edge of the front side in the peeling direction. Then, “weak adhesion region 31 (regions 31a, 31b) → intermediate adhesion region 32 (regions 32a, 32b) → weak adhesion region 31 and intermediate adhesion region 32 (central region 31c)” is arranged inward from here. The
Further, the intermediate adhesion region 32 (regions 32d and 31e) is disposed on the entire edge of the rear side in the peeling direction. Then, “medium adhesion region 32 (regions 32d, 31e) → weak adhesion region 31 and medium adhesion region 32 (center region 31c)” is arranged inward from here.

As shown in FIG. 1, on the upper surface of the delivery slip 60 and the sticker slip 70, entry fields 65, 66, 75, and 76 for entering the address and name of the delivery destination (ie, the consignee), the sender (ie, the client). Are printed. A receipt column 67 is printed on the upper surface of the delivery slip 60.
The delivery slip 60 is a form piece (delivery confirmation slip) for confirming that the delivery has been completed by taking it home after the delivery person delivers the package to the consignee. The sticker slip 70 is a slip piece (a tag slip) used as a tag when pasted on a package.

As shown in FIG. 2, the delivery slip 60 and the sticker slip 70 are continuously provided in the vertical direction Y via the scheduled separation portion 80. The delivery slip 60 and the sticker slip 70 are formed of thermal paper.
Of the delivery slip 60 and the sticker slip 70, portions on the non-adhesion region 40 (portions overlapping the non-adhesion region 40) are non-adhesion portions 61 and 71 and are not adhered to the base material 22.

The outer shape of the delivery slip 60 is a square or a substantially square.
The separation scheduled portion 80 is provided on the boundary line between the delivery slip 60 and the sticking slip 70.
The right part of the scheduled separation portion 80 is a cutting line and is cut. This right portion is a portion on the opposite side to the non-bonding portions 61 and 71, and overlaps the region 31a.
A perforation 85 is disposed in the left portion of the scheduled separation portion 80. This left portion is a portion of the planned separation portion 80 on the non-bonded portions 61 and 71 side, and is a portion where the planned separation portion 80 and the non-bonded region 40 overlap.

As shown in FIG. 2 (B), the perforation 85 is one in which cut portions 86 and uncut portions 87 are alternately arranged.
The cut part 86 penetrates only the delivery slip 60 and the sticker slip 70 and does not penetrate the base material 22 (see FIG. 2B).
In the cut part 86, the parallel part 86a and the oblique part 86b intersect.
The parallel part 86a is parallel to the left-right direction X (that is, the boundary line between the delivery slip 60 and the sticking slip 70). The inclined portion 86b is inclined downward Y1 as it reaches the right side X2.
However, the cut portion 86 at the left end is only the parallel portion 86a. In the subsequent cut portions 86, the parallel portions 86a and the oblique portions 86b intersect. The parallel portion 86a at the right end is continuous with the cutting line at the right portion of the scheduled separation portion 80.
The shape of the perforation 85 is not limited to the above form, and any form may be used as long as it is cut when the delivery slip 60 is peeled first from the delivery slip 60 and the sticker slip 70.

[Suppression of flaws in delivery slip 10]
The delivery slip 10 can suppress generation of wrinkles, unintentional floating, and turning before the delivery slip 60 and the sticker slip 70 are peeled off.
As shown in FIG. 2A, the delivery slip 60 and the sticking slip 70 are bonded to the adhesive layer 30 in the entire range except for the non-adhesive portions 61 and 71 (that is, the non-adhesive region 40). For this reason, the delivery slip 60 and the sticker slip 70 can suppress the float from the base material 22, and can suppress generation | occurrence | production of the wrinkle etc. resulting from moisture absorption and water wetting.

In addition, all of the oblique sides and all of the lower sides of the non-bonded portions 61 and 71 before separation are in contact with the adhesive layer 30. For this reason, of the three sides of the outer shape of the non-bonded portions 61 and 71 before separation, one side (left side portion) is not bonded, but two of these three sides (slanted side portion and lower side portion) are sure. It is glued to. In addition, the non-bonded portions 61 and 71 before separation are partly connected by the perforation 85, and thus have an integral configuration. Thereby, the non-bonding parts 61 and 71 before separation are formed in a bag shape. Thereby, the non-adhesion parts 61 and 71 before separation can suppress floating from the base material 22.
Further, even if the perforation 85 is cut, the delivery slip 60 and the sticking slip 70 are bonded to the base material 22 in the entire range except the non-bonding region 40, and therefore, the progress of peeling after the cutting is performed. Can be suppressed.

[Delivery work of delivery slip 60 and sticking slip 70]
4, 5, and 6 are diagrams for explaining the peeling operation of the delivery slip 60 according to the embodiment.
4 and 5, the outline of the delivery slip 60 is indicated by a thick line.
FIG. 6 is a diagram for explaining a peeling operation of the sticker slip 70 according to the embodiment.
In FIG. 6, the outline of the sticker slip 70 is indicated by a bold line.

(Delivery work of delivery slip 60)
The operator can peel off the delivery slip 60 according to the following steps.
(1) Turning Step of Non-Adhesive Portion 61 As shown in FIG. 4A, when the delivery slip 60 is peeled off, an operator (delivery person or the like) points the lower left of the non-adhesive portion 61 of the delivery slip 60 with a finger. Pick it up and turn it up.
The non-bonding part 61 is not bonded to the base material 22, and the left end is a parallel part 86 a of the cut part 86. For this reason, the workability to pinch the non-adhesive portion 61 is good.

(2) Separation of perforation 85 After that, the operator may pull the pinched non-adhesive portion 61 in the upper right direction in parallel with the diagonal line 60a until the entire delivery slip 60 is peeled off (FIG. 2A). reference).
As shown in FIG. 4A, when the delivery slip 60 is turned up to the end of the parallel portion 86a at the left end, a crack occurs from the end of the parallel portion 86a toward the oblique portion 86b of the next cut portion 86 ( (See arrow A1). The parallel portion 86a of the cut portion 86 and the oblique portion 86b of the next cut portion 86 are connected by this crack.
Similarly, the next parallel part 86a is turned, and the oblique part 86b of the next cut part 86 is connected.
As shown in FIG. 4B, the delivery slip 60 and the sticker slip 70 are thereby separated in the range of the perforation 85.

(3) Separation that advances forward in the peeling direction (lower edge (right part of separation scheduled portion 80), left edge) As shown in FIG. 4B, turning of the delivery slip 60 is a hypotenuse of the non-adhesive region 40 When the portion 41 is reached, peeling between the delivery slip 60 and the base material 22 starts at the lower edge. The peeling proceeds to the right side X2 in the right part of the separation scheduled portion 80 (see arrow A2).
Here, the peeling on the front side in the peeling direction has a property that force is applied to the delivery slip 60 from the edge to the inside (see arrow A3). Since the crack has the property of easily entering from the edge of the paper piece, this force causes the occurrence of a crack at the lower edge. Furthermore, this crack becomes a factor that the delivery slip 60 breaks.
In order to suppress this, the lower edge portion of the delivery slip 60 is arranged in the weakly bonded region 31 (region 31a) having a weak adhesive force, and thus has a structure that does not crack and is easily peeled off.

On the other hand, cracks are unlikely to occur from a portion inside the lower edge portion (a portion corresponding to the region 32a). For this reason, even if this portion is disposed in the middle adhesive region 32 having a stronger adhesive force than the weakly bonded region 31, cracks are unlikely to occur.
As described above, the delivery slip 10 realizes the improvement in workability at the time of the peeling work and the suppression of the above-mentioned unexpected peeling and the like by arranging the middle adhesion area 32 in the area 32a in which the crack is difficult to occur. it can.
The peeling of the left edge proceeds in the same manner as the peeling of the lower edge (see arrow A2 and arrow A3).

As shown in FIG. 4C, in the state where the peeling has progressed, the length of the peeling portion L1 of the delivery slip 60 becomes large. Most of the peeling portion L1 is the central region 31c. The central region 31c has a weaker adhesive force than the configuration in which only the middle adhesive region 32 is disposed. For this reason, even if the peeling part L1 becomes long, the force for an operator to peel does not become extremely large.
Note that, even in the peeling shown in FIG. 4C, the generation of cracks at the edge can be suppressed as in FIG. 4B (see arrows A2 and A3).

(4) Separation proceeding in the peeling direction rear side (upper edge portion, right edge portion) As shown in FIG. 5 (A), peeling is performed after reaching the upper left corner portion and lower right corner portion of the delivery slip 60, Proceed along the edge and left edge (see arrow A4).
As shown in FIG. 5 (B), in peeling at the upper edge and right edge, the force applied to the delivery slip 60 is parallel to the peeling direction (see arrow A5). For this reason, unlike the above (2) and (3), no large force is applied from the edge toward the inside. Therefore, even if the upper edge portion and the right edge portion are bonded in the middle bonding region 32 (regions 32d and 32e) having a stronger adhesive force than the weak bonding region 31, cracks are hardly generated.
When the operator further pulls the delivery slip 60, the delivery slip 60 is completely peeled from the base material 22. As a result, the delivery slip 60 is peeled off from the base material 22 in a form separated from the sticker slip 70 by the planned separation portion 80. On the other hand, the sticking slip 70 remains on the base material 22.

As described above, the delivery slip 10 is provided with the middle adhesive region 32 having a large adhesive force in the regions 32d and 32e that are difficult to crack during the separation operation, thereby improving the workability during the separation operation and the above-described unexpectedness. It is possible to suppress the peeling and the like.
Further, as described above, the adhesive layer 30 in the delivery slip corresponding area 60A is arranged in line symmetry with the diagonal line 60a as the axis of symmetry. For this reason, in a series of peeling operations of the delivery slip 60, when the operator pulls the non-bonding portion 61 along the diagonal line 60a, a force is applied equally to the diagonal line 60a on one side and the other side, and the peeling is the same. Proceed with speed. Thereby, the peeling work of the delivery slip 60 has good workability. Further, since the weakly bonded region 31 and the middle bonded region 32 are also arranged in the central region 31c, which is the majority of the delivery slip corresponding region 60A, the peeled delivery slip 60 can suppress curling.
Thus, the delivery slip 10 can improve the workability in the case of peeling.

(Peeling of sticker 70)
The sticking slip 70 is peeled after the delivery slip 60 is peeled off.
As shown in FIG. 6 (A), an operator (a consignee or the like) holds the upper left part of the non-adhesive part 71 of the sticking sheet 70 remaining on the base material 22 with his / her finger and turns it to the lower right. Just pull it up. The workability in this case is good as with the delivery slip 60.

As shown in FIG. 6B, the peeling of the upper edge proceeds to the right side X2 (see arrow A5) and reaches the upper right corner. Thereafter, peeling proceeds to the lower side Y1 on the right edge (see arrow A6).
On the other hand, the peeling of the left edge proceeds to the lower side Y1 (see arrow A7) and reaches the lower left corner. Then, peeling advances to the right side X2 at the lower edge (see arrow A8).
Thereby, the sticking slip 70 can be peeled from the base material 22.

In this process, the sticker slip 70 has a non-adhesive portion 71 and peels in the order from the middle adhesive region 32 to the strong adhesive region 33. Therefore, the workability of peeling the sticker slip 70 is good, but delivery Compared to vote 60.
The reason for this is that the sticker slip 70 is peeled off after delivery. That is, the sticker slip 70 is peeled off after completing the role of the delivery slip 10. For this reason, the design of the sticking slip 70 gives priority to the fact that it remains on the package until the end of delivery by being securely attached to the package 5 rather than the workability at the time of peeling.

[how to use]
FIG. 7 is a diagram illustrating a method of using the delivery slip 10 according to the embodiment.
The delivery slip 10 can be used according to the following steps.
(Printing process # 1)
Based on the information from the client of the package 5, the delivery person prints information such as the delivery destination in the entry fields 65, 66, 75, and 76 of the delivery slip 10 using a thermal printer. In this case, you may print on the several delivery slip 10 of the continuous peeling label 1 continuously. Since the delivery slip 60 and the sticker slip 70 are bonded to the base material 22 in the above-described form, turning over in the printer can be suppressed.
This process may be performed by the retail store or its contractor when the package 5 is a product of the retail store, or by the manufacturer of the delivery slip 10.

(Attaching process # 2)
The release paper 20 is peeled off from the delivery slip 10 and attached to the package 5.
In this case, the release paper 20 may be left in a continuous manner without cutting the release paper 20 at the perforation 2. Alternatively, the release paper 20 may be cut together with the other layers at the perforation 2 to completely separate the delivery slip 10 from the continuous delivery slip 10 and then peeled off.
(Delivery process # 3)
The delivery person ships the package 5.
At the time of delivery, even if great care is taken in handling the package 5, there is a possibility that a large force is applied to the sticking surface of the slip of the package 5 or the surface is rubbed. Here, as described above, the sticker 70 is adhered to the base material 22 by the strong adhesion region 33. For this reason, even if such a thing exists, the sticking form 70 can maintain the state adhere | attached on the base material 22. FIG. Therefore, even if the delivery slip 60 is peeled off and lost, the delivery person can deliver the package 5 based on the entry on the sticker slip 70.

(Delivery step # 4 of delivery slip 60)
The delivery person delivers the package 5 to the delivery destination and delivers it to the consignee.
The delivery person peels off the delivery slip 60. The method for peeling the delivery slip 60 is as described above.
The deliverer obtains a signature or receipt from the consignee in the receipt column 67 of the delivery slip 60 (# 5). The delivery person takes the delivery slip 60 back to the delivery center or the like and stores it.

(Peeling step # 6 of sticker slip 70)
When the consignee wants to delete information such as an address when discarding the package 5, as described above, the consignee peels off the sticker slip 70.

[Production method]
The manufacturing method of the continuous peeling label 1 is demonstrated.
FIG. 8 is a diagram illustrating the manufacturing apparatus 90 for the continuous release label 1 of the embodiment.
Drawing 9 is a figure explaining the manufacturing process of continuous exfoliation label 1 of an embodiment.
FIG. 9A is a diagram illustrating a state after the cutting process of the thermal paper 1A of the embodiment.
Drawing 9 (B) is a figure showing the state after the adhesion layer processing process of lamination sheet 1B of an embodiment.
FIG. 10 is a diagram illustrating application areas of the sealing agent 92a, the adhesive 92b, and the release agent 92c in the adhesive application process of the embodiment.
In FIG. 9, FIG. 10, the shape of the continuous peeling label 1 and the delivery slip 10 was shown with the dashed-two dotted line.
As shown in FIG. 8, the continuous release label 1 is prepared by preparing a thermal paper 1A and a laminated sheet 1B. The thermal paper 1A that is processed into a delivery slip 60 and a sticker slip 70 is continuously wound into a roll. In the laminated sheet 1B, a laminate of the release paper 20, the adhesive layer 21, and the base material 22 is continuously wound in a roll shape. In these, entry fields 65, 66, 75, 76, etc. (see FIG. 1) are printed in advance.

The manufacturing apparatus 90 is a system that manufactures the continuous release label 1 by processing the thermal paper 1A and the laminated sheet 1B. The feed direction W (the feed direction front side W1 and the feed direction rear side W2) of the thermal paper 1A and the laminated sheet 1B is the longitudinal direction Y of the continuous peel label 1.
The manufacturing apparatus 90 includes an oblique portion processing portion 91A, a separation scheduled portion processing portion 91B, an adhesive layer processing portion 92, a bonding processing portion 93, a perforation processing portion 94, and a margin cutting processing portion 95. In the embodiment, an example in which these processed parts are continuously arranged will be described, but they may be appropriately divided and arranged.

The oblique part processing part 91A is an apparatus for processing the oblique part 86b (see FIG. 2B) of the cut part 86 with respect to the thermal paper 1A before lamination. The oblique portion machining portion 91A includes a sewing machine drum and the like.
The scheduled separation portion processing portion 91B is a device that processes the parallel portion 86a of the cut portion 86 (see FIG. 2B) and the cutting line of the scheduled separation portion 80 with respect to the thermal paper 1A before lamination. The scheduled separation portion processing portion 91B includes a sewing machine drum and the like.

The adhesive layer processing unit 92 is an apparatus that provides the adhesive layer 30 on the laminated sheet 1B. The adhesive layer processing unit 92 includes a coating device that applies a sealing agent 92a, an adhesive 92b, and a release agent 92c (see FIG. 10).
The adhesive layer processing portion 92 is disposed on the rear side W2 in the feed direction with respect to the planned separation portion processing portion 91B and the adhesive layer processing portion 92.
The bonding processing unit 93 is a device that bonds the laminated sheet 1B and the thermal paper 1A. The bonding processing unit 93 includes a pressure roller and the like.

The perforation processing unit 94 is a device that processes the perforation 2. The perforation processing unit 94 includes a perforation body and the like.
The margin cutting processing unit 95 is a device that cuts margins such as marginal. The margin cutting unit 95 includes a rotary blade or the like.

The processing steps follow the following steps.
(1) Diagonal part cutting process of thermal paper 1A As shown in FIGS. 8 and 9A, the oblique part processing unit 91A provides the oblique part 86b on the thermal paper 1A sent from the roll.
(2) The scheduled separation portion cutting step of the thermal paper 1A As shown in FIGS. 8 and 9A, the planned separation portion processing section 91B cuts the thermal paper 1A in the left-right direction X, thereby separating the planned separation portion. 80 and a parallel part 80a are provided.
Since the parallel part 80a and the oblique part 86b intersect, this processing is easy. That is, even if there is a slight processing error in the left-right direction X and the vertical direction Y, the parallel portion 80a and the oblique portion 86b intersect each other, so that this processing error can be absorbed.

Note that the oblique part cutting step and the scheduled separation part cutting step can be made the same step by using a mold in which the blades intersect. However, such a mold is expensive. In the embodiment, a low-cost mold can be used by separating these steps.
The order of these steps may be reversed. That is, the oblique portion cutting step of the thermal paper 1A may be provided before the margin cutting process (described later). However, in the oblique portion cutting step, since the fine processing is performed, the processing accuracy is better when the thermal paper 1A is firm. For this reason, in the embodiment, the processing accuracy is improved by providing the oblique portion cutting step before the scheduled separation portion cutting step.

(3) Adhesive layer processing step (adhesive layer forming step)
As shown in FIGS. 8 and 9B, the adhesive layer processing unit 92 provides the adhesive layer 30 on the upper surface of the base material 22 of the laminated sheet 1B fed from the roll.
As shown in FIG. 10, the adhesive layer 30 is formed by applying a sealing agent 92a, an adhesive 92b, and a release agent 92c in this order from the lower layer to the upper layer. In FIG. 10, a region inside the outer shape of the delivery slip 10 is illustrated in a simplified manner, but actually, the adhesive 92 b or the like is also applied to the outer side of the outer shape of the delivery slip 10.

(4) Adhesion process As shown in FIG. 8, the bonding process part 93 pressurizes the thermal paper 1A in which the separation scheduled part 80 and the parallel part 80a were provided to the lamination sheet 1B in which the contact bonding layer 30 was provided. Thus, the two are bonded (laminated).
As shown in FIG. 9, in this case, the unit length L1A of the thermal paper 1A (the length corresponding to one continuous release label 1) and the unit length L1B of the laminated sheet 1B are different due to processing errors or the like. However, the already-scheduled separation portion 80 and the parallel portion 80a can suppress wrinkles and the like from being generated on the thermal paper 1A. That is, when the unit length L1A of the thermal paper 1A is longer than the unit length L1B of the laminated sheet 1B, the paper pieces before and after the scheduled separation portion 80 and the parallel portion 80a overlap. On the other hand, when the unit length of the thermal paper 1A is shorter than the unit length of the laminated sheet 1B, the paper piece opens in a minute range at the scheduled separation portion 80 and the parallel portion 80a. Since the overlapping range or opening range is sufficiently small (for example, 1 mm or less), the continuous release label 1 can be printed by a thermal printer, and there is no problem in quality.

By the bonding process, a strong bonding region 33, a middle bonding region 32, and a weak bonding region 31 (see FIG. 2A) are formed as follows.
In the strong adhesion region 33, only the adhesive 92b is applied. For this reason, the base material 22 and the thermal paper 1A are completely bonded by the adhesive 92b.
In the middle adhesive region 32, all of the sealing agent 92a, the adhesive 92b, and the release agent 92c are applied. The release surface is an interface between the layer of the adhesive 92b and the layer of the release agent 92c.
In the weak adhesion region 31, two of an adhesive 92b and a release agent 92c are applied. The release surface is an interface between the layer of the adhesive 92b and the layer of the release agent 92c, as in the middle adhesive region 32. However, the sealing agent 92 a is not applied to the weakly bonded region 31. The sealant 92a is also referred to as an anchor agent, and seals so that the adhesive 92b does not impregnate the paper material. Therefore, the adhesive force of the adhesive 92 b in the weak adhesion region 31 is weaker than that in the middle adhesion region 32.
As described above, the sealant 92a, the adhesive 92b, and the release agent 92c can be provided with regions having three adhesive forces depending on the stacked configuration.

  Further, as shown in FIG. 9B, the region 31a of the weak adhesion region 31 has a sufficient width (length L31a) in the vertical direction Y. For this reason, in the vertical direction Y, it is possible to absorb the shift in the processing position of the scheduled separation portion 80 and the application range of the sealing agent 92a. As described above, the delivery slip 10 can improve the ease of processing at the time of manufacture in addition to the improvement in the workability of the separation of the delivery slip 60 and the sticker slip 70 by providing the region 31a with a sufficient width. .

(5) Perforation processing step As shown in FIG. 8, the perforation processing unit 94 processes the perforation 2 (see FIG. 1) on the thermal paper 1A and the laminated sheet 1B.
(6) Margin Cutting Process Step The margin cutting processing unit 95 cuts extra portions such as a margin and a marginal in the continuous continuous peeling label 1. The continuous peel label 1 that has been cut is sequentially stacked on the stacking portion 96 while being folded at the perforation 2.
By the above, the continuous peeling label 1 can be manufactured.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to embodiment mentioned above, For example, various deformation | transformation and a change are possible like the deformation | transformation form etc. which are mentioned later, These are also It is within the technical scope of the present invention. In addition, the effects described in the embodiments are merely a list of the most preferable effects resulting from the present invention, and the effects of the present invention are not limited to those described in the embodiments. It should be noted that the above-described embodiment and modifications described later can be used in appropriate combination, but detailed description thereof is omitted.

(Deformation)
(1) In the embodiment, the peeling label is used as a delivery slip. However, the present invention is not limited to this. The application of the release label is not limited as long as it is a usage mode in which the first piece is separated from the second piece and peeled from the base material. The release label can be used for, for example, inspection during manufacture of industrial products, business trip repair of office machines, and the like.

(2) In the embodiment, the example in which the outer shape of the delivery slip is a square (or a substantially square) is shown, but the present invention is not limited to this. For example, the outer shape of the delivery slip may be a rectangle.

(3) In the embodiment, the delivery slip shows an example in which the length of the thermal paper (delivery slip, sticker slip) and the base material and the length of the release paper are the same in the left-right direction, but the present invention is not limited to this. . The delivery slip may have a longer release paper length than the thermal paper and the base material. In this form, the workability of peeling the delivery slip from the release paper can be improved. In this embodiment, when the thermal paper and the laminated sheet are bonded, the release paper is left and the base material and the thermal paper are cut by half-cut processing.

DESCRIPTION OF SYMBOLS 1 Continuous peeling label 1A Thermal paper 1B Laminated sheet 2 Perforation 10 Delivery slip 20 Release paper 21 Adhesive layer 22 Base material 30 Adhesive layer 31 Weak adhesion area 33 Strong adhesion area 40 Non-adhesion area 41 Oblique side part 42 Lower side part 43 Left side part 60 Delivery slip 60A Delivery slip correspondence area 60a Diagonal line 61, 71 Non-adhesive portion 70 Sticking slip 70A Sticking slip correspondence region 80 Separation scheduled portion 85 Perforation 86 Cut portion 86a Parallel portion 86b Diagonal portion 87 Uncut portion 90 Manufacturing device 92a Sealing agent 92b Adhesive 92c Release agent

Claims (4)

A substrate;
A first piece laminated on the substrate;
A second piece arranged on the first piece via a planned separation portion and laminated on the substrate;
A peeling label comprising an adhesive layer that is laminated between the first piece and the second piece and the base material, and that adheres the first piece so as to be peelable from the base material,
The installation area of the adhesive layer is
A first adhesive region disposed at a position overlapping the planned separation portion;
A second adhesive region disposed on the first side of the first adhesive region and having a stronger adhesive force than the first adhesive region;
Of the scheduled separation part, the part on the separation start side is
Cut parts and uncut parts are arranged alternately,
The cut portion is
A parallel portion parallel to the boundary between the first piece and the second piece;
An oblique portion that obliquely intersects the parallel portion,
The part on the opposite side to the separation start side of the part to be separated includes a cutting part that cuts a boundary line between the first piece and the second piece.
Release label characterized by.   The continuous peeling by which the peeling label of Claim 1 was continuously arrange | positioned through the thermal paper which forms the said 1st piece and the said 2nd piece, and the label separation part provided in the said base material label. It is a manufacturing method of the continuous peeling label of Claim 2,
A scheduled separation portion forming step for forming a cutting line and a parallel portion of the cut portion among the planned separation portions on the thermal paper,
An adhesive layer forming step of forming the adhesive layer on the substrate;
An adhesive process for bonding the thermal paper after the scheduled separation part forming process and the base material after the adhesive layer forming process;
A process for producing a continuous release label characterized by the following. It is a manufacturing method of the continuous exfoliation label according to claim 3,
Provided before or after the planned separation portion forming step, and including a diagonal portion cutting step for forming the diagonal portion of the planned separation portion,
A process for producing a continuous release label characterized by the following.

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