JP2015066815A - Delivery slip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a delivery slip which allows each part of a delivery slip stuck on a delivery object to be securely separated from a release paper without damage and has a structure facilitating the separation of parts to be separated.SOLUTION: An upper base material 12 in which a delivery copy 23 is connected with a delivery sheet including a delivery notification label 21 and a delivery label 22 via a tear-off perforation line 25 is superposed on a lower base material 13. On the superposed surface of the lower base material 13, there are provided an adhesive layer 31A on which the delivery notification label 21 is stuck, and pseudo-adhesive layers 32A and 32B which releasably adhere to the delivery label 22 and the delivery copy 23. On the lower base material 13, a cut line 26 is formed at a position closer to the side of the delivery copy 23 than the position where the tear-off perforation line 25 is formed upon superposition. An adhesive layer 31B is provided on the whole area of the back surface of the lower base material 13. On the superposed surface of a mount 14 which is superposed on the back surface of the lower base material 13, a release layer 33 is formed at least on the side of the delivery sheet with the cut line 26 of the lower base material 13 as a border.

Description

  The present invention relates to a delivery slip in which a base material is partly detachably attached as a three-layer structure.

  In recent years, for delivery of a delivery item, for example, a delivery slip in which a three-part slip of a delivery slip, a delivery slip, and a delivery slip is connected is used. The delivery slip is affixed to the delivery so as not to be peeled off, the delivery slip is separated at the shipping source and held as a copy, and the delivery slip is separated after delivery and taken back by the delivery person. When attaching such a delivery slip to a delivery item, it is desirable that the delivery slip portion be easily peeled off when the attached delivery slip is peeled off from the release paper, and when the delivery slip is separated from the delivery slip. Also, it is desirable that they be easily separated.

  As a structure of a delivery slip including the delivery slip as described above, a sheet as described in Patent Document 1 is known. In the sheet of Patent Document 1, there is a release paper through an adhesive layer on the back side of the base paper, and an upper paper is arranged on the surface of the base paper, so that the top paper can be separated from each other. It consists of a slip (narrowly defined delivery slip) and a store opening copy, and the second adhesive layer is present on the entire front surface side of the base paper, and the second adhesive layer is attached directly to the base paper on the back side of the sticker slip. It is known as a structure in which a release layer is present on the back side of the delivery slip and the store opening so that they can be peeled off. In such a sheet, the base paper and the upper paper are peeled off from the release paper and are attached to the delivery, and the delivery slip and the store receipt are peeled off after delivery.

  By the way, in the above-mentioned delivery slip attached to a delivery item at the time of delivery, if the store receipt is separated from the base paper after being attached to the delivery item, the structure of the base paper after separation is applied. This means that it will be delivered to the recipient with the part where the store depot was left, which is undesirable in terms of appearance. For this reason, there is also known a delivery slip in a form in which nothing is present below the store opening stamp on the delivery slip after pasting.

  Here, FIG. 7 shows an explanatory diagram of a conventional delivery slip. In FIG. 7A, the delivery slip 101 has a release paper 104 in which a part of the release layer is not formed through the adhesive layer 106 on the back surface of the base paper 103, and on the surface of the base paper 103. An upper paper 102 is arranged. The top sheet 102 includes a sticker 111, a delivery slip (narrow sense delivery slip) 112, and a store opening 113 that can be separated from each other by a cut line 114 and a cut perforation line 115. The pressure-sensitive adhesive layer 105 is present on the entire front surface side of the base paper 103, and is directly attached to the base paper 103 by the pressure-sensitive adhesive layer 105 on the back surface side of the sticker slip 111, and is peeled off on the back surface of the delivery slip 112 and the store sign 113. A layer is made to be peelable from the pressure-sensitive adhesive layer 105.

  Further, a cut line 116 is formed on the base paper 103 at the same position in the vertical direction as the cut perforation line 115. That is, the base paper 103 is provided with an area corresponding to the store opening counter 113. No release agent is formed in the area of the release paper 104 corresponding to this area, and the adhesive sheet 106 is directly attached.

  In such a delivery slip 101, when the release paper 104 is peeled from the sticking slip 111 side, ideally, as shown in FIG. 7B, a cut line 116 formed on the base paper 103 is used. A part is left on the release paper 104 side, and the store opening 113 is separated from the base paper 103.

JP 2010-131869 A

  However, as shown in FIGS. 7A and 7B, the cut perforation line 115 connecting the store opening 113 of the upper paper 102 and the cut line 116 formed on the base paper 103 are at the same position. Therefore, when the release paper 104 is peeled off, there is a problem that tearing is likely to occur at the cut perforation line 115 of the store opening 13 or in the vicinity thereof.

  Accordingly, the present invention has been made in view of the above problems, and makes it possible to reliably separate each part of a delivery slip to be attached to a delivery item from the release paper without damage, and to easily separate the parts to be separated on the structure. The purpose is to provide.

  In order to solve the above-mentioned problem, in the invention of claim 1, the upper base material in which a delivery slip to be attached to a delivery item during delivery and a copy slip that is separated at the time of delivery through a cut perforation line is provided in series. And a first adhesive layer for adhering a part of the delivery slip of the upper base material to the upper surface of the upper base material, and the other part of the delivery slip and A pseudo-adhesive layer that peelably adheres to the copy slip is provided, a cut line is formed at a position shifted from the cut perforation line formation position to the copy slip side at the time of superposition, and a second adhesive is formed on the entire back surface. It is overlapped with the lower base material on which the layer is provided and the back surface of the lower base material, and at the overlapping surface with the lower base material, it is peeled at least on the delivery slip side with the cut line of the lower base material as a boundary And a mount having a layer.

  In the invention of claim 2, in the overlapping surface of the upper base material and the lower base material, a region sandwiched between the cut perforation line of the upper base material and the cut line of the lower base material is a non-adhesion region. It is the structure to do.

  According to the invention of claim 1, with respect to the cut perforation line for separating the copy slip from the delivery slip formed on the upper base material, the cut perforation line formed on the lower base material is formed on the cut perforation line forming position. By adopting a structure that is formed at a position shifted to the side of the slip sheet, the peeling at the cut perforation line and the peeling at the cut line do not occur simultaneously in the process of peeling the upper base material from the mount together with the lower base material. The backing sheet side of the lower substrate remains on the backing sheet side and is peeled off, and can be reliably separated without damaging the cut perforated line portion.

  According to invention of Claim 2, the area | region pinched | interposed by the cut perforation line of the said upper base material and the said cutting line of the said lower base material with the superimposition surface of an upper base material and a lower base material is a non-adhesion area | region. With this configuration, after pasting a delivery slip with a copy of the copy slip on the delivery, the copy slip, including the cut perforated line, is no longer stuck and easily cut off and separated. Is something that can be done.

It is a block diagram of 1st Embodiment of the delivery slip which concerns on this invention. It is explanatory drawing (1) of the usage pattern of the delivery slip of FIG. It is explanatory drawing (2) of the usage pattern of the delivery slip of FIG. It is a block diagram of 2nd Embodiment of the delivery slip which concerns on this invention. It is explanatory drawing (1) of the usage form of the delivery slip of FIG. It is explanatory drawing (2) of the usage form of the delivery slip of FIG. It is explanatory drawing of the conventional delivery slip.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 shows a configuration diagram of a first embodiment of a delivery slip according to the present invention. 1A and 1B, the delivery slip 11 is composed of a three-layer structure of an upper base material 12, a lower base material 13, and a mount 14, and between the upper base material 12 and the lower base material 13, An upper substrate adhesive layer 15 is interposed, and a mount adhesive layer 16 is interposed between the lower substrate 13 and the mount 14.

  The upper base 12 is made of, for example, a cover sheet, and is composed of a delivery slip 21, a delivery slip 22 and a delivery slip 23 which is a copy slip, and the delivery slip 21 and the delivery slip 22 are the delivery slips. It becomes. Moreover, when the upper base material 12 is overlapped and stuck on the lower base material 13, a cut line 24 is formed between the delivery slip 21 and the delivery slip 22. The delivery slip 23 is connected to the delivery slip 22 via the cut perforation line 25. In other words, the delivery slips of the delivery slip 21 and the delivery slip 22 are affixed to the delivery in the distribution and the continuous delivery allowance 23 is separated from the cut perforation line 25 at the time of delivery. Become.

  The upper base material 12 and the lower base material 13 are laminated and pasted. In these superposed surfaces, an adhesive layer 31A as a first adhesive layer is provided on the back surface of the delivery slip 21 that is a part of the delivery slip, and the peel-off surface is re-released on the back surface of the delivery slip 22 that is the other portion of the delivery slip. A pseudo adhesive layer 32 </ b> A having no sticking property is provided, and a pseudo adhesive layer 32 </ b> B is provided on the back surface of the delivery pad 23. The pressure-sensitive adhesive layer 31 </ b> A and the pseudo adhesive layers 32 </ b> A and 32 </ b> B become the upper substrate adhesive layer 15. In addition, since the delivery slip 21 is not peeled off from the lower base material 13, a strong adhesive that cannot be peeled is used. It is good.

  For example, an upper paper is used for the lower base material 13, and a cut line 26 is formed at a position shifted from the formation position of the cut perforation line 25 at the time of overlapping with the upper base material 12 toward the delivery allowance 23. Is done. With this cut line 26 as a boundary, the delivery slip (delivery slip 21, delivery slip 22) side is the first lower base material 13A, and the delivery allowance 23 side is the second lower base material 13B. And the adhesive layer 31B is provided in the whole back surface of the lower base material 13 as a 2nd adhesion layer.

  The lower substrate 13 and the mount 14 are laminated and pasted. For example, an upper paper or the like is used as the mount 14, and a release layer 33 is provided in a region corresponding to the first lower base 13A on the mount 14 on the overlapping surface with the lower base 13. Nothing is formed in the region corresponding to the second lower base material 13B. That is, the release layer 33 is provided only on the delivery slip side with the cut line 26 of the lower base material 13 as a boundary. Moreover, in the area | region in which nothing is formed on the base_sheet | mounting_paper 14, it is stuck by the adhesion layer 31B provided in the back surface of the 2nd lower base material 13B so that peeling is impossible. The pressure-sensitive adhesive layer 31 </ b> B and the release layer 33 become the mount adhesive layer 16. Even if the release layer 33 is formed on the mount 14 facing the back surface of the second lower base material 13B, the first lower base material 13A and the second lower base material 13B are separated by the score line 26, 2 There is no problem because the lower base material 13B remains on the mount 14 side.

  Therefore, FIGS. 2 and 3 are explanatory diagrams of usage forms of the delivery slip of FIG. First, in FIG. 2 (A), the delivery slip 11 is information such as date, sender, delivery destination, product name, etc. in the entry fields of the delivery slip 21, delivery slip 22 and delivery slip 23 constituting the upper substrate 12. Are formed in a lump. Then, as shown in FIG. 2B, the upper base material 12 and the lower base material 13 (first lower base material 13A) are both peeled from the mount 14 from one corner of the delivery slip 21 side. At this time, the adhesive layer 31B is provided in the area corresponding to the delivery slip 21 and the delivery slip 22 on the back surface of the lower base material 13, and the release layer 33 is provided on the corresponding mount 14, so that it is easy. It will be peeled off.

  When the peeling passes through the portion corresponding to the cut perforation line 25 and reaches the cut line 26 formed in the lower base material 13, the back surface of the second lower base material 13 </ b> B is stuck on the mount 14. In addition, since the peelable pseudo adhesive layer 32B is provided between the upper surface of the second lower base material 13B and the back surface of the delivery pad 23 of the upper base material 12, the second lower base material 13B is mounted on the mount The portion 23 of the upper base 12 is peeled off from the second lower base 13B by the pseudo adhesive layer 32B while remaining on the 14 side.

  That is, as shown in FIGS. 3A and 3B, the first lower base material of the upper base material 12 and the lower base material 13 constituted by the delivery slip 21, the delivery slip 22 and the delivery allowance 23 from the mount 14. 13A is peeled off, and the delivery allowance 23 becomes the delivery slip 41 in a single layer state having no lower base material in the lower layer.

  The usage pattern of the delivery slip 41 peeled off from the mount 14 is the same as the usage pattern shown in FIGS. 5 and 6 described later, and will be briefly described here. The delivery slip 41 is affixed to the delivery and is carried to the shipping source. The sticking at this time is performed by the adhesive layer 31B provided on the back surface of the lower base material (the first lower base material 13A). It will be in the state which is not stuck on.

  The shipping source cuts and stores the delivery allowance 23 from the delivery slip 22 at the cut perforation line 25 as a shipping confirmation immediately before placing the delivery item with the delivery slip 41 on the delivery distribution. In this case, only the delivery slip 21 and the delivery slip 22 are pasted on the delivery items until they reach the recipient.

  Thus, the upper base material 12 is mounted together with the lower base material 13 by setting the cut perforation line 25 formed on the upper base material 12 and the cut line 26 formed on the lower base material 13 to be shifted. In the process of peeling from 14, the peeling at the cut perforation line 25 and the peeling at the cutting line 26 are not performed simultaneously, and the second lower base material 13B on the delivery pad 23 side of the lower base material 13 is left on the mount 14 side. Therefore, the delivery slip 41 can be reliably peeled off and separated from the mount 14 without damaging the cut perforation line 25.

  Next, FIG. 4 shows a configuration diagram of a second embodiment of the delivery slip according to the present invention. A delivery slip 11 shown in FIGS. 4 (A) and 4 (B) is an overlapping surface of the upper base material 12 and the lower base material 13 constituted by a delivery slip 21, a delivery slip 22 and a delivery allowance 23. The region sandwiched between the cut perforation line 25 formed on the base material 12 and the cut line 26 formed on the lower base material 13 is a non-sticking region 32C where no sticking member is provided. . Other configurations are the same as those in FIG.

  FIG. 5 and FIG. 6 are explanatory diagrams of the usage form of the delivery slip of FIG. The delivery slip 11 shown in FIG. 4 is delivered from the mount 14 after the delivery information is formed by the printer in the entry fields of the delivery slip 21, delivery slip 22 and delivery slip 23, as in FIGS. The first lower base material 13A of the upper base material 12 and the lower base material 13 constituted by the slip 21, the delivery slip 22 and the delivery allowance 23 is peeled together to obtain a delivery slip 41.

  Then, as shown in FIG. 5A, the delivery slip 41 is pasted on the delivery item 42. In this case, it is affixed by the adhesive layer 31B provided on the back surface of the lower base material (the first lower base material 13A). It will be in the state which is not stuck on a thing. The delivery item 42 to which the delivery slip 41 is attached is carried to the shipping source.

  As shown in FIG. 5 (B), the shipping source cuts the delivery slip 23 from the delivery slip 22 at the cut perforation line 25 as a shipping confirmation immediately before placing the delivery with the delivery slip 41 on the delivery distribution. store. When the delivery pad 23 is cut off, there is a non-sticking region 32C where no sticking system member is provided in the vicinity of the cut perforation line 25 on the back surface of the shipping pad 23, and it is not attached to any of them. Accordingly, the operator of the delivery pad 23 can easily and smoothly cut the cutout line 25.

  The delivery slip 41 from which the delivery slip 23 has been cut is in a state in which only the delivery slip 21 and the delivery slip 22 are affixed to the delivery 42 until the delivery slip is delivered to the recipient through distribution. Then, when the delivery 42 with the delivery slip 41 with the delivery slip 23 cut off is delivered to the recipient, as shown in FIGS. 6 (A) to 6 (C), the receipt in the receipt stamp column of the delivery slip 22 is received. After the stamp by the person, the delivery slip 22 is peeled off from the cut line 24 (a notch may be formed at one corner of the delivery slip 22 so as to be easily peeled off). That is, the delivery slip 22 is pseudo-adhered to the lower base material 13 (first lower base material 13A) so as to be peeled off by the pseudo-adhesive layer 32A. It is.

  Thus, by forming the non-stick area 32C in the vicinity of the cut perforation line 25 of the delivery slip 23 in the delivery slip 11, the delivery slip including the cut perforation line 25 portion is included in the delivery slip 41 peeled from the mount 14. Since 23 is in a state of not being attached to any one, the delivery allowance 23 can be easily cut out and separated.

  The delivery slip of the present invention can be used for a multi-layer sheet in which a base material has a three-layer structure and is partially detachably attached.

DESCRIPTION OF SYMBOLS 11 Delivery slip 12 Upper base material 13 Lower base material 14 Mount 15 Upper base material sticking layer 16 Base paper sticking layer 21 Delivery slip 22 Delivery slip 23 Delivery slip 24, 26 Cut line 25 Cut perforation line 31 Adhesive layer 32A, 32B Pseudo-adhesive layer 32C Non-sticking area 33 Peeling layer 41 Delivery slip 42 Delivery item

Claims (2)

An upper base material in which a delivery slip to be attached to a delivery item on a distribution route and a copy slip separated at the time of delivery through a cut perforation line are provided,
A first adhesive layer that is overlaid with the upper base material, and a part of the delivery slip of the upper base material is pasted on the overlapping surface with the upper base material, and the other part of the delivery slip and A pseudo-adhesive layer that is detachably attached to the copy slip is provided, and a cut line is formed at a position shifted from the cut perforation line forming position to the copy slip side at the time of superposition. A lower substrate on which an adhesive layer is provided;
Mounted on the back surface of the lower base material, and on the overlapping surface with the lower base material, a mount having a release layer on at least the delivery slip side with the cut line of the lower base material as a boundary,
A delivery slip characterized by comprising:   2. The delivery slip according to claim 1, wherein a region sandwiched between a cut perforation line of the upper base material and a cut line of the lower base material is non-exposed on the overlapping surface of the upper base material and the lower base material. A delivery slip characterized in that it is a sticking area.

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