JP2009233935A - Delivery slip - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enlarge a sticking area of a slip piece to a delivered article in the case of sticking a part of a released paper mount together with a slip piece to the delivered article. <P>SOLUTION: This delivery slip includes: a slip piece 10 where a delivery slip 12 is separably divided and formed in a first region 10a; and the released paper mount 20 stuck to the slip piece 10, in which a region stuck to the first region 10a and a region stuck to a second region 10b of the slip piece 10 are adjacent to each other to be folded through a folding line 22, and the region stuck to the second region 10b is opposite to the first region 10a when being folded through the folding line 22, wherein the second region 10b of the slip piece 10 and a region opposite to a second region 20b of the released paper mount 20 have a bonding structure 30 in which the regions may be separated after stuck to each other, and stuck to each other after separated from each other, and the first region 10a has a sticking part stuck to a part of an opposite region in the released paper mount 20 when the released paper mount 20 is folded through the folding line 22. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a delivery slip used by being attached to a delivery.

  Conventionally, when delivering a delivery item, a delivery slip in which delivery information such as the address, name or name of the delivery source and delivery destination of the delivery item is entered is used, and the delivery slip in which the delivery information is entered is used as the delivery item. The delivery is delivered to the delivery destination according to the delivery information that is affixed and entered in the delivery slip.

  As such a delivery slip, a slip piece affixed to a delivery item, in which a delivery slip brought back by the delivery company after the delivery item is delivered to a delivery destination, is formed so as to be separable. When this delivery slip is used, when the delivery item is delivered to the delivery destination, a receipt stamp is pressed on the delivery slip, and the delivery slip is separated from the slip piece and brought back by the delivery company. It is supposed to be managed to be delivered to.

As described above, in order to separate the delivery slip from the slip piece and take it home, it is necessary that the portion of the slip piece that becomes the delivery slip is not attached to the delivery. Therefore, the adhesive layer is not provided only in the portion of the slip piece that becomes the delivery slip, so that only the delivery slip can be removed from the delivery slip even after the slip strip is attached to the delivery slip. In addition, only the portion of the slip piece that becomes the delivery slip is configured not to be provided with an adhesive layer, and the peeling mount that is pasted to the slip piece in a state before the slip piece is stuck to the delivery. In addition, a technology is also considered in which a half-cut line having a larger outline than the cut line that enables the delivery slip to be separated is formed, and the part inside the half-cut line of the peeling mount is pasted together with the slip piece on the delivery item. (For example, refer to Patent Document 1). By sticking a part of the release mount together with the slip piece to the delivery item in this way, it is possible to prevent the delivery slip from becoming dirty when the delivery slip is separated from the slip piece, and the delivery slip is attached to the slip piece. It becomes difficult to feel a sense of incongruity in the shape of the delivery slip. Also, if information is displayed in the area inside the half-cut line of the peeling mount, desired information can be notified to the delivery destination of the delivery using the delivery slip.
Japanese Patent No. 3960552

  However, as described above, the adhesive layer is not provided only in the portion of the slip piece that becomes the delivery slip, and the slip piece is attached to the slip piece in a state before being attached to the delivery. A half-cut line with a larger contour than the cut-out line that allows the delivery slip to be separated is formed on the peelable backing sheet, and the part inside the half-cut line of the peeling backing sheet is pasted together with the slip piece on the delivery. In the case of the detachment mount, since the part inside the half cut line having a larger outline than the cut line that can separate the delivery slip is pasted to the delivery item together with the slip piece, from the delivery slip In other words, the region having a large outline is not attached to the delivery item by the adhesive. This is because the peripheral part of the inner part of the half-cut line of the release mount is stuck to the slip piece in order not to separate the part of the release mount inside the half-cut line from the slip piece. As a result, there is a problem that the sticking area of the slip piece to the delivery is reduced, and the delivery slip is easily detached from the delivery.

  The present invention has been made in view of the problems of the conventional technology as described above, and is attached to the slip piece so as to be peelable in a state before the slip piece is attached to the delivery. It is an object of the present invention to provide a delivery slip that can widen the sticking area of a slip piece to the delivery when a part of the peeling mount is stuck to the delivery together with the slip piece.

In order to achieve the above object, the present invention provides:
A slip piece comprising a first area and a second area, wherein a separation slip is formed in the first area so as to be separable;
An area adhered to at least a part of the first area of the slip piece and the second area, an area adhered to the first area, and an area adhered to the second area. A foldable line adjacent to the fold line, and when folded through the fold line, the area pasted on the second area has a release mount facing the first area; ,
The second region of the slip piece and the region facing the second region of the peeling mount are mutually attached by an adhesive structure that can be peeled after sticking to each other and can be stuck after peeling. Pasted,
The first region has a sticking portion that is stuck to a part of a region facing the peelable mount when the peelable mount is folded via the fold line.

  In this invention comprised as mentioned above, when sticking to a delivery thing, the 2nd area | region of a slip piece and the area | region facing the 2nd area | region of a peeling mount are peeled first. The second region of the slip piece and the region facing the second region of the release mount can be peeled because they are pasted by an adhesive structure that can be peeled off after pasting each other. Then, the release mount is folded through the fold line. Then, the area of the release mount that has been attached to the second area is opposed to the first area. At this time, the first region of the slip piece and the region facing the first region of the release mount are attached to each other at least in part, and the first region of the folded release mount Since a part of the region that comes to face is stuck to the sticking part of the slip piece, the folded state of the peeling mount is maintained. Then, on the back surface of the slip piece on the first region side, the adhesive structure of the peeling mount is exposed, and on the back surface of the slip piece on the second region side, the adhesive structure of the slip piece is exposed, and these adhesive structures Will be attached to the delivery. In the delivery slip attached to the delivery item in this way, the region pasted on the second region of the slip piece of the peeling mount is opposed to the first region of the slip piece. When the separation slip formed in the area is separated from the slip piece, the release mount is exposed in the region where the separation slip is separated. Therefore, it is possible to prevent the delivery from becoming dirty when separating the separation slip from the slip piece, and it is difficult to feel a sense of incongruity in the shape of the delivery slip after separating the separation slip from the slip piece. Also, if information is displayed on the surface of the release mount, desired information can be notified to the delivery destination of the delivery using the delivery slip.

  In this way, when the release mount is folded, the adhesive structure of the release mount is exposed on the back surface of the slip piece on the first region side, and the adhesive structure of the slip piece is shown on the back surface of the slip piece on the second region side. And the adhesive area of the delivery slip is widened compared to the case where the area to be the separation slip is not attached to the delivery object. This makes it difficult for the delivery slip to leave the delivery.

  As described above, according to the present invention, the slip piece is composed of the first and second areas and the separation slip is formed in the first area so as to be separable, and at least a part of the first area of the slip piece. And the second region, the region adhered to the first region and the region adhered to the second region are adjacent to each other so as to be foldable via a fold line, and via the fold line When folded, the area pasted on the second area has a release mount facing the first area, and faces the second area of the slip piece and the second area of the release mount Each of the areas to be peeled off is attached to each other by an adhesive structure that can be peeled off after sticking to each other and can be attached after peeling. When it is folded, it has a structure that has a part of the area facing and a sticking part that is stuck. When folded, the adhesive structure of the peeling mount is exposed on the back side of the first area side of the slip piece, and the adhesive structure of the slip piece is exposed on the back face of the second area side of the slip piece. It will be affixed to the delivery due to the adhesive structure, so that the area of the separation slip can be widened compared to the area that is not affixed to the delivery.

  Embodiments of the present invention will be described below with reference to the drawings.

(First embodiment)
1A and 1B are diagrams showing a first embodiment of a delivery slip according to the present invention, in which FIG. 1A is a view seen from the surface, FIG. 1B is a cross-sectional view taken along line AA ′ shown in FIG. c) is a diagram showing the configuration of the back side of the slip piece 10, (d) is a diagram showing the configuration of the sticking surface of the peeling mount 20 with the slip piece 10, and FIG. The figure which shows the structure of the surface on the opposite side to a landing surface, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a).

  As shown in FIG. 1, the present embodiment is configured such that a slip piece 10 and a release mount 20 having the same shape are adhered to each other by an adhesive 14 applied to the back surface of the slip piece 10 and an adhesive structure 30. ing.

  The slip piece 10 includes a first area 10a and a second area 10b that are divided through a central portion in the longitudinal direction. A delivery slip 12 serving as a separation slip is provided in the first region 10a, and a sticker slip 11 is provided so as to straddle the first region 10a and the second region 10b. A delivery information display area 11a in which delivery information such as the address, name or name of the delivery source and delivery destination of the delivery to which the delivery slip is attached is written or printed on each of the pasting slip 11 and delivery slip 12. 12a is provided, and the delivery slip 12 is further provided with a stamp area 12b for pressing the receipt stamp when the delivery is delivered to the delivery destination. A perforation 13 is formed around the delivery slip 12, and the perforation 13 divides the delivery slip 12 so as to be separable from the slip piece 10. In addition, a cut 12 c is formed at the corner of the delivery slip 12, and this cut 12 c serves as a handle when the delivery slip 12 is separated from the slip piece 10. On the back surface of the slip piece 10, an adhesive 21 is applied to the first region 10 a, and an adhesive 31 and a release agent 32 constituting the adhesive structure 30 are applied to the second region 10 b.

  The peeling mount 20 is adjacent to the area pasted on the first area 10 a of the slip piece 10 and the area pasted on the second area 10 b of the slip piece 10 via the folding line 22. ing. In the area pasted on the first area 10 a of the slip piece 10, a perforation 23 is formed in an area facing the delivery slip 12 so as to overlap the perforation 13, and is surrounded by the perforation 23. The separated area becomes a separation portion 26 and can be separated from the peeling mount 20. Further, a slit 24 is formed in the peeling mount 20 at the periphery of the area pasted on the first area 10 a of the slip piece 10 so that the U-shaped unnecessary portion 27 can be separated from the peeling mount 20. The release agent 21 is applied to the sticking surface of the unnecessary portion 27 to the slip piece 10. In the area pasted on the second area 10 b of the slip piece 10, notification information 25 is printed in an area facing the separation unit 26 when the peeling mount 20 is folded via the folding line 22. Moreover, the adhesive 31 and the release agent 32 which comprise the adhesion structure 30 are apply | coated to the sticking surface with the slip piece 10. FIG. Note that the fold line 22 is formed by an appropriate method such as one formed by a line pushing process or one formed by a perforation process.

  Here, the adhesion structure 30 that adheres the slip piece 10 and the release mount 20 will be described.

  The adhesive structure 30 for adhering the slip piece 10 and the release mount 20 is applied to the second area 10b of the slip piece 10 and the area facing the second area 10b of the release mount 20 respectively. 31 and a release agent 32. The adhesive 31 and the release agent 32 are applied so as to be alternately striped, and the slip pieces 10 and the release mount 20 are alternately arranged in a state where the slip pieces 10 and the release mount 20 are overlapped. Respectively. In this way, the adhesive 31 and the release agent 32 are respectively applied to the slip piece 10 and the release mount 20 so as to be alternated in a state where the slip piece 10 and the release mount 20 are overlapped, thereby the slip. In the state where the piece 10 and the release mount 20 are overlapped, the adhesive 31 and the release agent 32 face each other, whereby the slip piece 10 and the release mount 20 are adhered by the adhesive structure 30. It can be peeled after. Moreover, since the adhesive strip 31 and the release agent 32 are opposed to each other and the slip piece 10 and the release mount 20 are adhered, the adhesive 31 is removed even after the slip piece 10 and the release mount 20 are peeled off. The slip piece 10 and the release mount 20 are not peeled off, so that the slip piece 10 and the release mount 20 are attached again by the adhesive structure 30 or the slip piece 10 and the release mount 20 are attached by the adhesive structure 30. It becomes possible to stick to sticking objects such as.

  With such a configuration, in a state before the delivery slip is used, the first region 10a of the slip piece 10 and the region facing the first region 10a of the peeling mount 20 are separated by the adhesive 14. While being pasted, the second region 10b of the slip piece 10 and the region facing the second region 10b of the peeling mount 20 are pasted by the adhesive structure 30 so as to be peelable.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  First, the usage method before sticking to the delivery of the delivery slip shown in FIG. 1 will be described.

  FIG. 2 is a diagram for explaining a method of using the delivery slip shown in FIG. 1 before being attached to the delivery.

  When the delivery slip shown in FIG. 1 is used, first, the unnecessary portion 27 is peeled from the slip piece 10 out of the region pasted on the first region 10 a of the release mount 20 and formed on the release mount 20. The unnecessary portion 27 is separated and removed from the peeling mount 20 by the slit 24 (FIG. 2A). Although the unnecessary portion 27 is attached to the slip piece 10 by the adhesive 14 applied to the back surface of the slip piece 10, since the release agent 21 is applied to the sticking surface with the slip piece 10, the slip piece 10. Can be peeled off.

  Next, the second area 10b of the slip piece 10 and the area facing the second area 10b of the peeling mount 20 are peeled, and the peeling mount 20 is folded through the fold line 22 (FIG. 2B). ). The adhesive structure 30 that has adhered the second region 10b of the slip piece 10 and the region facing the second region 10b of the peeling mount 20 can be peeled off after being adhered as described above. Therefore, the second region 10b of the slip piece 10 and the region facing the second region 10b of the peeling mount 20 can be peeled off.

  Then, when the peeling mount 20 is folded through the fold line 22, the two regions divided via the fold line 22 of the peeling mount 20 come to face each other. Since the unnecessary portion 27 is removed in the region facing the first region 10 a of the peeling mount 20, the region where the adhesive 14 of the slip piece 10 is applied in the region of the unnecessary portion 27. It is expressed. Therefore, when the two areas divided via the fold line 22 of the peeling mount 20 face each other and the area pasted on the second area 10b of the peeling mount 20 faces the first area 10a, the peeling The peripheral part of the area | region pasted on the 2nd area | region 10b of the base_sheet | mounting_paper 20 will be in the state stuck on the slip piece 10 with the adhesive 14 apply | coated to the slip piece 10 (FIG.2 (c)). Thereby, the peripheral part of the area | region pasted on the 2nd area | region 10b of the peeling mount 20 is hold | maintained at the slip piece 10, and the peeling mount 20 does not spread through the folding line 22. FIG.

  In this way, the release mount 20 is folded via the fold line 22, and the delivery slip is delivered in the state where the peripheral portion of the peeled mount 20 and the second region 10b is attached to the slip piece 10. It will stick to.

  Next, the usage method after sticking on the delivery of the delivery slip | folding with which peeling board | substrate 20 was folded as shown in FIG. 2 is demonstrated.

  FIG. 3 is a view for explaining a usage method after the peeling mount 20 is folded and attached to the delivery for the delivery slip shown in FIG.

  As shown in FIG. 2, in the state where the release mount 20 is folded via the folding line 22, the surface opposite to the slip piece 10 is represented by the adhesive structure 30 composed of the adhesive 31 and the release agent 32. (FIG. 3 (a)). Since the adhesive structure 30 can be attached to a delivery item even after the slip piece 10 and the release mount 20 are peeled as described above, the delivery slip is delivered using the adhesive 31 of the adhesive structure 30. It sticks to a thing (FIG.3 (b)).

  In this way, the delivery slip is attached to the delivery by the adhesive structure 30 exposed on the surface opposite to the slip piece 10 by folding the peeling mount 20 through the fold line 22, so that the entire surface of the delivery slip Becomes the sticking surface to the delivery, and the sticking area to the delivery of the delivery slip becomes wide. This makes it difficult for the delivery slip to leave the delivery. Further, by folding the peeling mount 20 through the fold line 22, the adhesive structure 30 to which the slip piece 10 and the peeling mount 20 are adhered is exposed, and the delivery slip is pasted on the delivery by the adhesive structure 30. Therefore, it is possible to reduce the amount of dust on the peeling mount 20 that is generated when the delivery slip is attached to the delivery.

  The delivery item to which the slip piece 10 is attached is delivered to the delivery destination according to the information entered or printed in the delivery information display areas 11a and 12a.

  Then, after the delivery is delivered to the delivery destination and the receipt stamp is pressed in the stamped area 12b of the delivery slip 12, the delivery slip 12 is picked up by picking the notch 12c of the delivery slip 12 and breaking the perforation 13. Separate from the slip piece 10. Then, since the separation part 26 formed so as to be separable from the peeling mount 20 by the perforation 23 formed on the peeling mount 20 is attached to the back surface of the delivery slip 12 by the adhesive 14, the perforation 23 is also formed. It breaks and separates from the peeling mount 20 in a state where the separating portion 26 is stuck to the slip piece 10 (FIGS. 3C and 3D). At this time, since there is a region folded through the fold line 22 of the peeling mount 20 in the region facing the separation unit 26, when the delivery slip 12 is separated from the slip piece 10 together with the separation unit 26, the region becomes dirty. Even if the delivery slip 12 is separated by a hand wearing a work gloves or the like, the delivery is not contaminated. Further, after the delivery slip 12 is separated from the slip piece 10, it becomes difficult to feel a sense of incongruity in the shape of the delivery slip.

  When the perforations 13 and 23 are completely broken to separate the delivery slip 12 and the separating unit 26 from the slip piece 10 and the release mount 20, the second of the release mounts 20 attached to the slip piece 10 is the second. A part of the area that is attached to the area 10b and faces the first area 10a because the peeling mount 20 is folded via the folding line 22 is the delivery slip 12 and the separating unit 26. The notification information 25 is displayed in the separated area and the notification information 25 printed in the area becomes visible, and the notification information 25 is notified to the delivery destination of the delivery (FIGS. 3E and 3F). )).

  In this way, the release mount 20 attached to the slip piece 10 can be folded via the fold line 22, and the region facing the delivery slip 12 is made a separation unit 26 that can be separated together with the delivery slip 12, When the delivery slip 12 is separated together with the separation unit 26 by printing the notification information 25 in a region facing the delivery slip 12 and the separation unit 26 when folded through the delivery unit 22, the notification information 25 is delivered. It is possible to notify the delivery destination of goods.

(Second Embodiment)
4A and 4B are diagrams showing a second embodiment of the delivery slip of the present invention, in which FIG. 4A is a view seen from the front surface, FIG. 4B is a cross-sectional view taken along line AA ′ shown in FIG. (c) is a diagram showing the configuration of the back side of the slip piece 110, (d) is a diagram showing the configuration of the sticking surface of the peeling mount 120 to the slip piece 110, and (e) is the sticking of the peeling mount 120 to the slip piece 110. The figure which shows the structure of the surface on the opposite side to a landing surface, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a).

  In this embodiment, as shown in FIG. 4, a slip piece 110 and a release mount 120 having the same shape are attached by an adhesive 114 applied to a part of the back surface of the slip piece 110 and an adhesive structure 130. Configured.

  The slip piece 110 includes a first area 110a and a second area 110b that are divided through a central portion in the longitudinal direction. A delivery slip 112 serving as a separation slip is provided in the first area 110a, and a sticker slip 111 is provided so as to straddle the first region 110a and the second region 110b. A delivery information display area 111a in which delivery information such as the address, name, or name of the delivery source and delivery destination of the delivery to which the delivery slip is attached is written or printed on each of the pasting slip 111 and the delivery slip 112. 112a is provided, and the delivery slip 112 is further provided with a stamp area 112b for pressing the receipt stamp when the delivery is delivered to the delivery destination. A perforation 113 is formed around the delivery slip 112, and the delivery slip 112 is partitioned by the perforation 113 so as to be separable from the slip piece 110. A cut 112 c is formed at the corner of the delivery slip 112, and this cut 112 c serves as a handle when the delivery slip 112 is separated from the slip piece 110. On the back side of the slip piece 10, the first area 110 a is coated with the adhesive 121 in the area excluding the delivery slip 112, and the second area 110 b is coated with the adhesive 131 and the release agent constituting the adhesive structure 130. 132 is applied.

  The peeling mount 120 is adjacent to the area pasted on the first area 110 a of the slip piece 110 and the area pasted on the second area 110 b of the slip piece 110 so as to be foldable via the folding line 122. ing. In the area pasted on the first area 110 a of the slip piece 110, a slit 124 is formed along the fold line 122 between the area facing the delivery slip 112 and the fold line 122. An unnecessary portion 127 on the side opposite to the folding line 122 can be separated from the peeling mount 120 by 124. A release agent 121 is applied to the attachment surface of the unnecessary portion 127 to the slip piece 110. In the area pasted on the second area 110 b of the slip piece 110, notification information 125 is printed in an area facing the delivery slip 112 when the peeling mount 120 is folded via the folding line 122. In addition, a pressure-sensitive adhesive 131 and a release agent 132 constituting the adhesive structure 130 are applied to the attachment surface of the slip piece 110. Note that the fold line 122 is formed by an appropriate method such as one formed by a line pushing process or one formed by a perforation process.

  In the adhesive structure 130 in which the slip piece 110 and the release mount 120 are attached, the second region 110b of the slip piece 110 and the first of the release mount 120 are the same as those shown in the first embodiment. 2 and an area opposite to the area 110b. The adhesive 131 and the release agent 132 are respectively applied to the area 110b. Further, it is possible to stick to a pasted article such as a delivery by the adhesive structure 130 of the peeling mount 120.

  By adopting such a configuration, in a state before the delivery slip is used, the first region 110a of the slip piece 110 and the region facing the first region 110a of the peeling mount 120 are separated by the adhesive 114. While being pasted, the second area 110b of the slip piece 110 and the area facing the second area 110b of the peeling mount 120 are pasted by the adhesive structure 130 so as to be peelable.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  First, the usage method before sticking to the delivery of the delivery slip shown in FIG. 4 will be described.

  FIG. 5 is a diagram for explaining a method of using the delivery slip shown in FIG. 4 before being attached to the delivery.

  When the delivery slip shown in FIG. 4 is used, first, the unnecessary portion 127 is peeled from the slip piece 110 out of the region pasted on the first region 110 a of the release mount 120 and formed on the release mount 120. The unnecessary portion 127 is separated from the peeling mount 120 by the slit 124 and removed (FIG. 5A). Although the unnecessary portion 127 is attached to the slip piece 110 by the adhesive 114 applied to the back surface of the slip piece 110, the release agent 121 is applied to the sticking surface to the slip piece 110, and thus the slip piece 110. Can be peeled off.

  Next, the second area 110b of the slip piece 110 and the area facing the second area 110b of the peeling mount 120 are peeled, and the peeling mount 120 is folded through the folding line 122 (FIG. 5B). ). The adhesive structure 130 that has pasted the second area 110b of the slip piece 110 and the area facing the second area 110b of the peeling mount 120 can be peeled off after pasting as described above. Therefore, the second area 110b of the slip piece 110 and the area facing the second area 110b of the peeling mount 120 can be peeled off.

  Then, when the peeling mount 120 is folded through the fold line 122, since the unnecessary portion 127 is removed in the area facing the first area 110 a of the peeling mount 120, the second of the peeling mount 120 is removed. The region pasted on the first region 110b comes to face the first region 110a. Here, in the 1st area | region 110a, the area | region where the adhesive 114 of the slip piece 110 was apply | coated in the area | region where the unnecessary part 127 was sticking is exposed as a sticking part. Therefore, the area pasted to the second area 110b of the peeling mount 120 is stuck to the slip piece 110 by the adhesive 114 applied to the slip piece 110 (FIG. 5C). Thereby, the area pasted to the second area 110 b of the release mount 120 is held by the slip piece 110, and the release mount 120 is not opened through the folding line 122.

  In this way, the release mount 120 is folded through the fold line 122, and the delivery slip is attached to the delivery in the state where the second sticker 120 is attached to the slip piece 110. Will do.

  Next, the usage method after sticking on the delivery of the delivery slip with the peeling mount 120 folded as shown in FIG. 5 will be described.

  FIG. 6 is a diagram for explaining a usage method after the peeling mount 120 is folded and attached to the delivery for the delivery slip shown in FIG.

  As shown in FIG. 5, in the state where the release mount 120 is folded via the fold line 122, the adhesive structure 130 composed of the adhesive 131 and the release agent 132 appears on the surface opposite to the slip piece 110. (FIG. 6 (a)). Since the adhesive structure 130 can be attached to a delivery item even after the slip piece 110 and the release mount 120 are peeled off as described above, the delivery slip is delivered using the adhesive 131 of the adhesive structure 130. It sticks to a thing (FIG.6 (b)).

  In this way, since the delivery slip is attached to the delivery by the adhesive structure 130 exposed on the surface opposite to the slip piece 110 by folding the peeling mount 120 through the fold line 122, the entire surface of the delivery slip Becomes the sticking surface to the delivery, and the sticking area to the delivery of the delivery slip becomes wide. This makes it difficult for the delivery slip to leave the delivery.

  The delivery item to which the slip piece 110 is attached is delivered to the delivery destination according to the information entered or printed in the delivery information display areas 111a and 112a.

  Then, after the delivery is delivered to the delivery destination and the receipt stamp is pressed in the stamp area 112b of the delivery slip 112, the delivery slip 112 is picked by cutting the cut 112c of the delivery slip 112 and breaking the perforation 113. Separated from the slip piece 110 (FIGS. 6C and 6D). At this time, since there is an area folded through the fold line 122 of the peeling mount 120 in the area facing the delivery slip 112, when separating the delivery slip 112 from the slip piece 110, a dirty work gloves or the like are fitted. Even if the delivery slip 112 is separated with a hand, the delivery is not contaminated. Further, after the delivery slip 112 is separated from the slip piece 110, the shape of the delivery slip becomes difficult to feel.

  Then, when the perforation 113 is completely broken and the delivery slip 112 is separated from the slip piece 110, the release mount 120 attached to the slip piece 110 is attached to the second area 110b, and the release mount is attached. A part of the area that is opposed to the first area 110a as a result of the 120 being folded via the folding line 122 appears in the area where the delivery slip 112 is separated and printed in that area. The notification information 125 becomes visible, and the notification information 125 is notified to the delivery destination (FIGS. 6E and 6F).

  In this way, the release mount 120 attached to the slip piece 110 can be folded via the fold line 122, and the notification information 125 is displayed in the area facing the delivery slip 112 when folded via the fold line 122. Is printed, the notification information 125 can be notified to the delivery destination when the delivery slip 112 is separated.

(Third embodiment)
7A and 7B are views showing a third embodiment of the delivery slip of the present invention, in which FIG. 7A is a view seen from the front surface, FIG. 7B is a cross-sectional view taken along line AA ′ shown in FIG. (c) is a diagram showing the configuration of the back side of the slip piece 210, (d) is a diagram showing the configuration of the sticking surface of the peeling mount 220 with the slip piece 210, and (e) is the sticking of the peeling mount 220 with the slip piece 210. The figure which shows the structure of the surface on the opposite side to a landing surface, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a).

  In this embodiment, as shown in FIG. 7, a slip piece 210 and a release mount 220 having the same outer shape are pasted by an adhesive 214 applied to a part of the back surface of the slip piece 210 and an adhesive structure 230. It is configured to be worn.

  The slip piece 210 includes a first area 210a and a second area 210b that are divided through a central portion in the longitudinal direction. A delivery slip 212 serving as a separation slip is provided in the first area 210a, and a sticker slip 211 is provided so as to straddle the first region 210a and the second region 210b. A delivery information display area 211a in which delivery information such as a delivery source address and a delivery destination address, name, or name of a delivery object to which the delivery slip is attached is written or printed on each of the pasting slip 211 and the delivery slip 212. 212a is provided, and the delivery slip 212 is further provided with a stamp area 212b for pressing the receipt stamp when the delivery is delivered to the delivery destination. A perforation 213 is formed around the delivery slip 212, and the perforation 213 divides the delivery slip 212 from the slip piece 210. In addition, a notch 212 c is formed at the corner of the delivery slip 212, and this notch 212 c serves as a handle for separating the delivery slip 212 from the slip piece 210. On the back surface of the slip piece 20, an adhesive 221 is applied to a part of the area excluding the delivery slip 212 in the first area 210a so as to surround the delivery slip 212, and an adhesive is attached to the second area 210b. An adhesive 231 and a release agent 232 constituting the structure 230 are applied.

  The peeling mount 220 is adjacent to the area pasted on the first area 210 a of the slip piece 210 and the area pasted on the second area 210 b of the slip piece 210 so as to be foldable via the folding line 222. ing. The area pasted on the first area 210a of the slip piece 210 has a shape facing only the area of the slip piece 210 to which the adhesive 214 is applied. A slit 224 is formed in a region along the fold line 222, and the unnecessary portion 227 can be separated from the peeling mount 220 by the slit 224. A release agent 221 is applied to the attachment surface of the unnecessary portion 227 to the slip piece 210. In the area pasted on the second area 210 b of the slip piece 210, notification information 225 is printed in an area facing the delivery slip 212 when the peeling mount 220 is folded via the folding line 222. Further, an adhesive 231 and a release agent 232 constituting the adhesion structure 230 are applied to the attachment surface with the slip piece 210. Note that the fold line 222 is formed by an appropriate method such as one formed by a line pushing process or one formed by a perforation process.

  In the adhesive structure 230 in which the slip piece 210 and the release mount 220 are attached, the second area 210b of the slip piece 210 and the first of the release mount 220 are the same as those shown in the first embodiment. 2 and an area opposite to the area 210b. The adhesive 231 and the release agent 232 are respectively applied to the area 210b, and are reattached by the adhesive structure 230 between the slip piece 210 and the release mount 220, or the slip piece 210. Further, it can be attached to an attachment such as a delivery by the adhesive structure 230 of the peeling mount 220.

  With this configuration, in a state before the delivery slip is used, the first region 210a of the slip piece 210 and the region facing the first region 210a of the peeling mount 220 are separated by the adhesive 214. While being pasted, the second area 210b of the slip piece 210 and the area facing the second area 210b of the peeling mount 220 are stuck to each other by the adhesive structure 230 so as to be peelable.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  First, the usage method before sticking to the delivery of the delivery slip shown in FIG. 7 is demonstrated.

  FIG. 8 is a diagram for explaining a method of use until the delivery slip shown in FIG. 7 is attached to the delivery.

  When the delivery slip shown in FIG. 7 is used, first, the unnecessary portion 227 is peeled from the slip piece 210 out of the region pasted on the first region 210 a of the release mount 220 and formed on the release mount 220. The unnecessary portion 227 is separated and removed from the peeling mount 220 by the slit 224 (FIG. 8A). Although the unnecessary portion 227 is attached to the slip piece 210 by the adhesive 214 applied to the back surface of the slip piece 210, the release piece 221 is applied to the sticking surface to the slip piece 210. Can be peeled off.

  Next, the second area 210b of the slip piece 210 and the area facing the second area 210b of the peeling mount 220 are peeled off, and the peeling mount 220 is folded through the folding line 222 (FIG. 8B). ). The adhesive structure 230 that has adhered the second area 210b of the slip piece 210 and the area facing the second area 210b of the peeling mount 220 can be peeled off after being adhered as described above. Therefore, the second area 210b of the slip piece 210 and the area facing the second area 210b of the peeling mount 220 can be peeled off.

  Then, when the peeling mount 220 is folded through the fold line 222, the unnecessary portion 227 is removed in the area facing the first area 210a of the peeling mount 220. The region pasted on the second region 210b is opposed to the first region 210a. Here, in the 1st area | region 210a, the area | region where the adhesive 214 of the slip piece 210 was apply | coated in the area | region which the unnecessary part 227 was sticking is exposed as a sticking part. Therefore, the area pasted with the second area 210b of the peeling mount 220 is stuck to the slip piece 210 by the adhesive 214 applied to the slip piece 210 (FIG. 8C). Thereby, the area pasted to the second area 210 b of the release mount 220 is held by the slip piece 210, and the release mount 220 is not opened through the folding line 222.

  In this way, the release mount 220 is folded through the fold line 222, and the delivery slip is attached to the delivery item in the state where the area pasted with the second region 210b of the release mount 220 is held in the slip piece 210. Will do.

  Next, the usage method after sticking on the delivery of the delivery slip by which the peeling mount 220 was folded as shown in FIG. 8 is demonstrated.

  FIG. 9 is a diagram for explaining a usage method after the peeling mount 220 is folded and attached to the delivery for the delivery slip shown in FIG.

  As shown in FIG. 8, in the state where the release mount 220 is folded via the fold line 222, the adhesive structure 230 composed of the adhesive 231 and the release agent 232 appears on the surface opposite to the slip piece 210. (FIG. 9 (a)). Since the adhesive structure 230 can be attached to a delivery item even after the slip piece 210 and the release mount 220 are peeled off as described above, the delivery slip is delivered using the adhesive 231 of the adhesive structure 230. Affixed to the object (FIG. 9B).

  In this way, the delivery slip is attached to the delivery by the adhesive structure 230 exposed on the surface opposite to the slip piece 210 by folding the peeling mount 220 through the fold line 222. Becomes the sticking surface to the delivery, and the sticking area to the delivery of the delivery slip becomes wide. This makes it difficult for the delivery slip to leave the delivery.

  The delivery item to which the slip piece 210 is attached is delivered to the delivery destination according to the information entered or printed in the delivery information display areas 211a and 212a.

  Then, after the delivery is delivered to the delivery destination and the receipt stamp is pressed in the stamp area 212b of the delivery slip 212, the delivery slip 212 is picked up by cutting the notch 212c of the delivery slip 212 and breaking the perforation 213. Separated from the slip piece 210 (FIGS. 9C and 9D). At this time, since there is an area folded through the fold line 222 of the peeling mount 220 in the area facing the delivery slip 212, when the delivery slip 212 is separated from the slip piece 210, a dirty work gloves or the like are fitted. Even if the delivery slip 212 is separated with a hand, the delivery is not contaminated. Further, after the delivery slip 212 is separated from the slip piece 210, it becomes difficult to feel a sense of incongruity in the shape of the delivery slip.

  Then, when the perforation 213 is completely broken and the delivery slip 212 is separated from the slip piece 210, the release mount 220 attached to the slip piece 210 is attached to the second region 210b and is attached to the release mount. A part of the area that faces the first area 210a because 220 is folded via the folding line 222 appears in the area where the delivery slip 212 is separated, and is printed in that area. The notification information 225 becomes visible, and the notification information 225 is notified to the delivery destination (FIGS. 9 (e) and 9 (f)).

  In this way, the release mount 220 attached to the slip piece 210 can be folded via the fold line 222, and the notification information 225 is displayed in the area facing the delivery slip 212 when folded via the fold line 222. Is printed, the notification information 225 can be notified to the delivery destination when the delivery slip 212 is separated.

  In the three embodiments described above, the second areas 10b, 110b, 210b of the slip pieces 10, 110, 210 and the areas facing the second areas 10b, 110b, 210b of the release mounts 20, 120, 220, and In the adhesive structures 30, 130, and 230 that are detachably attached, the adhesives 31, 131, and 231 and the release agents 32, 132, and 232 are not alternately applied as described above. Any material can be used as long as it can be peeled off after sticking and can be attached after peeling. For example, the adhesive can be peeled after sticking to each other by devising the application form of the adhesive, such as applying the adhesive in a dot pattern, or applying it in a staggered pattern or skewed manner. In addition, it can be attached after peeling.

It is a figure which shows 1st Embodiment of the delivery slip of this invention, (a) is the figure seen from the surface, (b) is AA 'sectional drawing shown to (a), (c) is a slip The figure which shows the structure of the back surface of a piece, (d) is a figure which shows the structure of the sticking surface with the slip piece of a peeling mount, (e) is the surface on the opposite side to the sticking surface with the slip piece of a peeling mount. The figure which shows a structure, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a). It is a figure for demonstrating the usage method until it sticks on the delivery of the delivery slip shown in FIG. It is a figure for demonstrating the usage method after peeling board | substrate was folded and stuck on the delivery thing about the delivery slip shown in FIG. It is a figure which shows 2nd Embodiment of the delivery slip of this invention, (a) is the figure seen from the surface, (b) is AA 'sectional drawing shown to (a), (c) is a slip The figure which shows the structure of the back surface of a piece, (d) is a figure which shows the structure of the sticking surface with the slip piece of a peeling mount, (e) is the surface on the opposite side to the sticking surface with the slip piece of a peeling mount. The figure which shows a structure, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a). It is a figure for demonstrating the usage method until it sticks on the delivery of the delivery slip shown in FIG. It is a figure for demonstrating the usage method after peeling board | substrate was folded and stuck on the delivery thing about the delivery slip shown in FIG. It is a figure which shows 3rd Embodiment of the delivery slip of this invention, (a) is the figure seen from the surface, (b) is AA 'sectional drawing shown to (a), (c) is a slip The figure which shows the structure of the back surface of a piece, (d) is a figure which shows the structure of the sticking surface with the slip piece of a peeling mount, (e) is the surface on the opposite side to the sticking surface with the slip piece of a peeling mount. The figure which shows a structure, (f) is BB 'sectional drawing shown to (a), (g) is CC' sectional drawing shown to (a). It is a figure for demonstrating the usage method until it sticks on the delivery of the delivery slip shown in FIG. It is a figure for demonstrating the usage method after peeling board | substrate was folded and stuck on the delivery thing about the delivery slip shown in FIG.

Explanation of symbols

10, 110, 210 slip piece 10a, 110a, 210a first area 10b, 110b, 210b second area 11, 111, 211 sticker 11a, 12a, 111a, 112a, 211a, 212a delivery slip display area 12b, 112b , 212b Imprint area 12c, 112c, 212c Notch 13, 23, 113, 213 Perforation 14, 31, 114, 131, 214, 231 Adhesive 20, 120, 220 Release mount 21, 32, 121, 132, 221, 232 Release agent 22, 122, 222 Folding line 24, 124, 224 Slit 25, 125, 225 Notification information 26 Separating part 27, 127, 227 Unnecessary part 30, 130, 230 Adhesive structure

Claims (1)

A slip piece comprising a first area and a second area, in which a separation slip is detachably formed in the first area;
An area adhered to at least a part of the first area of the slip piece and the second area, an area adhered to the first area, and an area adhered to the second area. A foldable line adjacent to the fold line, and when folded through the fold line, the area pasted on the second area has a release mount facing the first area; ,
The second region of the slip piece and the region facing the second region of the peeling mount are mutually attached by an adhesive structure that can be peeled after sticking to each other and can be stuck after peeling. Pasted,
The first area is a delivery slip having a sticking portion that is stuck to a part of the facing area when the peeling board is folded via the fold line in the peeling board.

Images