Delivery slip

Abstract

To provide a delivery slip that makes it difficult to tamper with the information being entered.SOLUTION: The delivery slip includes: an upper substrate 10 formed by connecting a copy region 10a and a non-copy region 10b; a color-developing agent layer 20 laminated over the entire lower surface of the upper substrate 10; a middle substrate 70; a color-forming agent layer 50 laminated on the upper surface of the middle substrate 70; an adhesive layer 30 laminated over the entire lower surface of the middle substrate 70; a lower substrate 60; and a release agent layer 40 laminated over the entire upper surface of the lower substrate 60. The surface of the upper substrate 10 on which the color-developing agent layer 20 is laminated is detachably adhered to the surface of the middle substrate 70 on which the color-forming agent layer 50 is laminated via a pseudo-adhesive layer 80, with the adhesion strength in the region of the pseudo-adhesive layer 80 facing the copy region 10a being weaker than that in the region facing the non-copy region 10b, and with information entry fields provided on the upper surfaces of both copy region 10a and non-copy region 10b, and a slit 13 is formed at the boundary between the copy region 10a and the non-copy region 10b.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present invention relates to a delivery slip. [Background technology]

[0002] Conventionally, delivery slips that are affixed to deliveries have been used to deliver the deliveries. Among such delivery slips, there is known one in which a detachable separation part is connected to the so-called waybill that is affixed to the delivery, and the separation part is affixed to the delivery after being separated (for example, see Patent Document 1). [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Japanese Patent Application Laid-Open No. 2014-73655 Summary of the Invention [Problem to be solved by the invention]

[0004] As described above, in a delivery slip in which the separation unit is configured to be detachable and is attached to the delivery after the separation unit is separated, the separation unit can be used to manage the delivery or as a delivery receipt. For example, the separation unit can be stored at the store that accepts the delivery of the delivery and at the delivery company that delivers the delivery. It can also be stored as a delivery receipt at the delivery source of the delivery. In this case, it is preferable to prevent the information written on the separation unit from being tampered with.

[0005] An object of the present invention is to provide a delivery slip that makes it difficult to tamper with the information entered. [Means for solving the problem]

[0006] In order to achieve the above object, the present invention provides: A delivery slip having an upper sheet portion, a middle sheet portion, and a lower sheet portion, The upper sheet portion is an upper substrate having a copy area and a non-copy area connected to each other; a color former layer laminated on the entire lower surface of the upper substrate, The lower sheet portion is a lower substrate having an area facing the copy area and an area facing the non-copy area; a release agent layer laminated on the entire upper surface of the lower substrate, The intermediate sheet portion is a middle substrate having an area facing the copy area and an area facing the non-copy area; a pressure-sensitive adhesive layer laminated on the entire lower surface of the intermediate substrate; a developer layer laminated on at least an area of ​​the upper surface of the intermediate substrate facing the copy area and the non-copy area; the lower sheet portion and the intermediate sheet portion are releasably attached by the pressure-sensitive adhesive layer and the release agent layer, the surface of the upper substrate on which the color former layer is laminated is releasably attached to the surface of the middle substrate on which the color developer layer is laminated by a pseudo-adhesive layer; The pseudo-adhesive layer is formed using the same adhesive and release agent in the area facing the copy area and the area facing the non-copy area, and the adhesive strength of the area facing the copy area is weaker than the adhesive strength of the area facing the non-copy area, The upper sheet portion has information entry fields on the upper surface of each of the copy area and the non-copy area of ​​the upper base material, This is a delivery slip in which a slit is formed at the boundary between the copy area and the non-copy area, penetrating the upper sheet portion, the pseudo-adhesive layer, and the intermediate sheet portion.

[0007] In the present invention configured as described above, when information is written in the information entry field provided in the copy area of ​​the upper substrate, a pseudo-adhesive layer is interposed between the surface of the upper substrate on which the color former layer is laminated and the surface of the middle substrate on which the color developer layer is laminated. However, the pseudo-adhesive layer is formed using the same adhesive in the area facing the copy area and the area facing the non-copy area, and the adhesive strength of the area facing the copy area is weaker than the adhesive strength of the area facing the non-copy area. Therefore, the written information is easily copied to the intermediate sheet portion by the color former layer and the color developer layer. Because the copy area of ​​the upper substrate is attached to the intermediate substrate by the pseudo-adhesive layer, when the copy area of ​​the upper substrate is subsequently separated by peeling the upper substrate from the middle substrate, the information written in the information entry field is retained in both the separated area of ​​the upper sheet portion and the intermediate sheet portion. Therefore, by comparing these two pieces of information, it is possible to determine whether the information written in the information entry field has been tampered with. In addition, when information is written in the information entry field provided in the non-copying area of ​​the upper substrate, the pseudo-adhesive layer is interposed between the surface on which the color-forming agent layer of the upper substrate is laminated and the surface on which the color-developing agent layer of the middle substrate is laminated, making it difficult for the written information to be copied onto the intermediate sheet portion.

[0008] A coating layer may be laminated on the developer layer laminated on the intermediate substrate in an area facing the non-copying area.

[0009] In such a configuration, the pseudo adhesive constituting the pseudo adhesive layer is less likely to penetrate into the intermediate substrate, and the adhesive strength of the pseudo adhesive layer is improved. [Effects of the Invention]

[0010] According to the present invention, it is possible to make it difficult to tamper with the information to be written.

[0011] In addition, in a case where a coating layer is laminated on the area facing the non-copying area on the developer layer laminated on the intermediate substrate, the pseudo-adhesive that constitutes the pseudo-adhesive layer is less likely to penetrate into the intermediate substrate, and the adhesive strength of the pseudo-adhesive layer is improved. [Brief explanation of the drawings]

[0012] [Figure 1] 1A and 1B are diagrams showing an embodiment of a delivery slip of the present invention, in which (a) is a front view and (b) is a cross-sectional view taken along the line AA shown in (a). [Figure 2] 2 is a diagram showing the configuration of the lower surface side of the upper substrate shown in FIG. 1. FIG. [Figure 3] FIG. 2 is a diagram showing the configuration of the upper surface side of the intermediate substrate shown in FIG. [Figure 4] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 5] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 6] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 7] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 8] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 9] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 10] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. [Figure 11] FIG. 2 is a diagram for explaining how to use the delivery slip shown in FIG. DETAILED DESCRIPTION OF THE INVENTION

[0013] Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

[0014] <Delivery slip composition> Fig. 1 shows an embodiment of a delivery slip of the present invention, where (a) is a front view and (b) is a cross-sectional view taken along line AA in (a). Fig. 2 shows the configuration of the lower surface side of the upper substrate 10 shown in Fig. 1. Fig. 3 shows the configuration of the upper surface side of the middle substrate 70 shown in Fig. 1.

[0015] 1, this embodiment is a delivery slip 1 constructed by laminating, in this order, an upper substrate 10, a color former layer 20, a pseudo-adhesive layer 80, a medium layer 83, a color developer layer 50, a middle substrate 70, an adhesive layer 30, a release agent layer 40, and a lower substrate 60. The upper substrate 10 and the color former layer 20 constitute an upper sheet portion 1a, the medium layer 83, the color developer layer 50, the middle substrate 70, and the adhesive layer 30 constitute an intermediate sheet portion 1c, and the release agent layer 40 and the lower substrate 60 constitute a lower sheet portion 1b.

[0016] The upper substrate 10 is configured with a copy area 10a and a non-copy area 10b that are connected to each other. A slit 13 is formed at the boundary between the copy area 10a and the non-copy area 10b, and the copy area 10a and the non-copy area 10b are connected to each other via the slit 13. The slit 13 penetrates the upper sheet portion 1a, the intermediate sheet portion 1c, and the pseudo-adhesive layer 80.

[0017] The non-copy area 10b has information entry fields 11a to 11f, and displays barcode information 12a and a control number 12b. Each of the information entry fields 11a to 11f is an area for entering information for managing the delivery of a delivery item using the delivery slip 1. For example, the information entry field 11a is used to enter destination information such as the address, name, and other information of the delivery recipient of the delivery item. The information entry field 11b is used to enter shipper information such as the address, name, and other information of the sender of the delivery item. The information entry field 11c is used to enter the name of the delivery item. The information entry field 11d is used to enter a desired delivery date indicating the desired date for delivery of the delivery item. The information entry field 11e is used to enter a desired time period for delivery of the delivery item. The information entry field 11f is used to enter the size of the delivery item. The barcode information 12a and the control number 12b are used to manage the delivery of the delivery item and are linked to each other.

[0018] Copy area 10a has information entry fields 11g to 11i and displays control number 12c. The delivery fee for the delivery item is entered in information entry field 11h. Special notes regarding delivery of the delivery item are entered in information entry fields 11g and 11i. The size of the delivery item may also be entered in copy area 10a. Control number 12c is used to manage the delivery of the delivery item and is linked to barcode information 12a and control number 12b. The same barcode information as barcode information 12a may also be displayed in copy area 10a.

[0019] 1(b), a color former is applied to the entire lower surface of the upper substrate 10 to form a color former layer 20. As the color former constituting the color former layer 20, known color formers can be used, such as colorless or light-colored electron-donating color-forming organic compounds, such as triphenylmethanephthalides, leucoauramines, spiropyrans, and fluorans.

[0020] A release varnish layer 81 is formed by applying a release varnish to the entire surface of the color former layer 20 opposite the upper substrate 10. As shown in FIG. 2, the release varnish layer 81 is composed of two types of release varnish layers 81a and 81b. The release varnish layers 81a and 81b are made of the same release agent, but the release varnish is applied in different ways. The release varnish layer 81a is formed by printing the release varnish with a coarse screen in the copy area 10a of the color former layer 20 opposite the upper substrate 10. On the other hand, the release varnish layer 81b is formed by solid printing the release varnish in the non-copy area 10b of the color former layer 20 opposite the upper substrate 10. In this way, the release varnish is printed with a coarse screen in the copy area 10a, resulting in a thinner layer of release varnish overall than in the non-copy area 10b.

[0021] The length of the middle substrate 70 in the direction in which the copy area 10a and non-copy area 10b of the upper substrate 10 are joined is longer than that of the upper substrate 10, and the middle substrate 70 is disposed opposite the upper substrate 10 so that the edge on the non-copy area 10b side is aligned with the edge of the upper substrate 10. As a result, the middle substrate 70 has an area facing the copy area 10a and an area facing the non-copy area 10b, and has a protrusion 71 exposed from the upper substrate 10 on the side of the area facing the copy area 10a. The protrusion 71 of the middle substrate 70 is linked to the barcode information 12a and the control number 12b and displays a control number 12d for managing the delivery of the delivery item.

[0022] As shown in FIG. 1(b), a color developer layer 50 is laminated on the upper surface of the middle substrate 70 by applying a color developer to the entire area facing the upper substrate 10. The color developer constituting the color developer layer 50 develops color by mixing with the color former constituting the color former layer 20, and typically, a compound having a phenolic hydroxyl group, such as paraphenylphenol or zinc 3,5-dibutylsalicylate, can be used. This allows the color developer layer 50 to pair with the color former layer 20 and provide a copying function. In addition, a printed layer may be laminated on the color developer layer 50 by printing, and advertisements or the like may be displayed on the color developer layer 50.

[0023] Furthermore, a medium layer 83 is laminated on the area facing the non-copy area 10b on the upper surface of the color developer layer 50. The medium layer 83 is an example of a coating layer in the present invention.

[0024] A pseudo adhesive layer 82 is formed on the entire surface of the intermediate substrate 70 on which the developer layer 50 is laminated, by applying a pseudo adhesive to cover the developer layer 50 and the medium layer 83. Here, as shown in FIG. 3, the pseudo adhesive layer 82 is composed of two types of pseudo adhesive layers 82a and 82b. The pseudo adhesive layers 82a and 82b are composed of the same pseudo adhesive, but the application forms of the pseudo adhesive are different. The pseudo adhesive layer 82a is laminated on the surface of the intermediate substrate 70 on which the developer layer 50 is laminated, in an area facing the copy area 10a, by printing the pseudo adhesive over the developer layer 50 with a coarse screen. On the other hand, the pseudo adhesive layer 82b is laminated on the surface of the intermediate substrate 70 on which the developer layer 50 is laminated, in an area facing the non-copy area 10b, by solid printing the pseudo adhesive over the developer layer 50 and the medium layer 83. In this way, in the area facing the copy area 10a, the pseudo glue is printed with a coarse screen, so that the pseudo glue is applied thinner overall than in the area facing the non-copy area 10b. The pseudo adhesive that makes up the pseudo glue layer 82 can be peeled off after application, and its surface does not become sticky after peeling.

[0025] The pseudo-adhesive layer 80 is composed of the release varnish layer 81 and the pseudo-glue layer 82. As a result, the surface of the upper substrate 10 on which the color former layer 20 is laminated and the surface of the middle substrate 70 on which the developer layer 50 is laminated are releasably attached by the pseudo-adhesive layer 80. Here, in the release varnish layer 81, the release varnish layer 81a laminated in the copy area 10a is thinner in the release varnish layer than the release varnish layer 81b laminated in the non-copy area 10b. Also, in the pseudo-glue layer 82, the pseudo-glue layer 82a laminated in the area facing the copy area 10a is thinner in the pseudo-glue layer than the pseudo-glue layer 82b laminated in the area facing the non-copy area 10b. As a result, the adhesive strength of the pseudo-adhesive layer 80 in the area facing the copy area 10a is weaker than the adhesive strength of the area facing the non-copy area 10b. Furthermore, by laminating the medium layer 83 on the upper surface of the developer layer 50 in the area facing the non-copy area 10b, the pseudo-adhesive that constitutes the pseudo-glue layer 82b is less likely to penetrate into the intermediate substrate 70 through the developer layer 50, and as a result, the adhesive strength of the pseudo-adhesive layer 80 in the area facing the non-copy area 10b is stronger than the adhesive strength of the area facing the copy area 10a.

[0026] As shown in FIG. 1(b), an adhesive layer 30 is laminated on the entire lower surface of the intermediate base material 70 by applying an adhesive thereto.

[0027] The lower substrate 60 has the same outer shape as the middle substrate 70, and is disposed opposite the middle substrate 70 so that its four peripheries overlap. As a result, the lower substrate 60 has an area facing the copy area 10a and an area facing the non-copy area 10b, and has a protrusion 71 exposed from the upper substrate 10, just like the middle substrate 70.

[0028] 1(b), a release agent layer 40 is laminated on the entire upper surface of the lower substrate 60 by applying silicone to the entire surface. Note that the release agent layer 40 does not need to be laminated on the copy area 10a, as long as it is laminated at least in the area facing the non-copy area 10b. However, when tack paper is used as the lower sheet portion 1b and the intermediate sheet portion 1c as described below, laminating the release agent layer 40 on the entire upper surface of the lower substrate 60 improves manufacturing operability.

[0029] The upper sheet portion 1a and the intermediate sheet portion 1c are releasably attached by a pseudo-adhesive layer 80, and the lower sheet portion 1b and the intermediate sheet portion 1c are releasably attached by an adhesive layer 30 and a release agent layer 40.

[0030] The lower sheet portion 1b and intermediate sheet portion 1c thus configured can be, for example, tack paper in which the lower sheet portion 1b and the intermediate sheet portion 1c are laminated together.

[0031] <How to use the delivery slip> The following describes how to use the delivery slip 1 configured as above.

[0032] 4 to 11 are diagrams for explaining how to use the delivery slip 1 shown in FIG.

[0033] A delivery slip 1 shown in FIG. 1 is used by filling in the information required for delivery of an item.

[0034] First, information necessary for delivery of the item is entered in each of the information entry fields 11a to 11f provided in the non-copy area 10b of the upper base material 10. For example, as shown in FIG. 4, destination information 2a, such as the address, name, and other information of the recipient of the item, is entered in the information entry field 11a. Furthermore, shipper information 2b, such as the address, name, and other information of the sender of the item, is entered in the information entry field 11b. Furthermore, the name of the item is entered in the information entry field 11c. Furthermore, the desired delivery date, indicating the desired date for delivery of the item, is entered in the information entry field 11d. Furthermore, the desired time period for delivery of the item is entered in the information entry field 11e. These entries may be made by the shipper who is the sender of the item. Note that instead of entering information in all of the information entry fields 11a to 11e, information may be printed in advance in some of them. In this case, although the adhesive strength of the upper substrate 10 to the intermediate sheet portion 1c differs between the copy area 10a and the non-copy area 10b as described above, the upper substrate 10 is adhered over its entire surface by the pseudo-adhesive layer 80. This prevents the upper substrate 10 from curling up from the edge of the copy area 10a in the direction in which it connects to the non-copy area 10b when the delivery slip 1 is transported through the printer in the direction in which the copy area 10a and the non-copy area 10b connect. Furthermore, because the upper substrate 10 is adhered over its entire surface to the intermediate sheet portion 1c, it is possible to prevent the upper substrate 10 from being detected as a double feed when printing information in the information entry fields 11a-11e using a printer that has a function to detect so-called double feed, where multiple sheets of paper are stacked on top of each other.

[0035] Furthermore, if the release varnish layer 81 is not laminated in the area along the edge of the copy area 10a opposite the non-copy area 10b, the adhesive strength between the upper substrate 10 and the intermediate sheet portion 1c in the area along the edge of the copy area 10a opposite the non-copy area 10b is improved, making it easier to achieve the effect of preventing the upper substrate 10 from rolling up from the edge of the copy area 10a in the direction of connection with the non-copy area 10b. In addition, by laminating the medium layer 83 in the area of ​​the surface of the intermediate substrate 70 on which the developer layer 50 is laminated, facing the area along the edge of the copy area 10a opposite the non-copy area 10b, the adhesive strength between the upper substrate 10 and the intermediate sheet portion 1c in the area along the edge of the copy area 10a opposite the non-copy area 10b is improved, making it easier to achieve the effect of preventing the upper substrate 10 from rolling up from the edge of the copy area 10a in the direction of connection with the non-copy area 10b.

[0036] Furthermore, even in the area of ​​the copy area 10a facing the area along the non-copy area 10b, the pseudo-adhesion layer 80 can be made of only the pseudo-glue layer 82 without providing the release varnish layer 81, or by laminating a medium layer 83, the pseudo-adhesion force between the upper substrate 10 and the middle substrate 70 can be made stronger than that of the non-copy area 10b, thereby preventing the copy area 10a from accidentally peeling off from the middle substrate 70.

[0037] Furthermore, the store that accepts the delivery of the item measures the size of the item and enters the size of the item in information entry field 11f. The delivery fee for the item is determined based on the size of the item and the delivery address, and delivery fee 2c for the item is entered in information entry field 11h as shown in Fig. 4. Furthermore, if there are any special instructions for the delivery of the item, such as refrigeration or handling precautions, these may be entered in information entry fields 11g and 11i.

[0038] Here, in the copy area 10a, the middle substrate 70 faces the lower surface of the upper substrate 10. A color former layer 20 is laminated over the entire lower surface of the upper substrate 10, and a color developer layer 50 is laminated on the area of ​​the upper surface of the middle substrate 70 facing the upper substrate 10. A pseudo-adhesive layer 80 is interposed between the color former layer 20 and the color developer layer 50, but in the copy area 10a, the release varnish layer 81a constituting the pseudo-adhesive layer 80 is thinner than the release varnish layer 81b laminated in the non-copy area 10b. Furthermore, the pseudo-glue layer 82a constituting the pseudo-adhesive layer 80 is thinner than the pseudo-glue layer 82b laminated in the non-copy area 10b. As a result, when the shipping fee 2c for the delivery item is written in the information entry field 11h, the pressure of the writing causes the color former constituting the color former layer 20 and the color developer constituting the color developer layer 50 to mix, making it easier for the shipping fee 2c written in the information entry field 11h to be copied to the area of ​​the intermediate substrate 70 facing the information entry field 11h. Meanwhile, information is also written in the information entry fields 11a-11f provided in the no-copy area 10b, but in the area facing the no-copy area 10b, the pseudo-adhesive layer 80 is interposed between the color former layer 20 and the color developer layer 50, and the release varnish layer 81b and pseudo-glue layer 82b constituting the pseudo-adhesive layer 80 are laminated by solid printing, so the information written in the information entry fields 11a-11f is less likely to be copied to the intermediate substrate 70. Furthermore, in the area facing the non-copy area 10b, the medium layer 83 is laminated on the developer layer 50, making it difficult for information written in the information entry fields 11a-11f to be copied onto the middle substrate 70. Therefore, the information written in the information entry fields 11a-11f is retained only in the non-copy area 10b of the upper substrate 10, preventing the information written in the information entry fields 11a-11f from being spread more than necessary. In particular, the destination information 2a and shipper information 2b written in the information entry field 11a are necessary for delivery of the package, but are personal information that should not be spread. Therefore, it is preferable to retain them only in the non-copy area 10b of the upper substrate 10. To achieve this effect, the medium layer 83 need not be provided. Alternatively, an ink layer that neutralizes the effect of the developer layer 50 may be laminated instead of the medium layer 83.

[0039] After the delivery of the item is accepted in this manner, the non-copy area 10b of the upper substrate 10 is separated from the copy area 10a by the slit 13 as shown in Figures 5 and 6, and is peeled off from the lower sheet portion 1b together with the pseudo-adhesive layer 80 and the area of ​​the intermediate sheet portion 1c facing the non-copy area 10b, and is attached to the delivery item 3 as shown in Figure 7.

[0040] 5 is a diagram showing the state where the non-copy area 10b of the upper substrate 10 is separated as viewed from the surface, and FIG. 6 is a cross-sectional view showing the state where the non-copy area 10b of the upper substrate 10 is separated.

[0041] The non-copy area 10b and the copy area 10a of the upper substrate 10 can be separated by the slit 13, and the pseudo-adhesive layer 80 and the areas of the intermediate sheet portion 1c facing the non-copy area 10b and the copy area 10a can also be separated by the slit 13, so that the non-copy area 10b can be separated from the copy area 10a. Furthermore, the middle substrate 70 is releasably attached to the lower substrate 60 by the adhesive layer 30 and the release agent layer 40, so that the area of ​​the middle substrate 70 facing the non-copy area 10b can be peeled off from the lower substrate 60. The adhesive layer 30 is laminated on the surface of the middle substrate 70 that has been peeled off from the lower substrate 60, so that the non-copy area 10b of the upper substrate 10 can be attached to the delivery 3 together with the pseudo-adhesive layer 80 and the area of ​​the intermediate sheet portion 1c facing the non-copy area 10b using this adhesive layer 30.

[0042] In this way, the non-copy area 10b peeled off from the lower base material 60 together with the pseudo-adhesive layer 80 and the intermediate sheet portion 1c is attached to the delivery, and then the delivery is collected by a delivery company. At this time, an image of the non-copy area 10b attached to the delivery is first captured. In the non-copy area 10b, information is written in each of the information entry fields 11a to 11f, and barcode information 12a and a control number 12b are displayed. Therefore, by saving the captured image in the system, the information written in each of the information entry fields 11a to 11f can be identified using the barcode information 12a and the control number 12b, and the delivery can be managed.

[0043] 8 and 9, the copy area 10a of the upper substrate 10 is separated from the intermediate sheet portion 1c and the lower sheet portion 1b by peeling off the pseudo-adhesive layer 80 at the interface between the release varnish layer 81 and the pseudo-glue layer 82. Then, for example, the delivery company keeps the copy area 10a separated from the intermediate sheet portion 1c and the lower sheet portion 1b as a copy, and the store that accepts the delivery of the item keeps the intermediate sheet portion 1c and the lower sheet portion 1b from which the copy area 10a has been separated.

[0044] 8 is a diagram showing the state where the copy area 10a of the upper substrate 10 is separated, as viewed from the surface, and FIG. 9 is a cross-sectional view showing the state where the copy area 10a of the upper substrate 10 is separated.

[0045] 8, in the area of ​​the intermediate substrate 70 facing the information entry field 11h, the shipping fee 2c entered in the information entry field 11h is copied as copy information 2d. As a result, the shipping fee 2c entered in the information entry field 11h is stored in the copy area 10a separated from the middle sheet portion 1c and the lower sheet portion 1b, and in the middle sheet portion 1c and the lower sheet portion 1b from which the copy area 10a has been separated. Therefore, even if the shipping fee for a delivery item is fraudulently rewritten, the rewriting can be detected by comparing these two pieces of information, making it difficult to tamper with the information entered.

[0046] Furthermore, a control number 12c linked to the barcode information 12a displayed in the non-copy area 10b of the upper substrate 10 is displayed in the copy area 10a of the upper substrate 10, and a control number 12d linked to the barcode information 12a displayed in the non-copy area 10b of the upper substrate 10 is also displayed on the protrusion 71 of the middle substrate 70. Therefore, the information entered in each of the information entry fields 11a to 11f of the upper substrate 10 can be identified using these control numbers 12c and 12d, and deliveries can be managed.

[0047] In this embodiment, the delivery slip 1 has a non-copy area 10b as the area to be affixed to the delivery, and a copy area 10a as the area separated from the non-copy area 10b. By managing the delivery using two pieces of information stored separately from the delivery in the copy area 10a, the information entered on the delivery slip 1 is made difficult to tamper with. Therefore, after the non-copy area 10b and the intermediate sheet portion 1c are peeled off from the lower sheet portion 1b and affixed to the delivery, the remaining portion is separated into the copy area 10a of the upper substrate 10, the intermediate sheet portion 1c, and the lower sheet portion 1b, and the copy area 10a and the intermediate sheet portion 1c each store the same copied information. If one of the two pieces of information stored separately is stored on the delivery when managing the delivery, it would be difficult to verify the two pieces of information after the delivery has reached its destination. However, the delivery slip 1 in this embodiment makes it easy to perform tasks such as comparing two pieces of copied information, whether before or after the delivery item is delivered to the destination, making it difficult to tamper with the information entered on the delivery slip 1.

[0048] As shown in Fig. 7, the delivery item 3 with the non-copy area 10b attached is delivered to the destination in accordance with the destination information 2a entered in the information entry field 11a. After the delivery item 3 has reached the destination, the upper sheet portion 1a is peeled off from the middle sheet portion 1c at the interface between the release varnish layer 81 and the pseudo-adhesive layer 82, as shown in Figs. 10 and 11. The delivery company then takes the upper sheet portion 1a home.

[0049] Note that Figure 10 is a view from the surface showing how the non-copy area 10b of the upper substrate 10 is peeled off from the intermediate sheet portion 1c, and Figure 11 is a cross-sectional view showing how the non-copy area 10b of the upper substrate 10 is peeled off from the intermediate sheet portion 1c.

[0050] In this case, information written in the information entry fields 11a-11f in the no-copy area 10b is unlikely to be copied onto the intermediate substrate 70. Therefore, even when the upper sheet portion 1a is peeled from the intermediate sheet portion 1c at the interface between the release varnish layer 81 and the pseudo-adhesive layer 82, the information written in the information entry fields 11a-11f is retained only in the no-copy area 10b of the upper substrate 10, preventing the information written in the information entry fields 11a-11f from spreading more than necessary. Also, in some cases, the delivery company may not take the upper sheet portion 1a home. Even in this case, the information written in the information entry fields 11a-11f can be separated from the delivery 3 by peeling the upper sheet portion 1a from the intermediate sheet portion 1c at the interface between the release varnish layer 81 and the pseudo-adhesive layer 82, preventing the information written in the information entry fields 11a-11f from spreading more than necessary. [Explanation of symbols]

[0051] 1. Delivery slip 1a Upper seat part 1b Lower seat part 1c Middle seat section 2a Shipping Information 2b Shipper information 2c shipping fee 2d copy information 3 Delivery items 10 Upper base material 10a Copy area 10b Non-replication area 11a~11i Information entry field 12a Barcode Information 12b~12d Management number 13 Slit 20 Color former layer 30 adhesive layer 40 Release agent layer 50 Developer layer 60 Lower base material 70 Medium base material 71 Protrusion 80 Pseudo adhesive layer 81, 81a, 81b Peel-off varnish layer 82, 82a, 82b Pseudo glue layer 83 Medium layer

Claims

1. A delivery slip having an upper sheet portion, a middle sheet portion, and a lower sheet portion, The upper sheet portion is an upper substrate having a copy area and a non-copy area connected to each other; a color former layer laminated on the entire lower surface of the upper substrate, The lower sheet portion is a lower substrate having an area facing the copy area and an area facing the non-copy area; a release agent layer laminated on the entire upper surface of the lower substrate, The intermediate sheet portion is a middle substrate having an area facing the copy area and an area facing the non-copy area; a pressure-sensitive adhesive layer laminated on the entire lower surface of the intermediate substrate; a developer layer laminated on at least an area of ​​the upper surface of the intermediate substrate facing the copy area and the non-copy area; the lower sheet portion and the intermediate sheet portion are releasably attached by the pressure-sensitive adhesive layer and the release agent layer, the surface of the upper substrate on which the color former layer is laminated is releasably attached to the surface of the middle substrate on which the color developer layer is laminated by a pseudo-adhesive layer; The pseudo-adhesive layer is formed using the same adhesive and release agent in the area facing the copy area and the area facing the non-copy area, and the adhesive strength of the area facing the copy area is weaker than the adhesive strength of the area facing the non-copy area, The upper sheet portion has information entry fields on the upper surface of each of the copy area and the non-copy area of ​​the upper base material, A delivery slip in which a slit is formed at the boundary between the copy area and the non-copy area, penetrating the upper sheet portion, the pseudo-adhesive layer, and the intermediate sheet portion.

2. The delivery slip according to claim 1, A delivery slip in which a coating layer is laminated on the developer layer laminated on the intermediate substrate in an area facing the non-copy area.

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