JP2013047750A - Double-sided printing label and pasting method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a double-sided printing label which is suitable for resource-saving by the effective use of a mount thereof, does not require collation between printing contents of a label substrate and those of the mount, and can be pasted to an article to be pasted to, such as an article to be delivered, in a state where content details are concealed.SOLUTION: It is noticed that information can be printed on a label substrate (front side substrate 32) and a mount (rear side substrate 33) which are laminated so as to be separable from each other, and perforations 38 and 42 are formed. The front side perforation 38 defining a front side center area 39 and a front side peripheral edge area 40 is formed on the front side substrate 32, and the rear side perforation 42 defining a rear side center area 43 and a rear side peripheral edge area 44 is formed on the rear side substrate 33. The rear side peripheral edge area 44 is cut off from the rear side center area 43 along the rear side perforation 42, and the rear side center area 43 of the rear side substrate 33 is made to face an article to be pasted to, to allow a label substrate 31 to be pasted by an adhesive layer of the exposed front side substrate 32.

Description

    The present invention relates to a label for double-sided printing and a method for sticking the double-sided printing, and particularly to a label for double-sided printing that can be used for various purposes such as a delivery slip and a method for sticking the same.

Conventionally, the label material with a configuration in which paste (adhesive) is applied to the back surface of the label base material and a backing paper with a release agent (peeling paper) is temporarily attached is because the backing material is discarded in actual use. It is expensive and not desirable from the viewpoint of resource saving.
Therefore, the development of a label material without a mount that does not use the mount itself, or a label material that can be used without discarding the mount has been advanced.

FIG. 6 shows an example of a case where a conventional label material that can be used without discarding the mount is used as a delivery slip 1 capable of double-sided printing. FIG. FIG. 6 and FIG. 6B are back views of the delivery slip 1 (see Patent Document 1).
The delivery slip 1 has a label base 2 on the front side and a mount 3 on the back side.
The label base material 2 and the mount 3 are coated with a heat-sensitive color former on their respective surfaces to enable thermal color printing (thermal printing). The label base material 2 can be printed with information such as destination and sender. The product name and quantity can be printed on the mount 3 as an invoice (delivery details).

    In addition, in the back surface side of the label base material 2, while forming the adhesive layer 4 in the edge part of the three sides, without forming the adhesive layer 4 in the one side (upper side in FIG. 6 (1)). An opening 5 is provided, and an invoice storage portion 6 (mounting storage portion) can be formed in the inner portion thereof.

Further, a release agent layer 7 is formed on the front side of the mount 3, and a position detection mark 8 of the delivery slip 1 is printed on the back side of the mount 3 in advance. It is possible to detect the position when printing is performed through the printing printer 9, FIG.
Further, the delivery slip 1 may be in the form of a single leaf, or may be formed in a strip shape as a continuous form through the perforation 22 for cutting (FIG. 7).

    FIG. 7 is a schematic side view of a double-sided printer 9 (for example, a thermal printer) for printing predetermined information on both sides of the delivery slip 1 (label base material 2 and mount 3). A printer housing 10, a supply unit 11 of a delivery slip 1 provided on the upstream side of the printer housing 10, a position detection unit 12, a first printing unit 13 and a second printing unit 14, and a control unit 15. Have.

    The supply unit 11 accommodates the delivery slip 1 in, for example, a fan-hold type, and enables the supply slip 11 to be supplied into the printer housing 10 from the supply port 16 of the printer housing 10.

    The position detection unit 12 includes a reflection type or transmission type optical sensor 17 that can detect the position detection mark 8 of the delivery slip 1.

The first printing unit 13 includes a first thermal head 18 and a first platen roller 19, and can print predetermined information (destination, sender, etc.) on the label substrate 2 on the front side of the delivery slip 1. And
The second printing unit 14 includes a second thermal head 20 and a second platen roller 21, and can print predetermined information (delivery notes and the like) on the mount 3 on the back side of the delivery slip 1.
As a printing method by the first printing unit 13 and the second printing unit 14, the delivery slip 1 as described above can be printed as thermal coloring type thermal paper, or a thermal transfer ink ribbon (not shown). ) Can be used for printing.

    The control unit 15 controls the position detection unit 12, the first printing unit 13, and the second printing unit 14 described above.

    In addition, after printing, a single-leaf label (delivery slip 1) may be obtained by manually cutting the portion of the perforation 22 for cutting located at the bent portion between the respective delivery slips 1 when it is made continuous. In addition, in FIG. 7, it is also possible to provide a cutting part 23 having a cutting blade as indicated by a virtual line, and mechanically cut it so that the delivery slip 1 is issued.

    A discharge port 24 is formed in the printer housing 10 so that the printed delivery slip 1 can be issued and discharged.

When the delivery slip 1 having such a configuration is attached to a delivery product, first, predetermined information is printed on the label base 2 and the mount 3 by the double-sided printer 9.
FIG. 8 is a main part perspective view showing a state in which the delivery slip 1 is attached to the delivery product P (object to be attached). After the printing, the mount 3 is peeled off from the label base 2 and the label base is shown. 2 is affixed to the delivery product P, and the mount 3 is folded in half and inserted into the delivery note storage unit 6 between the label substrate 2 and the delivery product P.
In this way, the mount 3 can be attached (attached) to the same delivery product P together with the label base material 2 and can be utilized without discarding the mount 3, and information (contents) of the invoice on the mount 3 (Details) can be attached to the delivery product P in a concealed state.

However, in actual work, the label base material 2 and the base paper 3 corresponding to the label base material 2 are affixed (attached) to the same delivery product P due to a mistake such as a difference between the label base material 2 and the base material 3. ) Is not always a problem.
In order to solve such a problem, the confirmation work for reliably collating the contents of the label base material 2 with the content details of the mount 3 requires more attention than necessary as well as time and effort. There is.

    Furthermore, the present invention is not limited to the configuration of the delivery slip 1 as described above, and in the case of a system in which a delivery note is printed on another sheet, a trouble that the delivery item P is different from the content specification is more likely to occur. In addition, there is a problem that it is necessary to collate merchandise (delivery goods P), delivery destinations and content details, and it takes time and effort, and there is a demand for prevention of such mistakes and improvement of work efficiency. Of course, in the case of a system that prints a delivery note on a label material with a mount, there is a problem that the mount is generated as dust.

In addition, depending on the destination and sender of the delivery item P or the type of the delivery item P, there is a problem that it is necessary to deliver the content details in a state where they are hidden from view as much as possible.
For example, when delivering various products purchased by mail order etc. by courier, etc., for example, if there are many items or types, the details of the contents must be displayed securely, while protecting the privacy of individuals. From the point of view, there is a problem that it is necessary to conceal the details as much as possible at the time of product shipment.

JP 2006-39427 A

    The present invention has been considered in view of the above problems, and provides a double-sided printing label suitable for resource saving, and a method for attaching the same, by reducing the amount of mount that is generated as garbage and effectively using it. Let it be an issue.

    Another object of the present invention is to provide a label for double-sided printing that does not require a collation operation between the printed content of the label base material and the printed content of the mount, and a method for attaching the label.

    Moreover, this invention makes it a subject to provide the label for double-sided printing which can be affixed on to-be-adhered bodies, such as a delivery goods, in the state which concealed the content description etc., and its affixing method.

    Another object of the present invention is to provide a label for double-sided printing and a method for attaching the label, which can be easily confirmed if necessary even when the contents are attached in a concealed state.

    That is, according to the present invention, predetermined information can be printed on each of the label base material (front side base material) and the mount (back side base material) in a state of being separably bonded to each other, and the back side base material is delivered. Focusing on the object to be attached to the object to be attached and focusing on the ability to peel the back side substrate from the object to be attached through the tear line formed on each of the surface side and base material The first invention has a label base material having a front surface side base material and a back surface side base material, and prints on the front surface side print area of the front surface side base material and the back surface side print area of the back surface side base material, respectively. And a label for double-sided printing that enables the label substrate to be attached to an adherend, and the label substrate forms an adhesive layer on the back side of the surface-side substrate, Opposite this adhesive layer A release agent layer is formed on the back surface side of the back surface side substrate, and the surface side substrate is positioned on the surface side peripheral portion of the surface side substrate, and the surface side substrate is disposed on the surface side center region and the surface. Forming a front-side cut line that defines a side peripheral region, and the back-side base material is located at a back-side peripheral portion of the back-side base material and the back-side base material is a back-side center region Forming a back side cut line defining the back side peripheral area, removing the back side peripheral area of the back side base material from the back side central area along the back side cut line, and The pressure-sensitive adhesive layer in the base material can be exposed, and the label base material can be attached to the adherend with the back-side center region of the back-side base material facing the adherend. This is a double-sided printing label.

    2nd invention has a label base material which has a surface side base material and a back surface side base material, and can print on the surface side printing area | region of this surface side base material, and the back surface side printing area | region of this back surface side base material, respectively. And a method for applying a label for double-sided printing that enables the label substrate to be applied to an adherend, wherein the label substrate forms an adhesive layer on the back side of the surface-side substrate. In addition, a release agent layer is formed on the back side of the back side substrate so as to face the pressure-sensitive adhesive layer, and the surface side substrate is located on the surface side peripheral portion of the surface side substrate. A front-side cut line defining the front-side base material in the front-side center region and the front-side peripheral region is formed, and the back-side base material is located on the back-side peripheral portion of the back-side base material A back-side cut that defines the back-side base material into a back-side center region and a back-side peripheral region A line is formed, and the back side peripheral region of the back side substrate can be removed from the back side center region along the back side cut line to expose the adhesive layer on the front side substrate And the label base material is attached to the adherend with the back-side center region of the back-side substrate facing the adherend.

    The back side central region of the label base material pasted toward the adherend is concealed by the front side central region and can be peeled off from the adherend together with the front side central region. be able to.

    The front surface side cut line may be located on the same line or slightly on the outer peripheral side on the front and back surfaces of the label base material with respect to the back surface side cut line.

    The said surface side cut line can circulate the said surface side peripheral part of the said surface side base material, and can form this.

    The said back surface side tear line can circulate the said back surface side peripheral part of the said back surface side base material, and can form this.

    Display information for display related to the adherend can be printed in the center region on the surface side of the surface-side base material.

    It is possible to print concealment information for concealment related to the adherend in the back side central region of the back side substrate.

    Guidance information that clearly indicates the position of the printed content in the back side center region can be displayed in the inner side center region of the back side substrate opposite to the back side center region.

    A first print area, a second print area, and a third print area are defined in the center area on the surface side of the surface-side base material via a first cut line and a second cut line, The adhesive layer is formed on the back side of the first print area and the third print area, and the back side base material facing the first print area and the third print area The release agent layer may be formed on the back surface side of the ink, and the pressure-sensitive adhesive layer may not be formed in the second print region.

    The release agent layer may not be formed on the back side of the back side substrate facing the second printing region.

    In the first print area, the second print area, and the third print area, information about the adherend can be printed, and the second print area attaches the label base material to the adherend. In a state where it is affixed to the body, it can be made separable from the first print area and the third print area.

    Guidance information that clearly indicates the position of the printed content of the back side central region can be displayed on the inner side central region of the back side substrate opposite to the back side central region, and the second print The region can be covered with this guidance information.

    In the state where the label base material is pasted on the adherend, the back-side center region of the back-side base material can be peeled off from the adherend together with the surface-side base material.

    As a system for performing printing on the front surface side print area of the front surface side base material and the back surface side print area of the back surface side base material, a thermal coloring method, a thermal transfer system, or any other system can be adopted.

In the double-sided label for printing according to the present invention and the method for attaching the double-sided label, it is possible to print on each of the front-side base material and the back-side base material facing each other with the pressure-sensitive adhesive layer and the release agent layer interposed therebetween. Form cut lines (front-side cut lines, back-side cut lines), remove part of the back-side base material at the back-side cut-off lines, and expose the adhesive layer to adhere to adherends such as delivery items. Since pasting is possible, the back side substrate can be peeled off from the pasted state together with the front side base material at the front side cut line portion.
Therefore, the content details printed on the back side substrate and other concealment information can be affixed to the adherend while concealing the back side substrate from the adherend as necessary. Information can be confirmed.
In addition, since only a small part of the back-side base material corresponding to the conventional mount is discarded as dust, it is desirable from the viewpoint of resource saving.
In addition, when pasting on a delivery product, etc., it is possible to print the display information of the destination and sender and concealment information such as the content details on both sides of the same label base material, eliminating the need for content verification work, Affixing work can be performed efficiently and accurately.

    In particular, according to the label for double-sided printing of the first invention, the front and back surfaces (front-side base material and back-side base material) of the label base material can be effectively used for information printing and centralized management of information is easy. Thus, it is possible to prevent mistakes in which the contents of the display information and the adherend (delivery product, etc.) and the content details (concealment information) are different from each other.

    In particular, according to the method for affixing the double-sided printing label of the second invention, the concealment information (contents details, etc.) printed on the back side substrate can be affixed toward the adherend side such as a delivery product. Of the label base material affixed to the affixed body, it can be affixed to the affixed body while concealing its concealment information, and the back side substrate can also be peeled off from the affixed body, so that the contents are visible Is also easy.

FIG. 1 shows a case where a double-sided printing label 30 according to an embodiment of the present invention is used as a delivery slip. FIG. 1 (1) is a plan view of the double-sided printing label 30, and FIG. 1 (2) is a double-sided printing label. FIG. It is the II-II sectional view taken on the line of FIG. 1 (1). FIG. 6 is a perspective view seen from the back surface side base material 33 side showing a state where the back surface side peripheral region 44 of the back surface side base material 33 is removed from the back surface side central region 43. FIG. 6 is a partially cutaway perspective view showing a state where the double-sided printing label 30 is attached to the delivery product P. FIG. FIG. 5 (1) is a plan view, and FIG. 5 (2) is a second view from the surface-side central region 39 of the surface-side substrate 32. FIG. It is a top view which shows the state which cut off the printing area | region 48 of this. FIG. 6 (1) is a plan view of a delivery slip 1 and shows an example of a case where a conventional label material that can be used without discarding a mount is used as a delivery slip 1 capable of duplex printing. (2) is a back view of the delivery slip 1. 2 is a schematic side view of a double-sided printer 9 (for example, a thermal printer) for printing predetermined information on both sides (label base material 2 and mount 3) of a delivery slip 1. FIG. It is a principal part perspective view which shows the state which affixed the delivery slip 1 on the delivery goods P (to-be-adhered body).

    The present invention forms a tear line on each of the front side substrate and the back side substrate in a state of being bonded via the pressure-sensitive adhesive layer and the release agent layer, and exposes the pressure-sensitive adhesive layer and adheres the label base material. For double-sided printing that enables the hiding of the hidden information printed on the back side base material and the confirmation when necessary, since the back side base material can be peeled off from the adherend. Realized the label and its affixing method.

Next, a double-sided printing label 30 and an affixing method thereof according to an embodiment of the present invention will be described with reference to FIGS. However, the same parts as those in FIGS. 6 to 8 are denoted by the same reference numerals, and detailed description thereof will be omitted.
FIG. 1 shows a double-sided printing label 30 when used as a delivery slip. FIG. 1 (1) is a plan view of the double-sided printing label 30, and FIG. 2 is a cross-sectional view taken along the line II-II in FIG.
The double-sided printing label 30 has a label base material 31 made of arbitrary high-quality paper or synthetic paper, and the label base material 31 can be attached to an adherend (for example, delivery product P, FIG. 4, FIG. 5). Therefore, the label base material 31 has a front surface side base material 32 and a back surface side base material 33 that form the front and back surfaces thereof.

A heat-sensitive color former layer 36 (FIG. 2) is applied to each of the front-side printed region 34 that is the exposed surface portion of the front-side substrate 32 and the back-side printed region 35 that is the exposed surface portion of the back-side substrate 33. Thus, any variable information can be printed by the double-sided printer 9 (FIG. 7).
In addition, as the surface side base material 32 and the back side base material 33 in the label base material 31, thermal coloring paper can be adopted, but any other printing paper is adopted according to the printing method of the printer for printing. can do.

In particular, as shown in FIG. 1, the surface side base material 32 is formed with a perforation line, a cut line, or any other surface side cut line 38 around the surface side peripheral edge portion 37 of the surface side base material 32. The side base material 32 is defined by a rectangular (rectangular) surface-side central region 39 located on the center side and a frame-shaped surface-side peripheral region 40 located on the peripheral edge.
The front-side cut line 38 does not need to go around the front-side peripheral edge 37, and can be arcuate or linear as long as it can be located on the front-side peripheral edge 37 to form the front-side peripheral area 40. It may be a thing.
For example, when the front side cut line 38 is located on the opposite sides of the front side central region 39 in the front side peripheral portion 37, a pair of front side peripheral edges are formed on the opposite sides of the front side central region 39. Region 40 can also be formed.
Alternatively, the front side cut line 38 may be formed so that the front side peripheral region 40 is formed in a U shape or a U shape surrounding the front side central region 39 in the front side peripheral portion 37.

In the back surface side base material 33, a back surface side peripheral portion 41 of the back surface side base material 33 is circulated to form a back surface side cut line 42 of any form such as a cut, and the back surface side base material 33 is positioned on the center side thereof. It is defined by a back side central region 43 having a substantially quadrangular shape (rectangular shape with corners arced) and a frame-like back side peripheral region 44 located at the peripheral part.
Similar to the configuration of the front side cut line 38 described above, the back side cut line 42 does not need to circulate around the back side peripheral edge 41, and is located on the back side peripheral edge 41 to form the back side peripheral area 44. It can be arcuate or linear as long as it can be done.
For example, the rear surface side cut line 42 is located on the opposite side portions of the rear surface side central region 43 in the rear surface side peripheral portion 41, so that a pair of rear surface side peripheral edges are formed on the opposite side portions of the rear surface side central region 43. Region 44 can also be formed.
Alternatively, the back side cut line 42 can be formed so that the back side peripheral region 44 is formed in a U shape or a U shape surrounding the back side central region 44 in the back side peripheral portion 41.
In any case, the adhesive layer 4 on the back side of the surface side base material 32 is formed in a frame shape or opposed by peeling the back side peripheral region 43 from the back side central region 43 at the back side cut line 42. It can be exposed to a side portion to be exposed, or U-shaped or U-shaped.

However, the front-side cut line 38 is located on the same line or slightly on the outer peripheral side on the front and back surfaces of the label base 31 with respect to the back-side cut line 42.
That is, if the front side cut line 38 and the back side cut line 42 are on the same line on the front and back sides, it is relatively easy in terms of technology to form the front side base material 32 and the back side base material 33 respectively. Considering errors in forming (coating) the pressure-sensitive adhesive layer 4 on the front-side center region 39, which will be described later, and the operation of peeling the front-side center region 39 and the back-side center region 43 from the adherend (delivery product P) In this case, it is desirable that the front side cut line 38 is located slightly on the outer peripheral side on the front and back surfaces of the label base 31 with respect to the back side cut line 42.

    In the center region 39 on the surface side of the surface-side substrate 32, the first print region 47 and the second print line 47 are formed through a first cut line 45 and a second cut line 46 of perforations or cuts and other arbitrary forms. A print area 48 and a third print area 49 are sequentially defined.

In particular, as shown in FIG. 2, the adhesive layer 4 is formed on the back side of the first print area 47 and the third print area 49, and the first print area 47 and the third print area 49. The release agent layer 7 is formed on the back surface side of the back surface side base material 33 facing the surface.
However, the pressure-sensitive adhesive layer 4 is not formed on the back side of the second print region 48.
Although the release agent layer 7 can be formed on the back side of the back side base material 33 facing the second print region 48, it is necessary to apply a relatively expensive release agent, which reduces the cost. Therefore, it is desirable not to form the release agent layer 7 on the back side of the back side base material 33 facing the second print region 48.

Returning to FIG. 1, in the front side center region 39 (the first print region 47, the second print region 48, and the third print region 49) of the surface side base material 32, the adherend (delivery product P) is attached. Information (display information 50 for display) can be printed.
Specifically, as the display information 50 related to the delivery product P, the first fixed information 51 (“invoice”, “product name”, etc.) is displayed in the first print area 47, and the second print area 48 is the second information. Fixed information 52 (such as “Receipt”) is stored in advance, and third fixed information 53 (“Handling Precautions”, “Designated Date”, “Delivery Time”, “Cash / Card”, etc.) is previously stored in the third print area 49. Printing is performed, and variable information 54 (specific destination, product name, designated date, delivery time, etc.) can be printed on the thermal color former layer 36 at any time using the duplex printer 9 (FIG. 7). For items that are not particularly related to the delivery item P in the third fixed information 53, it is possible to print an X mark or a cancellation line thereon.
Of course, as the display information, any fixed information is printed in accordance with the delivery slip of the double-sided printing label 30 according to the present invention, other usage forms, the delivery product P, and other adherends, and any variable information is provided. When it is pasted on the delivery product P, the first print area 47 (the first fixed information 51 such as “invoice” and “product name”) and the second print area 48 are minimum. (Second fixed information 52 such as “receipt”) only, and the third print area 49 may not be provided. Further, in this case, if the first printing area 47 is positioned downstream in the transport direction of the double-sided printing label 30 in the double-sided printing printer 9, the adhesive layer 4 is placed on the back side of the second printing area 48. Even if it is not formed, there is no problem in the transfer and printing of the double-sided printing label 30.

    On the other hand, concealment information 55 for concealment related to the adherend (delivery product P) is applied to the thermal color former layer 36 using the double-sided printer 9 (FIG. 7) in the back side central region 43 of the back side substrate 33. Printing is possible. That is, as the concealment information 55, for example, the title “detailed description of delivery item”, a specific item name and quantity, and necessary handling precautions are printed.

In the inner center region 56 on the opposite side of the rear surface side central region 43 in the rear surface side base material 33, it is located on the rear surface side of the second print region 48, and the printed contents (the concealment information 55) of the rear surface side central region 43. ) Can be printed and displayed in advance, and the second print area 48 can cover the guide information 57 from the surface side or the upper layer side (surface side substrate 32 side). is there.
As the guidance information 57, for example, “There is a description of the contents on the back side.”, And further, “The invoice part and the handling caution part are removed, and the lower side sheet (that is, the back side printing of the back side base material 33). (A portion of the area 35) is taken out. "(Not shown) or the like (the person who received the delivery product P) who viewed the inner side central area 56 is behind the inner side central area 56 ( This indicates that there is a description of the content specification (the concealment information 55) that is printed and concealed in the back surface side print area 35) of the back surface side base material 33.
Arbitrary advertising information or the like (not shown) can be additionally printed in the inner side center region 56.

    Thus, in the state where the label base material 31 is affixed to the delivery product P, the second print region 48 is cut off by cutting off the first cut line 45 and the second cut line 46. This can be separated from the print area 47 and the third print area 49, and the guide information 57 is exposed so that it can be seen.

    Further, in the state where the label base material 31 is attached to the delivery product P, the back surface side central region 43 of the back surface side base material 33 is the surface side center region 39 of the front surface side base material 32 at the portion of the front surface side cut line 38. After removing (the first print area 47, the second print area 48, and the third print area 49), or together with the surface side base material 32 at the front side cut line 38 and the back side cut line 42 It can be peeled off from the delivery product P.

In particular, as shown in FIG. 1, at the corner of the surface-side base material 32 (the corner at the lower left portion in the figure), a triangular peripheral region indicating a picking portion at the beginning of peeling is removed, and “here The guide 59 is printed in advance, and the peripheral region is peeled off from the mark 58 to the front side peripheral region 40 of the front side substrate 32 and the back side of the back side substrate 33. It shows that the peripheral areas 44 can be separated from each other.
Similarly, the triangular first peel-off is also applied to the corners of the first print area 48 and the second print area 48 of the front-side substrate 32 (the lower left corner in FIG. 1). A mark 60 and a second peel mark 61 are printed in advance.
An adhesive deactivator is applied to the back side of the surface side base material 32 on which the peripheral edge region of the triangular shape is printed with the peel mark 58, the first peel mark 60, and the second peel mark 61, and is non-adhesive. Or by applying a removable adhesive, it can be easily peeled off with a fingertip or the like.

In the double-sided printing label 30 having such a configuration, the double-sided printing label 30 forms the pressure-sensitive adhesive layer 4 on the back surface side of the front surface side base material 32, and faces the pressure sensitive adhesive layer 4 to form the back surface side base material 33. Since the release agent layer 7 is located on the back side, a part of the pressure-sensitive adhesive layer 4 of the front side substrate 32 can be exposed by peeling off a part of the back side substrate 33.
That is, FIG. 3 is a perspective view seen from the back surface side base material 33 side showing a state in which the back surface side peripheral region 44 of the back surface side base material 33 is removed from the back surface side center region 43, and is easily formed because it is formed from a cut or the like. The frame-like back surface side peripheral region 44 of the back surface side base material 33 is removed from the back surface side center region 43 along the detachable back surface side cut line 42, and the surface side base material 32 (surface side center region 39, surface side) is removed. The pressure-sensitive adhesive layer 4 in the front-side peripheral region 40 of the peripheral region 40) can be exposed.

4 is a partially cutaway perspective view showing a state where the double-sided printing label 30 is attached to the delivery product P. FIG. 5 shows a state where the double-sided printing label 30 is attached to the delivery product P. (1) is a plan view, and FIG. 5 (2) is a plan view showing a state in which the second print region 48 is cut out from the surface-side center region 39 of the surface-side substrate 32.
As shown in FIGS. 4 and 5, the center of the back surface side of the back surface side base material 33 is caused by the adhesive force of the adhesive layer 4 on the back surface side of the front surface side peripheral region 40 facing the frame-shaped back surface side peripheral region 44. The region 43 is attached to the delivery product P together with the surface-side base material 32 (surface-side central region 39, surface-side peripheral region 40) with the delivery product P facing.
The recipient who has received the delivery P from the delivery person stamps the receipt of the receipt of the second fixed information 52, and the delivery person faces the first cut line 45 and the second cut line 46, and further to each other. The second print area 48 is cut off at the portion of the front side cut line 38 to be taken back.

In particular, as shown in FIG. 5 (2), by cutting out the second print area 48, guidance information 57 is displayed in the lower layer of the second print area 48 (“There is a description of the contents on the back.”) Appears, and the recipient recognizes that there is a description of the content description on the back side substrate 33 (back side center region 43).
Therefore, the recipient peels the front surface side central region 39 and the rear surface side central region 43 of the label base material 31 from the delivery product P at the front surface side cut line 38 and the back surface side cut line 42, thereby separating the back surface side base material 33. The concealment information 55 can be seen.
Of course, the first print area 47 and the third print area 49 of the front surface side base material 32 are peeled off from the back surface side base material 33, and only the back surface side central area 43 of the back surface side base material 33 is taken. You can also.
The peeled first print area 47 and third print area 49 can be pasted again on the delivery product P (or its packaging container, etc.). If you do not want to display it as information, you can discard it.

    Thus, since the back side central region 43 of the label base material 31 affixed toward the delivery product P is concealed by the front side central region 39, it is not easily noticeable. Together with the side center region 39 (or after removing the surface side center region 39), it can be peeled off from the delivery product P to confirm the content details.

The double-sided printing label according to the present invention can be applied not only to a delivery slip but also to an arbitrary system according to various information to be displayed and concealed.
Further, without using the double-sided printer 9 (FIG. 7) or the like, all information can be printed in advance as fixed information, and the function can be exhibited.

1 Delivery slip (conventional, Fig. 6)
2 Label base 3 Mount 4 Adhesive layer 5 Opening 6 Invoice receipt 7 Release agent layer 8 Position detection mark 9 Double-sided printer (thermal printer, Fig. 7)
DESCRIPTION OF SYMBOLS 10 Printer housing 11 Supply part 12 Position detection part 13 1st printing part 14 2nd printing part 15 Control part 16 Supply port 17 Optical sensor 18 1st thermal head 19 1st platen roller 20 2nd thermal head 21 Second platen roller 22 Perforation for cutting 23 Cutting section 24 Discharge port 30 Label for double-sided printing (Example, FIG. 1)
31 Label base material 32 Front side base material 33 Back side base material 34 Front side printing area 35 of the front side base material 32 Back side printing area 36 of the back side base material 33 Thermosensitive color former layer (FIG. 2)
37 Surface side peripheral portion 38 of surface side base material 32 Surface side cut line (perforation)
39 Front-side center region 40 of the front-side substrate 32 Front-side peripheral region 41 of the front-side substrate 32 Back-side peripheral portion 42 of the back-side substrate 33 Back-side cut line (cut)
43 Back side central region 44 of the back side base material 33 Back side peripheral region 45 of the back side base material 33 First cut line 46 formed in the front side center region 39 Second cut line formed in the front side center region 39 47 First print area 48 of the front side central area 39 Second print area 49 of the front side central area 39 Third print area 50 of the front side central area 39 Display information (display on the adherend (delivery product P)) Information for)
51 First fixed information 52 to the first print area 47 Second fixed information 53 to the second print area 48 Third fixed information 54 to the third print area 49 To the front side central area 39 Variable information 55 Concealment information to back side central area 43 (FIG. 1 (2))
56 Inner side center region on the opposite side of the back surface side center region 43 in the back surface side base material 33 (FIG. 2)
57 Guidance information in the inner side center area 56 on the opposite side of the back side center area 43 (“There is a statement of contents on the back side.”)
58 Triangular Peripheral Area Peel Mark 59 Guide Text ("Please remove the back from here")
60 Triangular first peel mark 61 Triangular second peel mark P Deliverable (attached body)

Claims (14)

Having a label substrate having a front side substrate and a back side substrate;
It is possible to print on the front side printing area of this front side base material and the back side printing area of this back side base material, respectively.
A label for double-sided printing that enables the label substrate to be attached to an adherend,
The label substrate is
While forming a pressure-sensitive adhesive layer on the back surface side of the surface-side substrate, a release agent layer is formed on the back surface side of the back-side substrate facing the pressure-sensitive adhesive layer,
The surface-side base material is formed with a surface-side cut line that is located at a surface-side peripheral portion of the surface-side base material and that defines the surface-side base material into a surface-side central region and a surface-side peripheral region. ,
The back side base material is formed with a back side cut line that is located at a back side edge of the back side base material and defines the back side base material into a back side center region and a back side peripheral region. ,
The back side peripheral region of the back side substrate along the back side cut line is removed from the back side center region, and the adhesive layer in the front side substrate can be exposed,
A label for double-sided printing, wherein the label base material can be attached to the adherend with the back-side center region of the back-side base material facing the adherend. 2. The double-sided printing label according to claim 1, wherein the front-side cut line is located on the same line or slightly on the outer peripheral side on the front and back surfaces of the label base with respect to the back-side cut line. . The double-sided printing label according to claim 1 or 2, wherein the surface-side cut line is formed by circling the surface-side peripheral portion of the surface-side base material. The double-sided printing label according to any one of claims 1 to 3, wherein the back-side cut line circulates around the back-side peripheral portion of the back-side base material. 5. The double-sided printing label according to claim 1, wherein display information for display related to the adherend can be printed on the surface-side central region of the surface-side base material. The double-sided printing label according to any one of claims 1 to 5, wherein concealment information for concealment related to the adherend is printable on the back side central region of the back side substrate. The guide information that clearly indicates the position of the printed content in the back side center region can be displayed in the inner side center region of the back side substrate opposite to the back side center region. The double-sided printing label according to any one of 1 to 6. A first print area, a second print area, and a third print area are defined in the center area on the surface side of the surface-side base material via a first cut line and a second cut line,
The back-side base material that forms the pressure-sensitive adhesive layer on the back side of the first print region and the third print region and faces the first print region and the third print region Forming the release agent layer on the back side of
The label for double-sided printing according to any one of claims 1 to 7, wherein the pressure-sensitive adhesive layer is not formed in the second printing region. The double-sided printing label according to claim 8, wherein the release agent layer is not formed on the back side of the back side substrate facing the second printing region. In the first print area, the second print area, and the third print area, information about the adherend can be printed,
The second print area is separable from the first print area and the third print area in a state where the label base material is attached to the adherend. The label for double-sided printing according to claim 8. In the inner side central region on the opposite side of the back side central region of the back side base material, it is possible to display guidance information that clearly indicates the position of the printed content of the back side central region,
9. The double-sided printing label according to claim 8, wherein the second printing area can cover the guide information. In the state where the label base material is pasted on the adherend, the back-side center region of the back-side base material can be peeled off from the adherend together with the surface-side base material. The label for double-sided printing according to any one of claims 1 to 11. Having a label substrate having a front side substrate and a back side substrate;
It is possible to print on the front side printing area of this front side base material and the back side printing area of this back side base material, respectively.
It is a method for applying a label for double-sided printing that allows the label substrate to be applied to an adherend,
The label substrate is
A pressure-sensitive adhesive layer is formed on the back surface side of the surface-side substrate, and a release agent layer is formed on the back surface side of the back-side substrate facing the pressure-sensitive adhesive layer,
A surface-side cut line is formed on the surface-side base material so as to be located at a surface-side peripheral portion of the surface-side base material and define the surface-side base material into a surface-side central region and a surface-side peripheral region. ,
A back-side cut line is formed on the back-side base material so as to be located at a back-side peripheral portion of the back-side base material and define the back-side base material into a back-side central region and a back-side peripheral region. ,
The back side peripheral region of the back side substrate along the back side cut line is removed from the back side center region, and the adhesive layer in the front side substrate can be exposed,
A method for attaching a label for double-sided printing, wherein the label base material is attached to the adherend so that the back-side center region of the back-side substrate is directed to the adherend. The back side central region of the label base material pasted toward the adherend is
And is concealed by the center region on the surface side,
The method for sticking a label for double-sided printing according to claim 13, wherein the label can be peeled off from the adherend together with the center region on the surface side.

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