JP2017097068A - Double-sided printing label and method for using the same - Google Patents

Abstract

A double-sided printing label capable of sufficiently securing a printing surface and the like is provided. A double-sided printing label having a front-side label and a back-side label and used in a double fold, wherein the front-side label is placed on the inner side on one side with a fold between the folds. Part 5c and surface outer edge part 5b, and on the other side across crease 6 are surface center part 5k, surface both ends 5l and adhesive, and back side label 4 is on one side across crease 6 In addition, the back side inner part and the back side outer edge part, and the back side center part and the back side both end parts and the release agent are provided on the other side across the crease 6. [Selection] Figure 1

Description

  The present invention relates to a label for double-sided printing.

  Patent Document 1 discloses a delivery slip in which an adhesive is applied to the back surface of a label sheet, and a release paper is attached to the adhesive surface. The delivery slip is provided with a storage unit for storing the receipt slip peeled off from the label sheet.

Japanese Patent Application Laid-Open No. 11-078297

  In the delivery slip of Patent Document 1, documents, advertisements, and the like that are handled as confidential, such as a shipment product list, can be stored in the storage unit.

  However, since the delivery slip of Patent Document 1 has a small print surface or print surface, the amount of information may not be sufficient.

  The present invention has been made in view of such technical problems, and an object of the present invention is to provide a label for double-sided printing capable of sufficiently securing a printing surface and the like.

  According to an aspect of the present invention, there is provided a double-sided printing label having a front surface side label and a back surface side label and used in a double fold, wherein the front surface side label is arranged on one side with a crease interposed therebetween. Two surface cuts on the other side extending at least partially along the direction perpendicular to the folds on the other side of the fold line between the inner surface portion and the outer surface edge portion defined by the one-side surface cut line A front surface center portion and front surface both end portions partitioned by lines, an open end side portion and both side portions of the front surface outer edge portion, and an adhesive portion provided at the front surface both end portions, and the back surface side label is , One side across the crease, the back end inner side and the back side outer edge defined by the one side back side tear line along the open end side and both sides, and the other side across the crease, the one side back Connected to the cut line and a little Both have a back surface central portion and back surface both ends partitioned by two other back surface cut lines extending along a direction perpendicular to the fold line, and a peeling portion provided at the back surface outer edge portion. The back side inner part is divided into two inner end parts and an inner center part by two back side inner cut lines, and the front side label is separated from the one inner end part and the back side by the adhesive part. Provided is a double-sided printing label that is directly affixed to both ends and affixed to the outer peripheral edge of the back surface via the peeling portion.

  According to the said aspect, a printing surface etc. can fully be ensured.

It is the figure which looked at the surface side label of the label for double-sided printing which concerns on embodiment of this invention from the outer surface side. It is the figure which looked at the surface side label from the inner surface side. It is the figure which looked at the back side label of the label for double-sided printing from the outer side. It is the figure which looked at the back side label from the inner surface side. It is VV sectional drawing of FIG. It is VI-VI sectional drawing of FIG. It is VII-VII sectional drawing of FIG. It is a figure which peels a back surface outer edge part from the surface side label, and shows the state which cut off the front surface both ends and back surface both ends along the dot-fastening slit. It is a figure which shows the state which bent the label for double-sided printing at the crease, and was affixed on the load, Comprising: It is a cross section in alignment with the VII-VII line of FIG. It is a figure which shows the state which folded the label for double-sided printing at the crease, and was affixed on the package, Comprising: It is a cross section in alignment with the VI-VI line of FIG. It is the schematic of a double-sided printer.

  Hereinafter, a double-sided printing label 3 according to an embodiment of the present invention will be described with reference to the accompanying drawings.

  As shown in FIGS. 1 to 7, the double-sided printing label 3 of the present embodiment has a front surface side label 5 and a back surface side label 4, and is used by being folded in half at a fold 6. A specific usage mode will be described later.

  FIG. 1 is a view of a front side label 5 of a double-sided printing label 3 according to an embodiment of the present invention as viewed from the outer side. As shown in FIG. 1, the front side label 5 has a front side inner portion 5c and a front outer edge portion 5b defined by a circular perforation 5a as a first side cut line on one side of the crease 6. Have. The inner surface portion 5c is partitioned into a plurality of regions by perforations 5d. The perforations 5a and 5d are preferably zipper perforations. In the inner surface portion 5c, the corners of the regions 5f, 5g, and 5h defined by the perforation 5d may be provided with peeling marks or margins.

  Further, the front side label 5 is partitioned on the other side across the crease 6 by at least a part of the slits 5j that are dotted on the other side and extend along the direction orthogonal to the crease 6 It has a surface center portion 5k and surface end portions 5l.

  The surface center portion 5k includes a first surface center portion 5p and a second surface defined by two surface center portion cut lines extending along a direction perpendicular to the point fixing slit 5j and a perforation slit 5n. It has a central portion 5q and a third surface central portion 5r.

  FIG. 2 is a view of the front surface side label 5 as viewed from the inner surface side. On the inner surface side of the surface side label 5, as shown by dots in FIG. 2, the open end side portion 5s and both side portions 5t of the surface outer edge portion 5b, the surface both end portions 5l, the first surface center portion 5p, The adhesive 5e as an adhesive part is provided in 2 surface center part 5q.

  When the fold 6 is folded in half, the length in the longitudinal direction on the surface inner portion 5c side is longer than the length in the longitudinal direction on the surface center portion 5k side. Further, the crease 6 is provided at a position where the surface-side label 5 on the surface center portion 5k side does not reach the adhesive 5e when the fold 6 is folded in half. That is, the length in the longitudinal direction from the crease 6 on the surface center portion 5k side is shorter than the length from the crease 6 to the adhesive 5e provided on the open end side portion 5s.

  FIG. 3 is a view of the rear surface side label 4 of the double-sided printing label 3 as viewed from the outer surface side. As shown in FIG. 3, the back side label 4 has a back side inner part 4 c defined by slits 4 a as one side back side cut lines along the open end side and both sides on one side across the crease 6. And it has the back surface outer edge part 4b. The back side inner portion 4c is partitioned into two inner end portions 4e and an inner center portion 4f by two perforations 4d as back side inner cut lines.

  Further, on the other side across the crease 6, a back surface that is connected by the slits 4 a and at least a part of which is divided by dotted slits 4 j as two back side cut lines extending along the direction orthogonal to the crease 6. It has a center portion 4k and back end portions 41.

  The back surface center portion 4k includes a first back surface center portion 4p and a second back surface center portion 4r that are partitioned by a perforation 4n as a back surface center portion cut line extending along a direction orthogonal to the dotted slit 4j.

  FIG. 4 is a view of the rear surface side label 4 as viewed from the inner surface side. On the inner surface side of the back surface side label 4, as shown by dots in FIG. 4, a release agent 4 g as a release portion is provided on the back surface outer edge portion 4 b and the first back surface center portion 4 p.

  5 is a cross-sectional view taken along the line VV in FIG. 6 is a cross-sectional view taken along the line VI-VI in FIG. FIG. 7 is a sectional view taken along line VII-VII in FIG. When the front surface side label 5 and the back surface side label 4 are bonded together, the front surface side label 5 is bonded to the back surface both ends 4l of the back surface side label 4 and the first back surface by an adhesive 5e, as shown in FIGS. A part of the center part 4p facing the second surface center part 5q and directly attached to the inner end part 4e, as shown in FIGS. 5 and 7, the back surface outer edge part 4b of the back surface side label 4, Affixed to the portion of the first back surface central portion 4p facing the first front surface central portion 5p via a release agent 4g.

  FIG. 8 is a diagram showing a state in which the rear surface outer edge portion 4b of the rear surface side label 4 is peeled off from the front surface side label 5, and both the front surface both end portions 5l and the back surface both end portions 4l are cut out along the dotted slits. As described above, the surface side label 5 is attached to the back surface outer edge portion 4b of the back surface side label 4 via the release agent 4g, so that the back surface outer edge portion 4b of the back surface side label 4 can be easily removed from the surface side label 5. Can be peeled off. Further, since the front surface both end portions 5l and the back surface both end portions 4l are directly affixed, when the back surface outer edge portion 4b is peeled off from the front surface side label 5, they are integrally separated from the double-sided printing label 3.

  The front side label 5 and the back side label 4 are general-purpose thermal papers using paper as a base material. However, for example, PP thermal paper based on PP or PET thermal paper based on PET may be used.

  The pressure-sensitive adhesive used for the pressure-sensitive adhesive 5e includes an emulsion system (in which the pressure-sensitive adhesive is dispersed in water), a solvent system (in which the pressure-sensitive adhesive is dissolved in a solvent), and a hot melt system (using thermoplasticity). Etc. Examples of the material of the adhesive include synthetic rubber, natural rubber, acrylic resin, polyvinyl ether resin, urethane resin, and silicone resin. The adhesive strength of the pressure-sensitive adhesive is arbitrarily set, but it is desirable to use a so-called strong adhesive permanent adhesive.

Next, with reference to FIG. 9 and FIG. 10, a state where the double-sided printing label 3 is folded at the crease 6 and attached to the luggage 2 as an adherend will be described. The luggage 2 is, for example, cardboard.

  When affixing the double-sided printing label 3 to the package 2, first, the back surface outer edge portion 4b of the back surface side label 4 is peeled off from the front surface side label 5 and cut off by the slit 4a, and the front surface both ends 5l and the back surface both ends 4l are removed. Cut along the spotted slits 4j, 5j. And after making the back surface side label 4 inside by the crease | fold 6, it folds and folds up the 1st surface center part 5p of the surface side label 5 from the dotted slit 5m, peels from the 1st back surface center part 4p, and folds back. . And it affixes on the load 2 with the adhesive 5e provided in the surface outer edge part 5b of the surface side label 5, and the 1st surface center part 5p.

  Thereby, since the double-sided printing label 3 can be stuck on four sides, it is possible to prevent the double-sided printing label 3 from being caught and torn during delivery of the package 2. As described above, the portion of the first back surface center portion 4p that faces the second surface center portion 5q is directly attached to the second surface center portion 5q, so that even if the first surface center portion 5p is folded back, 3 The center portion 5r of the surface is not separated from the double-sided printing label 3.

  Alternatively, the double-sided printing label 3 may be stuck on three sides without cutting and raising the first surface central portion 5p of the front side label 5 from the dotted slit 5m. In this case, the spotting slit 5m, the adhesive 5e provided in the first surface central portion 5p and the second surface central portion 5q, and the release agent 4g provided in the first back surface central portion 4p are not necessary.

  The front surface center portion 5k of the front surface side label 5, the rear surface center portion 4k of the back surface side label 4, and the back surface inside portion 4c of the back surface side label 4 are the same as the front surface side label 5 in the state where the double-sided printing label 3 is attached to the luggage 2. It is covered with the surface inner part 5c and the surface outer edge part 5b so that it cannot be seen from the outside.

  As described above, the front surface inner portion 5c of the front surface side label 5 is partitioned from the surface outer edge portion 5b by the perforation 5a, and is partitioned into a plurality of regions by the perforation 5d. For this reason, the surface inner side part 5c of the surface side label 5 can be cut off from the double-sided printing label 3 by the perforations 5a and 5d in whole or in part. When the front surface inner portion 5c of the front surface side label 5 is cut out from the double-sided printing label 3, the inner surface side of the back surface side label 4 can be exposed to the outside.

  As described above, the central portion 4f of the back surface inner portion 4c in the back surface side label 4 is partitioned from the inner end portion 4e of the back surface inner portion 4c by the dotted slits 4d. For this reason, the front side inner part 5c of the front side label 5 is cut off from the double-sided printing label 3 to expose the back side inner part 4c of the back side label 4 to the outside. By cutting 4f from the inner end portion 4e of the back surface inner portion 4c by the dotted slit 4d, the second back surface center portion 4r of the back surface side label 4 can be exposed to the outside.

  As described above, the second back surface center portion 4r of the back surface side label 4 is partitioned from the first back surface center portion 4p by the perforation 4n. For this reason, the 2nd back surface center part 4r of the back surface side label 4 can be cut off from the 1st back surface center part 4p by the perforation 4n, and the inner surface side of the 3rd surface center part 5r of the surface side label 5 can be seen. . Further, the inner surface side of the second back surface center portion 4r and the inner surface side of the third surface center portion 5r can be seen by turning the second back surface center portion 4r of the back surface side label 4 without cutting with the perforation 4n.

  As described above, the inner surface side of the third surface center portion 5r of the surface side label 5 is partitioned from the second surface center portion 5q by the perforation 5n. For this reason, the inner surface side of the third surface center portion 5r of the surface side label 5 can be cut out from the second surface center portion 5q by the perforation 5n, and the third surface center portion 5r of the surface side label 5 can be seen. . Moreover, the 3rd surface center part 5r of the surface side label 5 can also be seen by turning the inner surface side of the 3rd surface center part 5r of the surface side label 5 without cutting off with the perforation 5n.

  Next, with reference to FIG. 11, a printing method of the double-sided printing label 3 using the double-sided printer 100 will be described. FIG. 11 is a schematic diagram of the double-sided printer 100.

  The double-sided printer 100 is a thermal type printer that performs printing by heating the double-sided printing label 3 that is a thermal medium.

  The double-sided printer 100 includes a housing 101, a first thermal head 102 for printing on the front surface of the double-sided printing label 3, a second thermal head 103 for printing on the back surface of the double-sided printing label 3, A first platen roller 104 disposed immediately below the first thermal head 102, a second platen roller 105 disposed immediately above the second thermal head 103, and a position detection sensor 106 that detects the position of the double-sided printing label 3. And comprising.

  The double-sided printing label 3 of the present embodiment is a roll type label in which a large number of labels are continuously provided as shown in FIG. The double-sided printing label 3 is supplied into the housing 101 from the supply port 101a provided in the housing 101 of the double-sided printer 100 with the front side label 5 facing upward, and the first thermal head 102, the first platen roller 104, And between the second thermal head 103 and the second platen roller 105.

  In this state, when the heating element of the first thermal head 102 is energized, the surface side label, which is a thermal medium, self-colors by the heat of the heating element, and printing is performed. Further, when the heating element of the second thermal head 103 is energized, the back side label, which is a thermal medium, self-colors by the heat of the heating element, and printing is performed.

  In the present embodiment, as will be described later, the front surface inner portion 5c and the third front surface center portion 5r of the front surface side label 5 are used as the front surface printing region of the double-sided printing label 3, and the rear surface inner portion 4c and (2) The back surface central portion 4r is the back surface printing area of the double-sided printing label 3. In the front surface printing area of the double-sided printing label 3, for example, delivery destination information of the package 2 is printed. In addition, a purchase certificate or the like is printed on the back surface printing area of the double-sided printing label 3, for example.

  The first platen roller 104 and the second platen roller 105 are driven by a first platen drive motor (not shown) that drives the first platen roller 104 and a second platen drive motor (not shown) that drives the second platen roller 105. When it rotates forward, the double-sided printing label 3 is conveyed downstream and discharged from a discharge port 101 b provided in the housing 101. The first platen roller 104 and the second platen roller 105 rotate in synchronism with each other so that the double-sided printing label 3 is not slackened or tensioned.

  The position detection sensor 106 is a reflective photoelectric sensor that detects a position detection timing mark preliminarily printed on the back side label of the double-sided printing label 3, and is for the first thermal head 102 and the second thermal head 103. This is used to detect the relative position of the double-sided printing label 3.

  Next, a specific usage mode of the double-sided printing label 3 will be described as an example of a case where it is used as a delivery slip.

  As shown in FIG. 1, in the present embodiment, the front surface inner portion 5c, which is a print region of the front surface label 5, is divided into three regions 5f, 5g, and 5h by two perforations 5d.

  The area 5f is a destination display unit / cash receipt, and fixed information such as “destination” and “cash receipt” is printed in advance. A specific destination is printed by the double-sided printer 100.

  The area 5g is a receipt, and fixed information such as “destination”, “cash on delivery amount”, and “receipt stamp” is printed in advance. The specific contents of the destination, the price for cash on delivery, and the like are printed by the double-sided printer 100.

  The area 5h is a remarks column, and the “remarks column” is printed in advance as regular information. If there is a content to be described as a remark, it is printed by the double-sided printer 100. For example, if there is a delivery date designation or the like, it is printed in the remarks column.

  The third surface central portion 5r of the front side label 5 is an advertisement, and the specific content of the advertisement is printed by the double-sided printer 100.

  As shown in FIG. 2, the inner surface side of the third surface central portion 5r of the front side label 5 is an advertisement, and the specific contents of the advertisement are printed in advance.

  As shown in FIG. 3, the central portion 4f of the back side inner portion 4c, which is the printing area of the back side label 4, is a purchase certificate (delivery note), and the "purchase certificate (delivery note)" is the fixed information. Are printed in advance. Specific product names and numbers are printed by the double-sided printer 100.

  The second back center portion 4r of the back side label 4 is an advertisement, and the specific content of the advertisement is printed by the double-sided printer 100.

  As shown in FIG. 4, “the back side is a purchase certificate” is printed in advance on the inner side of the central part 4 f of the back side inner part 4 c in the back side label 4 as fixed information.

  The inner surface side of the second back surface central portion 4r of the back surface side label 4 is an advertisement, and the specific content of the advertisement is printed in advance.

  Information on each fixed form other than the fixed form information printed on the inner surface side of the front side label 5 and the back side label 4 may be printed by the double-sided printer 100 instead of printing in advance. The contents printed and printed on the front-side label 5 and the back-side label 4 and the sizes of the three areas 5f, 5g, and 5h defined by the two perforations 5d are the same as those of the double-sided printing label 3. It can change suitably according to a use aspect.

  When the double-sided printing label 3 printed and printed as a delivery slip is affixed to a delivery product (package 2) as shown in FIGS. 9 and 10, the front surface center portion 5k of the front side label 5 and the back side label 4 The back surface center portion 4k and the back surface inner side portion 4c of the back surface side label 4 are covered with the front surface inner portion 5c and the front surface outer edge portion 5b of the front surface side label 5 and are not visible from the outside. In this state, the delivery is delivered to the recipient.

  The recipient who receives the delivery from the delivery person pays the delivery person for the price. In addition, a receipt mark is stamped on the “reception mark” portion printed in the area 5 g of the front side label 5.

  When the delivery person receives the price for the cash on delivery, the delivery person stamps the receipt stamp on the “cash on delivery receipt” portion printed in the area 5f. Then, the delivery person cuts out the area 5g where the receipt mark is stamped from the front side label 5 and takes it home.

  When the delivery person cuts out the area 5g, the inner surface of the back side label 4 is exposed to the outside from the part where the area 5g was, and the information printed on the inner side of the back side label 4 (the back side is a purchase certificate) .) Is recognized by the recipient.

  As a result, the recipient cuts the central portion 4f of the back side inner portion 4c of the back side label 4 from the end portion 4e with the slits 4d, and confirms the purchase certificate.

  When the purchase certificate is cut out, the second back surface center portion 4r of the back surface side label 4 is exposed to the outside, and the recipient confirms the advertisement printed on the second back surface center portion 4r of the back surface side label 4.

  When the second back surface center portion 4r of the back surface side label 4 is cut out, the recipient can confirm the advertisement printed on the inner surface side of the second back surface center portion 4r, and the third surface center portion of the front surface side label 5 The recipient confirms the advertisement printed on the inner surface side of the third surface central portion 5r of the front surface side label 5 with the inner surface side of 5r exposed to the outside.

  When the third surface central portion 5r of the front side label 5 is cut out, the recipient can confirm the advertisement printed on the outer surface side of the third front surface central portion 5r of the front side label 5.

  As described above, according to the present embodiment, an advertisement or the like can be printed or printed on the front surface center portion 5k and the back surface center portion 4k of the double-sided printing label 3. Therefore, it is not necessary to prepare advertisements as separate documents. Therefore, work becomes easy. Further, it is possible to ensure a sufficient printing surface and the like.

  Moreover, the front surface side label 5 is stuck to the 1st back surface center part 4p via the peeling agent 4g with the adhesive 5e provided in the 1st surface center part 5p. Therefore, since the double-sided printing label 3 can be affixed on four sides, the double-sided printing label 3 can be prevented from being caught and torn during delivery of the package 2.

  Moreover, the front surface side label 5 is directly affixed on the 1st back surface center part 4p by the adhesive 5e provided in the 2nd surface center part 5q. Therefore, even if it peels off from the 1st back surface center part 4p, it is not isolate | separated from the 3rd surface center part 5r from the label 3 for double-sided printing.

  Further, the length from the crease 6 to the open end on the other side of the double-sided printing label 3 is shorter than the length from the fold 6 to the adhesive 5e provided on the open end side portion 5s of the front side label 5. Therefore, when the fold 6 is folded in half, the front surface center portion 5k and the back surface center portion 4k are not attached to the adhesive 5e.

  The embodiment of the present invention has been described above, but the above embodiment is merely one example of application of the present invention, and the technical scope of the present invention is limited to the specific configuration of the above embodiment. is not.

  For example, in the above embodiment, the double-sided printing label 3 is a roll type label in which a number of labels are continuously provided, but may be a fanfold type label or a single-leaf label.

  In the above-described embodiment, the double-sided printer 100 is a heat-sensitive system that prints by heating the front-side label 5 and the back-side label 4 that are thermal media. However, the double-sided printer 100 heats the ink ribbon and places it on the ink ribbon. A thermal transfer method in which ink is transferred to a label for printing, an ink jet method, or an electrophotography may be used.

  In this case, the base material of the front side label 5 and the back side label 4 is based on, for example, paper based on high-quality paper, coated paper, art paper, or synthetic resin such as PET, PE, PP, PS, etc. A synthetic resin film, a sheet in which a plurality of types of synthetic resins are combined, a composite sheet in which a synthetic resin and paper are combined, an inkjet paper, and the like can be selected as appropriate.

  Moreover, in the said embodiment, although the surface inner side part 5c of the surface side label 5 is divided into three by the two perforations 5d, you may use without dividing the surface inner side part 5c into plurality. Further, it may be divided into two by one perforation 5d, or may be divided into four or more by three or more perforations 5d. When the front surface inner portion 5c is divided into a plurality of parts, for example, a part to be taken back by the delivery person of the delivery item and a part to be left at the recipient's hand can be provided on one label, so that the number of issued labels can be reduced. . Further, when a plurality of labels are issued, an operation for checking whether there is an error in the correspondence between the labels occurs. However, when the front surface inner portion 5c is divided into a plurality of parts, such an operation can be omitted. .

2 Luggage (adherent)
3 Label for double-sided printing 4 Back side label 4a Slit eyes (one side back side cut line)
4b Back outer edge 4c Back inner 4d Perforation (back inner cut line)
4e Inner edge part 4f Inner center part 4g Stripping agent (peeling part)
4j Dotted slit (Back side cut-out line on the other side)
4k back center 4l back both ends 4n perforation (back center cut line)
4p 1st back surface center part 4r 2nd back surface center part 5 Surface side label 5a Perforation (one side surface cut line)
5b Surface outer edge portion 5c Surface inner side portion 5d Perforation 5e Adhesive (adhesive portion)
5f Region 5g Region 5h Region 5j Dotted slit (other side surface cut line)
5k Surface center part 5l Surface both ends 5m Dotted slit (Surface center part cut line)
5n perforation (cutting line at the center of the surface)
5p 1st surface center part 5q 2nd surface center part 5r 3rd surface center part 5s Open end side part 5t Both sides 6 Fold 100 Double-sided printer 101 Case 101a Supply port 101b Discharge port 102 First thermal head 103 Second thermal head 104 1st platen roller 105 2nd platen roller 106 Position detection sensor

Claims (5)

It has a front side label and a back side label, and is a label for double-sided printing used in half-fold,
The surface side label is:
On the one side across the crease, the inner surface portion and the outer surface edge portion defined by the circumferential one-side surface cut line,
On the other side across the fold line, at least a part of the surface center portion and the surface both end portions defined by two other surface cut lines extending along a direction orthogonal to the fold line,
An open end side and both sides on the outer surface edge, and an adhesive portion provided on both ends of the surface;
Have
The back side label is
On the one side across the crease, the back side inner side and the back side outer edge part defined by the open side and the one side back cut line along both sides,
On the other side across the crease, the back side central portion and both ends of the back side are connected to the one side back side cut line and at least partly defined by two other side back side cut lines extending along a direction orthogonal to the fold line. And
A peeling portion provided at the outer edge of the back surface;
Have
The back side inner part is divided into two inner end parts and an inner center part by two back side inner cut lines,
The surface-side label is directly attached to the one inner end and the back both ends by the adhesive portion, and is attached to the back outer edge through the peeling portion.
A double-sided printing label characterized by that. The double-sided printing label according to claim 1,
The center of the surface is
A first surface center portion, a second surface center portion, and a third surface center portion defined by two surface center portion cut lines extending along a direction orthogonal to the other surface cut line;
The first surface center portion is provided with an adhesive portion,
The center of the back surface is
A first back surface center portion and a second back surface center portion defined by a back surface center portion cut line extending along a direction orthogonal to the other side back surface cut line;
A peeling portion is provided in the first back center portion,
The front side label is affixed to the first back center part via the peeling part by the adhesive part provided at the first surface center part,
A double-sided printing label characterized by that. The double-sided printing label according to claim 2,
An adhesive part is provided in the second surface center part,
The front side label is directly affixed to the first back surface center portion by the adhesive portion provided at the second surface center portion,
A double-sided printing label characterized by that. The double-sided printing label according to any one of claims 1 to 3,
The length from the fold line to the open end on the other side is shorter than the length from the fold line to the adhesive part provided on the open end side part in the surface side label,
A double-sided printing label characterized by that. It has a front side label and a back side label,
The surface side label is:
On the one side across the crease, the inner surface portion and the outer surface edge portion defined by the circumferential one-side surface cut line,
On the other side across the fold line, at least a part of the surface center portion and the surface both end portions defined by two other surface cut lines extending along a direction orthogonal to the fold line,
An open end side and both sides on the outer surface edge, and an adhesive portion provided on both ends of the surface;
Have
The back side label is
On the one side across the crease, the back side inner side and the back side outer edge part defined by the open side and the one side back cut line along both sides,
On the other side across the crease, the back side central portion and both ends of the back side are connected to the one side back side cut line and at least partly defined by two other side back side cut lines extending along a direction orthogonal to the fold line. And
A peeling portion provided at the outer edge of the back surface;
Have
The back side inner part is divided into two inner end parts and an inner center part by two back side inner cut lines,
The front surface side label is a method of using a label for double-sided printing that is directly affixed to the one inner end and the both ends of the back by the adhesive part and is affixed to the outer edge of the back via the peeling part. There,
The back surface outer edge portion of the back surface side label is peeled off from the front surface side label and cut off by the one side back surface cut line, and the front surface both end portions and the back surface both end portions are cut by the other side surface cut line and the other side back surface cut line. Cut out with
Fold it in half with the back side label at the crease,
Affixed to the adherend by the adhesive portion provided on the surface side label,
A method of using a double-sided printing label characterized by the above.

Images