JP2023166273A - Label slip - Google Patents

Abstract

To provide a label slip which is easier to use than the conventional configuration.SOLUTION: A label slip 1 is configured to be released from a mount 3 in a state where two label pieces 5, 6 are releasably bonded on the mount 3, and the two label pieces 5, 6 are bonded to each other on the mount 3, with the bonded two label pieces 5, 6 being releasable. A first carrier part 13, a second carrier part 14 and a bonded part 11 are made continuous on the mount 3 via folding lines 12, 15. One label piece 5 is bonded to a release agent layer 8 of a surface of the first carrier part 13, and the other label piece 6 is bonded to a release agent layer 8 of a surface of the second carrier part. Further, a larger release agent layer 8 than both label piece 5, 6 is formed on the surface of the bonded part 11, and a sheet 4 is releasably bonded to the release agent layer 8. After the sheet 4 is released, the two label pieces 5, 6 are bonded to each other on the bonded part 11 and is configured to be releasable from the bonded part 11 with being bonded to each other.SELECTED DRAWING: Figure 1

Description

The present invention relates to a label form for creating a laminated label by pasting two label pieces together.

A laminate that has two label pieces removably attached to a backing paper, and after printing the required information on the label piece, the backing paper is folded in a Z shape along the fold line, and the two label pieces are pasted together. Label forms on which labels can be created are known. Many of these label forms are constructed so that a laminated label is created by directly pasting the other label piece onto the area on the mount where one label piece is pasted (see Patent Documents 1 to 4). ). There has also been proposed a method in which a laminated label is created by sequentially pasting two label pieces on a portion of a mount to which no label piece is attached (see Patent Document 5).

Patent No. 3686351 Patent No. 4374214 Patent No. 6139245 Patent No. 6860876 JP 2021-179508 Publication

In the label form of Patent Document 5, a release agent layer is formed at a portion where two label pieces are pasted together so that the laminated label can be peeled off from the mount. However, if the release agent layer at the bonding site is soiled, it becomes difficult to peel off the laminate label from the mount, and there is a risk that it will take time to peel off the laminate label, or that the laminate label or the mount may be damaged during peeling. Furthermore, the adhesive force of the laminate label may be reduced due to dirt adhering to the release agent layer adhering to the adhesive of the laminate label. Furthermore, depending on the configuration of the laminated label, dirt adhering to the adhesive may impair the beauty of the label.

Furthermore, even if the configuration is such that one label piece is directly pasted from above onto the area where one label piece is pasted, as in Patent Documents 1 to 4, a large label piece is pasted on top of a small label piece. When laminating, the larger label piece is attached to the release agent layer of the backing paper around the smaller label piece, so if the release agent layer around the smaller label piece is stained, the lamination will be damaged as described above. It takes time to peel off the label, and there is a risk that the laminated label or backing paper may be damaged during peeling. Further, dirt adhering to the release agent layer may reduce the adhesive strength of the laminate label or impair its aesthetic appearance.

In this way, in the above-mentioned conventional label form, if the release agent layer at the part where the label pieces are pasted is soiled, various problems will occur, so relatively strict handling is required to prevent the release agent layer from becoming soiled. be done. The present invention has been made in view of the current situation, and an object of the present invention is to provide a label form that is easier to handle than conventional structures.

The present invention provides a state in which two label pieces are releasably pasted on a mount, the two label pieces are pasted together on the mount, and the two label pieces are pasted together. The label form is configured to be peeled off from the mount, and the mount includes a first support part, a second support part, and a bonding part connected to each other via a fold line, and A release agent layer is formed on the surface of the first support part, one of the label pieces is removably stuck on the release agent layer, and a release agent layer is formed on the surface of the second support part. and the other label piece is releasably attached on the release agent layer, and a release agent layer larger than either of the label pieces is formed on the surface of the bonded part, and A sheet is releasably pasted on the release agent layer, and after the sheet is peeled from the bonded part, the label piece peeled from the first support part and the label piece peeled from the second support part. The label form is characterized in that it is configured such that the label piece is pasted on the pasted part so that the two label pieces can be peeled off from the pasted part in a state where the two label pieces are pasted together. .

According to this configuration, the sheet prevents the bonded portion from being soiled until the label pieces are bonded together, so that staining of the bonded portion may make it difficult to remove the laminated label or reduce the adhesion strength of the laminated label. There's nothing to do.

As another aspect of the present invention, two label pieces are releasably pasted on a mount, and the two label pieces are pasted together on the mount, and the two pasted label pieces are separated. , a label form configured to be peeled off from the mount, wherein the mount includes a first support part and a second support part connected to each other via a fold line, and the surface of the first support part A release agent layer is formed on the release agent layer, one of the label pieces is releasably adhered to the release agent layer, and a release agent layer is formed on the surface of the second support portion, and the release agent layer is formed on the surface of the second support portion. The other label piece is releasably affixed on the layer, one label piece is smaller than the other label piece, and the release agent layer of the first supporting part is attached to the other label piece. A frame-shaped sheet is releasably attached to the release agent layer of the first supporting part around the attachment area of the one label piece, and the sheet is removably attached to the release agent layer of the first supporting part. After peeling off from the first support part, the other label piece is pasted onto the one label piece of the first support part, and the two pasted label pieces are removed from the first support part. This label form is characterized in that it is configured to be peelable.

Even with this configuration, the sheet prevents the area around the first label piece from being soiled until the label pieces are pasted together, so the laminated label formed by laminating the second label piece on top of the first label piece is It does not become difficult to peel off from the mount or decrease in adhesive strength.

As described above, according to the label form of the present invention, the part where two label pieces are pasted together is hard to get soiled, so it is easier to handle than the conventional structure.

2 is a surface view of the label form 1 of Example 1. FIG. FIG. 1 is a longitudinal cross-sectional view of a label form 1. FIG. FIG. 2 is a surface view of a label form 1 with printing for inner pasting. FIG. 2 is a schematic side view of a label form 1 showing an operating procedure when creating an inner laminated label A. FIG. It is a surface view of the label form 1 in a state where the inner laminated label A is completed. FIG. 2 is a surface view of a label form 1 with printing for external pasting. FIG. 2 is a schematic side view of a label form 1 showing the operating procedure when creating an external laminated label B. FIG. It is a surface view of the label form 1 in a state where the laminated label B for external application is completed. FIG. 2 is a surface view of a label form 1a of Example 2. FIG. 3 is a vertical cross-sectional view of the label form 1a. FIG. 2 is a schematic side view of a label form 1a showing the operating procedure when creating a laminated label.

Embodiments of the present invention will be described according to the following examples. In addition, in the following examples, the sheet according to the present invention corresponds to the protective sheets 4 and 4a. Further, one label piece according to the present invention corresponds to the first label piece 5, and the other label piece according to the present invention corresponds to the second label piece 6.

As shown in FIGS. 1 and 2, in the label form 1 of this embodiment, a protective sheet 4 and two label pieces 5 and 6 are attached to the surface of a vertically elongated rectangular mount 3. . The mount 3 is composed of a mount main body 7 and a release agent layer 8. The release agent layer 8 is formed by coating the entire surface of the mount body 7 with a release agent made of silicon or the like. As the material for the mount body 7, high-quality paper, synthetic paper, or the like having appropriate flexibility is used.

The two label pieces 5 and 6 are attached to the upper and lower parts of the mount 3, respectively. The first label piece 5 attached to the top of the mount 3 is transparent. The second label piece 6 affixed to the lower part of the mount 3 is opaque, and has a background pattern 27 printed on both sides thereof. Both the first label piece 5 and the second label piece 6 have a square shape, and the first label piece 5 is one size smaller than the second label piece 6.

On the surface of the mount 3, as shown in FIG. Pre-printed information 10 such as "valley fold B" and indicators 28 and 29, which will be described later, are printed. Note that the pre-printed information 10 is printed on the mount body 7 before the release agent layer 8 is applied. Since the release agent layer 8 formed on the pre-printed information 10 is transparent, the visibility of the pre-printed information 10 is not impaired by the release agent layer 8. Further, a first fold line 12 and a second fold line 15, which can be valley-folded, are formed on the mount 3 at positions that substantially divide the longitudinal direction into thirds, so as to cross the mount 3 in the transverse direction. . Then, there is a central bonding part 11 to which the protective sheet 4 is attached, an upper first support part 13 to which the first label piece 5 is attached, and a lower part to which the second label piece 6 is attached. The second support part 14 is coupled. Furthermore, a third folding line 16 capable of mountain folding is formed at a predetermined position of the first supporting part 13 in parallel to the first folding line 12 and the second folding line 15. The portion located between the third folding line 16 and the first folding line 12 is defined as a first folding piece portion 17. Similarly, a fourth folding line 18 capable of mountain folding is also formed at a predetermined position of the second supporting part 14 in parallel to the first folding line 12 and the second folding line 15. The portion located between the fourth folding line 18 and the second folding line 15 is defined as a second folding piece portion 19. The first fold line 12, second fold line 15, third fold line 16, and fourth fold line 18 are all formed by perforations, and as described later, the fold lines 12, 15, 16, When folding the mount 3 into a Z shape at 18, the folding operation can be easily performed.

As shown in FIGS. 1 and 2, the first label piece 5 is releasably attached to the substantially central position of the first support portion 13, straddling the third fold line 16. The first label piece 5 is formed by forming a transparent adhesive layer 21 on the back surface of a transparent first base material 20. The first base material 20 is made of a material that allows printing on the surface, and a transparent synthetic resin film with high smoothness such as PET resin can be suitably used. Moreover, this transparent first label piece 5 is subjected to ultraviolet absorption processing. The ultraviolet absorption process can be performed by mixing an ultraviolet absorber into the first base material 20 and the adhesive layer 21. Note that the first label piece 5 is not limited to being colorless and transparent, and may be colored to such an extent that the back side can be seen through the material. Further, the first base material 20 may have a laminate structure in which a plurality of sheets are laminated.

On the other hand, as shown in FIGS. 1 and 2, the second label piece 6 is releasably attached to a substantially central position of the second support portion 14, straddling the fourth fold line 18. As mentioned above, the second label piece 6 has a square shape with larger vertical and horizontal dimensions than the first label piece 5, and is placed at a position facing the first label piece 5 with the bonding part 11 in between. Placed. The second label piece 6 is formed by forming a transparent adhesive layer 24 on the back surface of an opaque second base material 23. The second base material 23 is made of a printable material such as synthetic paper, coated paper, or high-quality paper, and a ground pattern 27 is preprinted on both sides thereof. It is preferable that the background pattern 27 has a color and density that does not impede the visibility of the required information 32 (see FIG. 3) printed on the first label piece 5 and the second label piece 6, and the printing mode thereof is Halftone printing is preferred. By pre-printing the background pattern 27 on the second label piece 6 in this way, it becomes difficult to forge the laminated label, and its aesthetic appearance can be improved. Note that the second label piece 6 is not limited to one that completely blocks light, but may be opaque enough that the back side cannot be seen through the material. Further, the second base material 23 may have a laminate structure in which a plurality of sheets are laminated. Specifically, a structure in which a transparent sheet is laminated on an opaque paper base material via an adhesive layer is proposed.

As shown in FIGS. 1 and 2, a protective sheet 4 is releasably attached to the bonded portion 11 at a substantially central position. The protective sheet 4 has a square shape with both vertical and horizontal dimensions larger than the second label piece 6. The first label piece 5 is placed at a position facing the protective sheet 4 across the first fold line 12, and the second label piece 6 is placed at a position facing the protective sheet 4 across the second fold line 15. will be placed in The protective sheet 4 is formed by forming an adhesive layer 26 on the back surface of an opaque third base material 25. The third base material 25 may be made of a printable material such as synthetic paper, coated paper, or high-quality paper. The protective sheet 4 is not limited to being opaque, and may be transparent. Further, the third base material 25 may have a laminate structure in which a plurality of sheets are laminated.

In this embodiment, the thicknesses of the first base material 20, the second base material 23, and the third base material 25 are adjusted so that the thicknesses of the protective sheet 4, the first label piece 5, and the second label piece 6 are approximately the same. As a result, the measured thickness of the label form 1 is approximately the same at the part where the protective sheet 4 is pasted, the part where the first label piece 5 is pasted, and the part where the second label piece 6 is pasted. I am adjusting it so that it is. In this way, the label forms 1 can be stacked without greatly tilting them, and printing defects on the protective sheet 4, the first label piece 5, and the second label piece 6 can also be reduced.

The third folding line 16 and the fourth folding line 18 are formed at substantially symmetrical positions with respect to the center of the bonded portion 11 with the first folding line 12 or the second folding line 15 as an axis of symmetry, and the first label piece 5 It is preferable that the second label piece 6 and the second label piece 6 are attached so that their centers overlap with the third fold line 16 or the fourth fold line 18. With such a configuration, when the mount 3 is folded in a Z shape, the first label piece 5 and the second label piece 6 can be easily overlapped at the center of the bonding part 11, and the inner laminated label described later can be formed. When creating the laminated label A or the laminated label B for external application, it becomes possible to bond the first label piece 5 and the second label piece 6 together without causing positional shift or wrinkles.

Further, as shown in FIG. 1, indicators 28 and 29 indicating the adhesion positions of the first label piece 5 and the second label piece 6 are pre-printed on the surface of the mount 3 in the pasting part 11. These indicators 28 and 29 are L-shaped indicators that respectively indicate the four corners of the attachment position of the first label piece 5 and the second label piece 6, and are used to attach the first label piece 5 and the second label piece 6 to the attachment part 11. When pasting, accurate positioning can be achieved by pasting the first label piece 5 and the second label piece 6 so that the four corners coincide with each L-shaped index.

On the other hand, an indicator 30 indicating the attachment position of the first label piece 5 is also pre-printed on the surface of the second label piece 6. The indicators 30, like the indicators 28 of the bonding portion 11, are L-shaped indicators that respectively indicate the four corners of the attachment position of the first label piece 5. When attaching the second label piece 6 to the bonding part 11 before the first label piece 5, the indicator 28 of the bonding part 11 becomes invisible, but the indicator 30 of the second label piece 6 is used as a mark. By stacking the first label piece 5 on the second label piece 6, accurate positioning can be achieved.

Next, a method for creating a laminated label using the label form 1 will be explained. As shown in FIG. 1, the label form 1 is delivered in the form of a single sheet to a laminated label issuer (a government office, university, company, etc.). The laminated label publisher can selectively create two types of laminated labels, one for internal application and one for external application, using the delivered label form 1.

When creating an inner laminated label using the label form 1, a business license is printed on the first transparent label piece 5 using a printer whose output is controlled by a computer such as a personal computer, as shown in FIG. Necessary information 32 for certificates, school entrance permits, parking permits, entrance permits, etc. is printed face down. Since the required information 32 printed on the reverse side is covered with the second label piece 6, the printed surface of the required information 32 can be protected and the displayed information can be prevented from being tampered with. Further, as shown in FIG. 3, information 33 such as precautions for use of the laminated label may be printed face up on the surface of the second label piece 6 if necessary. Alternatively, as shown in FIG. 3, part or all of the required information 32 may be printed on the surface of the protective sheet 4 as a copy information 34, and the peeled off protective sheet 4 may be used as a copy of the laminated label. good. Here, for printing the required information 32, information 33, and backup information 34, a known printer such as a thermal transfer printer, an inkjet printer, or a laser printer can be used.

The label form 1 printed with the printer as described above is removed by peeling off the protective sheet 4 from the bonding part 11 as shown in FIG. 4(A), and then peeling off the protective sheet 4 as shown in FIG. 4(B). Peel off the front end portion of the first label piece 5 from the first folding piece 17, and fold the mount 3 into a Z shape by making a valley fold along the first fold line 12 and a mountain fold along the third fold line 16. The front end portion of the first label piece 5 peeled off from the first folded piece portion 17 extends forward. In this state, the front end portion of the first label piece 5 is releasably attached to the bonding part 11, and then the remaining part of the first label piece 5 is peeled off from the first support part 13, and the first label piece 5 is peeled off from the first support part 13. The entire label piece 5 is releasably attached to the bonding part 11. Here, since an indicator 28 (see FIG. 3) indicating the pasting position of the first label piece 5 is displayed on the pasting part 11, the first label piece 5 can be easily placed in the center of the pasting part 11. It can be aligned to

Thereafter, as shown in FIG. 4(C), the front end portion of the second label piece 6 is peeled off from the second folding piece 19, and the mount 3 is valley-folded along the second fold line 15, and the fourth fold line 18 is folded. When the second label piece 6 is mountain-folded and folded in a Z-shape, the front end portion of the second label piece 6 peeled off from the first folded piece 17 extends forward. In this state, the front end portion of the second label piece 6 is laminated onto the first label piece 5 through the adhesive force of the adhesive layer 24 on the back surface without being difficult to peel off, and then the remaining portion of the second label piece 6 is laminated. It is peeled off from the second support portion 14 and laminated onto the first label piece 5 via the adhesive layer 24 with difficulty in peeling. Here, since an indicator 29 (see FIG. 3) indicating the attachment position of the second label piece 6 is displayed on the pasting part 11, the center position of the first label piece 5 and the second label piece 6 is indicated. Alignment to substantially match can be easily performed. Then, through this procedure, as shown in FIG. 5, the inner laminated label A is created on the bonded portion 11.

As shown in FIG. 5, the inner laminated label A created as described above is coated on the release agent layer 8 of the protective sheet 4, the adhesive layer 21 of the first label piece 5 and the second label piece 6. Since it is releasably attached via the adhesive layer 24 on the outer periphery of the adhesive layer 24, it can be easily peeled off from the bonded portion 11. Then, by peeling off the inner laminated label A from the bonding part 11 and pasting it on the inside of a transparent window glass or the like via the adhesive layer 21, the back side printed on the first label piece 5 is The required information 32 (see FIG. 3) can be visually recognized from the outside of the window glass or the like. At this time, the visibility of the required information 32 is increased by blocking the transmission of light to the back side by the opaque second label piece 6.

On the other hand, when creating an external laminated label using the label form 1, the second label piece 6 is printed with a business license, a business license, etc. as shown in FIG. Necessary information 32 for school entrance permits, parking permits, entrance permits, etc. is printed face up. If necessary, as shown in FIG. 6, part or all of the required information 32 can be printed on the surface of the protective sheet 4 as a copy information 34, and the peeled off protective sheet 4 can be used as a copy. Good too. Here, for printing the required information 32 and copy information 34, a known printer such as a thermal transfer printer, an inkjet printer, or a laser printer can be used.

As shown in FIG. 7, the label form 1 printed by the printer as described above is obtained by folding the two label pieces 5 and 6 together in the reverse procedure of creating the inner laminated label A. Specifically, as shown in FIG. 7(A), the protective sheet 4 is peeled off from the bonded part 11, and then, as shown in FIG. 7(B), the second label is removed from the second folded piece part 19. When the front end portion of the piece 6 is peeled off and the mount 3 is valley-folded at the second fold line 15 and mountain-folded at the fourth fold line 18 to form a Z-shape, the second piece peeled off from the second folded piece 19 is folded. The front end portion of the label piece 6 extends forward. In this state, the front end portion of the second label piece 6 is releasably attached to the bonding part 11, and then the remaining part of the second label piece 6 is peeled off from the second support part 14, and the second The entire label piece 6 is releasably attached to the bonding part 11. Here, since an indicator 29 (see FIG. 3) indicating the pasting position of the second label piece 6 is displayed on the pasting part 11, the second label piece 6 can be easily placed in the center of the pasting part 11. It can be aligned to

Thereafter, as shown in FIG. 7(C), the front end portion of the first label piece 5 is peeled off from the first folding piece 17, and the backing paper 3 is valley-folded along the first fold line 12, and then folded along the third fold line 16. When the first label piece 5 is mountain-folded and folded in a Z-shape, the front end portion of the first label piece 5 peeled off from the first folded piece part 17 extends forward. Then, in this state, the front end portion of the first label piece 5 is laminated onto the second label piece 6 through the adhesive force of the adhesive layer 21 on the back surface with difficulty in peeling, and then the remaining portion of the first label piece 5 is laminated. It is peeled off from the first support portion 13 and laminated onto the second label piece 6 via the adhesive layer 21 with difficulty in peeling. Here, since an indicator 30 (see FIG. 3) indicating the attachment position of the first label piece 5 is displayed on the surface of the second label piece 6, the first label piece 5 and the second label piece 6 are It is possible to easily align the center positions to substantially match each other. Then, through this procedure, as shown in FIG. 8, an external laminate label B is created on the bonding portion 11.

The external laminated label B created as described above is releasably attached to the release agent layer 8 of the bonding part 11 via the adhesive layer 24 of the second label piece 6. Therefore, it can be easily peeled off from the bonded portion 11. Then, by peeling off the external laminated label B from the bonding part 11 and attaching it to the outer surface of the vehicle body etc. via the adhesive layer 24, the necessary information printed on the first label piece 5 is printed on the front side. 32 (see FIG. 6) can be visually recognized from the outside of the vehicle body or the like when facing upward.

Below, the configuration related to the main part of the present invention will be explained in detail.
As described above, in the label form 1 of this embodiment, the protective sheet 4 is adhered to the release agent layer 8 of the bonding part 11. Then, when creating the laminate labels A and B, the protective sheet 4 is peeled off, and then the two label pieces 5 and 6 are pasted together on the release agent layer 8 of the pasting part 11. According to this configuration, the protective sheet 4 can prevent the release agent layer 8 at the bonding portion from being soiled until just before the label pieces 5 and 6 are bonded together.

If the release agent layer 8 at the part where the label pieces 5 and 6 are pasted is soiled, it will be difficult to peel off the laminated labels A and B from the backing paper 3, and it will take time to peel off the laminated labels A and B, or it will be difficult to peel off the laminated labels A and B. There is a risk that the laminate labels A and B and the mount 3 will be damaged. Furthermore, the adhesive strength of the laminate labels A and B may be reduced due to the dirt attached to the release agent layer 8 adhering to the adhesive of the laminate labels A and B. In addition, since the required information 32 of the inner laminated label A is visible through the adhesive layer 21, there is a risk that dirt adhering to the adhesive layer 21 may spoil the aesthetic appearance of the inner laminated label A. .

In this way, when creating the laminated labels A and B, if the release agent layer 8 at the part where the label pieces 5 and 6 are pasted is soiled, various problems will occur. Since the release agent layer 8 at the portion where 5 and 6 are bonded together is not easily stained, no problems occur even if the release agent layer 8 is not handled as carefully as in the conventional structure. Therefore, the label form 1 of this embodiment can be handled more easily than the conventional configuration.

Furthermore, in this embodiment, by attaching the protective sheet 4 to the release agent layer 8, it is possible to prevent the release agent layer 8 at the relevant portion from deteriorating due to heat. For example, when printing the required information 32 on the label pieces 5 and 6 using a laser printer, the label form 1 is heated to fix the toner. At this time, the part where the release agent layer 8 is exposed is likely to deteriorate due to the change in quality of the release agent layer 8 due to heating, but the temperature of the part covered with the protective sheet 4 is less likely to rise, so when heating Deterioration can be prevented. That is, the label form 1 of this embodiment has the advantage that the required information 32 can be suitably printed using a laser printer.

Further, in this embodiment, since it is possible to print on the surface of the protective sheet 4, there is an advantage that the protective sheet 4 can be used as a copy of the label form 1 by printing the copy information 34 as described above.

The label form 1 of this embodiment can be manufactured, for example, by the following steps. Note that steps (1) to (5) can be performed using known techniques, so detailed explanations will be omitted.
(1) Printing advance information Print the advance print information 10 and indicators 28 to 30 on the mount body 7.
(2) Release agent layer formation The release agent layer 8 is formed by coating the entire surface of the mount body 7 with a release agent.
(3) Forming folding lines Forming folding lines 12, 15, 16, and 18 on the mount 3.
(4) Attaching the label pieces Attach the protective sheet 4 and label pieces 5 and 6 to the mount 3.
(5) Cutting the backing paper Cutting the backing paper 3 into the size of a ticket.

Since the label form 1a of this example has many configurations in common with Example 1, only the differences from Example 1 will be explained, and the configurations common to Example 1 will be described in the text and in the figures. The same reference numerals are used to omit the explanation.

While the mount 3 according to the first embodiment is composed of the bonding section 11, the first support section 13, and the second support section 14 (see FIGS. 1 and 2), the mount 3a according to the present embodiment is , as shown in FIGS. 9 and 10, is composed of a first support section 13 and a second support section 14. The first support part 13 and the second support part 14 are directly connected vertically via the first fold line 12 that can be folded in a valley. As in Example 1, the release agent layer 8 is formed on the entire surface of each of the supporting parts 13 and 14. Then, the first label piece 5 is removably stuck on the release agent layer 8 of the first support part 13, and the second label piece 6 is removably stuck on the release agent layer 8 of the second support part 14. It is pasted. As described above, in this embodiment, the mount 3a does not have a structure corresponding to the pasting part 11, and the two label pieces 5 and 6 are carried on the first support part 13 or the second support part, as described later. It is configured to be bonded together on 14.

As shown in FIG. 9, in this embodiment, the protective sheet 4a is attached to the first support section 13. Specifically, the protective sheet 4a has a rectangular frame shape, and is attached to the release agent layer 8 on the surface of the first support part 13 around the first label piece 5 attached to the first support part 13. , removably affixed. The protective sheet 4a has a square outer shape with larger vertical and horizontal dimensions than the second label piece 6. The inner opening of the protective sheet 4a has the shape of the first label piece 5, and the protective sheet 4a is attached so that its inner peripheral edge is adjacent to the outer peripheral edge of the first label piece 5 with almost no gap. be done. As will be described later, in this embodiment, when the second label piece 6, which is larger than the first label piece 5, is pasted onto the first label piece 5, the outer periphery of the second label piece 6 is smaller than the first label piece. It protrudes around the attachment part 5 and is attached to the first support part 13. At this time, the protective sheet 4a is attached so as to cover the area to which the outer periphery of the second label piece 6 will be attached. That is, according to this configuration, the release agent layer 8 at the portion to which the outer peripheral portion of the second label piece 6 is attached can be protected from staining and the like by the protective sheet 4a.

The protective sheet 4a is attached to the mount 3 as a sheet integrated with the first label piece 5, and after attachment, the sheet is cut and a half-cut line 40 that does not cut the mount 3 is drawn between the protective sheet 4a and the first label. It is separated from the first label piece 5 by forming it along the border of the piece 5. That is, the protective sheet 4a is composed of the same first base material 20 and adhesive layer 21 as the first label piece 5. In this way, if the protective sheet 4a is composed of the base material 20 and the adhesive layer 21 that are common to the first label piece 5, the protective sheet 4a can be provided at low cost.

The label form 1a of this embodiment, similar to the first embodiment, can selectively create laminated labels for internal and external applications. When creating a laminated label using the label form 1a, required information 32 is printed on the label pieces 5 and 6. The manner of printing on the label pieces 5 and 6 is the same as in the first embodiment. That is, when creating the laminated label A for internal application, the required information 32 is printed face down on the transparent first label piece 5 (see Figure 3), and when creating the laminated label B for external application, the required information 32 is printed on the second label piece 6 when creating the laminated label B for external application. The information 32 is printed face up (see FIG. 6).

Then, the label form 1a printed by the printer as described above is removed by peeling off the protective sheet 4a from the first supporting part 13 as shown in FIG. As shown in (C), the mount 3 is folded in the Z direction, and the first label piece 5 and the second label piece 6 are pasted together. Specifically, when creating the inner laminated label A, as shown in FIG. The front end portion of the second label piece 6 is laminated on the first label piece 5 with difficulty in peeling by making a valley fold at the fold line 12 and a mountain fold at the fourth fold line 18 to form a Z-shape. The remaining portion of label 6 is peeled off from the second support portion 14 and laminated onto the first label piece 5 with difficulty in peeling. In addition, when creating the laminated label B for external application, as shown in FIG. The front end portion of the first label piece 5 is laminated on the second label piece 6 with difficulty in peeling, and then the remaining first label piece 5 is folded into a Z shape. The portion is peeled off from the first support portion 13 and laminated onto the second label piece 6 with difficulty in peeling.

As described above, in this embodiment, the inner laminated label is created by pasting the second label piece 6 on the first label piece 5 in the first carrying part 13, and the second label piece is pasted on the second label piece 5 in the second carrying part 14. By pasting the first label piece 5 on the piece 6, an external laminated label B is created. Since the laminate labels created on the supporting parts 13 and 14 are stuck to the release agent layer 8, they can be easily peeled off from the supporting parts 13 and 14, similar to the laminate label according to Example 1. It can be attached to the car body or window glass.

As described above, in this embodiment, the frame-shaped protective sheet 4a is removably adhered around the attachment site of the smaller first label piece 5, and when the laminated label is created, the protective sheet 4a is After peeling off the label 4a, the two label pieces 5 and 6 are pasted together. According to this configuration, the release agent layer 8 around the smaller first label piece 5 can be prevented from being soiled by the protective sheet 4a until just before the label pieces 5 and 6 are pasted together.

In this embodiment, if the release agent layer 8 around the first label piece 5 is stained when creating the inner laminated label, various problems will occur. For example, it becomes difficult to peel off the outer periphery of the second label piece 6 attached to the area from the mount 3, and it takes time to peel off the inner laminate label, or the inner laminate label and the mount 3 are damaged during peeling. There is a risk of In addition, there is a possibility that the adhesive strength of the inner laminated label may be reduced due to the dirt on the contaminated release agent layer 8 adhering to the adhesive of the laminated label. In addition, dirt adhering to the adhesive layer 21 may impair the aesthetic appearance of the inner laminated label. In a label form with a conventional configuration, it is necessary to handle the label form 1a relatively strictly to prevent these defects from occurring, but the label form 1a of this embodiment prevents staining of the release agent layer 8 in the relevant area. Since this can be prevented by the protective sheet 4a, it can be handled more easily than in the conventional configuration. Note that when creating an external laminated label, it is not necessary to peel off the protective sheet 4a, but it gets in the way when folding the mount 3 in a Z shape, so as mentioned above, remove it before folding the mount 3. This is desirable.

In addition, the label form 1a of this embodiment can prevent the release agent layer 8 at the attachment part of the protective sheet 4a from deteriorating due to heat, so it can be printed with a laser printer in the same manner as the label form 1 of the above embodiment 1. There is an advantage that the required information 32 can be suitably printed.

Note that the label form of the present invention is not limited to the form of the above embodiments, and various changes can be made without departing from the gist of the present invention.

For example, although the label forms 1 and 1a of the above embodiment are in the form of a single form, the present invention may be in the form of a continuous form in which a plurality of label forms are continuous in the longitudinal direction or the transverse direction. Further, the procedure for creating a lamination label may be printed on the back side of the mount 3. Further, a piece of explanatory paper on which the procedure for creating the laminated labels A and B is printed may be separably connected to the label forms 1 and 1a.

Further, in the above embodiment, each fold line 12, 15, 16, 18 formed on the label form 1, 1a is constituted by a perforation, but the fold line according to the present invention is not limited to a perforation. It may also be formed by a crease in the shape of a groove formed by pressure processing, a half-cut line that does not cut the paper thickness, or the like.

Although at least one of the two label pieces according to the present invention is basically transparent, it is not limited to being colorless and transparent, and may be colored or printed with a tint pattern to the extent that the back side can be seen through the material. You can keep it. Further, in the above embodiment, the first label piece 5 and the second label piece 6 are rectangular, but the first label piece and the second label piece according to the present invention can be circular, oval, polygonal, or any other shape. It can be in the shape of Further, in the above embodiment, the opaque second label piece 6 is larger than the transparent first label piece 5, but the first label piece 5 may be larger than the second label piece 6. The first label piece 5 and the second label piece 6 may have the same size.

Further, the protective sheets 4 and 4a may be transparent sheets or sheets on which printing is difficult. Further, the protective sheets 4, 4a need only have a shape and size that covers the entire area where the two label pieces 5, 6 are pasted together, and do not need to be square or rectangular frame shapes.

Further, in the label form 1 of Example 1, the first holding part 13, the pasting part 11, and the second holding part 14 are continuous in this order, but the pasting part 11 is attached to the end of the label form 1. May be placed. Alternatively, the first support part 13, the bonding part 11, and the second support part 14 may be made to be continuous in an L-shape.

Further, in the first embodiment, the release agent layer 8 is formed on the entire surface of the bonded portion 11, but it is sufficient that the release agent layer 8 is formed on the entire surface of the protective sheet 4 to which it is attached. Since the protective sheet 4 is larger than any of the label pieces 5 and 6, if the release agent layer 8 is formed over the entire attachment area of the protective sheet 4, it will cover a wider area than the area where the label pieces 5 and 6 are attached. A release agent layer 8 is formed. Similarly, in Example 2, the release agent layer 8 is formed on the entire surface of the first support part 13, but the release agent layer 8 is formed on the entire area where the first label piece 5 and the protective sheet 4a are attached. That's enough. Since the outer shape of the protective sheet 4a is larger than the second label piece 6, if the release agent layer 8 is formed over the entire sticking area of the protective sheet 4a, the outer circumference of the second label piece 6 will stick to the area where the outer circumference of the second label piece 6 sticks. The release agent layer 8 is formed over a wider area than the above.

1, 1a label form 3, 3a mount 4, 4a protective sheet 5 first label piece 6 second label piece 7 mount body 8 release agent layer 10 pre-printed information 11 pasting part 12 first fold line 13 first support part 14 Second support part 15 Second folding line 16 Third folding line 17 First folding piece part 18 Fourth folding line 19 Second folding piece part 20 First base material 21 Adhesive layer 23 Second base material 24 Adhesive layer 25 Third base material 26 Adhesive layer 27 Background pattern 28, 29, 30 Index 32 Required information 33 Information 34 Backup information 40 Half-cut line

Claims (2)

Two label pieces are releasably attached to the backing paper,
A label form configured such that the two label pieces are pasted together on the mount, and the two label pieces are peeled off from the mount in a state where the two label pieces are pasted together,
The mount has a first support part, a second support part, and a bonding part connected to each other via a fold line,
A release agent layer is formed on the surface of the first supporting part, and one of the label pieces is releasably attached to the release agent layer,
A release agent layer is formed on the surface of the second supporting part, and the other label piece is releasably attached to the release agent layer,
A release agent layer larger than any of the label pieces is formed on the surface of the bonded part, and a sheet is releasably attached to the release agent layer,
After peeling the sheet from the bonding part, the label piece peeled from the first support part and the label piece peeled from the second support part are pasted together on the bonding part. A label form, characterized in that, in a state in which the label pieces are pasted together, the label sheet can be peeled off from the pasted portion. Two label pieces are releasably attached to the backing paper,
A label form configured to bond two label pieces together on the mount and peel the two bonded label pieces from the mount,
The mount has a first support part and a second support part connected to each other via a fold line,
A release agent layer is formed on the surface of the first supporting part, and one of the label pieces is releasably attached to the release agent layer,
A release agent layer is formed on the surface of the second supporting part, and the other label piece is releasably attached to the release agent layer,
one of the label pieces is smaller than the other label piece;
The release agent layer of the first supporting part is formed larger than the other label piece,
A frame-shaped sheet is releasably attached to the release agent layer of the first supporting part around the attachment site of the one label piece,
After peeling the sheet from the first supporting part, the other label piece is pasted onto the one label piece on the first supporting part, and the two pasted label pieces are attached to the first label piece. A label form characterized in that it is configured to be peelable from one supporting part.

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