JP5596407B2 - Compound label and its cutting method - Google Patents

Description

The present invention relates to a composite label and a cutting method thereof, and more particularly to a composite label that can be used for a delivery slip and other various slips to be attached to an object to be attached such as a delivery package and a cutting method thereof.

    Conventionally, as a composite label that can be used for a delivery slip to be affixed to a delivery package or the like, a double-layer or various composite label is temporarily attached on a release paper (mounting paper). Therefore, there is a composite label having a structure in which the release paper is omitted and the front and back surfaces of the label base material are folded to form a two-layer structure.

    For example, when using a composite label as a delivery slip, in addition to the invoice attached to the delivery package, a slip for the distribution center or a delivery fee receipt at the delivery destination and a receipt stamp by the delivery recipient are stamped. It is necessary to form an area for various slips such as receipt slips, and in particular, the slip must be peeled off from the main body of the composite label or cut out. However, there is a problem that certainty of the cutting operation is required.

However, if a slip for the above distribution center, or a receipt and receipt slip at the delivery destination are formed on the composite label, the other slip will be used when cutting one slip. There is a possibility that it may be cut together or part of it may be torn, and there is a problem that it may cause trouble in slip processing as well as appearance.
The slip generally defines a cut area by perforations, but a configuration that has good operability and a reliable cut operation is required.

JP 2000-66596 A

    The present invention has been considered in view of the above-mentioned problems, and considers resource saving and environmental considerations without using release paper, and provides a composite label that can be used for various delivery slips, and a method for cutting the composite label. The task is to do.

    Another object of the present invention is to provide a composite label that can be easily and surely operated when a part thereof is cut off or peeled off, and a cutting method thereof.

    Another object of the present invention is to provide a composite label and a cutting method thereof that can easily and surely cut off a portion such as a slip for a distribution center or a receipt and a receipt slip at a delivery destination. And

That is, the present invention focuses on the continuous formation of slits in perforations as cut lines, and the first invention folds the label base material along the fold line, and the first display on the surface side thereof. Forming an area and a second display area on the back side thereof, printing predetermined information on each of the first display area and the second display area, and the first display area and the second display area on the folding line The display area can be pasted on the adherend in a state where the display area is open on the same plane, and the cut area in at least one of the first display area and the second display area can be cut along the cut line. A composite label,
The cut line includes a first cut line and a second cut line facing each other, and a third cut line extending over the first cut line and the second cut line, and the cut area It has a perforation defining the first cut line, and continuous with the perforations in at least one of the cut lines of the second cut line and said third cut line to form a slit, the cut The region has a first cut region and a second cut region that are adjacent to each other, and the slit is formed continuously with the perforation at the boundary between the first cut region and the second cut region. It is a composite label characterized by being formed .

    In the second invention, the label base material is folded along a fold line to form a first display region on the front surface side and a second display region on the back surface side, and the first display region and the second display region. Predetermined information is printed on each area, and the first display area and the second display area can be attached to the object to be attached in the state where the first display area and the second display area are opened on the same plane. A composite label cutting method in which a cutting area in at least one of a display area and a second display area can be cut out along a cutting line, wherein the cutting line includes a first cutting line and a second cutting line facing each other. A cut line and a third cut line extending across the first cut line and the second cut line, and having a perforation defining the cut region. A slit is continuously formed in the perforation line in at least one of the first cut line, the second cut line, and the third cut line, and the cut region is formed by the first cut line. A first cut region and a second cut region defined by the cut line, the second cut line, and the third cut line and adjacent to each other; and the slit includes the first cut region and the second cut region. The boundary slit formed continuously from the perforation at the boundary of the two cut areas, and the cut edge of at least one of the first cut area and the second cut area A cut edge slit formed continuously in the perforation, and the first cut area or the second cut forming the cut edge slit. From band is cut a composite label characterized by so cut toward the second cutout area or the first cutout area.

    The first display area and the second display area are alternately formed on the back surfaces facing each other in a folded state on the fold line so that the adhesive layer and the release agent layer are opposed to each other. be able to.

    The cut area has a first cut area and a second cut area that are adjacent to each other, and the slit is continuous with the perforation at the boundary between the first cut area and the second cut area. This can be formed.

    The cut region has a first cut region and a second cut region adjacent to each other, and the slit is the cut line in at least one of the first cut region and the second cut region. This can be formed continuously in the perforation.

    The cut region has a first cut region and a second cut region that are adjacent to each other, and the slit is located at a cut edge of at least one of the first cut region and the second cut region. As such, it can be formed continuously in the perforation.

    The cut region has a first cut region and a second cut region that are adjacent to each other, and the slit is located at an inner portion of at least one of the first cut region and the second cut region. This can be formed continuously in the perforation.

    The cut area has a first cut area and a second cut area that are adjacent to each other, and the slit has at least the continuous perforation in the first cut area and the second cut area. Two can be formed.

    The cut area has a first cut area and a second cut area that are adjacent to each other, and the slit has the perforation at the boundary between the first cut area and the second cut area, and further the second cut area. This can be formed continuously only on the perforation in the cutout region.

    The cut region has a first cut region and a second cut region that are adjacent to each other, and a connection portion is formed in the perforation of one of the first cut region and the second cut region. Can be.

    The cut area has a first cut area and a second cut area that are adjacent to each other, and the label base material is transferred so that the second cut area is located downstream of the first cut area. Can be printed.

    In the composite label and the cutting method thereof according to the present invention, the cut lines defining the cut area (the first cut line and the second cut line facing each other, and the first cut line extending over the first cut line and the second cut line). Since the slit is formed continuously at the perforation line of at least one cut line (No. 3 cut line), the cut area can be used as a slip for a distribution center, or as a voucher for receipts and receipts at the delivery destination. When doing so, the cutting operation of these slips is easy and reliable.

    In particular, according to the composite label of the first invention, since the slit is formed continuously with the cut line formed from the perforation, the operation can be easily and reliably performed when the cut region is cut.

Particularly, according to the composite label cutting method of the second invention, the boundary slit and the cutting edge slit which are continuous to the perforation are formed, so that the first cutting region and the second cutting which are adjacent to each other are formed. When any one of the areas is cut, a cutting edge slit is formed. For example, if cutting is performed from the first cutting area toward the second cutting area, the cutting operation can be easily and reliably performed. Can do.

It is a perspective view of the strip | belt-shaped composite label continuous body 1 which connected the composite label 2 by the Example of this invention. It is the II-II sectional view taken on the line of FIG. 2 is a schematic side view of a double-sided printer 8 for printing on the composite label continuum 1. FIG. FIG. 3 is a plan view showing a state where the composite label 2 is opened at a fold line 5. FIG. 6 is a perspective back view of the composite label 2 opened at the fold line 5. FIG. 3 is a plan view showing a state where the composite label 2 is affixed to the delivery package M. FIG. FIG. 3 is a plan view of a state where the first cut area 19 is cut from the state where the composite label 2 is attached to the delivery package M. FIG. FIG. 6 is a plan view of a state in which a second cut region 20 is cut from a state in which a first cut region 19 is cut.

    In the present invention, the slit is formed continuously from the perforation line in at least one cut line of the cut lines (the first cut line, the second cut line, and the third cut line) that define the cut area. A composite label that can use the area as a slip for a distribution center or a slip such as a receipt and receipt slip at a delivery destination, and can easily and reliably cut out these slips, and a cutting method thereof Realized.

Next, a composite label and a cutting method thereof according to an embodiment of the present invention will be described with reference to FIGS.
FIG. 1 is a perspective view of a strip-shaped composite label continuous body 1, and the composite label continuous body 1 has a single-leaf composite label 2 connected at a portion of a cut-off separation line 3.
2 is a cross-sectional view taken along the line II-II in FIG. 1, and the composite label 2 is formed by folding the label substrate 4 along a fold line 5 such as a perforation, and the first display on the surface side of the composite label 2. A region 6 and a second display region 7 on the back side thereof are formed.

FIG. 3 is a schematic side view of the double-sided printer 8 for printing on the composite label continuous body 1, and the strip-shaped composite label continuous body 1 is loaded in a fan-hold form on the paper supply unit 9 of the double-sided printer 8. For example, a thermochromic agent layer is formed in the first display area 6 and the second display area 7, and the first display area 6 in the first printing section 10 and the second printing section 11 by the thermal printing method is used. In addition, predetermined information (for example, each column such as an invoice, a slip, a receipt, a receipt slip and the necessary data thereof for various slips) is printed in the second display area 7. Of course, a thermal transfer printing method and other arbitrary printing methods can be adopted.
A paper cutting unit 12 is provided on the downstream side of the second printing unit 11 and is cut at the part of the cut-off separation line 3 of the composite label continuous body 1 so that it can be issued as a single-leaf composite label 2. Note that a separation perforation (not shown) or the like may be formed in advance in the portion of the cut-off separation line 3 so that it can be cut and separated by hand.
In the second display area 7, a position detection mark 13 for the composite label 2 is printed in advance so as to be located downstream in the transport direction of the composite label 2.

The composite label 2 printed by the double-sided printer 8 is attached to an object to be attached (for example, the delivery baggage M, FIG. Or can be attached to FIG.
Further, the cut area 15 can be cut off at the portion of the cut line 14 in at least one of the first display area 6 and the second display area 7 (the first display area 6 in the illustrated example).

4 is a plan view of a state in which the composite label 2 is opened at the fold line 5, and FIG. 5 is a perspective rear view of the state in which the composite label 2 is opened. The cut line 14 is along the transfer direction of the composite label 2. The first cut line 16 and the second cut line 17 facing each other in parallel from the downstream edge to the upstream edge of the lever so as to be orthogonal to the first cut line 16 and the second cut line 17. And a third tear line 18 extending across.
The cut region 15 includes a first cut region 19 located on the upstream side defined by the first cut line 16, the second cut line 17, and the third cut line 18, and the first cut line 16, A second cut area 20 located downstream defined by the second cut line 17 and the third cut line 18.
In other words, the cut area 15 includes a first cut area 19 and a second cut area 20 that are adjacent to each other, and the second cut area 20 is loaded into the double-sided printer 8 as the first cut area. The strip-shaped composite label continuum 1 (label base material 4) is transferred so as to be positioned downstream of 19 so that printing is possible.

    The first cut line 16 includes a cut edge perforation 21 starting from the upper edge in FIG. 4 of the second cut area 20, and an end of the second cut area 20 following the cut edge perforation 21. And a connection portion 22 slightly longer than the cut portion of the cut edge perforation 21, an inner slit 23 located at the end of the first cut region 19, and an inner sewing machine continuous to the inner slit 23. This is composed of an eye 24 and a cut edge slit 25 that continues to the inner perforation 24 and reaches the lower edge of the first cut area 19 in FIG.

    The second cut line 17 forms a pair of left and right in the drawing with the first cut line 16, and similarly to the first cut line 16, the cut edge perforation 21, the connection part 22, and the inner slit 23. This is constituted by the inner perforation 24 and the cut edge slit 25.

The third cut line 18 includes a pair of left and right boundary slits 26 that are continuous to the pair of left and right inner slits 23 at each end, and a boundary that is located between the boundary slits 26 and that is located at the center portion. This is composed of the part perforation 27.
In other words, the boundary slit 26 continuously forms the boundary perforation 27 at the boundary between the first cut region 19 and the second cut region 20.
Further, the inner slit 23 and the boundary slit 26 are continuous with the inner perforation 24 and the boundary perforation 27 located in the inner portions of the first cutout region 19 and the second cutout region 20. At the same time, the end slits are orthogonally continuous with each other, the inner slit 23 is continuous only with the inner perforation 24, and the boundary slit 26 is continuous only with the boundary perforation 27.

In addition, about the length of the said slit (inner slit 23, cut edge part slit 25, boundary part slit 26), this is designed arbitrarily according to the dimension of the 1st cut area 19 and the 2nd cut area 20 In the illustrated example in which the first cut area 19 and the second cut area 20 are horizontally long rectangular shapes, for example, the inner slit 23 and the cut edge slit 25 have substantially the same length. Thus, it can be about 1/3 to 1/4 of the boundary slit 26.
Further, the total length of the pair of left and right sides of the boundary slit 26 can be about ½ to の of the third cut line 18.

Thus, the cut region 15 is defined by the cut edge perforation 21, the connection portion 22, the inner slit 23, the inner perforation 24, the cut edge slit 25, the boundary slit 26, and the boundary perforation 27. doing.
In the present invention, it is continuous with the perforation (inner perforation 24 or boundary perforation 27) in at least one of the first cut line 16, the second cut line 17, and the third cut line 18. Then, at least one slit (inner slit 23, cut edge slit 25 or boundary slit 26) may be formed.
Furthermore, in the present invention, among the inner slit 23, the cut edge slit 25, and the boundary perforation 27, the first cut region 19 and the second cut region 20 are perforated (the inner perforation 24 and the boundary portion). It is desirable to form at least two of the perforations 27) continuously.

The first cutout area 19 is used as a receipt at the delivery destination of the delivery package M (FIGS. 6 to 8) or a slip at the distribution center, and can print necessary information.
The second cut-out area 20 is used as a receipt slip at the delivery destination of the delivery package M, and can print necessary information and can make a receipt stamp.
The second display area 7 is used as an invoice in the delivery system for the delivery package M, and can print necessary information.

In particular, as shown in FIGS. 2 and 5, the first display area 6 and the second display area 7 are, for example, hot melt adhesives on the respective back surfaces facing each other in the folded state at the fold line 5. The applied adhesive layer (the first adhesive layer 29, the second adhesive layer 30, the third adhesive layer 32, the fourth adhesive layer 35), and the release applied with a release agent such as silicone oil The agent layers (the first release agent layer 28, the second release agent layer 31, the third release agent layer 33, and the fourth release agent layer 34) are alternately formed so as to face each other.
Specifically, the first release agent layer 28 is formed in the first cut region 19 and the second cut region 20 on the back surface of the first display region 6 on the front surface side in the folded composite label 2. The first pressure-sensitive adhesive layer 29 is formed on the back surface of the corresponding second display region 7 on the back surface side.
A second pressure-sensitive adhesive layer 30 is formed on the back surface of the first display region 6 on the left and right sides of the folding line 5, and a second release agent layer is formed on the back surface of the corresponding second display region 7. 31 is formed.
A third pressure-sensitive adhesive layer 32 is formed on the end of the first display area 6 opposite to the fold line 5, and a third release agent layer is formed on the back surface of the corresponding second display area 7. 33 is formed.
A fourth release agent layer 34 is formed at the extreme end of the first display area 6, and a fourth pressure-sensitive adhesive layer 35 is formed on the back surface of the corresponding second display area 7.

Therefore, since the narrow second adhesive layer 30 and the third adhesive layer 32 are formed on the back surface of the first display area 6, the first display area 6 is used as a delivery package M. Since the first adhesive layer 29 over a large area is formed on the back surface of the second display area 7, the second display area 7 is attached to the delivery package M. I can leave.
Moreover, since the 1st release agent layer 28 is formed in the back surface of the 1st cutting area 19 and the 2nd cutting area 20 in the back surface of the 1st display area 6, this 1st cutting area 19 and The second cut area 20 can be cut from the main body of the composite label 2 and peeled off from the delivery package M.

    A knob edge 36 is formed in a narrow width at the outermost end of the fourth pressure-sensitive adhesive layer 35 in the second display area 7, and the knob edge 36 in the folded composite label 2 is the first. The first display area 6 protrudes from the first display area 6 and the second display area 7 is separated from the first display area 6 so as to be easily opened to the open state shown in FIGS.

In the composite label continuous body 1 or the composite label 2 having such a configuration, the composite label continuous body 1 folded in the folding line 5 as shown in FIG. 1 and FIG. Necessary information is printed in the area 6 and the second display area 7, opened at the folding line 5, and pasted on the delivery package M.
6 is a plan view of a state in which the composite label 2 is attached to the delivery package M, and FIG. FIG. 8 is a plan view showing a state in which the second cut region 20 is cut from the state in which the first cut region 19 is cut.
In particular, from the state shown in FIG. 6, when the first cut area 19 in the first display area 6 is cut from the composite label 2 (peeled off from the delivery package M), the edge of the first cut area 19 is Since the pair of left and right cut edge slits 25 are formed, the cut start operation is easy and reliable.
Further, a slit starting from the inner slit 23 and reaching the boundary slit 26 extending in the lateral direction in FIG. 6 is continuously formed between the first cut area 19 and the second cut area 20. Therefore, since the connecting portion 22 is formed at a portion from the end of the boundary slit 26 to the second cut-out region 20, when the first cut-out region 19 is cut off, the cutting action is pulled. As a result of the force being suppressed by the connecting portion 22 and being dispersed in the direction from the inner slit 23 to the boundary slit 26 (lateral direction), the second cut region 20 may be cut out together, or the second cut region There is very little risk that part of 20 will be pulled together and part of it will be broken.
That is, by cutting from the first cut region 19 forming the cut edge slit 25 toward the second cut region 20, only the first cut region 19 can be cut easily and reliably. it can. Even if the cut edge slit 25 is not formed, as described above, the first cut area 19 and the second cut area 20 can be easily separated, so that the cut separation operation is easy and reliable. .

    Further, the second cutting area 20 is cut from the state of FIG. 7 where the first cutting area 19 is cut. This cutting operation is performed by the upper edge portion or the lower edge in the drawing of the second cutting area 20. Even if there is a connecting portion 22 at the end of the cut edge perforation 21, only one second cut area 20 can be cut off. Since it suffices to cut at the part perforation 21, the second cut region 20 can be easily cut to the state shown in FIG. 8.

In the above-described embodiment, the case where the composite label 2 according to the present invention is used as a delivery slip has been described. However, the necessary information is printed by sticking to an arbitrary adherend, and a part of the information is cut sequentially It can be applied to such a system.

1 Composite label continuum (Figure 1)
2 Composite label (Example, FIG. 2, FIG. 4, FIG. 5)
3 cutting separation line 4 label substrate 5 folding line 6 first display area 7 second display area 8 double-sided printer (FIG. 3)
9 Paper supply unit 10 First printing unit 11 Second printing unit 12 Paper cutting unit 13 Position detection mark 14 Cut line (first cut line 16, second cut line 17, third cut line 18)
15 Cut area (first cut area 19, second cut area 20)
16 1st cut line (cut edge perforation 21, connection part 22, inner slit 23, inner perforation 24, cut edge slit 25)
17 2nd cut line (cut edge perforation 21, connecting part 22, inner slit 23, inner perforation 24, cut edge slit 25)
18 Third cut line (boundary slit 26, boundary perforation 27)
19 First cut region 20 Second cut region 21 A pair of left and right cut edge perforations 22 A pair of left and right connecting portions 23 A pair of left and right inner slits 24 A pair of left and right inner perforations 25 A pair of left and right cut edge slits 26 Pair of left and right boundary slits 27 Boundary perforation 28 First release agent layer 29 on the back surface of the first display region 6 First adhesive layer 30 on the back surface of the second display region 7 First display region Second adhesive layer 31 on the back surface of 6 Second release agent layer 32 on the back surface of the second display region 7 Third adhesive layer 33 on the back surface of the first display region 6 Third release agent layer 34 on the back surface Fourth release agent layer 35 on the back surface of the first display region 6 Fourth adhesive layer 36 on the back surface of the second display region 7 formed in the second display region 7 Knob edge M Delivery load Object (Attached body, FIGS. 6 to 8)

Claims (10)

The label base material is folded along a fold line to form a first display area on the front surface side and a second display area on the back surface side, and predetermined information is respectively provided in the first display area and the second display area. And the first display area and the second display area can be pasted on the adherend in a state where the first display area and the second display area are opened on the same plane. A composite label that allows a cut area in at least one of the display areas to be cut along a cut line,
The cut line includes a first cut line and a second cut line facing each other, and a third cut line extending over the first cut line and the second cut line, and the cut area It has a perforation defining the first cut line, and continuous with the perforations in at least one of the cut lines of the second cut line and said third cut line to form a slit, the cut The region has a first cut region and a second cut region that are adjacent to each other, and the slit is formed continuously with the perforation at the boundary between the first cut region and the second cut region. A composite label characterized by forming . The first display area and the second display area are formed alternately on the back surfaces facing each other in a folded state on the fold line so that the adhesive layer and the release agent layer are opposed to each other. The composite label according to claim 1. The cut area includes a first cut area and a second cut area that are adjacent to each other, and the slit is the cut line in at least one of the first cut area and the second cut area. 3. The composite label according to claim 1, wherein the composite label is formed continuously in perforations. The cut region has a first cut region and a second cut region that are adjacent to each other, and the slit is located at a cut edge of at least one of the first cut region and the second cut region. The composite label according to any one of claims 1 to 3 , wherein the composite label is formed continuously with the perforation. The cut area has a first cut area and a second cut area that are adjacent to each other, and the slit is located at an inner portion of at least one of the first cut area and the second cut area. The composite label according to any one of claims 1 to 4 , wherein the perforation is formed continuously with the perforations. The cut region has a first cut region and a second cut region that are adjacent to each other, and the slit has at least the continuous perforation in the first cut region and the second cut region. The composite label according to any one of claims 1 to 5 , wherein two are formed. The cut region has a first cut region and a second cut region that are adjacent to each other, and the slit is the perforation at the boundary between the first cut region and the second cut region, and further composite label according to any one of claims 1 to 6, characterized in that to form this continuous only before Symbol perforation in one of the cutout area. The cut area has a first cut area and a second cut area that are adjacent to each other, and a connection portion is formed in the perforation of one of the first cut area and the second cut area. composite label according to any one of claims 1 to 7, characterized in that. The cut area has a first cut area and a second cut area that are adjacent to each other, and the label base material is transferred so that the second cut area is located downstream of the first cut area. The composite label according to any one of claims 1 to 8 , wherein printing is possible. The label base material is folded along a fold line to form a first display area on the front surface side and a second display area on the back surface side, and predetermined information is respectively provided in the first display area and the second display area. And the first display area and the second display area can be pasted on the adherend in a state where the first display area and the second display area are opened on the same plane. A composite label cutting method in which a cutting area in at least one of display areas can be cut along a cutting line, the cutting line including a first cutting line and a second cutting line facing each other, A first cut line and a third cut line spanning the second cut line, and having a perforation defining the cut area, the first cut line A slit is continuously formed in the perforation line in at least one of the cut line, the second cut line, and the third cut line, and the cut region includes the first cut line, the first cut line, and the second cut line. Having a first cut area and a second cut area defined by two cut lines and the third cut line and adjacent to each other, and the slit is formed of the first cut area and the second cut area. The boundary slit formed continuously with the perforation at the boundary and the perforation so as to be positioned at the cut edge of at least one of the first cut region and the second cut region. A cut edge slit formed from the first cut area or the second cut area forming the cut edge slit. Cut a composite label characterized by so cut toward the second cutout area or the first cutout area.

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