JPH10187042A - Production of sheet having adhered ribbon seal, and apparatus therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To eliminate the waste of raw material and to reduce the production cost, by relaminating a long-sized sheet for labels and a long-sized mount interposing a long-sized sheet for ribbons between them. SOLUTION: A peeling device 301 installed in the inlet section of a holding device 3 for the long-sized sheet for the ribbons accepts a tack paper 100 un- wound form a tack paper winding roll 1, peels (separates) the long-sized sheet 101 for the labels and the mount 102 constituting the tack paper 100 above and below and transports the long-sized sheet 101 for the labels and the mount 102 by respective separate transporting orbits. Sticking rolls 302 consisting of a pair of rolls 3021 and 3022 for relamination installed in the outlet section relaminate the long-sized sheet 200 for the ribbons un-wound from a ribbon sheet winding roll 21 (or 22 ) while holding this sheet. The relaminated and adhered sheet 105 is subjected to surface lamination of a film by the pressing roll 4013 of a laminating device 4012 and is then subjected to total blanking to the shape of ribbon seals by a total blanking device 4014.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and an apparatus for manufacturing a ribbon seal to be adhered to a surface of a package such as a gift.

[0002]

2. Description of the Related Art A ribbon seal is known to be used as a sticker to decorate the surface of a packaged product or to decorate the chest of a visitor at a party or the like.
Consists of a seal label consisting of a circular sheet of paper or the like on which a pattern is printed, embossed, foil stamped, etc., and a leg-shaped ribbon extending outward from the back of this seal label in a leg shape It was done.

Conventionally, as a method of manufacturing this ribbon seal, a ribbon piece was manually applied to a seal label in the old days. However, the attached state of the ribbon tends to be uneven, productivity is low, and cost is low. There is a problem of bulkiness, and a method for mechanically producing the same has been proposed.

For example, in Japanese Patent Publication No. 3-72983,
As shown in FIG. 9 of the publication, sticker paper,
After printing seal labels such as predetermined frame lines, patterns, and characters on a three-layer sheet base material (generally referred to as “tack paper”) of an adhesive and a backing sheet, the lower half of each seal label is printed. A half of a connecting cut line crossing the seal label portion adjacent to the outer edge to remove unnecessary lower portions is a first cutout.
Wound on a roll, on the other hand, the ribbon tape for forming the ribbon legs is adhered and held on another mount with an adhesive, wound on a second roll, the tack paper is unwound from the first roll, and A method is disclosed in which a seal sheet is peeled off and bonded to a tape having a three-layer structure of a backing sheet, an adhesive, and a ribbon tape unwound from a second roll using a back adhesive layer of the seal sheet.

In Japanese Utility Model Publication No. Hei 7-1659, a first tape (tack paper) having the same three-layer structure as described above, a second tape for forming a ribbon leg, and a backing paper or an intermediate paper thereon are provided. Each of the laminated third tapes is prepared, and the respective tapes are unwound from the first roll, the second roll, and the third roll on which these are wound, and the second tape (ribbon) is placed on a mount (third tape). ), And a method of sequentially laminating the first tape (the one obtained by removing the release paper from the tack paper).

According to these methods, a large number of ribbon seals as labels with ribbon legs are continuously formed on a backing paper by completely removing a tape laminated and sandwiching a ribbon material into a ribbon seal shape. Thus, a ribbon seal sheet in a state of being stuck to the target is obtained.

[0007]

By the way, the production of ribbon seals is carried out by the above-mentioned method, because ribbon seals are generally produced in a variety of small quantities. There is a situation in the industry that a maker that supplies a raw material that has not been processed to the final product shape and a secondary processing maker that uses the raw material to process the final product shape are different. Here the ribbon seal manufacturer (2
The manufacturing procedure of the ribbon seal performed by the next processing maker) will be described as follows.

That is, a laminated material sheet obtained by adhering a seal paper having an adhesive layer on its back surface and a backing paper (usually glassine paper) is purchased from a material supplier, and the material sheet is subjected to the above-described printing, half-cutting, etc. Secondary processing is performed to prepare a laminated sheet of the long sheet for labels and the backing sheet. Separately from this sheet, in the method proposed in Japanese Patent Publication No. 3-72983, an adhesive is applied to the back surface of a ribbon sheet made of cloth or the like, and the adhesive is adhered onto a backing paper (usually polyethylene laminated kraft paper). A long sheet for a ribbon with a mount that has been subjected to the secondary processing is prepared. In addition, the actual fairness 7
According to the method proposed in Japanese Patent Application Laid-Open No. -1659, a ribbon sheet having no adhesive applied to the back surface is bonded to, for example, an intermediate paper.
Prepare a backing sheet (same as above) that has been subjected to the next processing. Then, the above-described ribbon seal is manufactured using these secondary processed sheets (tapes).

As can be seen from the above manufacturing procedure,
In the production of ribbon seals, there is a relatively large amount of work for secondary processing of the material used for the production, and therefore, the processing operation is troublesome, and as a result, the problem of increasing the production cost is likely to occur. In addition, there is a problem in that the backing paper (glassine paper) peeled from the tack paper sticker paper is discarded, so that a large amount of material is wasted. Glassine paper is dense and relatively high value-added paper, and simply discarding it wastes resources and is disadvantageous in terms of cost.

The present invention is to solve the above-mentioned problems in the conventional manufacturing method. Specifically, the present invention measures the effective use of each material used for a ribbon seal,
It is an object of the present invention to provide a method and an apparatus for manufacturing a ribbon seal that can reduce waste and reduce costs.

Another object of the present invention is to provide a ribbon seal in which secondary processing in manufacturing the ribbon seal can be reduced as much as possible, and the ribbon seal can be made more inexpensive in addition to the effective use of the material. The present invention provides a manufacturing method and a manufacturing apparatus.

[0012]

The present invention achieves the above object by the inventions described in the respective claims.

According to a first aspect of the present invention, there is provided a method of manufacturing a sheet to which a ribbon seal is adhered. This is a method for continuously producing a large number of ribbon seals having a structure having a ribbon forming a seal label, wherein a number of seal label portions which are surface-processed by printing, embossing, foil stamping or the like for a seal label are spaced apart in the longitudinal direction. A step of forming a laminated long sheet base material having a structure in which a long sheet for a narrow label, which is continuously formed and an adhesive layer is provided on the back surface, is laminated and adhered on a long sheet of wide paper. A step of peeling off the long sheet for label and the long backing paper once and then re-lamination and adhering the long sheet for label while transporting the tack paper in the long direction; and attaching the long sheet for ribbon for forming the ribbon to the label. Between the long sheet for label and the long backing sheet so that the edge in the width direction partially overlaps the long sheet for label, and the re-stacked long sheet with the long sheet for ribbon sandwiched A step of completely punching out each seal label portion of the base material and a range of the ribbon leg extending outward from the back surface of the base material in the form of a ribbon seal on the long mount, and excluding a portion of the completely formed ribbon seal. Removing the remaining sheets from the long mount, and sandwiching the long sheet for the ribbon is performed simultaneously with or prior to the re-lamination bonding. I do.

In the above, a long sheet in which the manufactured ribbon seals are adhered on a backing paper at intervals is wound up in a roll shape as appropriate, or, if necessary, for each length on which a plurality of ribbon seals are placed. Be cut.

In the secondary processing step of forming a tack sheet (laminated long sheet base material) in which a long sheet for a label and a long board are laminated, a work for sandwiching the long sheet for a ribbon is performed in a subsequent stage. It can be provided as a device that is continuous with the device, or it can be provided as a device that is not continuous. The secondary processing of making tack paper from a material sheet in which a seal label sheet having an adhesive layer on the back surface is laminated on a backing sheet is performed by processing the seal label portion by printing, embossing, etc., but not limited thereto. . At this time, foil pressing may be performed as needed, but foil pressing may be performed before or after the full-punching step after sandwiching the long sheet for ribbon. In the step of making the tack paper, it is also preferable to simultaneously process an appropriate phototube mark or the like so as to detect the sheet feeding state after the next step and prevent slippage.

Further, in the present invention, it is necessary that the long sheet for label of tack paper has an adhesive layer on the back surface. Thereby, the state of re-lamination and adhesion when the long sheet for ribbon is sandwiched can be ensured.

In the above configuration, the fact that the ribbon long sheet and the label long sheet partially overlap in the width direction edge means that a state where the ribbon leg is adhered and held on the back surface of the seal label is secured. The degree of overlap is generally 1/5 to 1/3 of the back of the seal label.
A range of degrees is sufficient.

According to the invention having the above structure, the long sheet for label and the backing sheet are once peeled off, and then the long sheet for ribbon is sandwiched and re-laminated and adhered. Can be used as a backing sheet for a sheet to which a ribbon seal, which is a final product, is adhered, and material waste can be reduced. For the backing of the tack paper that can be used for this purpose, a suitable backing for a sheet to which a ribbon seal is adhered is selected in advance and used. For example, it must have a strong "stiffness" suitable for protecting the ribbon seal on the backing paper, prevent the penetration of the adhesive (peeling agent) and maintain the releasability over a long period of time, It has a strength that does not cause tearing even if it is applied, it has moisture resistance, heat resistance, solvent resistance, etc., it does not easily curl (warp), it has the property that the blade does not strike through in the entire punching process, etc. In consideration of various points, a material suitable as a mount is selected according to the application. Examples of such a material include, but are not limited to, a polylaminate kraft paper obtained by laminating a polyethylene layer on the surface of kraft paper and applying a release agent (such as silicone) on the surface. it can.

Further, according to the present invention, since the secondary processing only needs to be performed on the tack paper, there is an advantage that the ribbon seal can be manufactured by a simple operation.

According to a second aspect of the present invention, in the above-described manufacturing method, at least two rows of narrow label long sheets laminated on a wide long board are arranged in the width direction. For each of the long sheets for labels, sandwich the long sheet for the ribbon so that the edges in the width direction partially overlap each other, or one sheet for the adjacent long sheets for the label. It is characterized in that the long sheet for a ribbon is sandwiched so that both width edges overlap each other.

According to the present invention, it is possible to form the ribbon seals on one mount, preferably in two rows or three rows, or more rows, and productivity is remarkably improved.

According to a third aspect of the present invention, there is provided an apparatus for manufacturing a sheet to which a ribbon seal is adhered, wherein a large number of seal label portions which are surface-processed by printing, embossing, foil stamping or the like are continuously formed at intervals in a longitudinal direction. A first method for continuously feeding a laminated long sheet base material prepared in a structure in which a narrow label long sheet having an adhesive layer provided on a back surface is laminated and adhered on a wide long mount sheet. Sheet supply means; second sheet supply means for continuously feeding a ribbon long sheet sandwiched so that the label long sheet and a width direction edge partly overlap each other; and the first sheet supply means Transporting means for peeling off the long sheet for label and the long board while transporting the laminated long sheet base material sent out from the means, and the stripped long sheet and the long board for the peeled label between them. From the sheet feeding means 2 And a re-laminating adhesive means for laminating adhesive again by pinch the out the long sheet ribbon Ri,
It is characterized in that the re-lamination bonding means is provided with positioning means in the width direction of the ribbon long sheet and the label long sheet to be laminated on the long backing paper.

In the above configuration, the re-lamination bonding means includes:
The separated long sheet for label and long backing paper are guided in a predetermined conveying path, respectively, and, for example, are positioned in the width direction between a pair of upper and lower bonding (nip) rolls while giving tension in the conveying direction. Configuration. Similarly, a configuration in which a ribbon long sheet sandwiched between a long sheet for label and a long backing sheet is fed while positioning and tensioning the above-mentioned bonding roll portion in the width direction by a transport guide or the like is given. be able to. The above-described positioning in the width direction can be performed, for example, by providing a guide unit in the vicinity of a transport roll or a bonding roll, and the tension control is for preventing a sheet from being wrinkled. A predetermined tension can be applied to the feed sheet by providing an idle roll between the bonding roll and the transport roll, or by feeding the idle roll between the transport rolls in a meandering manner.

According to the present invention, from the supply section for continuously feeding the laminated elongate sheet base material to the re-lamination bonding means for re-laminating the elongate label sheet and the elongate backing sheet with the elongate ribbon sheet interposed therebetween. The devices are arranged at the front stage of a device for fully punching out the range of the ribbon legs extending outward from the respective seal label portions and the back surface of the long sheet for labels on the long backing paper,
A series of operations can be performed by continuously transporting the re-laminated and bonded sheets to the full-punching apparatus, which has the advantage that a highly productive ribbon seal can be manufactured.

[0025]

BEST MODE FOR CARRYING OUT THE INVENTION

Embodiment 1 FIG. 1 shows an example of a schematic configuration of a ribbon seal manufacturing apparatus for carrying out the method of the present invention. In this figure, reference numeral 1 denotes a tack paper winding roll, which is a long sheet described below. Tack paper (laminated long sheet base material) 100 is wound.

Reference numerals 2 ₁ and 2 ₂ denote ribbon sheet winding rolls around which, for example, a long ribbon sheet 200 made of cloth is wound. In this example, two rolls are arranged in parallel.

Reference numeral 3 denotes a device for sandwiching a long sheet for a ribbon, and a peeling device 301 provided at the entrance thereof receives the tack paper 100 unwound (discharged) from the tack paper winding roll 1. Then, the long sheet for label 101 and the backing sheet 102 constituting the tack paper 100 are vertically separated (separated), and the long sheet for label 101
And the backing sheet 102 are respectively conveyed on separate conveying tracks, and then a pair of re-lamination rolls 3021
In the bonding roll device 302 consisting of 3022, the ribbon long sheet 200 unwound from the ribbon sheet winding roll 2 ₁ (or 2 ₂ ) is sandwiched and re-laminated. The bonding roll device 30
2 includes three sheets to be laminated (a long sheet for label 1
01, a positioning means for determining the positions of the ribbon long sheet 200 and the mount 102 in the width direction (axial direction of the roll), and a tension control means (not shown) for controlling the tension in the transport direction. As such a positioning means, an appropriate regulating guide for regulating the position in the roll axis direction of each sheet fed into the roll nip portion of the bonding roll device 302 can be exemplified.

Further, in this embodiment, the peeling device 301 for the rolls 3011 and 3012 forming a pair up and down is shown. In this device 301, a scraper (not shown) is arranged on the rotating and unwinding side of the rolls. It is also possible to automatically separate the long sheet for label 101 and the backing sheet 102 up and down during the initial transport, or to separate them manually by hand without an initial peeling mechanism. May be provided so as to be initially set in the transport mechanism. 303-3
08 denotes a conveyance guide roll for each sheet. In FIG. 1, the transport path length of the long sheet for label 101 from the separating device 301 to the bonding roll device 302 and the backing paper 1
Although the length of the same orbit of 02 is shown differently, this is for convenience of explanation, and it is generally desirable that the length of these orbits be the same.

Reference numeral 4 denotes a foil stamping machine which is provided at the subsequent stage of the ribbon long sheet sandwiching device 3 and has a function of completely removing a ribbon seal.
2, the re-laminated and bonded sheet 105 in which the long sheet for label 101 and the long sheet for ribbon 200 are partially overlapped with their widthwise edges is rolled 402, 4
03, a gold foil or the like is foil-pressed by a foil-pressing device 4011 while being conveyed on a flat table 401, and a PP (polypropylene) film is surface-laminated by a pressing roll 4013 of a laminating device 4012, and then a ribbon seal is formed by a punching device 4014. It is constituted so that it may be completely removed. The roll 403 is provided so as to function as a scrap separation roll for separating and removing unnecessary sheets other than the completely removed ribbon seal from the mount 102 as the scraps 110. Specifically, a peeling scraper or the like for peeling and removing unnecessary long sheet for label 101 and long sheet for ribbon 200 from mount 102 is provided. Reference numeral 404 denotes a scrap waste winding roll.

Product sheet 1 from which scraps 110 have been removed
06 is a ribbon seal 10 having, for example, a circular seal label 11 and a ribbon 12 partially adhered to the back surface and the other extending outwardly as a leg, with a suitable space in the longitudinal direction at an appropriate distance from the backing paper 102. As a sheet which is continuously adhered on the sheet. The product sheet 106 is wound as it is on a suitable roll or cut into predetermined dimensions to be a final product.

FIG. 2 shows the detailed structure of the tack paper 100 wound on the tack paper winding roll 1.
A long sheet material 104 for label before processing, which is adhered to a backing 102 made of a poly-laminated kraft paper with an adhesive layer 103 coated on the back surface (see FIG. 2D).
Next, the seal label portion 20 is processed by printing, embossing, or the like (see FIGS. 2A and 2B), and the lower half edge 21 of the seal label portion 20 and the adjacent seal label portion 20 are processed.
After half-punching the lower half edge portion 21 with a connecting line 22 connecting the lengthwise direction, unnecessary portions are removed, and the tack paper 100 is formed.

The above tack sheet 100 with unwound from tack cigarettes times roll 1 continuously, and the ribbon for continuous sheet 200 from the ribbon sheet roll rolls 2 ₁ wound it is continuously unrolled, Figure The ribbon seal can be manufactured using the first apparatus.

FIG. 3 shows a long label sheet 101 and a backing sheet 102 sandwiching and stacking a long ribbon sheet 200.
2 shows the re-laminated adhesive sheet 105 of FIG.

Then, the entire area of the seal label 11 and the ribbon leg 12 of the re-laminated adhesive sheet 105 shown in FIG.
Is formed, and a product sheet 106 is obtained in which the ribbon seal 10 is continuously adhered on the mount 102 at intervals (see FIG. 4).

FIG. 5 shows a case where a plurality of rows of long sheets 101 for labels are laminated on a single mount 102, in contrast to the case of manufacturing a sheet in which the ribbon seals 10 are formed in one row as described above. FIG. 5 (a) shows an example in which the imposition sides of the two rows of long sheets of label 101 face inward in the width direction, and the long sheet for ribbon 200 is sandwiched therebetween. (B) is a two-row long sheet 101 for labels.
FIG. 5 (c) shows an example in which the imposition sides are opposed outward in the width direction to sandwich both side edges in the width direction of one long sheet for ribbon 200. FIG. While extending the ribbon leg 12 from the seal label 11 of the example of (b),
An example in which a ribbon is extended from the head of the seal label 11 is shown.

In any of these, the object of the present invention can be achieved.

Embodiment 2 The present embodiment shown in FIG. 6 is characterized in that the long sheet for ribbon 200 is sandwiched in three rows, and the structure for this is different from that of Embodiment 1; Other configurations are substantially the same as those of the first embodiment, and thus common configurations are denoted by the same reference numerals as in FIG. 1 and description thereof is omitted.

In the present embodiment, the ribbon long sheet sandwiching device 3 receives the tacky paper 100, peels off the long label sheet 101 and the backing paper 102 constituting the same, and separates these labels. Long sheet 101 and backing sheet 1
02 are transported on different transport tracks, respectively, and then, in a bonding roll device 302 including a pair of rolls 3021 and 3022 for re-lamination provided at the outlet portion, ribbon sheet winding rolls 2 ₁ , 2 ₂ and 2 _3. The ribbon long sheets 200, 200, 200 unwound from each of the three axes are sandwiched and relaminated. The bonding roll device 302 has three sheets to be laminated (the long sheet for label 101, the long sheet for ribbon 200, the backing sheet 1).
02) is the same as the first embodiment in that a positioning means for determining the mutual width direction (roll axial direction) position and a tension control means for controlling the tension in the transport direction are the same as in the first embodiment. 8 shows a tension control device for the ribbon long sheet 200 having the configuration shown in FIG. The tension control device 6 includes a pair of upper and lower nip rolls (the lower side is a driving roller and the upper side is a pressing roller) 60 arranged on both sides.
A plurality of rollers 603 to 607 are arranged between the rollers 602 and 602, and an appropriate tension is applied between the rollers 603 to 607 by friction when the sheet is passed in a meandering shape as shown in the figure. .

Another feature of the present embodiment is that after the sheet conveyed out of the exit portion of the ribbon long sheet sandwiching device 3 is conveyed in a tension-free state, the sheet is fed to the first stage of the foil stamping machine 4. And a tension control device 8 similar to the above, which applies tension in the reaction direction by meandering a sheet between a plurality of rolls. As a result, there is obtained an advantage that unnecessary tension load is not applied to the sheet in a portion where tension is not required, and that it is not necessary to synchronize the operations of the ribbon long sheet holding device 3 and the foil pressing machine 4 with each other. .

[0040]

According to the present invention, the following effects can be obtained.

According to the first aspect of the present invention, while the tack paper (laminated long sheet base material) is conveyed in the longitudinal direction, the long sheet for label and the long board are once peeled off and then re-laminated and adhered. At the time of the re-lamination bonding, the long sheet for ribbon is sandwiched between the long sheet for label and the long sheet for the backing sheet. It can be used as a backing paper and can reduce the production cost of ribbon seals by eliminating waste of materials.
In addition, since the secondary processing operation by the ribbon manufacturer only needs to be performed on the tack paper, the manufacturing operation can be simplified, and the effect that the manufacturing cost can be reduced from this point is also obtained.

According to the second aspect of the present invention, at least two rows of narrow labels for long sheets are laminated on the long base paper in parallel, thereby significantly improving the productivity. can get.

According to the third aspect of the present invention, a tack sheet is provided at the front stage of the apparatus for completely punching out the area of the ribbon legs extending outward from the back of each seal label portion of the long sheet for label on the long backing paper. By arranging a supply unit for continuously feeding paper (laminated long sheet base material), a supply unit for a long sheet for ribbon, a re-lamination bonding unit for re-laminating a long sheet for label and a long backing sheet, A series of operations from continuous feeding of each sheet to full punching can be performed continuously, and an effect that a ribbon seal with high productivity can be manufactured can be obtained.

[Brief description of the drawings]

FIG. 1 is a diagram showing a configuration outline of a first embodiment of a ribbon seal manufacturing apparatus of the present invention.

FIGS. 2A and 2B are diagrams for explaining the tack paper used in the present invention, wherein FIG. 2A is a perspective view of the tack paper, FIG. 2B is a plan view, and FIG. And (d) show tack paper before processing.

FIGS. 3A and 3B are views showing a state in which a long sheet for a ribbon is sandwiched between tack sheets, wherein FIG. 3A is a perspective view and FIG.
FIG.

FIG. 4 is a plan view of a sheet to which a ribbon seal has been adhered after full punching.

FIGS. 5A, 5B, and 5C are views showing a state in which a long sheet for a ribbon is sandwiched between tack papers arranged in different states; FIG.

FIG. 6 is a diagram showing a schematic configuration of a ribbon seal manufacturing apparatus according to a second embodiment of the present invention.

FIG. 7 is a perspective view showing a configuration of a tension control device.

[Explanation of symbols]

1 ... Tack paper winding roll, 2 ₁ , 2 ₂ , 2 ₃ ...
Ribbon sheet winding roll, 3 ... Device for sandwiching long sheet for ribbon, 4 ... Foil stamping machine, 6, 7, 8 ...
Tension control device, 20: seal label portion, 21: lower half edge, 22: connecting line, 100
... Tack paper, 101 ... Long sheet for label, 1
02: mount, 103: adhesive layer, 104:
Long sheet material for labels, 105: re-laminated adhesive sheet, 106: product sheet, 110: scraps,
Reference numeral 200: long sheet for ribbon, 301: peeling device, 302: bonding device, 303 to 308: conveyance guide roll, 401: flat table, 402, 403
..Roll, 404...
DESCRIPTION OF SYMBOLS 1 ... Foil press apparatus, 4012 ... Laminating apparatus, 4013 ... Press roll 4013, 4014 ...
・ All punching device.

Claims (3)

[Claims] 1. A ribbon seal having a structure having a seal label and a ribbon which is partially adhered to the back surface of the seal label and the other portion of which extends outside the seal label to form a ribbon leg, is continuously manufactured. A method for forming a label having a narrow width in which a large number of seal label portions which are surface-processed by printing, embossing, foil stamping or the like are continuously formed at intervals in a longitudinal direction and an adhesive layer is provided on a back surface. A step of forming a laminated long sheet base material having a structure in which the long sheet for labels is laminated and adhered on a wide long mount sheet, and transporting the laminated long sheet base material in the longitudinal direction, Once separating the long sheet and the long board for re-lamination and bonding, and bonding the long sheet for the ribbon forming the ribbon leg between the long sheet for the label and the long board in the width direction. Department is la And a step of sandwiching the long sheet for the ribbon so as to partially overlap with the long sheet for the ribbon. A step of completely punching out a range of the ribbon legs extending outward from the back surface in the form of a ribbon seal on the long backing sheet; and removing the remaining sheets excluding the part of the completely formed ribbon seal into a long backing sheet. Removing the ribbon from above, and sandwiching the long sheet for the ribbon is performed simultaneously with or before the re-lamination bonding. 2. The long label sheet according to claim 1, wherein at least two rows of narrow label long sheets laminated on a wide long base sheet are arranged in the width direction. On the other hand, a long sheet for ribbon is sandwiched between each one so that the edges in the width direction are partially overlapped, or one long sheet for ribbon is placed over both adjacent long sheets for label. A method for manufacturing a sheet to which a ribbon seal is adhered, characterized in that the width edges are sandwiched so as to partially overlap each other. 3. A long and narrow label for a label having a large number of seal label portions which are surface-processed by printing, embossing, foil stamping, etc., are continuously formed at intervals in a longitudinal direction and an adhesive layer is provided on the back surface. First sheet supply means for continuously sending out a laminated elongate sheet base material prepared in a structure in which a sheet is laminated and adhered on a wide elongate backing paper, and the label elongate sheet and a width direction edge portion A second sheet supply means for continuously feeding a long sheet for a ribbon sandwiched so as to partially overlap,
Transport means for peeling off the long sheet for label and long board while transporting the laminated long sheet base material sent out from the first sheet supply means, and the peeled long sheet for label and long board, Re-lamination bonding means for sandwiching the long sheet for ribbon sent from the second sheet supply means and laminating and bonding again, and the re-lamination bonding means is provided on the long backing paper. An apparatus for manufacturing a sheet to which a ribbon seal is adhered, comprising means for positioning the long sheet for a ribbon and the long sheet for a label to be laminated in the width direction.