JP2001030385A - Method and apparatus for producing tack label - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make a laminated film adhere to label paper efficiently without adding an extra process by forming a two-layer sheet of the laminated film and a separate film, forming a notch in the separate film, and joining it to the label paper on release paper to form a four-layer sheet. SOLUTION: The adhesive surface of a laminated film 12 is made to adhere to a separate film 16 to form a two-layer sheet 22. A notch is formed only in the separate film 16 by a half-cutting means 24. Label paper 28 stuck on release paper is fed out from a supply means 30, the sheet 22 is passed through a press means 32 to make the adhesive surface of the film 16 face the description surface of the label paper 28 to form a four-layer sheet 34. A notch is formed in the upper three layers excluding the release paper of the sheet 34 by a half-cutting means 38. The unnecessary part of a three-layer sheet is peeled by a peeling means 40 and recovered by a recovery means 42.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a laminated film,
A method and apparatus for producing a tack label comprising a separate film, a label paper, and a release paper, and more particularly, a method for producing a tack label in which these are mutually adhered and a laminated film can be securely and quickly attached. About the method.

[0002]

2. Description of the Related Art In general, for example, many types of labels to be attached to products or seals that can be used for various applications have been known and widely used. Further, various production methods have been conventionally proposed. At present, the general method for manufacturing labels is to release the release paper on the label material via an adhesive layer, and to put the necessary information on this label material on the integrated release paper and label. Then, a method is used in which a label having a desired shape is obtained by making a cut line using a die-cutting device or the like by integrating them.

[0003] In addition, various kinds of labels which are easy to use and methods for producing the labels have been studied. For example, a method of covering the surface with a laminate film in order to protect the written surface of the label material. However, when the above-mentioned laminate film is adhered to the label material, wrinkles may occur, which may cause a problem in appearance. On the other hand, it takes time to adhere uniformly so as not to cause wrinkles, and efficient work cannot be performed. There was a problem. Further, when the laminate film and the label material are separated from each other, there is a problem that mutual displacement occurs and beautiful adhesion cannot be achieved.

Therefore, in order to uniformly and efficiently adhere the laminated film to the label material without wrinkling, one end of the laminated film provided with an adhesive surface is adhered and fixed to one end of the facing surface of the label material, and the remaining portion. A tack label having a shape in which a release paper is adhered to an adhesive surface of the above has been developed. In use, when the release paper that is adhered to the laminate film is removed, the adhesive surface of the laminate film is positioned on the surface of the label material and serves as a guide for the adhesive direction because a part of the release paper is adhered to the label material. By doing so, it is possible to efficiently adhere to the written surface without wrinkling.

[0005]

However, in the manufacturing process of the tack label having the above-mentioned shape, after the step of integrally adhering the release paper on the adhesive layer of the laminate film, the step of cutting off only one end of the release paper is performed. In addition, a step of precisely aligning and adhering the adhesive layer at the end of the laminate film to one end of the label material is required. Therefore, the device must be added to the production line, and the production cost is increased.

The present inventors have developed a tack label manufacturing method and apparatus capable of efficiently adhering a laminated film onto a label without adding an extra step as described above and efficiently generating wrinkles. As a result of intensive research, the present invention has been achieved.

[0007]

SUMMARY OF THE INVENTION The gist of the method for producing a tack label according to the present invention is a method for producing a tack label comprising a laminated film, a separate film, label paper, and release paper. Supplying a laminated film having an adhesive surface to the, a step of supplying a separate film having an adhesive surface and a release surface, and bonding and adhering the adhesive surface and the separate film release surface of the laminate film, a laminate film and a separate A step of forming a two-layer structure sheet made of a film, a step of forming cuts only in a separate film portion of the two-layer structure sheet, and a description surface and an adhesive surface, and the adhesive surface is formed on a release surface of the release paper. Supplying the sticky label paper, and separating the two-layer sheet Bonding the adhesive surface of the release paper and the surface of the label paper on the release paper to form a four-layer structure sheet, and forming a cut into a predetermined shape integrally with the laminate film, the separate film and the label paper. And steps.

Another aspect of the method for producing a tack label according to the present invention includes a laminate film,
Separate film, label paper, and a method for producing a tack label consisting of release paper, the step of supplying a label paper having a description surface and an adhesive surface, and the adhesive surface is adhered to the release surface of the release paper and Supplying a laminated film having an adhesive surface on one side, supplying a separate film having an adhesive surface and a release surface, and having a written surface and an adhesive surface, and the adhesive surface being adhered to the release surface of the release paper. Bonding the adhesive surface of the separate sheet and the description surface of the separated label paper to form a three-layer structure sheet including the release paper, the label paper, and the separate film;
Forming a cut in only the separate film portion of the three-layer structure sheet, and joining and bonding the peeled surface of the separate film of the three-layer structure sheet and the adhesive surface of the laminate film to form a four-layer structure sheet. ,
And cutting the laminated film, the separate film, and the label paper into a predetermined shape.

The gist of the tack label manufacturing apparatus according to the present invention is an apparatus for manufacturing a tack label composed of a laminated film, a separate film, label paper, and release paper. Means for winding and supplying a built-in laminated film having
A means for winding and incorporating and supplying a separate film having an adhesive surface and a release surface, and a two-layer structure sheet comprising a laminate film and a separate film by bonding and bonding the adhesive surface of the laminate film and the release surface of the separate film. A first pressing means for forming a sheet, a first half-cutting means including a cutter blade for forming a cut only in the separate film portion of the two-layer structure sheet, and a sticking face and a sticking face separated from each other. Means for winding and supplying the label paper adhered to the release surface of the pattern paper, and a means for bonding and adhering the adhesive surface of the separate film of the two-layer structure sheet and the label paper surface of the release paper to form Second pressing means for forming a layered sheet, and a cutter for integrally cutting the laminate film, the separate film and the label paper into a predetermined shape Lies in including a second half cut unit including blade.

[0010] Further, of the four-layer structure sheet subjected to the half-cutting means, an unnecessary portion of the three-layer structure sheet composed of the laminate film, the separate film and the label paper may be removed from the release paper and collected.

Further, the half-cut means 4 is provided.
It may include any one of a means for cutting the layered sheet into a single sheet and a means for winding the sheet into a roll.

Another aspect of the tack label manufacturing apparatus according to the present invention includes a laminate film,
Separate film, label paper, and an apparatus for manufacturing a tack label consisting of release paper, which has a written surface and an adhesive surface, and the adhesive surface is bonded to the release surface of the release paper and the adhesive label paper is wound. Means for feeding and incorporating, and means for winding and feeding a laminated film having an adhesive surface on one side, means for winding and feeding a separate film, and means for labeling a release paper on a release paper. First pressing means for bonding and adhering the adhesive surface of the separate film to form a three-layer structure sheet composed of release paper, label paper and the separate film, and cutting only the separate film portion of the three-layer structure sheet A first half-cutting means having a cutter to be formed, and an adhesive surface of the three-layer structure sheet, which is formed by bonding a separation surface of the separate film and an adhesive surface of the laminate film. It is meant to include a second pressing means for forming a four-layer structure sheet and a second half cut unit including a cutter blade for cutting a constant shape laminate film and the separate film and label paper integrally by.

Further, of the four-layered sheet subjected to the half-cutting means, an unnecessary portion of the three-layered sheet composed of the laminate film, the separate film and the label paper may be separated from the release paper and collected.

Further, the half-cut means 4
It may include any one of a means for cutting the layered sheet into a single sheet and a means for winding the sheet into a roll.

[0015]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a tack label manufacturing apparatus and method according to the present invention.

In this specification, the term "adhesion" includes a state in which objects are bonded to each other but can be peeled off from an adhesive state in which the objects are permanently fixed. And the case where the adhesive substance does not remain on the adherend.

FIG. 1 is a schematic diagram of a tack label manufacturing apparatus 10 that specifically implements a tack label manufacturing method according to the present invention. The laminated film 12 is formed as a roll wound in a roll shape.
4 and is supplied from a laminate film supply means 14 driven by a drive motor. Similarly, the separate film 16 is housed in the separate film supply means 18 as a roll wound in a roll shape, and is supplied by the separate film supply means 18 driven by a drive motor.

The laminate film 12 is fed so that its adhesive surface faces the release surface of the separate film. The fed-out separate film and the laminated film are pressed by the first pressing means 20 composed of, for example, a pair of facing rolls, so that the adhesive surface of the laminated film adheres to the separate film, and
A layered sheet 22 is formed. The two-layer sheet 22 is introduced into the first half-cutting unit 24. This half cut means 24 forms a cut only in the separate film on the upper part of the laminate film. In such a half-cutting means, for example, a pair of upper and lower rollers is provided with a set of punching rollers, and the two-layer structure sheet 22 is conveyed between the pair of rollers while being transferred to the upper roller. A cut is formed at a predetermined position of the separate film by the provided cutter blade.
Here, the cut formed in the separate film is
The cut may be a linear cut or a perforated cut, and is not particularly limited as long as it can be easily removed from another separate film when used. Such a notch is
At least one or more are provided on the surface of the separate film of each tack label that has become a product.

On the other hand, a label paper having a writing surface and an adhesive surface is provided with the adhesive surface adhered to release paper.
Label paper supply means 3 as a roll wound in a roll shape
0. The label paper adhered to the release paper is fed from a label paper supply means 30 driven by a drive motor (not shown). The two-layer structure sheet 22 in which the cut is formed only in the separate film by the first half-cutting means 24 is, for example, one pair so that the adhesive surface of the separate film faces the written surface of the fed label paper 28. Through the second pressing means 32 composed of facing rolls of
Formed.

Here, the label paper adhered to the release paper is:
Before passing through the second pressing means, if necessary, it is possible to go through a step 36 of printing characters, figures, etc. on the written surface. In this case, after printing on the written surface of the label paper before the step of sticking with the release paper in advance, to form an adhesive surface by applying or printing an adhesive on one other surface,
Thereafter, it may be made to adhere to the release paper.

The sheet 34 formed in a four-layer structure is laminated by a second half-cutting means 38 on a laminated film,
Only the three layers of the separate film and the label paper are half-cut into a desired shape. In this case, the second half-cutting means 38 forms cuts in the upper laminate film, the separate film, and the label paper, leaving only the release paper. Such a second half cut means 38
For example, a pair of upper and lower rollers is provided with a set of die-cutting rollers, and the four-layer structure sheet is sandwiched between the pair of rollers while being conveyed, while the die roller having a predetermined shape provided on the upper roller is provided. The cut is formed in a predetermined shape only in the upper three layers of the four-layer sheet sandwiched between the cutter blade and the lower roller. Here, the shape of the cut formed in the three layers of the laminate film, the separate film, and the label paper is not particularly limited, and the shape of the die cut of the half cut means may be any shape such as a square, a polygon, a circle, and an ellipse. The shape can be any shape. However, it is necessary that the separate film having the cut notch shape has at least one notch formed by the first half cut means.

Unnecessary portions of the three-layer structure sheet of the laminate film, the separate film and the label paper are peeled off by the peeling means 40 and collected by the collecting means 42. More specifically, for example, a peeling section composed of a fixed type guide bar or a freely rotating guide roll is provided, and an unnecessary portion of the three-layer sheet is inclined at an angle opposite to the traveling direction of the four-layer structure sheet. It may be held and moved to be separated from the release paper, guided to a scrap removing roll and wound up.

When the tack label from which unnecessary portions have been removed is finally formed into a single sheet, release paper carrying the tack label is cut into a desired single sheet shape to form a single sheet shape tack label 44. Superimposed and collected. In the case of being stored in the form of a roll, it is wound and collected by the winding means 46.

The means for cutting into single sheets is, for example, a cutting means provided with a lower cutter blade and an upper cutter blade, wherein the lower cutter blade is fixed to the lower surface of the four-layer sheet, and is moved by a lifting mechanism. It can be cut and overlapped by the movement of the upper cutter blade moving in the vertical direction. Further, the means for winding into a roll may be wound by a winding means.

In the above case, the case where the release paper is larger than the predetermined shape of the three layers of the laminate film, the separate film and the label paper is exemplified. However, the three-layer structure sheet of the laminate film, the separate film and the label paper is used. And the shape of the release paper may be the same. In this case, the half-cutting step and the step of cutting the release paper in the final stage can be the same sheet-like cutting step. Further, in the case where the four-layer structure sheet composed of the laminate film, the separate film, the label paper, and the release paper is rectangular and has no unnecessary portion, the step of removing the unnecessary portion can be omitted.

FIG. 2 shows a tack label apparatus 50 as another example of the tack label manufacturing method according to the present invention.

As shown in FIG. 1, the label paper 28 is configured so that one surface is a writing surface in advance and the other surface has an adhesive surface. It is arranged in the means 30. The label paper 28 is fed out from the label paper supply means 30.

The separate film 16 is fed out from a separate film supply means 18. The three-layer sheet 5 of release paper, label paper, and a separate film is guided so that the written surface of the label paper 28 faces the adhesive surface of the separate film 16 and passes through the first pressing means 20.
Form 2 The three-layer structure sheet 52 is introduced into the first half-cut unit 24 that forms a cut only in the separate film 16. Here, the example of the first half-cutting means 24 and the cuts formed in the separate film 16 are the same as described above.

On the other hand, the laminate film 12 is fed so that the adhesive surface faces the release surface of the separate film 16. The three-layer structure sheet 52 made of the release paper, the label paper, and the separate film conveyed after the cut is formed only in the separate film by the first half-cutting means 24 is the laminated film 1 fed out.
The sheet passes through the second pressing means 32 so that the peeling surface of the separate film faces the adhesive surface of No. 2 and is formed on the four-layer structure sheet.

Here, the label paper 28 adhered to the release paper
May be subjected to a step of printing characters, figures, etc. on the written surface, if necessary, before being adhered to the separate film. Alternatively, after the printing surface of the label paper is printed in advance, an adhesive layer may be formed on the other surface of the label paper, and may be adhered to the release surface of the release paper as the adhesive surface.

The sheet 34 formed in the four-layer structure is formed by the second half-cutting means 38 in the same manner as in the above-described example, using only three layers of the laminate film, the separate film and the label paper to have a desired shape by die cutting or the like. Be cut. Unnecessary portions of the three-layer structure sheet of the laminate film, the separate film and the label paper are peeled off by the peeling means 40 and collected by the collecting means 42. When the tack label from which the unnecessary portion has been removed is finally formed into a single sheet, the release paper carrying the tack label is cut into a desired shape, and is superimposed and collected as a single sheet-shaped tack label 44. . Further, when stored in a roll, it is wound and collected by the winding means 46. The configuration of each component of the tack label manufacturing apparatus illustrated in FIG. 2 is the same as the configuration described above with reference to FIG.

In the embodiment shown in FIGS. 1 and 2, the release paper is larger than the predetermined shape of the three-layer structure composed of the laminate film, the separate film and the label paper. The predetermined shape of the three-layer structure sheet of the laminate film, the separate film and the label paper may be the same as the shape of the release paper. In this case, the second half-cut step is unnecessary. Further, when the four-layer structure sheet of the laminate film, the separate film, the label paper, and the release paper is rectangular, the step of removing the unnecessary portion can be omitted depending on the cutting mode.

Here, various materials used in the tack label manufacturing method will be described. The laminate film has an adhesive surface on one side. Laminate film is required to be transparent to clearly read the written surface of the label paper through the film surface, as long as it can protect the written surface, the material is not particularly limited, for example,
A biaxially stretched polyester film, a biaxially stretched polypropylene film, a non-stretched polypropylene film, a biaxially stretched nylon film, a non-stretched nylon film, and the like can be suitably used.

Further, when the adhesive surface of the laminated film is used, after removing the separate film and directly adhering to the written surface of the label paper, while protecting the written surface of the label paper for a long period of time, the film and the adhesive It is necessary that the description on the written surface can be sufficiently read through the layer. Therefore, it is preferable to select a material that maintains transparency over the entire surface even through the pressure-sensitive adhesive layer, and that maintains the adhesive strength and the transparency for a long period of time. As long as the material satisfies this condition, the material is not particularly limited. For example, thermoplastic materials such as polyethylene, ethylene-vinyl acetate copolymer, ethylene acrylate copolymer, polyester, styrene butadiene copolymer, and styrene-isoprene copolymer A hot melt adhesive made of a resin or the like can be used.

The separate film has a peeling surface and an adhesive surface. For example, one side of a base material using resin or paper such as art paper, kraft paper, synthetic paper, polyester film, polypropylene film, etc. The surface is preferably a surface which can be treated with a resin, a fluororesin, an aminoalkyd resin, a polyester resin or the like, and which can be freely adhered to and peeled off from the adhesive surface of the laminate film. The adhesive surface of the separate film must be capable of freely adhering and peeling from the written surface of the label paper, and in the case of further peeling, is a material in which no adhesive substance remains on the written surface of the label paper at all. Is preferred.

Further, at the time of use, the separate film is peeled off and becomes unnecessary, so that the adhesive surface only needs to be able to maintain the adhesive state between the separate film and the label paper from the time of manufacture to the time of use. If such a condition is satisfied, the pressure-sensitive adhesive used for the pressure-sensitive adhesive surface is not particularly limited, and examples thereof include an acrylic adhesive, a rubber-based adhesive, and a silicone-based adhesive, but are not limited. The pressure-sensitive adhesive layer may be formed on the entire surface of the separate film, but may be a pressure-sensitive adhesive surface having the pressure-sensitive adhesive layer portion in a discontinuous manner such as dotted or linear.

Further, as the label paper, a base material using resin or paper such as art paper, kraft paper, synthetic paper, polyester film, polypropylene film, polyethylene film, polyvinyl chloride film, etc. is used. Having. The adhesive surface of the label paper needs to have an adhesive force that can be fixed to the surface of the object to which the label paper itself is to be attached and can maintain the fixed state for a long time. There is no particular limitation as long as it has such adhesive strength, and peeling from the adherend surface may be possible at any time. For example, various adhesives such as a synthetic resin adhesive such as an epoxy resin and a vinyl acetate resin, or a natural rubber adhesive can be used. The adhesive surface may have an adhesive portion on the entire surface or may be discontinuous such as linear or dotted. Moreover, you may stick a tape-shaped adhesive sheet.

One surface of the release paper is a release surface.
The release surface to which the adhesive surface of the label paper is adhered is, for example, silicone resin,
Surface treatment with a fluorine resin, aminoalkyd resin, polyester resin, or the like has been performed.

For the various materials used in the above tack label manufacturing method, the formation of the adhesive surface of the laminate film, the formation of the release surface and the adhesive surface of the separate film, the formation of the adhesive surface of the label paper, the release surface of the release paper Each step of the formation of, and the adhesive step of release paper and label paper,
It can be incorporated in the above tack label manufacturing method. Alternatively, a material in which these processes are performed stepwise may be used in the method for producing a tack label according to the present invention.
Further, the method includes a step of forming an adhesive layer on a laminate film, a separate film and a label paper, a printing step of printing on a surface of the label paper and / or a release surface of the separate film, a laminate film, and a surface of a release paper. Can be built-in. Furthermore, the laminating film, the label paper, and the separate film supplying means are provided with the automatic control means, so that the driving speed can be adjusted in conjunction with each other by the driving signal input to the automatic control means. . In the half-cutting means, it is also possible to adjust the cutting depth according to the thickness of the film.

As shown in FIG. 3, the tack label 60 manufactured as described above has a structure in which a label paper 64 of the same shape, a separate film 66, and a laminate film 68 are laminated on a release paper 62 in this order. The adhesive surface 70 of the label paper contacts the release surface 72 of the release paper 62, the adhesive surface 74 of the separate film 66 contacts the writing surface 76 of the label paper,
The adhesive surface 78 of the laminate film 68 is in contact with and adheres to the release surface 80 of the separate film.
Further, the separate film 66 has one or more cuts 82.

In such a tack label, since a laminated film, a separate film, and a label paper are integrally adhered in a fixed shape, one of them is applied by external force.
There is little possibility that the component parts are peeled off, and storage before use is simple. Further, in the manufacturing process, since the laminated film, the separate film, and the label paper have the same fixed shape, it is possible to perform these cuts in one step while keeping them laminated.

At the time of use, a part of the laminated film is peeled off together with the separate film up to the cut portion of the separate film, and if necessary, the items to be described are written on the label paper appearing from under the separate film. Thereafter, the part of the separated film that has been adhered to the peeled laminate film, which is divided by cutting such as a line or a perforation, is removed, and the adhesive surface of the laminated film is adhered to the written surface of the label paper. In this case, the portion where the laminate film has not been peeled serves as a guide in the direction of adhesion when the laminate film is adhered to the label paper, so that the laminate film can be quickly adhered without wrinkling. Next, the part of the laminate film that is not adhered to the label paper is peeled off together with the separate film, and the necessary information is written on the written surface of the label paper, if necessary. The surface is coated and adhered to the written surface of the label paper. By using in this way, a part of the laminate film is always adhered to the label paper or to the label paper via the separate film, and the position where the adhesive part adheres the laminate film to the written surface of the label paper is used. It serves as a guide for determination and direction determination, and allows the laminate film to be stuck to label paper quickly and reliably without wrinkling.

The method and apparatus for manufacturing a tack label according to the present invention have been described with reference to the embodiments. However, the present invention is not limited to such an embodiment, and the present invention is not departed from without departing from the gist thereof. Based on the knowledge of those skilled in the art, various improvements, corrections, and modifications can be made.

[0044]

As described above, according to the method for producing a tack label according to the present invention, since the laminate film, the separate film, and the label paper have a uniform shape in the production process, these cuts are laminated. It can be performed in one step as it is, and a desired tack label can be manufactured without complicating the manufacturing process.
Furthermore, tack labels produced by such a method are:
Since the laminated film, the separate film, and the label paper are integrally adhered in a certain shape, there is little possibility that one of these components may be peeled off by an external force,
Storage before use is simple. In addition, when using such a tack label, the laminated film can be stuck to the surface of the label paper beautifully without wrinkling quickly and reliably.

[Brief description of the drawings]

FIG. 1 is a schematic side view of an example of an apparatus according to a method of manufacturing a tack label according to the present invention.

FIG. 2 is a schematic side view of another example of the device according to the method of manufacturing a tack label according to the present invention.

FIG. 3 is a schematic cross-sectional view of a tack label manufactured by the tack label manufacturing method according to the present invention.

[Explanation of symbols]

10, 50: Tack label manufacturing apparatus 12: Laminated film 14: Laminated film supply means 16: Separate film 18: Separate film supply means 20: First pressing means 22: Two-layer structure sheet 24: First half cutting means 26: guide roll 28: label paper 30: label paper supply means 32: second pressing means 34: four-layer structure sheet 36: printing means 38: second half cutting means 40: peeling means 42: collection means 44: sheets Leaf-shaped tack label 46: Winding means 52: Three-layer structure sheet 60: Tack label manufactured by implementing the method for manufacturing a tack label according to the present invention 62: Release paper 64: Label paper 66: Separate film 68: Laminate Film 70: Adhesive surface of label paper 72: Release surface of release paper 74: Separe Tofirumu of the adhesive surface 76: label paper according face 78: pressure-sensitive adhesive surface of the laminate film 80: a separate film of the release surface 82: cut the separation film

Continued on front page F-term (reference) 3E075 BA83 CA02 DA03 DA04 DA05 DA14 DA33 DA35 DB03 DB14 DB16 DB19 DD02 DD03 DD09 DD32 GA01 GA02 GA04

Claims (8)

[Claims] 1. A method for producing a tack label comprising a laminate film, a separate film, a label paper, and a release paper, comprising: supplying a laminate film having an adhesive surface on one side, and having an adhesive surface and a release surface. Supplying the separate film, bonding and adhering the adhesive surface of the laminate film and the release surface of the separate film to form a two-layer structure sheet for forming the laminate film and the separate film;
Forming a cut only in the separate film portion of the layered sheet; supplying a label paper having a writing surface and an adhesive surface, wherein the adhesive surface is adhered to the release surface of the release paper; Bonding the adhesive surface of the separate film of the sheet and the description surface of the label paper adhered to the release paper to form a four-layered sheet by adhering; and forming the laminated film, the separate film and the label paper as a single unit. Cutting into a shape. 2. A method of producing a tack label comprising a laminate film, a separate film, a label paper, and a release paper, wherein the tack label has a description surface and an adhesive surface, and the adhesive surface is adhered to a release surface of the release paper. Supplying a label paper that is, a step of supplying a laminate film having an adhesive surface on one side, a step of supplying a separate film having an adhesive surface and a release surface, and a description surface and an adhesive surface and having an adhesive surface. Forming a three-layer structure sheet comprising a release paper, a label paper, and a separate film by bonding and adhering the writing surface of the label paper adhered to the release surface of the release paper and the adhesive surface of the separate film; Forming notches only in the separate film portion of the layered sheet; A method for producing a tack label, comprising: a step of forming a four-layered sheet by joining and adhering an adhesive surface of an adhesive film to a laminate film; and a step of integrally cutting the laminate film, the separate film and the label paper into a predetermined shape. 3. An apparatus for producing a tack label comprising a laminate film, a separate film, a label paper, and a release paper, comprising: a means for winding and supplying a laminated film having an adhesive surface on one side; Means for winding and supplying a separate film having a release film and a peeling surface, and bonding and bonding the adhesive surface of the laminate film and the release surface of the separate film to form a two-layer structure sheet composed of the laminate film and the separate film. A first pressing means, a first half-cutting means having a cutter blade for forming a cut only in the separate film portion of the two-layered sheet, a writing face and an adhesive face having a release paper. Means for winding and supplying the label paper adhered to the release surface, and supplying the label paper to the separation film of the two-layer structure sheet. A second pressing means for joining and adhering the adhesive surface and the surface of the label paper on the release paper to form a four-layer structure sheet, and cutting the laminated film, the separate film and the label paper into a fixed shape integrally Second half-cutting means having a cutter blade,
Tack label manufacturing equipment. 4. A means for removing unnecessary portions of a three-layer structure sheet composed of a laminate film, a separate film, and label paper from the release paper and collecting the four-layer structure sheet out of the half-cut means. Item 3. An apparatus for producing a tack label according to Item 3. 5. The apparatus according to claim 3, further comprising one of a unit for cutting the four-layer structure sheet having been subjected to the half-cutting unit into a single sheet and a unit for winding the sheet into a roll.
A tack label manufacturing apparatus according to claim 4. 6. An apparatus for producing a tack label comprising a laminate film, a separate film, a label paper, and a release paper, wherein the adhesive label has a description surface and an adhesive surface, and the adhesive surface is adhered to a release surface of the release paper. Means for winding and supplying a built-in label paper, means for winding and supplying a laminated film having an adhesive surface on one side, means for winding and supplying a separated film, First pressing means for joining and adhering the writing surface of the label paper and the adhesive surface of the separate film to form a three-layer structure sheet composed of release paper, the label paper, and the separate film; A first half-cutting means having a cutter for forming a cut only in the film portion; A second pressing means for joining and adhering the adhesive surface of the lum to form a four-layer structure sheet, and a second half having a cutter blade for integrally cutting the laminate film, the separate film and the label paper into a predetermined shape. An apparatus for manufacturing a tack label, including a cutting unit. 7. A means for separating and removing unnecessary portions of a three-layer structure sheet comprising a laminate film, a separate film, and label paper from the release paper among the four-layer structure sheets subjected to the half-cutting means. Item 6
Tack label manufacturing apparatus described in the above. 8. The apparatus according to claim 6, further comprising one of a unit for cutting the four-layer structure sheet subjected to the half-cutting unit into a single sheet and a unit for winding the sheet into a roll.
An apparatus for manufacturing a tack label according to claim 7.