JP2001142400A - Method for manufacturing tack label and apparatus for manufacturing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for manufacturing a tack label of a seal type devised by sticking tacky adhesive tapes to two opposite sides of a sheet material to a protruding form and sticking release paper to these protruding tacky adhesive surfaces with high efficiency at a high cost. SOLUTION: The tape-like seal 110 is previously constituted by forming the tacky adhesive tapes 104 and the release paper 106 to the tape form as long as plural times the length of the tack label 100 and bonding these to each other. While the tape-like seal 110 is unwound from a roll form body, the tape- like seal is once separated to the tacky adhesive tapes 104 and the release paper 106 and after the outer edge 101a of the sheet material 101 is inserted by a prescribed length into the open space 14 produced by the peeling, the tacky adhesive tape 104 and the release paper 106 are pressed to face each other. The sheet material 101 is thereafter cut to a prescribed length.

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 producing a tack label.

[0002]

2. Description of the Related Art Letters, figures, symbols, bar codes, and the like are printed on the surface of a sheet material formed of paper or the like as a sticky tack label to be attached to various products, wrapping paper, containers, packing boxes, and the like. In addition, there is known a sheet material in which an adhesive layer is provided on the back surface of the sheet material. Before the tack label is used (before being attached), release paper is attached to the back surface so as to cover the adhesive layer.
Therefore, in order to use (attach) the tack label, the release paper is peeled from the back surface, and the pressure-sensitive adhesive layer is pressed to the attaching position.

Conventionally, in order to manufacture this type of tack label, a pressure-sensitive adhesive was uniformly applied to the back surface of a sheet material to form a pressure-sensitive adhesive layer. Due to the handling of the agent, environmentally wet,
The equipment has become complicated, and time has been required for drying. Therefore, these have been bottlenecks in achieving low cost and high operating efficiency. Therefore, the present applicant has conceived that if the tack label 100 having the structure as shown in FIG. 6 is manufactured, the application of the adhesive to the sheet material 101 can be omitted in the manufacturing process.

That is, the tack label 100 is attached to an outer edge portion 101a on both sides in the width direction of the surface 102 of the sheet material 101 in such a manner that the adhesive tape 104 is extended halfway along the longitudinal direction thereof, and 101, the outer edge 10 of the sheet material 101
The release paper 106 is attached in a state of covering the adhesive tape 104 (adhesive surface) protruding in 1a. Here, it is assumed that the sheet material 101 and the release paper 106 are also initially formed in a tape shape like the adhesive tape 104, and the whole is cut into a predetermined length after the lamination.

[0005]

In the method of manufacturing the tack label 100 invented by the present applicant as described above,
The adhesive tape 104 wound in a roll form and the release paper 106 wound in a roll form are separately prepared, and these are brought to a bonding step with the sheet material 101 and used. In this case, especially with the adhesive tape 104, when dust adheres to the adhesive surface at the unwinding portion from the roll portion or when an attachment error occurs, waste is generated, so that the entire work flow is not included. Thus, a difference may easily occur between the consumption of the adhesive tape 104 and the consumption of the release paper 106.

Therefore, it is necessary to separately manage the roll body of the adhesive tape 104 and the roll body of the release paper 106, and there is a case where the handling thereof becomes somewhat difficult. The present invention has been made in view of the above circumstances, and in a state in which the adhesive tape is applied to the sheet material in a state where the adhesive tape protrudes to the outer edges on both sides in the width direction of the surface, and the sheet material is formed from the back side of the sheet material. When manufacturing a tack label by attaching release paper while covering the adhesive tape (adhesive surface) protruding from the outer edge of the material, management of the adhesive tape and release paper is facilitated, handling is improved, and It is an object of the present invention to provide a method and an apparatus for manufacturing a tack label, which can achieve lower cost and higher operating efficiency.

[0007]

According to the present invention, the following technical measures have been taken in order to achieve the above object. That is, the method for producing a tack label according to the present invention includes a sheet material, an adhesive tape having only one side adhered in a protruding state along an outer edge portion of the sheet material, and a back surface of the sheet material. A method of manufacturing a tack label having a release paper that is attached in a state of covering the adhesive surface of the adhesive tape that protrudes from its side at its outer edge, and in advance, releasing the release paper against the adhesive surface of the adhesive tape. Prepare a tape-shaped seal that is entirely adhered.

[0008] Then, in the tape-shaped seal, the adhesive tape and the release paper are once peeled off to form an open space therebetween. In addition, the outer edge of the sheet material is sandwiched between the adhesive tape and the release paper in the open space with the front side facing the adhesive tape and the rear side facing the release paper. At this time, the entire area of the intermediate position is not partitioned by the sheet material, and an area where the adhesive tape and the release paper directly overlap is left to some extent. Then, in this state, the pressure-sensitive adhesive tape and the release paper are pressed against each other in a direction to close the open space, whereby the pressure-sensitive adhesive tape is pasted to the surface of the sheet material in a protruding state.

Further, the release paper is stuck to the adhesive surface of the adhesive tape in a state where the release paper is laid over the back surface of the sheet material and the adhesive tape which has protruded. In this case, the adhesive tape and the release paper are always treated as constituting a tape-shaped seal in a one-to-one correspondence, and are inevitably consumed at the same time. Also, inevitably, the supply of the adhesive tape and release paper to the sheet material will be synchronized,
In particular, it is not necessary to control the supply speed of the adhesive tape and the release paper in synchronization with each other, and this also facilitates handling.

[0010] The tape-shaped seal is formed by forming the adhesive tape and the release paper into a long tape shape having a length twice as long as the tack label and having the same length (the same length). Can be formed. In this case, the tape-shaped seal may be wound around a roll. With this configuration, the roll portion of the tape-shaped seal is relatively moved between the sheet material and the tape-shaped seal, and the tape-shaped seal can be unwound from the roll shape while being adjusted to the relative moving speed.

According to this usage, handling of the tape-shaped seal itself is also facilitated. Further, the tape-shaped seal (adhesive tape and release paper) can be easily supplied to the sheet material. The fact that the adhesive tape or release paper extends over multiple lengths of the tack label does not mean that it is an integral multiple of the tack label.
It means that it is long enough to produce multiple tack labels. When the sheet material is moved in relative movement between the roll portion of the tape-shaped seal and the sheet material, the unwinding direction of the roll portion of the tape-shaped seal is set to the side of the moving path of the sheet material. Is arranged in a direction in which the leading end becomes a movement passage and is rotatably held. Then, as described above, the unwinding of the tape-shaped seal and the formation of the open space by peeling the adhesive tape and the release paper are performed.

[0012] After the above, the adhesive tape and the release paper are respectively folded once so as to be directed in the direction opposite to the moving direction of the sheet material, and then the sheet material is released. While adding two folds that fold back in the same direction as the moving direction, the outer edge of the sheet material moving in the moving path is supplied to both the front and back positions overlapping the outer edge of the sheet material.
Then, after that, the opposing pressure between the adhesive tape and the release paper may be performed.

As described above, by adopting the feeding method of folding back the adhesive tape and the release paper twice, it is possible to provide a reliable guidance and a compact space.
There is an advantage that the orientation can be changed and the sheet material can be positioned. In addition, the adhesive surface of the adhesive tape is inevitably directed to the surface of the sheet material, and the release paper is inevitably the surface of the adhesive tape to be adhered to the adhesive surface of the sheet material. Will be directed to On the other hand, in the tack label manufacturing apparatus according to the present invention which can be used in such a manufacturing method, a moving path for moving a strip-shaped long sheet material along its longitudinal direction, and at least one side of the moving path. A tape unwinding section provided in the
There is a guiding means provided between the tape unwinding section and the moving passage.

The tape unwinding section holds the tape-shaped seal wound around the roll so that the end of the tape in the unwinding direction is directed to the moving passage and is rotatable. In addition, the guiding means, a single-sided adhesive tape constituting a tape-shaped seal and a release unit that peels them off from the release paper attached to the adhesive surface of the adhesive tape, an adhesive tape and a release paper, respectively. A reversing section for guiding the sheet material in the moving direction while guiding the sheet material to the front and back side positions overlapping with the outer edge of the sheet material, and the adhesive tape and the release paper are directed toward the outer edge of the sheet material, respectively. And a bonding portion that is pressed to face each other.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 3 show a method of manufacturing a tack label according to the present invention and a manufacturing apparatus 1 usable for the method.
1 shows an embodiment of the present invention. FIG. 4 shows a tack label 100 obtained by the manufacturing method and the manufacturing apparatus 1. The tack label 100 is, as described above, created by the present applicant and includes a sheet material 101.
And an adhesive tape 104 having only one side adhered in a protruding state along the outer edge portion 101a on the front surface 102 side of the sheet material 101 and an adhesive tape 104 protruding from the back surface 105 side of the sheet material 101 at the outer edge portion. And a release paper 106 that is attached so as to cover the adhesive surface 103 of the adhesive tape 104.

In FIG. 4, the adhesive tape 104 is used.
The release paper 106 is provided on two opposite sides of the sheet material 101, but may be provided on only one side of the sheet material 101 as shown in FIG. It may be provided on all four sides (not shown).
In a manufacturing apparatus 1 for manufacturing such a tack label 100, a moving path 2 for moving a sheet material 101,
Tape unwinding part 3 provided on the side of the moving passage 2
And a guiding means 4 provided between the tape unwinding portion 3 and the moving passage 2.

The moving path 2 is designed to keep a predetermined tension constant on the sheet material 101 and to feed the sheet material 101 without wrinkling. The moving path 2 is driven at a plurality of positions along the feeding direction. It is equipped with a conventionally known suitable transporting device (not shown) such as a pinch roller for driving and a follower and a dancer roller for tension adjustment. The sheet material 101 is initially formed as a long strip having a multiple length (not necessarily an integral multiple) of the tack label 100, and is preferably wound in a roll form. You only have to prepare.

Therefore, the sheet material 101 may be automatically unwound from the roll body as needed at the transport start end side of the moving path 2. Tape unwinding part 3
Are provided on both sides in the width direction with respect to the moving path 2 when the tack label 100 shown in FIG. 4 is manufactured, and when the tack label 100 shown in FIG.
Are provided on at least one side in the width direction.
The tape unwinding unit 3 applies the adhesive tape 104 and the release paper 10 to the sheet material 101 conveyed in the moving path 2.
Here, the adhesive tape 104 and the release paper 106 used here are those that constitute the tape-shaped seal 110 by being pasted together.

Each of the adhesive tape 104 and the release paper 106 constituting the tape-shaped seal 110 is formed into a long tape shape having a length several times (not necessarily an integral multiple) of the tack label 100. Is formed,
Moreover, they have the same length and the same width. Therefore, the adhesive surface 103 of the adhesive tape 104 is
6 are completely covered. Therefore, when this tape-shaped seal 110 is wound around a roll, unnecessary sticking does not occur between the windings, and dust or the like does not adhere to the adhesive surface 103 of the adhesive tape 104.

The tape-shaped seal 110 is prepared in a state wound around a roll. For this reason, the tape unwinding unit 3 holds the tape-shaped seal 110 wound in the roll shape such that the unwinding direction is directed to the moving passage 2 and is rotatable. It has become. If necessary, unwinding driving means (not shown) may be provided. The guiding means 4
It has a peeling section 10, an adhesive tape turning section 11, a release paper turning section 12, and a bonding section 13.

The peeling section 10 peels the tape-shaped seal 110 unwound by the tape unwinding section 3 from the adhesive tape 104 and the release paper 106, thereby forming an open space 14 between them. . In this peeling section 10, first, the tape-shaped seal 1
At the stage of setting 10, the adhesive tape 104 and the release paper 106 are peeled in a Y-shape by the operator's hand, and the adhesive tape 104 and the release paper 1
Just by applying a pulling action to each of the components 06 with substantially the same force, the peeling phenomenon will continue naturally thereafter.

However, if necessary in order to further ensure the reliability, a wedge member or a roller (all not shown) may be provided at a separation position between the adhesive tape 104 and the release paper 106. it can. The adhesive tape reorienting section 11 guides the adhesive tape 104 to a position where the adhesive tape 104 overlaps the outer edge portion 101a of the surface 102 of the sheet material 101, and brings the adhesive tape 104 into a state of being accompanied by the sheet material 101 in the moving direction. At this time, first, the adhesive tape 104 is folded once so as to be directed in a direction opposite to the moving direction of the sheet material 101 (to the right in FIG. 2), and then the adhesive tape 104 is moved in a direction in which the sheet material 101 is moved. Two folds are performed so as to be turned in the same direction (left direction in FIG. 2).

As shown in FIG. 3, the first turn and the second turn can be performed by wrapping the adhesive tape 104 over the thin plate-like folding guides 15, 16. As shown in FIG. here,
The folding guide 16 for two folds is made of an adhesive tape 104.
However, since the contact force between the adhesive tape 104 and the folding guide 16 is not so strong, there is no problem with the adhesion. However, taking measures such as applying Teflon coating or embossing to the surface of the folding guide 16 or changing the shape of the folding guide 16 from a thin plate shape to a roller shape to prevent the occurrence of adhesion. It can be done positively.

[0024] By folding back twice in this way,
Outer edge 101a of sheet material 101 moving in moving path 2
On the other hand, the pressure-sensitive adhesive tape 104 can be supplied to a surface side position that overlaps with the pressure-sensitive adhesive tape 104 without difficulty. Further, the adhesive surface 104 of the adhesive tape 104 is necessarily directed to the surface 102 of the sheet material 101.
The release paper reorienting unit 12 transfers the release paper 106 to the sheet material 1.
In this case, the sheet material 101 is guided to a position overlapping with the outer edge portion 101a of the rear surface 105, and is brought into a state of being moved in the moving direction of the sheet material 101.

At this time, first, the release paper 106 is folded once so as to be directed in a direction opposite to the moving direction of the sheet material 101 (to the right in FIG. 2).
2 is folded so as to be directed in the same direction as the moving direction of the sheet material 101 (to the left in FIG. 2). These one-fold and two-fold can be performed by using the appropriately formed folding guides 15 and 16 as in the case shown in FIG. By folding back twice, the release paper 106 can be supplied to the back side position where the release paper 106 overlaps the outer edge portion 101a of the sheet material 101 moving in the moving path 2 without difficulty. Also, release paper 1
Reference numeral 06 indicates that the surface to be attached to the adhesive surface 103 of the adhesive tape 104 is necessarily the back surface 105 of the sheet material 101.
Will be directed to

If the incident angle of the tape-shaped seal 110 to the moving passage 2 in the supply direction (the direction in which the tape-shaped seal 110 is unwound from the roll-shaped body) is 90 °, the adhesive tape 104 or The above 1 of the release paper 106
Folding is referred to as “90 ° folding”.
The two folds of the adhesive tape 104 and the release paper 106 when viewed after the folding are referred to as “180 ° folding”. Of course, such an angular situation is not limited at all. The bonding section 13 is where the pressure-sensitive adhesive tape 104 and the release paper 106 are opposingly pressed toward the outer edge 101a of the sheet material 101, respectively.

More specifically, a pinch roller 18 is provided so as to sandwich the sheet material 101 conveyed in the moving path 2 from both front and back sides, and the upper pinch roller 18 and the surface of the sheet material 101 are provided. The release tape 106 is passed between the lower pinch roller 18 and the back surface 105 of the sheet material 101 at the same time. Next, such a manufacturing apparatus 1
The manufacturing method according to the present invention will be described based on the usage status of the device.

In the moving path 2, the sheet material 101 is conveyed under a predetermined tension while maintaining a wrinkle-free state, and a tape-like seal 110 is supplied to the sheet material 101 from both sides (or one side) in the width direction. . At this time, the sheet material 1
With respect to 01, while being unwound from the roll form, the adhesive tape 104 and the release paper 106 are first peeled off at the peeling section 10 of the guiding means 4 to form an open space 14 therebetween. Then, while holding the open space 14, the adhesive tape 104 is guided to the outer edge 101 a of the sheet material 101 on the surface 102 side, and the release paper 10
6 is guided to the outer edge portion 101a on the back surface 105 side of the sheet material 101.

In the course of this guidance, the adhesive tape reorienting portion 11 and the release paper reorienting portion 12 overlap the outer edge portion 101a of the sheet material 101. Adhesive tape 10
4 and the relationship between the front and back surfaces of the release paper 106 are aligned to a predetermined value. Thereby, the adhesive tape 104 and the release paper 10
6 are parallel to each other with an open space 14 therebetween, and the outer edge portion 101 of the sheet material 101 is located at an intermediate position between them.
a is sandwiched.

In the next bonding section 13, the adhesive tape 1
04 and the release paper 106 pass through the pinch roller 18 and are pressed against each other in a direction to close the open space 14 (up and down direction in FIG. 1). The adhesive tape 104 is attached in a protruding state, and the adhesive surface 1 of the adhesive tape 104 protruding from the back surface 105 of the sheet material 101.
03 and the back surface 105 of the sheet material 101,
Release paper 106 is attached. In this manner, the adhesive tape 104 and the release paper 106 are always consumed simultaneously while maintaining the one-to-one correspondence, that is, as the tape-shaped seal 110.

Here, the sheet material 101, the adhesive tape 104, and the release paper 106 will be described in more detail. The sheet material 101 is formed of an appropriate material such as paper, resin-coated paper, a resin sheet, cloth, etc., and on its surface 102, characters, figures, symbols, barcodes, etc. are displayed by printing or written. Is planned to be solid. Printing or the like may be performed before or after attaching the adhesive tape 104 or the release paper 106 to the sheet material 101.

The pressure-sensitive adhesive tape 104 may be any tape material as long as a pressure-sensitive adhesive is previously adhered to one side of a tape material serving as a base material.
The material is not particularly limited. For example, paper, cloth, resin, metal foil, and the like can be used as the tape material, and various adhesives including rubber can be used as the adhesive. The appearance can be improved by using a transparent resin-based tape material. It is naturally possible to use a commercially available adhesive tape 104 as it is. The release paper 106 can be attached to the adhesive surface 103 of the adhesive tape 104, such as paper, resin-coated paper, or resin sheet, and can be relatively easily peeled off.
Moreover, the material is not particularly limited as long as it is a material that does not leave any attached matter on the adhesive surface 103 in a state after peeling (that is, a material that can cleanly peel).

On the other hand, in the tack label 100 obtained by laminating the sheet material 101, the adhesive tape 104, and the release paper 106, only about half of the width of the adhesive tape 104 is affixed to the sheet material 101, and The release paper 106 has the same width as the pressure-sensitive adhesive tape 104 and is positioned so as to match the pressure-sensitive adhesive tape 104, while the width of the release paper 106 is set to protrude from the sheet material 101. That is, about half of the width of the release paper 106 is maintained in a state of being adhered to the sheet material 101 via the adhesive tape 104, but the other half of the width of the release paper 106 is attached to the sheet 101. Not stuck. Therefore, this release paper 106 is
By inserting a fingertip from the side not attached to the side, the fingertip can be easily peeled off from the sheet material 101.

The size of the sheet material 101 as well as the pressure-sensitive adhesive tape 104 and the release paper 106, the amount of mutual bonding, the thickness, and the like are not limited at all. The present invention can be variously modified in addition to the above embodiment. For example, the tape-shaped seal 110 (adhesive tape 104
And the release paper 106) whose width dimension is slightly larger than that of the sheet material 101 is used. The adhesive tape 104 covers the entire surface of the sheet material 101, and further protrudes from the outer edge portion 101a. It is also possible to paste it on.

[0035]

As is clear from the above description, in the method and apparatus for manufacturing a tack label according to the present invention, the adhesive tape is protruded from the sheet material at the outer edges on both sides in the width direction of the surface of the sheet material. When manufacturing a tack label by attaching a release paper in a state of covering the adhesive tape (adhesive surface) protruding from the back side of the sheet material at the outer edge of the sheet material, the management of the adhesive tape and the release paper is performed. It is easy to handle and good in handling, so that further cost reduction and high operation efficiency can be achieved.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a method of manufacturing a tack label according to the present invention for easy understanding.

FIG. 2 is a plan view showing one embodiment of a tack label manufacturing apparatus according to the present invention.

FIG. 3 is a perspective view showing a situation in which the turning unit turns twice.

FIG. 4 is a perspective view showing a tack label obtained by the present invention.

FIG. 5 is a perspective view showing another example of a tack label obtained by the present invention.

FIG. 6 is a perspective view showing a method of manufacturing a tack label originally adopted by the present applicant for easy understanding.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Tack label manufacturing apparatus 2 Moving path 3 Tape unwinding part 4 Guiding means 10 Peeling part 11 Reversing part for adhesive tape 12 Reversing part for release paper 13 Bonding part 14 Open space 100 Tack label 101 Sheet material 101a Outer edge part 102 Front surface 103 Adhesive surface 104 Adhesive tape 105 Back surface 106 Release paper 110 Tape seal

Claims (4)

[Claims] A sheet material (101) and said sheet material (1).
01) on the surface (102) side outer edge portion (101a) while sticking out only one side to be adhered in a protruding state.
03) and a sheet material (10)
1) The adhesive surface (10) of the adhesive tape (104) protruding from the back surface (105) side at the outer edge (101a).
3) A method of manufacturing a tack label having a release paper (106) to be applied in a state of covering the release paper (106), wherein the release paper (106) is entirely attached to the adhesive surface (103) of the adhesive tape (104). A tape-like seal (110) is prepared in advance, and the adhesive tape (10) is attached to the tape-like seal (110).
4) The release paper (106) is once peeled off to form an open space (14) therebetween, and to an intermediate position between the adhesive tape (104) and the release paper (106) in the open space (14). The outer edge portion (101a) of the sheet material (101) is sandwiched with the front surface (102) facing the adhesive tape (104) and the back surface (105) facing the release paper (106), and the entire area of the intermediate position is covered. Without separating with the sheet material (101), the adhesive tape (104) and the release paper (10
6) is left, and then the pressure-sensitive adhesive tape (104) and the release paper (106) are pressed against each other in a direction to close the open space (14), whereby the sheet material ( A pressure-sensitive adhesive tape (104) is attached to the front surface (102) of the sheet material (101) in a protruding state, and a release paper (106) is attached to the back surface (105) of the sheet material (101) and the protruding adhesive tape (104). The adhesive surface (1) of the adhesive tape (104) is
03) A method for producing a tack label, wherein a release paper (106) is attached to the label. 2. The tape-shaped seal (110) is configured such that the adhesive tape (104) and the release paper (106) are both formed in the same length as a long tape having a length several times longer than the tack label. Accordingly, the tape-shaped seal (110) is to be provided.
Is wound around a roll-shaped body. The tape-shaped seal (110) is moved relative to the sheet material (101) while moving the tape-shaped seal (110) in accordance with the relative moving speed. ) Is unwound from a roll form. 3. The roll of the tape-shaped seal (110) in the unwinding direction is located on the side of the sheet material (101) with respect to the movement path (2). It is arranged in the direction to become the moving passage (2) and is rotatably held, and the open space () by unwinding the tape-shaped seal (110) and peeling the adhesive tape (104) from the release paper (106). After the formation of 14), the adhesive tape (104) and the release paper (106) are individually folded back so as to be directed in the direction opposite to the moving direction of the sheet material (101). Then, the outer edge portion (1) of the sheet material (101) moving through the moving path (2) separately while adding two folds folded back so as to be directed in the same direction as the moving direction of the sheet material (101). 3. A tack label according to claim 2, wherein 1a) is supplied to the front and back sides of the sheet which overlaps with 1a), and thereafter, the pressure-sensitive adhesive tape (104) and the release paper (106) are pressed against each other. Method. 4. A moving path (2) for moving a strip-shaped long sheet material (101) along its longitudinal direction, and a tape unwinding section (3) provided on at least one side of the moving path (2). ) And guide means (4) provided between the tape unwinding section (3) and the movement passage (2). The tape unwinding section (3) is wound in a roll form. The turned tape-shaped seal (110) can be rotatably held with the leading end of the tape-shaped seal (110) directed toward the moving passage (2). A) a single-sided adhesive tape (104) and a release section (10) for releasing the release paper (106) attached to the adhesive surface (103) of the adhesive tape (104) from each other; Tape (104) and release paper (10
6) are respectively applied to the outer edge portion (1) of the sheet material (101).
01a), a redirection unit (11, 12) for guiding the sheet material (101) to the same position in the movement direction of the sheet material (101) while guiding the sheet material (101) to both overlapping positions, and an adhesive tape (10).
4) and release paper (106), respectively, into a sheet material (10
1. A tack label manufacturing apparatus comprising: (1) a bonding portion (13) for opposingly pressing the outer edge portion (101a).