JPH0455486A - Production of seal with ribbon - Google Patents

Abstract

PURPOSE:To automatically produce the subject seal with ribbons using a simplified method by placing pieces protruding sideways at a prescribed space on one side so that the protruding pieces may be extended on the ribbon tapes. CONSTITUTION:In seal tapes 10 each having an adhesive layer formed on its back surface, a base tape 12 and ribbon tapes 18 are conveyed to a unification station 42 and the ribbon tapes 18 are placed on one side of the base tape 12. The seal tapes 10 are subsequently bonded through an adhesive layer 22 onto the other side of the base tape 12 and are then partly extended so that a part of the seal tapes 10 may be placed on a part of the ribbon tapes 18 in layers and so that the part of the ribbon tapes 18 may be bonded to the back surface of the seal tapes 10. A slit extending from the seal tape 10 to the ribbon tape 18 is then formed in a closed loop shape containing a prescribed ribbon. The outside part of the seal tape 10 and the ribbon tape 18 surrounded by the slit is peeled off from the base tape 12 and the base tape 12 is cut at every prescribed length.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a method for manufacturing a seal with a ribbon, in which a ribbon is integrally attached, and particularly relates to a method for manufacturing a seal with a ribbon, in which the ribbon attachment process is automated. .

[Prior Art] Conventionally, ribbon-attached seals have been used as ribbon-attached seals having a structure suitable for automated production processes, for example.
A ribbon sticker disclosed in Japanese Unexamined Patent Publication No. 63-74685 is known.

According to this ribbon sticker, JP-A-63-1181
With the production technology disclosed in the method for manufacturing ribbon-attached seals disclosed in Japanese Patent No. 84, ribbon-attached seals can be produced in an automated state.

[Problems to be Solved by the Invention] However, according to this prior art ribbon sticker, an adhesive layer must be formed on a part of the back surface of the ribbon member, and when this ribbon member is made of cloth, , it is difficult to form this adhesive layer on the fabric, and with this configuration of the ribbon sticker, in the above-mentioned manufacturing method, in addition to the above-mentioned adhesive layer, on the back side of the ribbon member,
Problems have been pointed out that the manufacturing process becomes complicated, such as the need for an auxiliary adhesive layer that is used only in the manufacturing process.

In addition, in the above-mentioned conventional technology, there is a step of integrally bonding the seal onto a wide ribbon fabric using an adhesive applied to the back side of the seal, and a step of attaching the ribbon portion to the back side of the ribbon fabric. The process of continuously arranging the parts on a release mount with adhesive applied as required is required.
As a result, two types of adhesives are required. With a manufacturing method that requires two types of adhesives, it is difficult to reduce costs, and a solution is desired.

The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to provide an automated method for manufacturing a ribbon-attached seal in which the ribbon-attaching operation is simplified.

[Means and effects for solving the problems] In order to solve the above-mentioned problems and achieve the purpose, a method for manufacturing a ribbon-attached seal according to the present invention includes a seal tape having an adhesive layer formed on the back side; a first step of transporting the mount tape and the ribbon tape toward a combination station; a second step of placing the ribbon tape on one side of the mount tape;
At the combining station, a sealing tape is attached to the other side of the mount tape via the adhesive layer, and a part of the sealing tape is extended over a part of the ribbon tape. The third layer is overlapped so that a part of the tape is attached to the back side of the sealing tape through the front adhesive layer.
a fourth step of forming a slit so as to form a closed loop shape having a predetermined ribbon across the sealing tape and the ribbon tape; It is characterized by comprising a fifth step of peeling off the surrounded outer portion from the mount, and a sixth step of cutting the mount into predetermined lengths.

Further, in the method for manufacturing a ribbon-attached seal according to the present invention, the seal tape has protruding pieces that protrude laterally formed on one side edge at predetermined intervals, and in the third step, the protruding pieces are formed on one side edge of the seal tape. It is characterized by eight pieces extending on the ribbon tape.

Further, in the method for manufacturing a ribbon-attached seal according to the present invention, the seal tape includes a first process of attaching a seal base tape onto an auxiliary mount tape via an adhesive layer formed on the back side; Seal marks are formed on the seal base tape at predetermined intervals, and continuous slits are formed to continuously connect the protruding pieces to each other while defining the protruding pieces along a part of the outline of each seal mark. In the second process and during transportation to the combining station, only the part on the side where the seal mark is formed with the continuous slit as a boundary is supplied to the combining station as a seal tape, and other seal base tape is supplied to the combining station. and a third process of separating the auxiliary backing tape from the conveyance path.

[Embodiment] The structure of an embodiment of the method for manufacturing a ribbon-attached seal according to the present invention will be described in detail below with reference to the accompanying drawings.

First, with reference to FIGS. 1 to 3, the structure of an example of a ribbon-attached seal 10 manufactured by the manufacturing method of this embodiment will be described.

As shown in FIGS. 1 and 2, the ribbon-attached stickers 10 are peelably pasted on the surface of a long mount 12 at predetermined intervals, and are attached at predetermined intervals on the mount 12. A plurality of sticker papers 16 affixed to the paper and each sticker paper 1
6 and a ribbon member 18 attached to the back surface of the device.

Specifically, a sticker mark 20 such as a predetermined pattern or characters is drawn in advance on the surface of the sticker paper 16 described above, and in this embodiment, the pattern is such that an embossed pattern 20a is raised by printing pressure. is set and also the character 20b
is set to be formed by printing. This sticker paper 16 is set to an arbitrary shape, and an adhesive layer 22 is provided over the entire surface of the sticker paper 16 to be attached to the mount 12 and to which the ribbon member 18 is attached. It is formed.

The ribbon member 18 described above also includes a stuck portion 26 that is stuck to the lower part of the back side of the sticker paper 16, and a stuck portion 26.
The ribbon body 28 is formed integrally with a ribbon body 28 formed to protrude outward from the sticker paper 16 from cloth.

The ribbon member 18 configured in this manner is such that its adhered portion 26 is adhered to the back surface of the sticker paper 16 via the adhesive layer 22. And like this, ribbon member 1
8 is pasted on the back of the sticker paper 16, the first
As shown in the figure, the sticker paper 16 is formed with a ribbon (ribbon body 28) integrally attached thereto, that is, the ribbon-attached sticker 10 is pasted on the mount 12. It will look like this.

Although the above example of the ribbon-attached stickers 10 has been described as being attached to a plurality of ribbons on a long mount 12, the present invention is not limited to this, and for example, one ribbon attached on one mount 12 may be attached. A structure in which a sticker 10 is attached may also be used.

The manufacturing apparatus 30 for manufacturing the ribbon-attached seal 10 configured as described above and the manufacturing method of the ribbon-attached seal 10, which is a feature of the present invention, will be described below with reference to FIGS. 4 to 10. explain.

As shown in FIG. 4, this manufacturing apparatus 30 includes an apparatus main body 32 fixed on a base (not shown). The upper surface of this device main body 32 is covered with three tapes 34 and 36, which will be described later.
．． 38 is formed flat so that it can run along this. A slit forming mechanism 40 is disposed directly above the device main body 32.
A combining station 42 is provided in a state positioned on the upstream side of the slit forming mechanism 40 in the conveyance direction indicated by arrow A.

This coalescing station 42 is the 3
The book tapes 34, 36, and 38 are bonded to each other via an adhesive layer 44, which will be described later, and are combined into a single material tape 48. Further, the above-described slit forming mechanism 40 forms slits 74 (shown in FIG. 10) configured in a closed loop shape in a predetermined pattern in the material tape 48 conveyed between the slit forming mechanism 40 and the main body 32 of the apparatus. It is configured to be formed at equal pitches with an interval of .

Here, each ribbon-attached seal 10 is defined from the inner part of the material tape 48 surrounded by each slit 74, and a seal-free part is defined from the outer part.

The combining station 42 uses a drive mechanism (not shown) to move the pressing roller 42a in order to press the three tapes 34, 36, and 38 supplied here onto the upper surface of the apparatus main body 32 in an overlapping state. It is provided in a state where it is rotationally driven by.

A first supply mechanism 50 that supplies the first tape 34 from which the sticker paper 16 is punched is disposed above the main body 32 of the apparatus. Here, this first tape 34
As shown in FIGS. 5A and 5B, it is composed of an auxiliary mount tape 52 and a seal base tape 54 overlaid on the auxiliary mount 52. Then, on the back side of this seal base tape 54, when a ribbon-attached seal 1O is formed in the future, the above-mentioned adhesive layer 22
An adhesive layer 44 is formed over the entire surface, and is adhered (temporarily attached) onto the auxiliary backing tape 52 via this adhesive layer 44.

On the other hand, as shown in the figure, the above-mentioned seal marks 20 are formed in advance at predetermined intervals on the seal base tape 54, corresponding to the portions that will become the seal paper 16 by being cut out in the future. Index marks 56 for constant pitch feeding are formed on the upper edge of the seal base tape 54 in the figure at intervals equal to the intervals between the seal marks 20.

Furthermore, this sealing base tape 54 is provided with a continuous slit 5 extending along the conveyance direction in order to separate the part to which the ribbon member 18 will be attached in the future as a separation part 54a.
8 is formed. That is, this seal base tape 54
The continuous slit 58 allows the lower separation part 54
a and the upper seal tape 54b on which the seal mark 20 is formed.

Note that the continuous slit 58 described above is connected to each seal mark 20.
However, the portion corresponding to each seal mark 20 is curved along the outline of each seal mark 20 to avoid this. In other words, when the straight line part of the continuous slit 58 is viewed as the lower edge line of the seal tape 54b, the piece defined by the curved part of the continuous slit 58 curved along the lower part of each seal mark 20 is lateral. It will be regarded as six pieces of protrusion that protrude integrally. That is, in this seal tape 54b, it can be seen that a plurality of protruding pieces are integrally formed in a state that protrudes laterally from its lower edge and corresponds to the seal mark 20. It is.

On the other hand, as shown in FIG. 4, the above-described first supply mechanism 50 has a first winding mechanism in which the first tape 34 is wound over a long range, and a first supply mechanism that rotatably supports the body 60. a shaft 50a; first to third intermediate shafts 50b sequentially interposed in a first supply path defined between the first supply shaft 50a and the pressure roller 42a of the combining station 42;
50 c.

50d, and a first winding shaft 50e for winding an unnecessary portion of the first tape 34.

Incidentally, among the three intermediate shafts 50b, 50c, and 50d, the final intermediate shaft 50d functions as a separation shaft, and this separation shaft 5
At 0d, the first tape 34 unwound from the body 60 is separated from the sealing tape 54b, which continues to be transported toward the combining station 42, and transported toward the first winding shaft 50e. It will be separated into unnecessary parts. Here, this unnecessary portion is removed from the seal tape 5 by a continuous slit 58 in the seal base tape 54.
It is composed of a separated portion 54a separated from 4b and an auxiliary backing tape 52.

In other words, the first tape 34 supplied to the combining station 42 is only the seal tape 54b on which the adhesive layer 44 is formed over the entire back surface, as shown in FIG. 54b is set to be located at the top.

Further, on the left side of the device main body 32 described above in FIG.
A second supply mechanism 62 for supplying the tape 36 is provided. Here, as shown in FIGS. 7A and 7B, this second tape 36 is connected to the auxiliary backing tape 52 described above.
It is formed to have the same width as , and is formed so as to directly constitute the mount 12 by cutting it to a predetermined length.

As shown in FIG. 4, this second supply mechanism 62 is provided with a second
The second supply shaft 6 rotatably supports the body 68.
2a, first to third intermediate shafts 62b, 62 sequentially interposed in a second supply path defined between the second supply shaft 62a and the pressure roller 42a of the combining station 42.
c.

62d.

Here, the first supply path that supplies the seal tape 54b and the second supply path that supplies the second tape 36 are connected to the upper edge of the seal tape 54b and the second tape 36 at the combining station 42. It is set so that the top edge of Note that this second tape 36 is positioned at the bottom in the combining station 42.

Further, on the upper left side of the device body 32 described above in FIG. 4, there is a third tape 3 that defines the ribbon member 18 described above.
A third supply mechanism 70 for supplying 8 is provided. Here, the third tape 38 is formed from a ribbon tape made of cloth, as shown in FIGS. 8A and 8B. And the third tape 3 as this ribbon tape
No. 8 is set so that no adhesive layer is formed in any way.

This third supply mechanism 70 supplies the third tape 38
The third winding, which is wrapped over a long range, is connected to the third supply shaft 70a that rotatably supports the body 72, this second supply shaft 70a, and the pressure roller 42 of the combining station 42.
and an intermediate shaft 70b interposed in a third supply path defined between the intermediate shaft 70a and the intermediate shaft 70b.

Here, a second supply path for supplying the second tape 36;
The third supply path for supplying the third tape 38 means that, as shown in FIG. 9, the lower edge of the second tape 36 and the lower edge of the third tape 38 are substantially are set to match exactly. Note that this third tape 38 is positioned in the middle of the combining station 42.

Further, the material tape 48 formed by combining these three tapes 34, 36, and 38 in a state in which they are overlapped with each other at the combining station 42 is the 10th tape.
As shown in the figure, a ribbon tape 38 is simply placed on the lower side of the surface of the second tape 36 in the figure, and a ribbon tape 38 is attached to the upper side of the second tape 36 via an adhesive layer 44. The seal tape 54b is made up of the following seal tape 54b.

This ribbon tape 38 is a seal tape 54b.
A plurality of protruding pieces formed in a state corresponding to the seal mark 20 described above are intermittently pasted to the lower side of the seal tape 54b through the adhesive layer 44 provided on the back surface of the protruding pieces. It is set to hold its position.

As a result, this material tape 48 has one type of adhesive layer 4.
4, they are bonded to each other and are integrally constructed.

The above-mentioned slit forming mechanism 40 is configured to operate on the tapes stacked on the third tape 36 of the material tape 48 configured in this manner, specifically, on the ribbon tape 38 and the seal tape 54b. , is configured to form a plurality of slits 74 at once as shown. Here, each slit 74 is formed in a closed loop shape so as to define the outline of each ribbon-attached seal 10, and in detail, a ribbon divided into two parts protrudes integrally from each seal mark 20. It is formed like this.

In this way, in this embodiment, the slit 7
Seal tape 54 included in the inner part surrounded by 4
The sticker paper 16 is defined by b, and the ribbon portion 18 is defined by the ribbon tape 38, respectively.

Further, as shown in FIG. 4, a conveyance roller 76 is provided for conveying the material tape 48 along the conveyance direction A while being located forward of the slit forming mechanism 40 along the conveyance direction A. has been done. This conveyance roller 76 is rotationally driven by a drive mechanism (not shown) similarly to the pressure roller 42a.

On the other hand, a pressure detection mechanism 78 is disposed between the conveyance roller 76 and the slit forming mechanism 40 to detect the end of one conveyance operation of the material tape 48 and stop the conveyance operation. . This detection mechanism 78
It is configured to optically read the index mark 56 formed on b. This detection mechanism 78 is connected to a drive control mechanism (not shown), and this drive control mechanism is
Index mark 56 detected by pressure detection mechanism 78
When this count reaches the number of slits 74 that can be formed at one time by the slit forming mechanism 40, the drive by the drive mechanism is stopped and the conveyance state of the material tape 48 is changed. It is set to lock. In this way, while the conveyance of the material tape 48 is stopped, the slit forming mechanism 40 is activated to form a plurality of slits 74 in the material tape 48 at once.

Furthermore, a scrap removing mechanism 80 is disposed at the upper right side of the figure of the apparatus main body 32 described above to peel off the scrap portion located outside of the slit 74 from the material tape 48 in which the slit 74 is formed. There is. Here, this scrap portion is specifically composed of a portion of the ribbon tape 38 located outside the slit 74 and a portion of the seal tape 54b. And this scrap removal mechanism 8
As shown in FIG. 10, the scraps torn off from the top of the third tape 36 are wound onto the second winding shaft 80a provided at The stickers 10 with ribbons are left behind, and a plurality of stickers 10 with ribbons are continuously adhered at equal intervals on the third tape 36 functioning as a mount.

An example of a seal manufacturing method using the seal manufacturing apparatus 30 configured as described above will be described below.

In this seal manufacturing method, first, a preparatory operation is performed.

In this preparatory operation, the first to third supply mechanisms 50
, 62.70 and the first to third tapes 34.36., 62.70, respectively.
The first to third windings around which 38 is wrapped around the body 60,
68.72, respectively, and these first to third windings are made from the body 60°68.72, and the first to third tapes 3
Take out 4゜36.38 respectively and combine them with station 4.
Supply towards 2. Here, in the first tape 34, a third intermediate shaft 50 provided in the middle of the first conveyance path
At step d, the auxiliary mount tape 52 and the separation portion 54a of the seal base tape 54 are separated from the first conveyance path and wound onto the first winding shaft 50e. As a result,
Along this first conveyance path, the seal tape 5 is transported to the combining station 42 in the seal base tape 54.
Only 4 will be supplied.

On the other hand, as shown in FIG. 6, the three tapes are combined at the combining station 42 to form one material tape 48 shown in FIG.
8 is provided between the slit forming mechanism 40 and the device main body 32. Then, the preparatory operation is completed by applying pressure from the front of the slit forming mechanism 40 with the tip of the material tape 48.

When this preparatory operation is completed, the operation of forming slits in the material tape 48 is started, and the drive mechanism is activated.
The conveying operation of this material tape 48 is started. and,
When one slit forming operation in the slit forming mechanism 40 is completed and a plurality of slits 74 are formed on the material tape 48 at once, the material tape 48 is is transported and stopped. This stop timing is defined based on the result of counting the index marks 56 by the detection mechanism 78.

That is, the drive control mechanism stops the conveyance operation of the material tape 48 when the number of times the index mark 56 is detected by the detection mechanism 78 matches the number of slits formed at one time in the slit forming mechanism 40. . Each time this transport operation is stopped, the slit forming operation is started in the slit forming mechanism 40, and a predetermined number of slits 74 are formed on the material tape 48. By intermittently feeding the material tape 48 in this way,
A plurality of slits 74 are continuously formed on this material tape 48.

Then, when the material tape 48 with the slits 74 formed therein is further conveyed forward, a scrap removal operation is performed. That is, in this scrap removal operation, the outside of the area surrounded by each slit 74 is defined as a scrap part, and this scrap part is peeled off from the second tape 36 functioning as a mount.

By carrying out the scrap removal operation in this way, the second
A plurality of ribbon-attached stickers 10 are formed on the tape 36 in a state in which they are adhered at equal intervals.

After this, this second tape 36 is attached to the ribbon-attached seal 1
A long mount 12 is formed by cutting the part where 0 is not affixed using a cutting mechanism (not shown), and a plurality of ribbon stickers 10 are affixed on this mount 12 as shown in FIG. It will be formed in a state where it is attached.

As detailed above, according to the manufacturing method of this embodiment,
By simply using one type of adhesive layer 22, the ribbon member 18 can be attached to the back of the sticker paper 16, and the backing paper 1
It is designed to be temporarily attached to 2. As a result, manufacturing costs can be significantly reduced, and manufacturing time can also be shortened, resulting in a significant improvement in industrial applicability.

Here, the above-mentioned manufacturing apparatus 30 is specifically used, for example, as an H-L type machine made by Onda Seisakusho Co., Ltd., and this H-L type machine is originally a hot stamp lamination machine. However, it is not necessary to modify this machine to the same extent (simply by setting the three types of tapes supplied as described above and setting the cutting blade for slit formation in the slit forming mechanism 40, This device can be used as a manufacturing device for ribbon-attached seals, and is extremely economical.

Moreover, if the first tape 34 mentioned above forms the seal mark 2o by hot stamping, this H-L type machine area manufactured by Onda Seisakusho Co., Ltd.
It is possible to form a tape 34 of 100 mm, and its economical efficiency is greatly improved. That is, first, the first tape 34 is formed using this H-L type machine area manufactured by Onda Manufacturing Co., Ltd., and then the setting conditions for this H-L type machine area manufactured by Onda Manufacturing Co., Ltd. With only a few changes, this will function as a ribbon-attached seal manufacturing device, and from the standpoint of installation space efficiency, there is no need to introduce two types of machines (only one machine can be introduced). It is highly economical.

It goes without saying that this invention is not limited to the configuration of the one embodiment described above, and can be modified in various ways without departing from the gist of the invention.

For example, the shape of the seal mark 20 in the embodiment described above is not limited to that shown in the drawings, and can be arbitrarily selected.

Further, the material of the ribbon member 18 is not limited to cloth, and any material such as foil can be selected.

Furthermore, in the embodiment described above, the sealing tape 5 as the first tape supplied to the coalescing station 42
4b has been described as having a protruding piece integrally protruding from its lower edge, but the present invention is not limited to this, and the lower edge of the sealing tape 54b may be set in a straight line without having such a protruding piece. It is okay to do so. In this case, at the combining station 42, the sealing tape 54b is set so that its lower edge is superimposed on the surface of the ribbon tape 38 in a pressing state.

However, in this case, the sticker paper 1 from which the ribbon member 18 protrudes
The portion 6 is limited to a linear shape. In other words, by forming a predetermined protruding piece on the seal tape 54b in advance as in one embodiment, the shape of the portion of the seal paper 16 from which the ribbon member 18 protrudes can be arbitrarily set.

[Effects of the Invention] As described in detail above, the method for manufacturing a ribbon-attached seal according to the first aspect of the present invention includes a station in which a seal tape on which an adhesive layer is formed on the back surface, a mount tape, and a ribbon tape are combined. a first step of transporting the ribbon tape toward one side of the mount tape; a second step of placing the ribbon tape on one side of the mount tape; and a second step of placing the ribbon tape on the other side of the mount tape at the combining station.
Attaching a seal tape via the adhesive layer,
a third step of extending a part of the sealing tape over a part of the ribbon tape and overlapping the ribbon tape so that the part of the ribbon tape is affixed to the back side of the sealing tape via the adhesive layer; a fourth step of forming a slit so as to form a closed loop shape having a predetermined ribbon while spanning the seal tape and the ribbon tape; It is characterized by comprising a fifth step of peeling off the portion from the mount, and a fifth step of cutting the mount into predetermined lengths.

Further, in the method for manufacturing a ribbon-attached seal according to the first invention described above, the seal tape has protruding pieces that protrude laterally formed on one side edge at predetermined intervals,
The third step is characterized in that these protruding pieces extend on the ribbon tape.

Further, in the method for manufacturing a ribbon-attached seal according to the first invention described above, the seal tape includes a first adhesive tape that is attached to the auxiliary mount tape via an adhesive layer formed on the back surface of the seal base tape. and a continuous process of forming seal marks at predetermined intervals on the seal base tape, defining the protruding pieces along a part of the outline of each seal mark, and continuously connecting them to each other. In the second process of forming slits and during transportation to the combining station, only the part on the side where the seal mark is formed with the continuous slit as a boundary is supplied to the combining station as a seal tape, and other It is characterized in that it is formed by passing through a third process of separating the seal base tape part and the auxiliary backing tape from the conveyance path.

Therefore, according to the present invention, there is provided an automated method for manufacturing a ribbon-attached seal in which the ribbon-attaching operation is simplified.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing the configuration of an example of a ribbon-attached seal manufactured by the manufacturing method according to the present invention in a state where it is adhered to a mount; FIG. 2 is a plan view showing the configuration of the ribbon-attached seal shown in FIG. 3 is a rear view showing the state in which the ribbon member is attached to the back of the ribbon-attached seal shown in FIG. 1; FIG. 4 is a diagram showing the production of the ribbon-attached seal according to the present invention FIG. 5A and FIG. 5B are a plan view and a cross-sectional view, respectively, showing the configuration of the first tape; FIG. FIGS. 7A and 7B are a plan view and a cross-sectional view respectively showing the structure of the second tape; FIGS. 8A and 8B are A plan view and a cross-sectional view respectively showing the structure of the third tape; FIG. 9 is a plan view showing the state in which the third tape is placed on the second tape; and FIG. 10 shows a slit in the material tape. FIG. 3 is a perspective view showing a state in which a scum portion is peeled off after being formed. In the figure, 10... sticker, 12... mount, 16...
Seal paper, 16a... Outer line, 18... Ribbon member, 18a... First outer line, 18b... Second outer line, 20... Seal mark, 20a... Embossed pattern , 20b...Printed characters, 22...Adhesive layer, 26
...Attached portion, 26a...First outline, 26b.
...Second outline line, 28...Ribbon body, 30...
Manufacturing apparatus, 32... Apparatus body, 34... First tape, 36... Second tape, 38... Third tape, 40... Slit forming mechanism, 42... Union Station, 42a...pressure roller, 44...adhesive layer, 48...material tape, 50...first supply mechanism,
50a...first supply shaft, 50b and 50c; 5
0d... intermediate shaft, 50 e-... first winding shaft,
52... Auxiliary mount tape, 54... Seal base tape, 54a... Separated portion, 54b... Seal tape, 56... Index mark, 58... Continuous slit, 60... No. 1 winding is body, 62... second supply mechanism, 62a... second supply shaft, 62b; 6
2c; 62d--intermediate shaft, 68--second winding body, 70--third supply mechanism, 70a--third
supply shaft, 70b... intermediate shaft, 72... third winding body, 74... slit, 76... conveyance roller,
78...Detection mechanism, 80...Scatter removing mechanism, 80a
. . . is the second winding shaft.

Claims (3)

[Claims] (1) A first step of transporting the sealing tape with an adhesive layer formed on the back, the backing tape, and the ribbon tape toward the combining station, and placing the ribbon tape on one side of the backing tape. a second step of affixing a seal tape to the other side of the mount tape via the adhesive layer, and extending a portion of the seal tape onto a portion of the ribbon tape; A third layer is placed on top of the ribbon tape so that a part of the ribbon tape is attached to the back surface of the seal tape via the adhesive layer.
a fourth step of forming a slit so as to form a closed loop shape having a predetermined ribbon while spanning the sealing tape and the ribbon tape; A method for producing a ribbon-attached seal, comprising: a fifth step of peeling off the outer portion surrounded by the mount from the mount; and a sixth step of cutting the mount into predetermined lengths. (2) The seal tape has protruding pieces that protrude laterally formed on one side edge at predetermined intervals, and in the third step, it is confirmed that these protruding pieces extend on the ribbon tape. A method for manufacturing a ribbon-attached seal according to claim 1. (3) The sealing tape includes a first process of attaching a sealing base tape onto the auxiliary backing tape via an adhesive layer formed on the back surface, and sealing the sealing base tape at predetermined intervals. a second process of forming marks and defining the protruding pieces along a part of the outline of each seal mark and forming continuous slits that continuously connect the protruding pieces to each other; During the conveyance, only the part on the side where the seal mark is formed with the continuous slit as the boundary is supplied to the combining station as a seal tape, and the other seal base tape parts and the auxiliary backing tape are separated from the conveyance path. 3. The method of manufacturing a ribbon-attached seal according to claim 2, wherein the ribbon-attached seal is formed by a third process of causing the ribbon to form.