JPH071659Y2 - ribbon - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial application] The present invention relates to an integrally attached ribbon, and more particularly to a ribbon having a structure suitable for a production process in which the ribbon attaching operation is automated.

[Prior Art] Conventionally, as a ribbon having a structure suitable for a production process in which the ribbon attaching work is automated, for example, a practical ribbon is
A ribbon sticker disclosed in Japanese Patent No. 74685 is known. According to this ribbon sticker, Japanese Patent Laid-Open No. 63-1181
With the production technique disclosed in the method for producing ribbons disclosed in Japanese Patent Publication No. 84, the ribbon attaching work is 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 a cloth. , It is difficult to form this adhesive layer on the fabric, and with the configuration of the ribbon sticker, in the above-described manufacturing method, on the back surface of the ribbon member, apart from the adhesive layer described above,
It has been pointed out that the manufacturing process is complicated, such as the need for an auxiliary adhesive layer used only in the manufacturing process.

This invention was made in view of the above-mentioned problems,
An object of the present invention is to provide a ribbon which can realize a simple ribboning operation and a complete automation of a manufacturing process, and can easily remove the ribbon from a mount during use.

[Means for Solving the Problems] In order to solve the above problems and achieve the object, the ribbon of the present invention is a ribbon having at least three layers,
Ribbon printing is applied on the front side, and adhesive layer (22) on the back side.
The ribbon base portion (10) of the first layer having the above is attached to the leg portion (18) of the second layer ribbon having no adhesive layer on the back surface by using a part of the adhesive layer of the ribbon base portion (10). And the ribbon base portion (10).
It is characterized in that the ribbon base portion (10) and the ribbon leg portion (18) are punched out in a state where the tape is temporarily attached to the mount (12).

Also, preferably, a first adhesive layer is formed on the back surface,
A ribbon base part that is detachably attached to the mount, and is attached to a part of the back surface of the ribbon base via the first adhesive layer, and for attaching to the mount. A part of the intermediate paper having the second adhesive layer formed on the back surface thereof and the other part of the rear surface of the ribbon base portion with the first adhesive layer interposed therebetween, and the other portion of the ribbon base material. And a ribbon leg portion projecting outward from the portion.

Further, preferably, the intermediate paper is formed so as to have substantially the same thickness as the leg portion of the ribbon.

Further, preferably, the first adhesive layer is formed over the entire back surface of the ribbon base portion, and the second adhesive layer is formed over the entire rear surface of the intermediate paper. It is characterized by

[Operation] Since the ribbon according to the present invention is configured as described above, the adhesive layer is not provided on the back surface of the leg portion of the second layer ribbon, so that the ribbon leg portion and the temporary attachment can be performed. When it is peeled off from the mount during use, the leg portion of the ribbon can be used as a tab portion and the peeling can be facilitated.

The sticking of the ribbon leg to the ribbon base and the temporary sticking of the ribbon base to the mount can be performed at the same time, the ribbon attaching work can be simplified, and the manufacturing process can be completely automated.

Further, since the ribbon leg is punched out together with the ribbon base, the ribbon sticking position may vary as in the case where a plurality of ribbon leg parts are stuck by hand, or one of the leg parts may not come off. , It can prevent spoiling the aesthetics.

[Embodiment] The construction of an embodiment of the ribbon according to the present invention will be described in detail below with reference to FIGS. 1 to 3 of the accompanying drawings.

As shown in FIG. 1 and FIG. 2, the ribbon 10 is peelably attached at a predetermined interval on the surface of a long mount 12, and is attached on the mount 12 at a predetermined interval. Basically, a plurality of attached intermediate papers 14, a ribbon base portion 16 attached on the surface of each intermediate paper 14, and a ribbon leg portion 18 attached on the back surface of each ribbon base portion 16 I have it.

In detail, a seal mark 20 such as a predetermined pattern / character is preliminarily drawn on the surface of the ribbon base portion 16 described above. In this embodiment, the pattern is an embossed pattern by printing pressure.
20a is set to be raised, and the character 20b is set to be formed by printing. The ribbon base portion 16 is set in an arbitrary shape, and on the back surface thereof, a first adhesive layer 22 for attaching the intermediate paper 14 and the leg portions 18 of the ribbon is provided over the entire surface. Has been formed.

On the other hand, the above-mentioned intermediate paper 14 is made from high-quality paper to ribbon base portion 16
3 is formed so as to form a partial shape of the ribbon base portion 16. In other words, as shown in FIG.
It is surrounded by a first outer shape line 14a that partially coincides with a first outer shape line 14a and a linear second outer shape line 16b that connects both ends of the first outer shape line 14a and is set to cross the ribbon base portion 16. Is formed as shown in FIG.
When the ribbon 10 is viewed from the front, the ribbon 10 is set so as to be hidden behind the ribbon base portion 16 and not visible. Then, as shown in FIG. 2, on the back surface of the intermediate paper 14, a second adhesive layer 24 is formed over the entire surface of the intermediate paper 14 so as to be peelably attached to the above-mentioned mount paper 12. ing.

Further, the above-mentioned ribbon leg portion 18 includes an adhered portion 26 corresponding to another portion of the ribbon base portion 16 other than the portion to which the intermediate paper 14 is adhered, and the adhered portion 26 to the ribbon base portion. 16 and a ribbon main body 28 that is formed so as to project outward, and is integrally formed from cloth. That is, the adhered portion 26 of the leg portion 18 of the ribbon has a first outline that partially matches the outline 18a of the other portion of the ribbon base portion 16 other than the portion to which the intermediate paper 14 is attached. 26a and the second outline 14b of the intermediate paper 14 described above
Is set so as to be surrounded by the second outline 26b which is set so as to match or to be spaced at a slight distance,
The ribbon main body 28 is set to integrally extend from the first outline 26a.

The ribbon leg 18 having the above-described structure is attached to the adhered portion.
26 is attached to the back surface of the ribbon base portion 16 via the first adhesive layer 22. By attaching the leg portion 18 of the ribbon to the back surface of the ribbon base portion 16 in this manner, as shown in FIG. 1, the ribbon base portion 16 is integrated with the ribbon (ribbon body 28). The ribbon 10 is formed on the backing sheet 12, that is, the ribbon 10 is attached to the backing sheet 12.

Particularly, in the ribbon 10 of this example, the intermediate paper 14 and the leg portions 18 of the ribbon are set to have substantially the same thickness. In this way, the intermediate paper 14 is formed on the surface of the ribbon base portion 16.
Also, the step of forming the ribbon leg portion 18 on the back surface is not formed, and the effect of significantly improving the appearance is achieved.

In addition, although the ribbon 10 of the above-described example is described as being attached to a plurality of long mounts 12, the present invention is not limited to this, and for example, one ribbon 10 may be mounted on one mount 12. It may be attached.

Further, in the above-described example, the ribbon base portion of the ribbon 10 is used.
16 has been described as being attached to the backing sheet 12 via the intermediate paper 14, but the present invention is not limited to this, and as shown as another embodiment in FIG. It goes without saying that the ribbon base portion 16 may be directly attached to the mount 12 with the paper 14 removed.

A manufacturing apparatus 30 for manufacturing the ribbon 10 configured as described above, and a method of manufacturing the ribbon 10 using the manufacturing apparatus 30 will be described below with reference to FIGS. 5 to 11. .

As shown in FIG. 5, the manufacturing apparatus 30 includes an apparatus main body 32 fixedly mounted on a base (not shown). The upper surface of the device main body 32 is formed flat so that three tapes 34, 36, 38 described later can run along the tapes. A slit forming mechanism 40 is provided immediately above the apparatus main body 32, and a uniting station 42 is provided in a state of being positioned rearward with respect to the transport direction indicated by the arrow A of the slit forming mechanism 40. ing.

The united station 42 becomes one material tape 48 in a state where the three tapes 34, 36, 38 supplied here are adhered to each other via two kinds of adhesive layers 44, 46 described later. It is configured to be united. The slit forming mechanism 40 described above has a predetermined slit 74 (shown in FIG. 11) formed in a closed loop shape in a predetermined pattern on the material tape 48 conveyed between the slit forming mechanism 40 and the device body 32. It is configured to be formed with equal pitches with the intervals of.

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

In this combined station 42, in order to press the three tapes 34, 36 and 38 supplied here onto the upper surface of the apparatus main body 32 in a state of being overlapped with each other, the pressing roller 42a is not shown in the drive mechanism. It is provided in a state of being rotationally driven by.

Above the apparatus main body 32, a first supply mechanism 50 for supplying the first tape 34 on which the ribbon base portion 16 is punched and formed.
Is provided. Here, this first tape 34 is
As shown in FIG. 6A and FIG. 6B, it is composed of an auxiliary mount tape 52 and a seal base tape 54 superposed on the auxiliary mount 52. A first adhesive layer 44 is formed over the entire surface of the back surface of the seal base tape 54, and the auxiliary mount tape is provided via the first adhesive layer 44.
It is attached (temporarily) on 52.

On the other hand, the seal base tape 54, as shown,
The above-mentioned seal marks 20 are formed in advance at predetermined intervals corresponding to the portions which will be cut out in the future to become the ribbon base portion 16, and the seal bases are arranged at intervals equal to the arrangement intervals of the seal marks 20. An index mark 56 for constant pitch feed is formed on the upper edge of the material tape 54 in the figure.

Further, the seal base tape 54 is formed with a continuous slit 58 extending along the transport direction in order to separate the portion to which the leg portion 18 of the ribbon is attached as the separation portion 54a in the future. That is, the seal base 54 is separated by the continuous slit 58 from the lower separating portion 54a and the seal mark 2
It is divided into the upper sealing tape 54b on which 0 is formed.

The continuous slit 58 described above is set at a position that crosses the lower portion of each seal mark 20, but at the portion corresponding to each seal mark 20, the outline of each seal mark 20 is arranged to avoid this. It is formed so as to curve along it. In other words, the seal tape 54b is such that, when the straight line portion of the continuous slit 58 is viewed as the lower edge line, the piece defined by the curved line portion of the continuous slit 58 curved along the lower portion of each seal mark 20 is located laterally. It will be regarded as a projecting piece that is integrally projected to. That is, in this seal tape 54b, it can be considered that a plurality of protruding pieces are integrally formed in a state of protruding laterally from the lower edge thereof and in a state of corresponding to the seal mark 20. Is.

On the other hand, the first supply mechanism 50 described above has a first supply shaft 50a that rotatably supports the first winding body 60 on which the first tape 34 is wound in a long range, as shown in FIG.
And first to third intermediate shafts 50b, 50c, 50d sequentially provided in a first supply path defined between the first supply shaft 50a and the pressure contact roller 42a of the united station 42. , A first winding shaft 50 for winding an unnecessary portion of the first tape 34
It consists of e and.

Of the three intermediate shafts 50b, 50c, 50d, the final intermediate shaft 50d
Functions as a separating shaft, and at the separating shaft 50d, the first tape 34 fed from the first winding body 60 is
The seal tape 54b that is continuously conveyed toward the uniting station 42 and the unnecessary portion that is separated and conveyed toward the first winding shaft 50e are separated. Here, this unnecessary portion is composed of a separating portion 54a separated from the seal tape 54b by the continuous slit 58 in the seal base tape 54, and the auxiliary mount tape 52.

In other words, the first tape 34 supplied to the united station 42 is entirely covered with the first tape 34 on the back surface as shown in FIG.
Only the seal tape 54b on which the adhesive layer 44 is formed is set, and moreover, the seal tape 54b is set at the top.

In addition, on the left side in FIG.
A second supply mechanism 62 for supplying the second tape 36 defining the mount 12 and the intermediate paper 14 described above is provided. here,
As shown in FIGS. 8A and 8B, the second tape 36 is formed to have the same width as the above-described auxiliary mount tape 52, and the mount tape 64 that forms the mount 12 and the upper side of the mount tape 64. The intermediate paper tape 66 is overlapped. A second adhesive layer 46 is formed on the entire back surface of the intermediate paper tape 66, and the intermediate paper tape 66 is attached onto the mount tape 64 via the second adhesive layer 46. .
Here, the intermediate paper tape 66 is made of high-quality paper.

The lower edge of the intermediate paper tape 66 is a united station.
At 42, the lower edge of the intermediate paper tape 66 is overlapped with the first tape 34 so as to coincide with the straight line portion of the lower edge of the seal tape 54b which is overlaid thereon. It is set to match the straight line portion of the continuous slit 58 shown in the figure.

Then, as shown in FIG. 5, the second supply mechanism 62 has a second supply shaft 62a that rotatably supports a second winding body 68 in which the second tape 36 is wound in a long range.
And first to third intermediate shafts 62b, 62c, 62d sequentially provided in a second supply path defined between the second supply shaft 62a and the pressure contact roller 42a of the united station 42. It consists of

Here, a first supply path for supplying the seal tape 54b,
The second supply path for supplying the second tape 36 is the lower edge of the seal tape 54b in the united station 42 and the second supply path.
The tape 36 is set to match the lower edge of the intermediate paper tape 56. The second tape 36 is located at the bottom of the united station 42.

Further, on the upper left side in FIG. 5 of the apparatus main body 32 described above, the third tape 38 for defining the leg portion 18 of the ribbon described above is provided.
A third supply mechanism 70 for supplying the is provided. Here, the third tape 38 is formed of a ribbon tape made of cloth, as shown in FIGS. 9A and 9B. Then, the third tape 38 as the ribbon tape is set so that no adhesive layer is formed,
The thickness is set to have a thickness similar to that of the intermediate paper tape 66.

The upper edge of the third tape 38 is a united station.
At 42, this is the second tape, as shown in FIG.
In a state of being stacked on the exposed portion of the mount tape 64 of 36 (the portion where the intermediate paper tape 66 is not attached), so as to match the lower edge of the intermediate paper tape 66 or to face with a slight gap, It is set so as to be placed adjacent to the intermediate paper tape 66. The width of this third tape 38 is
In the second tape 36, it is formed so as to match or at least be wider than the width of the exposed portion of the mount tape 64.

The third supply mechanism 70 includes a third supply shaft 70a that rotatably supports a third winding body 72 around which the third tape 38 is wound in a long range, and the second supply shaft 70a.
And an intermediate shaft 70b interposed in a third supply path defined between the uniting station 42 and the pressure contact roller 42a.

Here, the second supply path for supplying the second tape 36 and the third supply path for supplying the third tape 38 are below the intermediate paper tape 66 of the second tape 36 in the united station 42. The edge and the upper edge of the third tape 38 are set to substantially coincide with each other. The third tape 38 is located in the middle of the united station 42.

In addition, these three tapes 34, 36 and 38 are a united station.
As shown in FIG. 11, the material tape 48 formed by being combined in a state of being overlapped with each other at 42 has the second adhesive layer 46 on the upper side in the figure on the surface of the mount tape 64. The intermediate paper tape 66 adhered to the intermediate paper tape 66, the ribbon tape 38 simply placed on the lower side of the surface of the mount tape 64, that is, at the exposed portion, adjacent to the intermediate paper tape 66, and on the intermediate paper tape 66. And a seal tape 54b adhered via the first adhesive layer 44.

Here, in the seal tape 54b, as described above, the protruding pieces that protrude laterally from the lower edge thereof are formed in a state corresponding to the seal mark 20, and these protruding pieces are combined in the combined state. It will extend onto the ribbon tape 38.
In this way, the ribbon tape 38 is attached to the first adhesive layer 44.
Is partially adhered to the back surface of the seal tape 54b via. As a result, the material tape 48 is integrally formed in a state of being bonded to each other via the first and second adhesive layers 44 and 46.

The slit forming mechanism 40 described above includes the tapes of the material tape 48 configured as described above, which are stacked on the mount tape 64, specifically, the intermediate paper tape 66 and the ribbon tape 38.
And the sealing tape 54b, a plurality of slits 74 as shown are formed at one time.
Here, each slit 74 is formed in a closed loop shape so as to define the outline of each ribbon 10, and in detail, the ribbon is integrally formed so as to project from each seal mark 20.

Thus, in this one embodiment, the slit 74
The ribbon base portion 16 is defined by the seal tape 54b included in the inner portion surrounded by and the ribbon portion 18 is defined by the ribbon tape 38, respectively.

Further, as shown in FIG. 5, a transport roller for transporting the material tape 48 along the transport direction A in a state of being located in front of the slit forming mechanism 40 along the transport direction A.
76 are provided. The transport roller 76 is rotationally driven by a drive mechanism (not shown) similarly to the pressure contact roller 42a.

On the other hand, a detection mechanism 78 for detecting the end of one feeding operation of the material tape 48 and stopping the feeding operation is arranged between the feeding roller 76 and the slit forming mechanism 40. The detection mechanism 78 is configured to optically read the index mark 56 formed on the seal tape 54b. This detection mechanism 78 is connected to a drive control mechanism (not shown), and this drive control mechanism counts the number of index marks 56 detected by the detection mechanism 78, and this count value is once in the slit forming mechanism 40. When the number of slits 74 that can be formed is reached, it is set so that the driving by the driving mechanism is once stopped and the transport state of the material tape 48 is locked. In this way, the slit forming mechanism 40 is operated while the feeding of the material tape 48 is stopped.
Is set to form a plurality of slits 74 on the material tape 48 at one time.

In addition, in the upper right of the device main body 32 in the drawing, a slit is provided.
A debris removing mechanism 80 for peeling off the debris portion located outside the slit 74 from the material tape 48 on which the 74 is formed.
Is provided. Here, the portion of the dust is specifically the ribbon tape 38, which is located outside the slit 74.
Part, the seal tape 54b part, and the intermediate paper tape 66
And the part of. Then, the second winding shaft 80a provided in the dust collecting mechanism 80 is
As shown in the figure, by winding up the residue removed from the mount tape 64, the ribbon 10 is left on the mount tape 64, and a plurality of ribbons 10 are continuously spaced on the mount tape 64. It will be formed in the state where it was adhered.

An example of the seal manufacturing method in the seal manufacturing apparatus 30 configured as 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, 6
The first to third winding bodies 60, 68, 72 in which the first to third tapes 34, 36, 38 are respectively wound around the 2, 70 are respectively attached, and the first to third winding bodies 60, 68 are respectively attached. The first to third tapes 34, 36, 38 are respectively taken out from the tapes 72, 72 and supplied toward the uniting station 42. Where the first tape
In FIG. 34, an auxiliary mount tape 52 and a seal base tape 54 are provided on a third intermediate shaft 50d provided in the middle of the first transport path.
The separating portion 54a and the separating portion 54a are separated from the first conveying path and are wound around the first winding shaft 50e. As a result, only the seal tape 54 among the seal base tapes 54 is supplied to the united station 42 along the first transport path.

On the other hand, as shown in FIG. 7, in the united station 42, three tapes are united and one material tape 48 shown in FIG. 11 is formed. And the device main body 32. Then, the tip of the material tape 48 is projected from the front of the slit forming mechanism 40, and the preparation operation is completed.

When this preparatory operation is completed, the slit forming operation on the material tape 48 is started, the drive mechanism is activated, and the feeding operation of the material tape 48 is started. Then, 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, only the length of the plurality of slits 74 formed,
The material tape 48 is conveyed and stopped. This stop timing is defined based on the counting result of the index mark 56 by the detection mechanism 78.

That is, the drive control mechanism determines that the number of detections of the index mark 56 from the detection mechanism 78 is 1 in the slit forming mechanism 40.
The transport operation of the material tape 48 is stopped at the time when the number of times of forming slits matches. Then, each time the carrying operation is locked, the slit forming mechanism 40 starts the slit forming operation, and a predetermined number of slits 74 are formed on the material tape 48. By feeding the material tape 48 intermittently in this manner, the material tape 48
A plurality of slits 74 will be continuously formed on the top.

Then, when the slit 74 is formed on the material tape 48 and the material tape 48 is conveyed further forward, the dust removing operation is performed. That is, in this scraping operation, the outside of the portion surrounded by the slits 74 is defined as a scraping portion, and the scraping portion is peeled off from the mount tape 64.

By performing the dust removal operation in this manner, the plurality of ribbons 10 are formed on the mount tape 64 in a state of being attached at equal intervals.

After that, the mount tape 64 is cut at a portion to which the ribbon 10 is not adhered by a cutting mechanism (not shown) to form a long mount 12, and a plurality of ribbons 10 are formed on the mount 12. As shown in FIG. 1, it is formed in a state of being attached.

Here, specifically, the above-described manufacturing apparatus 30 uses, for example, an H / L type machine manufactured by Onda Manufacturing Co., Ltd. This H / L type machine is originally a machine for hot stamping and laminating. However, without modifying this, the three types of tapes to be supplied are simply set as described above, and the cutting blade for slit formation in the slit forming mechanism 40 is set, whereby a ribbon manufacturing apparatus is provided. It can be used as, and is extremely economical.

Moreover, if the above-mentioned first tape 34 forms the seal mark 20 by hot stamping, this first tape 34 can be formed by the H / L type machine manufactured by Onda Manufacturing Co., Ltd. However, its economic efficiency will be greatly improved. That is, using the H / L type machine manufactured by Onda Manufacturing Co., Ltd., first, the first tape
34, and then H ・ L manufactured by Onda Manufacturing Co., Ltd.
This machine functions as a ribbon manufacturing device only by changing the setting conditions in the die machine. From the viewpoint of the efficiency of the installation space, it is not necessary to introduce two kinds of machines, and one machine Its economic efficiency is high as it only needs to be introduced.

Incidentally, in the above-mentioned ribbon manufacturing method, the second tape
By removing the intermediate paper tape 66 from the tape 36 and constructing the second tape 36 only from the mount tape 64, the ribbon 10 according to another example shown in FIG. 4 can be manufactured. .

It is needless to say that the present invention is not limited to the configuration of the above-described embodiment and can be variously modified without departing from the gist of the present invention.

For example, the shape of the seal mark 20 in the above-described embodiment is not limited to that shown in the figure, and can be arbitrarily selected. Further, the material of the leg portion 18 of the ribbon is not limited to cloth, and it is possible to select any material such as foil.

Further, in the above-described embodiment, the united station
Seal tape 54b as the first tape supplied to 42
Describes that the protruding piece is integrally projected from the lower edge thereof, but the present invention is not limited to this, and the lower edge of the seal tape 54b is set to be linear without such a protruding piece. It is also good. In this case, in the united station 42, the lower edge of the seal tape 54b is
The ribbon tape 38 is set so as to be superimposed on the surface of the ribbon tape 38.

However, in this case, the portion of the ribbon base portion 16 from which the ribbon leg portion 18 projects is limited to a linear shape. In other words, by forming a predetermined protruding piece on the seal tape 54b in advance as in the embodiment, the shape of the portion of the ribbon base portion 16 from which the leg portion 18 of the ribbon protrudes can be set arbitrarily. Becomes

[Advantage of Invention] As described above, according to the present invention, the adhesive layer is not provided on the back surface of the leg portion of the second layer ribbon,
Since the leg portion of the ribbon is not adhered to the mount for temporary attachment, the leg portion of the ribbon can be used as a tab portion when peeling off from the mount sheet during use, which facilitates peeling.

Further, the sticking of the ribbon legs to the ribbon base portion and the temporary sticking of the ribbon base portion to the mount can be performed simultaneously, the ribbon attaching work can be simplified, and the manufacturing process can be completely automated.

In addition, since the ribbon leg is punched together with the ribbon base, the ribbon sticking position may vary like one in which a plurality of ribbon legs are stuck by hand, or one of the legs may come off. , Can prevent the aesthetic loss

[Brief description of drawings]

FIG. 1 is a plan view showing a structure of one embodiment of a ribbon according to the present invention in a state of being stuck on a mount; FIG. 2 is a view showing a structure of the ribbon shown in FIG. 1 being stuck on a mount. Sectional view; FIG. 3 is a rear view showing a pasted state of the intermediate paper and the leg portion of the ribbon on the back side of the ribbon shown in FIG. 1; FIG. 4 is a state in which a modified example of the ribbon is pasted on a mount sheet. 5 is a front view schematically showing a manufacturing apparatus for manufacturing the ribbon shown in FIG. 1; FIGS. 6A and 6B are plan views showing the constitution of the first tape, respectively. FIG. 7 is a perspective view showing a supply state of three tapes supplied to the united station; FIGS. 8A and 8B are a plan view and a cross-sectional view showing the constitution of the second tape, respectively. 9A and 9B are a plan view and a cross-sectional view, respectively, showing the construction of the third tape; FIG. 10 is on the second tape. Plan view showing a placement state of the third tape; and FIG. 11 slit is formed in the material tape, it is a perspective view showing a state in which the dregs moiety pulled stripped. In the figure, 10 ... Ribbon, 12 ... Mount, 14 ... Intermediate paper, 16 ...
… Ribbon base, 16a… Outline, 18… Ribbon leg, 18a… First outline, 18b… Second outline, 20…
… Seal mark, 20a …… embossed pattern, 20b …… printed characters, 22 …… first adhesive layer, 24 …… second adhesive layer, 26
…… Attached part, 26a …… First outline, 26b …… Second outline, 28 …… Ribbon body, 30 …… Manufacturing device, 32 …… Device body, 34 …… First tape , 36 ...... second tape, 38 ...
… Third tape, 40 …… Slit forming mechanism, 42 …… Coalesced station, 42a …… Pressing roller, 44 …… First adhesive layer, 46 …… Second adhesive layer, 48 …… Material tape , 50 ...
... first supply mechanism, 50a ... first supply shaft, 50b; 50c; 50d
...... Intermediate shaft, 50e …… First winding shaft, 52 …… Auxiliary mount tape, 54 …… Seal tape, 54a …… Separation part, 54b
...... Necessary part, 56 ...... Index mark, 58 ...... Continuous slit, 60 ...... First winding body, 62 ...... Second supply mechanism, 62a ...... Second supply shaft, 62b; 62c; 62d ...... Intermediate axis,
64 ... Mounting tape, 66 ... Intermediate paper tape, 68 ... Second winding body, 70 ... Third supply mechanism, 70a ... Third supply shaft, 70b ... Intermediate shaft, 72 ... Third Wrapped body, 74…
… Slits, 76 …… Conveying rollers, 78 …… Detecting mechanism, 80…
... scraping mechanism, 80a ... second winding shaft.

Claims (4)

[Scope of utility model registration request] 1. A ribbon comprising at least three layers, the front surface of which is ribbon-printed and the back surface of which is an adhesive layer (22).
The ribbon base portion (10) of the first layer having the above is attached to the leg portion (18) of the second layer ribbon having no adhesive layer on the back surface by using a part of the adhesive layer of the ribbon base portion (10). The ribbon base portion (10) and the ribbon are attached together with the ribbon base portion (10) temporarily attached to the third base paper (12) and the ribbon base portion (10) temporarily attached to the base paper (12). A ribbon characterized by punching out the legs (18). 2. A ribbon base portion on which a first adhesive layer is formed on a back surface and which is detachably attached to a mount, and the first adhesive layer on a part of the back surface of the ribbon base portion. It is pasted through and for sticking to the mount,
A part of the intermediate paper having a second adhesive layer formed on the back surface is attached to the other part of the back surface of the ribbon base part via the first adhesive layer, and the other part is attached to the ribbon base part. A ribbon leg adapted to project further outward. 3. The ribbon according to claim 2, wherein the intermediate paper is formed so as to have substantially the same thickness as the leg portion of the ribbon. 4. The first adhesive layer is formed over the entire back surface of the ribbon base portion, and the second adhesive layer is formed over the entire back surface of the intermediate paper. The ribbon according to claim 2, wherein: