JP6919911B2 - Pasting sheet supply device - Google Patents

Description

The present invention relates to a supply device that continuously supplies a sticking sheet.

Some products, such as daily necessities, foods, and pharmaceuticals, are packed in boxes at the time of shipment. After the goods are packed in a box, the lid of the box is closed and the closed lid is sealed with a sticking sheet. There is a sealing device that automates the work of sealing a closed lid and seals multiple boxes in succession. In the sealing device, the box containing the product is continuously conveyed on the conveyor, and the work of attaching the sticking sheet to the lid of the box is continuously executed.

In addition, there is a sticking device that sticks a sticking sheet on which product information and the like are written on the surface of parts such as electric parts and electronic parts. The sticking device continuously executes the work of sticking the sticking sheet on the surface of the parts supplied at the predetermined positions.

The sticking sheet supplied to the sealing device or the sticking device includes a sheet called a label. A plurality of labels are arranged on a long mount at intervals. The label is affixed to a long mount with an adhesive. A label peeled off from the mount is supplied to the sealing device and affixed to the box lid.

The sticking sheet supplied to the sealing device or the sticking device includes a sheet called a tape. The tape is obtained by cutting a long tape. A long mount is attached to the adhesive surface of the long tape. A long body composed of a long tape and a long mount is hereinafter referred to as a long double-layer tape. By performing the half-cut process on the long two-layer tape, the long tape is cut at predetermined intervals, leaving the long mount. A piece of tape peeled from the long mount is supplied to the sealing device or affixing device and affixed to the box lid or component surface.

The following Patent Document 1 discloses a technique relating to a sealing method using a roll-shaped sealing tape.

Japanese Patent No. 4672087

As described above, the sticking sheet includes a sheet called a label and a sheet called a tape. A company that packs and seals products, or a company that supplies parts, needs to use different labels or tapes according to the user's request. Therefore, it is necessary for the trader to have a sealing device provided with a label supply unit and a sealing device provided with a tape supply unit as separate equipment, and to use the equipment properly according to the user's request. Alternatively, the trader needs to have a sticking device provided with a label supply unit and a sticking device provided with a tape supply unit as separate equipment, and use the equipment properly according to the user's request.

For this reason, it is necessary for these companies to prepare a plurality of facilities, and it is necessary to secure a large installation space for the facilities. In addition, there is a problem that the cost for preparing a plurality of facilities becomes high.

An object of the present invention is to provide a device capable of supplying a label or a tape according to a user's request.

(1) The sticking sheet supply device according to one aspect of the present invention can hold a long label to which a plurality of labels are stuck on the first long mount at intervals and can hold a long label in a roll state and has a second length. A holding portion configured to hold a long two-layer tape including a long mount and a long tape attached to a second long mount in a roll state, and a label roll or tape roll held by the holding portion. For the first transport section to which the long label or long double-layer tape drawn from is transported, and to the long double-layer tape transported in the first transport section when the tape roll is held in the holding section. A half-cut processing unit that cuts only the long tape at predetermined intervals, leaving the second long mount, and does not perform the cutting processing when the label roll is held in the holding unit. After the label is peeled off from the long label, or after the tape formed by the half-cut process is peeled off from the long two-layer tape, the first long mount or the second long tape It is provided with a second transport unit for transporting the mount.

This sticking sheet supply device can supply different labels or tapes according to the user's request. Since the user does not need to prepare both the label feeding device and the tape feeding device, it is not necessary to secure a large space for installing the equipment. In addition, the user does not need to prepare both devices, so that the cost can be reduced.

(2) The drive roller for transporting the long label and the drive roller for transporting the long two-layer tape may be shared.

Since the drive rollers are shared, the number of parts of the device including the drive mechanism is reduced. As a result, the device configuration can be made compact. Further, since the drive roller is shared, the cost of the device can be reduced.

(3) The winding section on which the first long mount is wound and the winding section on which the second long mount is wound may be shared.

Since the take-up section is shared, the number of parts of the device is reduced. As a result, the device configuration can be made compact. Further, since the winding unit is shared, the cost of the device can be reduced.

(4) A peeling portion for peeling the label from the long label and a peeling portion for peeling the tape from the long two-layer tape may be shared.

Since the peeling portion is shared, the number of parts of the device is reduced. As a result, the device configuration can be made compact. Further, since the peeling portion is shared, the cost of the device can be reduced.
(5) The sticking sheet supply device performs a detection process for detecting gaps between a plurality of labels in the longitudinal direction of the long label transported in the first transport unit when the label roll is held in the holding portion. , A gap detection unit that does not perform detection processing when the tape roll is held in the holding unit is further provided, and the first transport unit is based on the detection result by the gap detection unit when the label roll is held in the holding unit. The amount of long labels drawn from the label roll may be adjusted so that each of the plurality of labels is sequentially peeled off.

According to the present invention, it is possible to provide an apparatus capable of supplying a label or a tape according to a user's request.

It is a top view of a long label. It is a side sectional view of a long label. It is a top view of a long two-layer tape. It is a side sectional view of a long two-layer tape. (A) is a perspective view of a box sealed with a label (or tape). (B) is a perspective view of a part to which a label (or tape) is affixed. It is a front view of the sticking sheet supply device which is executing the label supply operation. It is a front view of the sticking sheet supply device which is executing the tape supply operation.

Hereinafter, the sticking sheet supply device according to the present embodiment will be described in detail with reference to the drawings. The sticking sheet feeding device of the present embodiment is a hybrid type feeding device capable of supplying both labels and tapes. First, the structure of the long label and the long two-layer tape will be described.

(1) Structure of Long Label FIG. 1 is a plan view of the long label LL. FIG. 2 is a side sectional view of the long label LL. The long label LL is configured by attaching a plurality of labels L at intervals on a long mount BP. In the following description, the portion between adjacent labels L is referred to as a gap GP. In the side sectional view of FIG. 2, the thickness of the mount BP and the label L is drawn thicker than the actual thickness in order to make the structure of the long label LL easy to understand.

The material of the mount BP is, for example, paper. However, the material of the mount BP is not particularly limited, and may be a film material. The material of the label L is, for example, paper. However, the material of the label L is not particularly limited, and may be a film material.

An adhesive is applied to the surface of the label L to be attached to the mount BP. As the pressure-sensitive adhesive, for example, rubber-based, acrylic-based, silicone-based or the like materials are used. Of the surfaces of the mount BP, the surface to which the label L is attached is coated with a release agent for protecting the adhesive of the label L. For example, the long label LL is produced by die-cutting (half-cutting) the label portion in a sheet having a two-layer structure of a mount and a label.

The size of the label L is selected according to the shape and size of the box to be attached. For example, the size of the label L is a rectangle having a length of 3 cm and a width of 4 cm. The shape of the label L is not particularly limited, and may be a rectangle with rounded corners or a circle in addition to the rectangle as shown in FIG.

(2) Structure of Long Double-Layer Tape FIG. 3 is a plan view of long double-layer tape AT. FIG. 4 is a side sectional view of the long two-layer tape AT. The long two-layer tape AT includes a long tape LT having one surface as an adhesive surface and a long mount SP attached to the adhesive surface of the long tape LT. In the side sectional view of FIG. 4, the thickness of the long tape LT and the thickness of the mount SP are drawn thicker than the actual thickness in order to make the structure of the long two-layer tape AT easy to understand. ..

The material of the long tape LT is, for example, paper. However, the material of the long tape LT is not particularly limited, and may be a film material. An adhesive is applied to the adhesive surface of the long tape LT. As the pressure-sensitive adhesive, for example, rubber-based, acrylic-based, silicone-based or the like materials are used. The material of the mount SP is, for example, paper. However, the material of the mount SP is not particularly limited, and may be a film material. A release agent for protecting the adhesive surface of the long tape LT is applied to the surface of the mount SP to be attached to the long tape LT.

The size of the long tape LT is selected according to the shape and size of the box to be attached. For example, the long tape LT is a long sheet having a width of 3 cm. In the sticking sheet supply device described later, the long two-layer tape AT is half-cut, so that the long tape LT is cut to a predetermined length. For example, the long tape LT is cut at the cutting portion HC shown by the broken line in FIG. 3 and divided into a plurality of tapes T.

FIG. 5A is a diagram showing a label L attached to the lid 61 of the box 6. The label L peeled off from the long label LL by the sticking sheet supply device described later is stuck to the box 6 by a sticking device provided separately. The same applies to the mode in which the tape T is attached to the box 6. FIG. 5B is a diagram showing a label L affixed to the surface 71 of the component 7. The label L peeled off from the long label LL by the sticking sheet supply device described later is stuck to the component 7 by a sticking device provided separately. The same applies to the method of attaching the tape T to the component 7.

(3) Configuration of Attached Sheet Supply Device Next, the configuration of the attached sheet supply device of the present embodiment will be described. In the following description, the X, Y and Z directions shown in the drawings will be referred to as appropriate. In the drawings below, the XZ plane corresponds to the horizontal plane and the Y direction corresponds to the vertical direction. Further, in the following drawings, a case where the X direction is the left-right direction and the Y direction is the up-down direction will be described as an example.

FIG. 6 is a front view of the sticking sheet supply device 1 during the label supply operation. FIG. 7 is a front view of the sticking sheet supply device 1 in which the tape supply operation is being executed. As shown in FIGS. 6 and 7, the sticking sheet supply device 1 includes a device body 10 having a substantially L shape when viewed from the front. The device main body 10 is provided with a control unit 11, a holding unit 101, a winding unit 201, a label / tape transport unit AS, a mount transport unit BS, a half-cut device 150, and the like.

The holding portion 101 holds the label roll LR (shown in FIG. 6) or the tape roll TR (shown in FIG. 7). The label roll LR is a roll around which a long label LL is wound. The tape roll TR is a roll around which a long two-layer tape AT is wound. That is, the holding unit 101 holds the long label LL or the long two-layer tape AT in a rolled state. The holding portion 101 rotatably supports the label roll LR or the tape roll TR.

The winding unit 201 winds and holds the mount BP (shown in FIG. 6) peeled off from the long label LL. Alternatively, the winding unit 201 winds and holds the mount SP (shown in FIG. 7) peeled off from the long two-layer tape AT.

The label / tape transport unit AS includes a driven roller 102, a driven roller 103, a tension plate 104, a brake roller 105, a label / tape detection sensor 106, a driven roller 108, a driven roller 109, a peeling edge member 120, and a gap detection sensor 130. .. Further, a half-cut device 150 is arranged on the side portion of the label / tape transport portion AS. The half-cut device 150 is supported by the device body 10.

The mount transport unit BS includes a peeling edge member 120, a driven roller 202, and a drive roller 203. The peeling edge member 120 is included in both the label / tape transport section AS and the mount transport section BS.

(4) Label Supply Operation Next, the label L supply operation by the sticking sheet supply device 1 will be described with reference to FIG. As shown in FIG. 6, the label roll LR is set in the holding portion 101.

The long label LL pulled out from the label roll LR diagonally upward to the left is wound around the driven roller 102. The long label LL whose transport direction is changed downward (Y direction) along the driven roller 102 is wound around the driven roller 103.

The tension plate 104 comes into contact with the long label LL conveyed along the driven roller 103 from diagonally lower left. The long label LL conveyed between the driven roller 103 and the tension plate 104 is conveyed obliquely upward to the right and wound around the brake roller 105. In the brake roller 105, the frictional force generated between the rotating shaft of the roller and the bearing portion is larger than that of the other driven rollers 102, 103 and the like. That is, an appropriate resistance is applied to the long label LL conveyed on the brake roller 105.

An appropriate tension is applied to the long label LL to be conveyed by the configuration in which the tension plate 104 contacts the long label LL conveyed on the driven roller 103 and the action of the brake roller 105 having a large rotational friction force. Loosening of the long label LL is prevented. A label / tape detection sensor 106 is provided in the middle of the path from the driven roller 103 to the brake roller 105 (the path extending in the X direction).

The label / tape detection sensor 106 detects the long label LL conveyed between the driven roller 103 and the brake roller 105. The label / tape detection sensor 106 outputs to the control unit 11 whether or not the long label LL is detected. When the long label LL is not detected by the label / tape detection sensor 106, the control unit 11 stops the label L supply operation by the sticking sheet supply device 1.

The long label LL whose transport direction is changed along the brake roller 105 is transported downward (Y direction). The long label LL conveyed downward from the brake roller 105 is wound around the driven roller 108. A half-cut device 150 is provided in the middle of the path from the brake roller 105 to the driven roller 108 (a path extending in the Y direction), but the half-cut device 150 is not used during the label supply operation.

The long label LL whose transfer direction is changed along the driven roller 108 is conveyed diagonally downward to the right and wound around the driven roller 109. The long label LL whose transfer direction is changed along the driven roller 109 is conveyed in the right direction (X direction).

The long label LL, which is conveyed from the driven roller 109 in the right direction (X direction), is conveyed in the right direction on the upper surface of the peeling edge member 120. At this time, the long label LL is conveyed to the right with the surface to which the label L is affixed as the upper surface. A gap detection sensor 130 is provided in the middle of the path from the driven roller 109 to the peeling edge member 120.

The gap detection sensor 130 is arranged so as to sandwich the long label LL from above and below (Y direction). The gap detection sensor 130 is a sensor that detects the thickness of the long label LL. The upper and lower members of the gap detection sensor 130 come into contact with the upper surface and the lower surface of the long label LL, respectively, to detect the thickness of the long label LL. The detection result by the gap detection sensor 130 is output to the control unit 11. The control unit 11 detects the gap GP based on the difference in the thickness of the portion of the long label LL to which the label L is attached and the thickness of the gap GP portion of the long label LL.

Alternatively, the gap detection sensor 130 may optically detect the gap GP of the long label LL. For example, the gap detection sensor 130 includes a light emitting unit that irradiates light toward one surface of the long label LL and a light receiving unit that receives light transmitted through the long label LL. The gap detection sensor 130 gives the intensity of the transmitted light received by the light receiving unit to the control unit 11. The control unit 11 detects the gap GP between the adjacent labels L based on the intensity of the transmitted light.

The long label LL transported on the upper surface of the peeling edge member 120 changes the transport direction at an acute angle at the tip portion 121 of the peeling edge member 120. When the long label LL changes the transport direction at an acute angle at the tip portion 121, one label L is peeled off from the long label LL. That is, the mount BP is conveyed to the left along the shape of the tip portion 121 by changing the direction at an acute angle, the label L attached to the upper surface of the mount BP is peeled off, and the mount BP is extruded to the right.

One label L peeled off at the tip portion 121 is delivered to the sticking device 5 descending from above. After that, the label L is affixed to the lid 61 of the box 6 by the affixing device 5, as shown in FIG. 5 (A). That is, the label L is affixed to the lid 61 by the affixing device 5 that operates as a part of the sealing device. Alternatively, the label L is affixed to the surface 71 of the component 7 by the affixing device 5, as shown in FIG. 5 (B).

After the label L is peeled from the long label LL at the tip portion 121, only the mount BP is conveyed in the left direction (X direction) along the lower surface of the peeled edge member 120. The mount BP conveyed to the left is wound around the drive roller 203. The mount BP whose transport direction has been changed along the drive roller 203 is wound around the driven roller 202. The mount BP whose transport direction has been changed by the driven roller 202 is conveyed diagonally upward to the left. The mount BP whose transport direction has been changed diagonally upward to the left is wound by the winding unit 201.

In this way, the long label LL drawn out from the label roll LR is conveyed downward by the label / tape conveying unit AS. In the long label LL conveyed by the label / tape conveying unit AS, the label L is peeled off at the tip portion 121 of the peeling edge member 120. After the label L is peeled off from the long label LL, the mount BP is transported by the mount transport unit BS and wound up by the winding unit 201.

The drive source for transporting the long label LL and the mount BP is the drive roller 203. A rotary drive source (not shown) is connected to the drive roller 203, and the drive roller 203 is rotationally driven by driving the rotary drive source. The drive roller 203 is rotationally driven by the length required to peel off one label L under the control of the control unit 11. Specifically, the drive roller 203 rotationally drives the drive roller 203 to a position where the gap GP of the label L is detected based on the detection result of the gap detection sensor 130. As a result, the drive roller 203 feeds out the long label LL by the length Lm shown in FIG. 1 by one rotation drive. As a result, one label L is peeled off from the long label LL, and the label L is delivered to the sticking device 5. Then, the drive roller 203 is rotationally driven again at the timing when the sticking device 5 can receive the next label L, the long label LL is sent out by the length Lm, and the next label L is peeled off.

Further, the take-up unit 201 rotates in synchronization with the drive roller 203. In the present embodiment, the winding unit 201 and the rotary drive source for driving the drive roller 203 are shared. For example, the rotational driving force extracted from the motor that drives the drive roller 203 may be transmitted via a mechanism such as a belt to drive the take-up unit 201.

(5) Tape Supply Operation Next, the tape T supply operation by the sticking sheet supply device 1 will be described with reference to FIG. 7. As shown in FIG. 7, the tape roll TR is set in the holding portion 101.

The long two-layer tape AT pulled out from the tape roll TR diagonally upward to the left is wound around the brake roller 105 via the driven roller 102, the tension plate 104, and the driven roller 103, similarly to the long label LL described above. Will be done. Similar to the case described during the label supply operation, the tension plate 104 is conveyed by the configuration of contacting the long two-layer tape AT conveyed on the driven roller 103 and the action of the brake roller 105 having a large rotational friction force. Appropriate tension is applied to the long two-layer tape AT, and slack is prevented from occurring in the long two-layer tape AT. Further, the label / tape detection sensor 106 detects the long two-layer tape AT conveyed between the driven roller 103 and the brake roller 105. When the long two-layer tape AT is not detected by the label / tape detection sensor 106, the control unit 11 stops the tape T supply operation by the sticking sheet supply device 1.

The long two-layer tape AT conveyed downward (Y direction) from the brake roller 105 is wound around the driven roller 108. A half-cut device 150 is provided in the middle of the path from the brake roller 105 to the driven roller 108 (the path extending in the Y direction). The half-cut device 150 performs a half-cut process on the long two-layer tape AT. The half-cut process is a process of cutting only the long tape LT without cutting the mount SP of the long two-layer tape AT. The half-cut device 150 cuts the long tape LT in a direction orthogonal to the traveling direction of the long two-layer tape AT.

In FIGS. 3 and 4, the portion shown by the broken line is the cut portion HC to be half-cut processed by the half-cut device 150. The half-cut device 150 performs a half-cut process on the long tape LT at intervals of Tm in length. The long two-layer tape AT that has been half-cut is conveyed downward (in the Y direction) and wound around the driven roller 108.

The long two-layer tape AT whose transport direction is changed along the driven roller 108 conveys the upper surface of the peeling edge member 120 to the right (X direction) via the driven roller 109, similarly to the long label LL described above. Will be done. At this time, the long two-layer tape AT is conveyed in the right direction (X direction) with the surface to which the long tape LT is attached as the upper surface. The gap detection sensor 130 is not used during the supply operation of the tape T.

The long two-layer tape AT that is conveyed on the upper surface of the peeling edge member 120 changes the conveying direction at an acute angle at the tip portion 121 of the peeling edge member 120. When the long two-layer tape AT changes the transport direction at an acute angle at the tip portion 121, one tape T is peeled off from the long two-layer tape AT. That is, the mount SP is conveyed to the left by changing the direction at an acute angle along the shape of the tip portion 121, and one tape T that has been half-cut on the upper surface of the mount SP is peeled off and extruded to the right. Is done.

The single tape T peeled off at the tip portion 121 is delivered to the sticking device 5 descending from above. After that, the tape T is attached to the lid 61 of the box 6 by the attaching device 5 as shown in FIG. 5 (A). That is, the tape T is attached to the lid 61 by the attaching device 5 that operates as a part of the sealing device. Alternatively, the affixing device 5 affixes the tape T to the surface 71 of the component 7, as shown in FIG. 5 (B).

After the tape T is peeled from the long two-layer tape AT at the tip portion 121, only the mount SP is conveyed in the left direction (X direction) along the lower surface of the peeled edge member 120. The mount SP conveyed to the left is wound around the drive roller 203. The mount SP whose transport direction has been changed along the drive roller 203 is wound by the winding unit 201 via the driven roller 202.

In this way, the long two-layer tape AT drawn out from the tape roll TR is conveyed downward by the label / tape conveying unit AS. In the long two-layer tape AT conveyed by the label / tape conveying portion AS, the tape T is peeled off at the tip portion 121 of the peeling edge member 120. After the tape T is peeled off from the long two-layer tape AT, the mount SP is transported by the mount transport unit BS and wound up by the winding unit 201.

Even during the tape supply operation, the drive source for conveying the long two-layer tape AT and the mount SP is the drive roller 203. That is, the drive source is shared in the label L supply operation and the tape T supply operation. The drive roller 203 is rotationally driven by the length required to peel off one tape T under the control of the control unit 11. Specifically, the drive roller 203 rotationally drives the drive roller 203 so that the long two-layer tape AT is conveyed by the length Tm. As a result, one tape T is peeled off from the long two-layer tape AT, and the tape T is delivered to the sticking device 5. After the drive roller 203 is driven and the long two-layer tape AT is conveyed by the length Tm, the half-cut process is performed in the half-cut device 150. As a result, the long two-layer tape AT is formed with a cut portion HC by half-cut at intervals of a length Tm. A long two-layer tape AT having a length of N times (N: integer) of the length Tm of the tape T is held on the path from the half-cut position by the half-cut device 150 to the tip portion 121 of the peeling edge member 120. Will be done. That is, N tapes T are held on the path from the half-cut position to the tip portion 121. The position of the half-cut device 150 can be adjusted in the Y direction. By adjusting the position of the half-cut device 150 in the Y direction, N tapes T are initially set so as to be held on the path from the half-cut position to the tip portion 121.

As described above, by using the sticking sheet supply device 1 of the present embodiment, the label L supply operation and the tape T supply operation can be executed on one device. Since it is not necessary for the user to prepare both the device for supplying the label L and the device for supplying the tape T, it is not necessary to secure a large space as the installation space for the equipment. In addition, the user does not need to prepare both devices, so that the cost can be reduced.

(6) Correspondence between Each Component of Claim and Each Element of Embodiment Hereinafter, an example of correspondence between each component of claim and each element of embodiment will be described. In the above embodiment, the mount BP is an example of the first long mount, and the mount SP is an example of the second long mount. Moreover, the label / tape transport unit AS is an example of a first conveying portion, the backing sheet conveying section BS is Ri example der of the second conveying unit, the gap sensor 130 is an example of the gap detection unit.

As each component of the claim, various elements having the structure or function described in the claim can also be used.

(7) Other Embodiments In the above embodiment, all the members included in the label / tape transport unit AS are commonly used during the supply operation of the label L and the supply operation of the tape T. bottom. In another embodiment, some members included in the label / tape transport unit AS may be commonly used during the supply operation of the label L and the supply operation of the tape T. For example, in the label / tape transport unit AS, the transport path of the long label LL and the transport path of the long two-layer tape AT may be partially different.

In the above-described embodiment, all the members included in the mount transport unit BS are commonly used during the supply operation of the label L and the supply operation of the tape T. In another embodiment, some members included in the mount transport unit BS may be commonly used during the supply operation of the label L and the supply operation of the tape T. For example, in the mount transport unit BS, the transport route of the mount BP and the transport route of the mount SP may be partially different.

In the above embodiment, the winding unit 201 is shared as the winding unit of the mount BP and the winding unit of the mount SP. As another embodiment, the winding portion of the mount BP and the winding portion of the mount SP may be provided separately.

In the above embodiment, the peeling edge member 120 is shared as the peeling portion of the label L and the peeling portion of the tape T. As another embodiment, the peeling portion of the label L and the peeling portion of the tape T may be provided separately.

Although the embodiments of the present invention have been described above, the above-described embodiments are merely examples for carrying out the present invention. Therefore, the present invention is not limited to the above-described embodiment, and the above-described embodiment can be appropriately modified and implemented within a range that does not deviate from the gist thereof.

1 ... Pasting sheet supply device 101 ... Holding unit 201 ... Winding unit 203 ... Drive roller AS ... Label / tape transport unit BS ... Mount transport unit LL ... Long label L ... Label AT ... Long double-layer tape LT ... Long Shaku tape T ... Tape

Claims (5)

A long label having a plurality of labels attached to the first long mount at intervals can be held in a roll state and is attached to the second long mount and the second long mount. A holding unit configured to hold a long two-layer tape including a length tape in a rolled state,
A first transport unit to which the long label or the long two-layer tape drawn from the label roll or tape roll held in the holding portion is conveyed, and a first transport unit.
When the tape roll is held in the holding portion, only the long tape is left with respect to the long two-layer tape transported in the first transport portion, leaving the second long mount. A half-cut processing unit that performs a cutting process that cuts the label roll at predetermined intervals and does not perform the cutting process when the label roll is held in the holding unit.
After the label is peeled off from the long label, or after the tape formed by the half-cut process is peeled off from the long two-layer tape, the first long mount or the second. A sticking sheet supply device including a second transport unit for transporting a long mount of the above. The sticking sheet supply device according to claim 1, wherein the drive roller for transporting the long label and the drive roller for transporting the long two-layer tape are shared. The sticking sheet supply according to claim 1 or 2, wherein the winding portion on which the first long mount is wound and the winding portion on which the second long mount is wound are shared. Device. The sticking sheet according to any one of claims 1 to 3, wherein a peeling portion for peeling the label from the long label and a peeling portion for peeling the tape from the long two-layer tape are shared. Feeding device. When the label roll is held by the holding portion, a detection process is performed to detect a gap portion of the plurality of labels in the longitudinal direction of the long label conveyed by the first conveying portion, and the holding portion is subjected to a detection process. A gap detection unit that does not perform the detection process when the tape roll is held is further provided.
When the label roll is held by the holding portion, the first transport unit is removed from the label roll so that each of the plurality of labels is sequentially peeled off based on the detection result by the gap detecting unit. The sticking sheet supply device according to any one of claims 1 to 4, wherein the amount of the long label to be pulled out is adjusted.

Images