JP6540034B2 - Label tape and label sticking system - Google Patents

Description

  The present invention relates to a label tape and a label affixing system in which a label is attached to a peeling tape.

  Conventionally, a label tape has been known in which a plurality of labels are superimposed on a strip-shaped release tape and attached releasably (see, for example, Patent Document 1). In such a label tape, a label having any shape is formed, a small label is stamped out in the label, or the label is peeled off by performing half-cut in which only one of the label and the release tape is cut. It is possible to make it easy.

Japanese Patent Application Laid-Open No. 2002-099215

  By the way, in a medical institution etc., in order to make a medical device and a medical chart correspond one to one, the label which attached the same identification symbol to the medical device and the medical chart is stuck. When using a label tape in such an application, it is possible to constitute a label tape as follows. That is, by half-cutting the label, the label body to be attached to the medical device and the small label to be attached to the medical chart are formed on one label. Then, the same identification symbol is attached to the label body and the small label. In addition, the release tape is half-cut to form a release tape piece that surrounds the entire small label. In this label tape, when the label is peeled off from the peeling tape, the peeling pieces are separated from the peeling tape and remain attached to the label side. Then, after the label peeled off from the peeling tape is attached to the medical device, the small label is peeled off from the label and attached to the medical chart. Thereby, the same identification symbol is attached to the medical device and the medical chart.

  Here, it is conceivable to use a labeling system called labeler in order to peel off the label from the peeling tape and attach it to the medical device. However, the use of a labeling system results in tension being applied to the label tape. On the other hand, when the label is peeled off from the peeling tape, an opening larger than the small label is formed in the peeling tape. For this reason, the peeling tape is easily broken from this opening. As a result, a recovery failure of the peeling tape from which the label has been peeled may occur.

  Then, an object of this invention is to provide the label tape and label sticking system in which a peeling tape does not break easily, even if tension is provided.

  The label tape according to the present invention is a label tape in which a plurality of labels are peelably attached to a strip-shaped release tape, and the label is a label body and a small label divided by a first cutting line for cutting the label. And the release tape has a release tape body and a plurality of release tape pieces separated by a second cutting line for cutting the release tape, the release tape pieces being spaced apart from one another, and each having a small label Is affixed to the label body and the small label so as to be superimposed on a part of.

  In the label tape according to the present invention, when the label is peeled from the peeling tape by the label sticking system or the like, the small peeling tape piece is separated from the peeling tape main body, and the separated peeling small tape piece is adhered to the label main body and the small label It will be in the state as it is. Here, while there are a plurality of peeling tape pieces, the plurality of peeling tape pieces are separated from each other. For this reason, when a small piece of the peeling tape is separated from the peeling tape main body, only openings smaller than the small label are formed in the peeling tape main body, and the peeling tape main body is delivered to the area between the adjacent openings. For this reason, even if tension is applied to the label tape by the label affixing system or the like, it is possible to suppress breakage of the peeling tape main body after the label is peeled from the peeling tape.

  In addition, the surface of the small label to be superposed on the peeling tape main body may be subjected to a paste killing process. In this label tape, since the surface to which the small peeling tape of the small label is not overlapped is subjected to the pasteurization treatment, the small label is attached from the label main body even after the label peeled from the peeling tape is attached to the object. It becomes possible to peel easily.

  Also, two strips of release tape may be superimposed on the opposite one end and the other end of the small label, respectively. In this label tape, since the both ends of the small label are superimposed on the peeling tape piece, the affixing property of the small label to the object can be improved.

  In addition, the release tape piece overlapped on one end has a release tape piece main body and a release margin divided by a third cutting line for cutting the release tape piece, and the release margin is the other end of the one end It may be formed in the same shape as the tip end which is the end opposite to the tip end, and may be overlapped with the tip end. In this label tape, since the margin is formed in the same shape as the tip end and is superimposed on the tip end, a part of the first cutting line and a part of the third cutting line overlap. For this reason, even when the small label is peeled off from the label main body, that is, in the state where the small label is attached to the small peeling tape, it is possible to pick up and lift up the margin and the tip end. This makes it easy to peel off the small label from the label body.

  The label sticking unit according to the present invention includes a feeding unit for feeding out any of the above label tapes, a recovery unit for recovering the label tape fed out by the feeding unit, and a release tape side of the label tape transport path. And a peeling unit for peeling the label from the peeling tape by bending the peeling tape, and a sticking unit for sticking the label peeled by the peeling unit to the object.

  In the label sticking system according to the present invention, the label is peeled off from the peeling tape using the above-mentioned label tape, and the label is stuck on the object. For this reason, even if tension is applied to the peeling tape by the recovery unit or the like, it is possible to suppress breakage of the peeling tape main body after the label is peeled from the peeling tape in the peeling unit.

  According to the present invention, the release tape is less likely to be broken even when tension is applied.

It is a schematic block diagram which shows a label sticking system. It is the figure which expanded the peeling unit part of the label sticking system shown in FIG. It is a figure which shows a label tape, (a) shows a surface, (b) shows a back. It is a figure showing the label exfoliated from exfoliation tape, and (a) shows the surface and (b) shows the back. It is a figure which shows the peeling tape which peeled the label. It is a figure which shows the label main body which peeled the small label, (a) shows a surface, (b) shows a back. It is a figure which shows the small label peeled from the label main body, (a) shows a surface, (b) shows a back. It is a figure which shows another label tape, (a) shows a surface, and (b) shows a back. It is a figure which shows the label tape of a comparative example, (a) shows a surface, (b) shows a back.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. The same or corresponding elements in the drawings will be denoted by the same reference symbols, without redundant description.

  FIG. 1 is a schematic configuration view showing a labeling system. FIG. 2 is an enlarged view of a peeling unit portion of the labeling system shown in FIG. As shown in FIG. 1 and FIG. 2, the label affixing system 1 automatically uses the label tape 10 having a plurality of labels 20 releasably attached to a strip-like peeling tape 30 to automatically label the object 20 with a label 20. It is a system to stick to. The label sticking system 1 includes a transport unit 2, a feeding unit 3, a recovery unit 4, a peeling unit 5, a roller unit 6, and a sticking unit 7.

  The transport unit 2 transports an object A to which the label 20 is to be attached. For example, a belt conveyor is used as the transport unit 2.

  The feeding unit 3 rotatably holds the wound body around which the label tape 10 is wound, and feeds the label tape from the wound body. As the feeding unit 3, for example, a roller on which a wound body of the label tape 10 is mounted is used. The roller may be a driving roller or a driven roller.

  The recovery unit 4 recovers by winding up the label tape 10 fed out by the delivery unit 3. The recovery unit 4 actively winds up the label tape 10 by a drive motor (not shown). As the recovery unit 4, for example, a drive roller for winding the label tape 10 by a drive motor (not shown) is used.

  The peeling unit 5 peels the label 20 from the peeling tape 30 and bends the peeling tape 30 to peel the label 20 from the peeling tape 30. The peeling unit 5 extends in the width direction of the label tape 10 and is disposed on the peeling tape 30 side of the label tape 10. Then, when the label tape 10 is wound up by the collection unit 4, the peeling tape 30 is in contact with the peeling unit 5. The leading end edge of the peeling unit 5 to be in contact with the peeling tape 30 is formed at an acute angle. Therefore, when the label tape 10 is wound by the recovery unit 4, only the release tape 30 is bent along the leading edge of the release unit 5, and the label 20 is released from the release tape 30.

  The roller unit 6 guides the label tape 10 fed from the feeding unit 3 to the peeling unit 5. Further, the roller unit 6 adjusts the tension to be applied to the label tape 10 at a predetermined level, and adjusts the angle of the label tape 10 to be guided to the peeling unit 5. The roller unit 6 can be configured by, for example, a plurality of driven rollers disposed in a conveyance path between the feeding unit 3 and the peeling unit 5. In this case, by adjusting the position of each driven roller, it is possible to adjust a predetermined tension applied to the label tape 10 and adjust the bending angle of the label tape 10 (release tape 30) with respect to the release unit 5 Become.

  The sticking unit 7 sticks the label 20 peeled off from the peeling tape 30 by the peeling unit 5 onto the object A being conveyed by the conveying unit 2. The sticking unit 7 may be, for example, a piston member provided with a suction surface for suctioning the label 20 peeled from the peeling tape 30. In this case, the label 20 peeled off from the peeling tape 30 is once adsorbed to the suction surface of the piston member. Thereafter, the label 20 is attached to the object A by moving the piston member toward the transport unit 2 side.

  Next, the label tape 10 will be described in detail. FIG. 3 is a view showing a label tape, in which (a) shows a front surface and (b) shows a back surface. FIG. 4 is a view showing the label peeled off from the peeling tape, wherein (a) shows the front surface and (b) shows the rear surface. FIG. 5 is a figure which shows the peeling tape which peeled the label. FIG. 6 is a view showing the label main body from which the small label has been peeled, where (a) shows the front surface and (b) shows the back surface. FIG. 7 is a view showing a small label peeled off from the label body, in which (a) shows a front surface and (b) shows a rear surface.

  As shown in FIGS. 1 to 6, the label 20 is a seal member attached to the object A. The label 20 has a structure in which an adhesive layer is formed on a base material such as paper or resin. The adhesive layer is formed on the surface of the label 20 on the release tape 30 side. The shape of the label 20 is not particularly limited, but can be, for example, a substantially rectangular shape.

  The label 20 has a label body 21 and a small label 22 separated by a first cutting line L1 for cutting the label 20. The first cutting line L1 is a cutting line formed by so-called half cutting, and the label 20 is a cutting line which is cut but the peeling tape 30 is not cut. For this reason, although the label 20 is cut | disconnected by 1st cutting line L1, the peeling tape 30 is not cut | disconnected by 1st cutting line L1. However, in order to cut the label 20 at the first cutting line L1, a part of the peeling tape 30 on the side of the label 20 is cut along the first cutting line L1.

  The small label 22 is formed in an elongated substantially rectangular shape. The small label 22 is disposed inside the label body 21, and the entire circumference of the small label 22 is surrounded by the label body 21. Therefore, the label body 21 forms the outer shape of the label 20, and a substantially rectangular opening is formed inside the label body 21. The shape of the small label 22 and the position of the small label 22 with respect to the label main body 21 are not particularly limited. And the same identification symbol is attached to the label body 21 and the small label 22 respectively. The drawing shows the case where the label body 21 and the small label 22 each have an identification symbol of "AAA".

  The peeling tape 30 is a support member which peelably adheres the label 20 to support the label 20. The peeling tape 30 is also called a peeling paper, a peeling tape, a peeling sheet or the like. The release tape 30 has a structure in which a release layer formed of a release agent such as silicone is formed on a base material such as paper or resin. The release layer is formed on the surface of the release tape 30 on the label 20 side. The width in the short direction of the peeling tape 30 is larger than the width of the label 20. A plurality of labels 20 are attached to the peeling tape 30 in series along the longitudinal direction of the peeling tape 30 with a predetermined gap. Further, the label 20 is attached to the peeling tape 30 in a direction in which the longitudinal direction of the peeling tape 30 and the longitudinal direction of the small label 22 are orthogonal to each other.

  The release tape 30 has a release tape main body 31 and a plurality of release tape pieces 32 divided by a second cutting line L2 for cutting the release tape 30. The second cutting line L2 is a cutting line formed by so-called half cutting, and the peeling tape 30 is a cutting line, but the label 20 is a cutting line which is not cut. For this reason, although the peeling tape 30 is cut | disconnected by 2nd cutting line L2, the label 20 is not cut | disconnected by 2nd cutting line L2. However, in order to cut the peeling tape 30 along the second cutting line L2, a part of the label 20 on the peeling tape 30 side is cut along the second cutting line L2.

  The peeling tape piece 32 is formed in a substantially rectangular shape. The release tape piece 32 is disposed inside the release tape main body 31, and the entire periphery of the release tape piece 32 is surrounded by the release tape main body 31. For this reason, the release tape main body 31 forms the outer shape of the release tape 30, and a plurality of substantially rectangular openings are formed inside the release tape main body 31. The shape of the peeling tape piece 32 is not particularly limited. The plurality of release tape pieces 32 are separated from each other and attached to the label main body 21 and the small label 22 so as to overlap with a part of the small label 22 respectively.

  If it demonstrates concretely, the peeling tape piece 32 will be comprised by 2 sheets with respect to the label 20 of 1 sheet. The two peeling tape pieces 32 are respectively superposed on the opposing one end 23 a and the other end 23 b of the small label 22. The one end 23a and the other end 23b are both ends in the longitudinal direction of the small label 22 formed in a slender and substantially rectangular shape. Here, the release tape piece 32 superimposed on the one end 23a is referred to as a release tape piece 32a, and the release tape piece 32 superimposed on the other end 23b is referred to as a release tape piece 32b. Further, the one end 23 a and the other end 23 b facing each other are also simply referred to as an end 23.

  The release tape pieces 32 a and the release tape pieces 32 b are arranged in the width direction which is the short direction of the release tape 30. The distance between the separation tape piece 32a and the separation tape piece 32b is not particularly limited. For example, in the width direction of the peeling tape 30, when the size of the peeling tape small piece 32a and the peeling tape small piece 32b is about 15 mm, the separation distance between the peeling tape small piece 32a and the peeling tape small piece 32b is 8 mm or more and 12 mm or less Can.

  The release tape piece 32 is superimposed on the end 23 of the small label 22 and the label body 21 so as to surround the end of the small label 22. That is, the peeling tape piece 32 is superimposed not only on the end 23 of the small label 22 but also on the portion surrounding the end 23 of the label body 21. Therefore, when the small label 22 is peeled from the label main body 21, the state in which the small peeling tape piece 32 is attached to the label main body 21 is held, and the small peeling tape piece 32 is peeled from the small label 22. Here, if the portion of the peeling tape piece 32 superimposed on the label body 21 is large, the area for attaching the label body 21 to the object A is reduced. On the other hand, if the portion of the peeling tape piece 32 to be superimposed on the label body 21 is narrow, the area for attaching the peeling tape piece 32 to the label body 21 is reduced. Therefore, the dimension from the outer edge of the small label 22 to the outer edge of the release tape piece 32 (the width of the portion of the release tape piece 32 superimposed on the label body 21) is set from the balance of the two. For example, the dimension from the outer edge of the small label 22 to the outer edge of the release tape piece 32 can be 2 mm or more and 4 mm or less.

  The release tape piece 32a superposed on the one end 23a has a release tape piece main body 321 and a release margin 322 divided by a third cutting line L3 for cutting the release tape piece 32. The third cutting line L3 is a cutting line formed by so-called half cutting, and the peeling tape piece 32a is a cutting line, but the label 20 is a cutting line which is not cut. For this reason, the peeling tape piece 32a is cut along the third cutting line L3, but the label 20 is not cut off except for the portion where the first cutting line L1 and the third cutting line L3 overlap (details will be described later) It is not cut by three cut lines L3. However, in order to cut the peeling tape piece 32a at the third cutting line L3, a part of the label 20 on the peeling tape piece 32a side is cut along the third cutting line L3.

  The release margin 322 is formed in an elongated, substantially rectangular shape. Further, the clearance margin 322 is disposed inside the peeling tape small piece main body 321, and the entire circumference of the clearance margin 322 is surrounded by the peeling tape small piece main body 321. For this reason, the peeling tape small piece main body 321 has an outer shape of the peeling tape small piece 32 a, and a substantially rectangular opening is formed inside the peeling tape small piece main body 321. The release margin 322 is formed in the same shape as the end 25 of the one end 23a opposite to the other end 23b. In addition, the margin time 322 is overlapped with the tip 25. Therefore, the first cutting line L1 and the third cutting line L3 overlap at a position where the outer edge of the margin 322 and the outer edge of the tip 25 overlap. That is, in the portion where the first cutting line L1 and the third cutting line L3 overlap, both the label 20 and the peeling tape 30 are cut. For this reason, even when the small label 22 is peeled off from the label main body 21, that is, even in the state where the small label 22 is attached to the small peeling tape 32, it is possible to pinch and lift the clearance margin 322 and the picking end 25. It is possible.

  The small label 22 is divided into a portion to be superimposed on the release tape main body 31 and a portion to be superimposed on the release tape piece 32. Then, the surface 24 of the small label 22 to be superimposed on the peeling tape main body 31 is subjected to a paste killing process. On the other hand, the surface of the small label 22 to be superposed on the small peeling tape piece 32 is not subjected to the paste killing process. Thereby, even if the label 20 peeled off from the peeling tape 30 is attached to the object A, the small label 22 is not attached to the object A. Therefore, the small label 22 can be peeled off from the label main body 21 attached to the object A, and the small label 22 can be attached to another object (not shown). The paste killing process is a process for partially sealing the adhesive force, and the paste killing process includes, for example, a process of printing an ink or a varnish on the adhesive layer.

  Next, the method of affixing the label 20 to an object by the label affixing system 1 will be described.

  First, the wound body of the label 20 is set in the label sticking system 1, and the recovery unit 4 is driven to wind the label tape 10. Then, the label 20 fed from the feeding unit 3 is conveyed to the peeling unit 5 via the roller unit 6. When the label 20 is conveyed to the peeling unit 5, the peeling tape 30 is bent along the peeling unit 5 and taken up by the collection unit 4. On the other hand, the label 20 tries to move straight past the leading edge of the peeling unit 5 due to its own rigidity. For this reason, the label 20 is peeled from the peeling tape 30 without following the peeling tape 30. Similarly, the separation tape piece 32 separated by the second cutting line L2 is separated from the separation tape main body 31 and remains attached to the label 20 (the label main body 21 and the small label 22). On the other hand, an opening Z is formed in the peeling tape main body 31 at a position where the peeling tape piece 32 was present (see FIG. 5). And the peeling tape main body 31 is wound up by the collection | recovery unit 4 under tension.

  Here, with reference to FIG. 9, the case where the label tape of the comparative example is used is compared. FIG. 9 is a figure which shows the label tape of a comparative example, (a) shows a surface, (b) shows a back. As shown in FIG. 9, in the label tape 10 of the comparative example, a plurality of labels 120 are peelably attached to a strip-shaped release tape 130 in the same manner as the label tape 10 of the present embodiment. The comparative example is the same as the present embodiment except that a peeling tape piece 132 surrounding the entire small label 122 is formed in the peeling tape 130.

  In the label 120 of the comparative example, when the label sticking system 1 peels the label 120 from the peeling tape 130 because the small peeling tape piece 132 surrounds the entire small label 122, the peeling tape 130 has an opening Z larger than the small label 122. It is formed. Therefore, when the peeling tape main body 131 is taken up by the recovery unit 4 while receiving tension, the peeling tape main body 131 is easily broken from the opening Z.

  On the other hand, in the label tape 10 of the present embodiment, the opening Z formed in the peeling tape main body 31 is smaller than the small label 22 and the peeling tape main body 31 passes over the area X between the adjacent openings Z. It is done. Therefore, the peeling tape main body 31 is less likely to be broken from the opening Z when the peeling tape main body 31 is taken up by the recovery unit 4 while receiving tension, as compared with the comparative example.

  On the other hand, in the label 20 peeled from the peeling tape 30, the adhesive layer is exposed except for the portion where the small peeling tape pieces 32 are overlapped. Then, the label 20 is stuck on the object A by pressing the label 20 peeled off from the peeling tape 30 onto the object A adsorbed and conveyed by the conveying unit 2 by the sticking unit 7.

  As described above, the surface 24 of the small label 22 superimposed on the release tape main body 31 is subjected to the paste killing process. For this reason, after the label 20 is attached to the object A, the small label 22 can be peeled off from the label main body 21 by pinching and twisting the clasping margin 322 and the picking end 25. Then, by attaching the peeled small label 22 to a second object (not shown) such as a medical chart, the object A can be made to correspond to the second object in a one-on-one manner.

  As described above, in the label tape 10 according to the present embodiment, when the label sticking system 1 peels off the label 20 from the peeling tape 30, the small peeling tape piece 32 is separated from the peeling tape main body 31, and the separated peeling is performed. The small tape piece 32 remains attached to the label body 21 and the small label 22. Here, while there are a plurality of release tape pieces 32, the plurality of release tape pieces 32 are separated from each other. Therefore, when the peeling tape piece 32 is separated from the peeling tape main body 31, only the opening Z smaller than the small label 22 is formed in the peeling tape main body 31, and the peeling is performed in the region X between the adjacent openings Z. The tape body 31 is delivered. For this reason, even if tension is applied to the label tape 10 by the label pasting system 1, it is possible to suppress breakage of the peeling tape main body 31 after the label 20 is peeled from the peeling tape 30.

  In addition, since the surface 24 of the small label 22 on which the small release tape pieces 32 are not overlapped is subjected to an adhesive killing process, the label body 21 is also attached to the object A after the label 20 peeled from the release tape 30 is attached. Thus, the small label 11 can be easily peeled off.

  Moreover, since the both ends 23 of the small label 22 are overlapped on the peeling tape piece 32, the affixing property of the small label 22 to the object A can be improved.

  In addition, since the margin 322 is formed in the same shape as the picking end 25 and is overlapped with the picking end 25, a part of the first cutting line L1 and a part of the third cutting line L3 overlap. For this reason, even when the small label 22 is peeled off from the label main body 21, that is, even in the state where the small label 22 is attached to the small peeling tape 32, it is possible to pinch and lift the clearance margin 322 and the picking end 25. it can. As a result, the small label 22 can be easily peeled off from the label body 21.

  Moreover, in the label sticking system 1 which concerns on this embodiment, the label 20 is peeled from the peeling tape 30 using the above-mentioned label tape 10, and it sticks on the target object A. For this reason, even if tension is applied to the peeling tape 30 by the recovery unit 4 or the like, it is possible to suppress breakage of the peeling tape main body 31 after the label 20 is peeled from the peeling tape 30 in the peeling unit 5.

  As mentioned above, although the suitable embodiment of the present invention was described, the present invention is not limited to the above-mentioned embodiment.

  For example, in the above embodiment, the label 20 is described as being attached to the release tape 30 so that the longitudinal direction of the release tape 30 and the longitudinal direction of the small label 22 are orthogonal to each other. However, the orientation of the label 20 with respect to the release tape 30 is not particularly limited. For example, as in a label tape 10 'shown in FIG. 8, the label 20 may be attached to the release tape 30' such that the longitudinal direction of the release tape 30 'and the longitudinal direction of the small label 22 are orthogonal to each other. In this case, the direction in which the peeling tape pieces 32 'and the peeling tape pieces 32' of the peeling tape 30 'are arranged (the direction in which the one end 23a and the other end 23b of the label 20 are arranged) is the peeling tape 30. The same direction as the longitudinal direction of Even in such a case, only the opening Z smaller than the small label 22 is formed in the peeling tape main body 31 ', and the peeling tape main body 31' is delivered to the region X between the adjacent openings Z. For this reason, even if tension is applied to the label tape 10 by the label pasting system 1, it is possible to suppress breakage of the peeling tape main body 31 'after the label 20 is peeled from the peeling tape 30'.

  Moreover, in the said embodiment, the peeling tape small piece 32 demonstrated as what is comprised with 2 sheets with respect to the label 20 of 1 sheet. However, the peeling tape piece 32 may be configured of three or more sheets for one label 20. Even in this case, it is preferable that at least two peeling tape pieces 32 be superposed on one end 23a and the other end 23b.

  Moreover, in the said embodiment, the peeling tape small piece 32 was demonstrated as what is piled up on both one end part 23a and the other end part 23b. However, only one of the one end 23a and the other end 23b may be overlapped.

  DESCRIPTION OF SYMBOLS 1 ... Label sticking system, 2 ... conveyance unit, 3 ... delivery unit, 4 ... collection unit, 5 ... peeling unit, 6 ... roller unit, 7 ... sticking unit, 10 ... label tape, 11 ... small label, 20 ... label, 21 ... label body, 22 ... small label, 23 ... end, 23a ... one end, 23b ... other end, 24 ... face, 25 ... pinching end, 30 ... peeling tape, 31 ... peeling tape body, 32 ... Peeling tape small piece 32a: Peeling tape small piece, 32b: Peeling tape small piece, 321: Peeling tape small piece main body, 322: Penetration margin, A: object, L1: first cutting line, L2: second cutting line, L3: second Three cutting lines, X ... area, Z ... opening.

Claims (3)

A label tape in which a plurality of labels are peelably attached to a strip-shaped peeling tape,
The label comprises a label body and a minor label separated by a first cutting line which cuts the label;
The release tape has a release tape main body and a plurality of release tape pieces separated by a second cutting line for cutting the release tape,
The plurality of release tape pieces are separated from each other and attached to the label body and the small label so as to be overlapped with a portion of the small label, respectively .
Two pieces of the peeling tape are respectively superposed on opposite one end and the other end of the small label,
The strip of the release tape to be superposed on the one end has a strip main body of a release tape divided by a third cutting line for cutting the strip of the release tape and a margin.
The margin is formed in the same shape as a tip end which is an end opposite to the other end of the one end and is overlapped with the tip .
Label tape. The surface of the small label to be superimposed on the release tape main body is subjected to a paste killing process.
The label tape according to claim 1. A feeding unit for feeding the label tape according to claim 1 or 2 ;
A recovery unit for recovering the label tape fed out by the delivery unit;
A peeling unit which is disposed on the peeling tape side in the transport path of the label tape and peels the label from the peeling tape by bending the peeling tape;
And a sticking unit for sticking the label peeled off by the peeling unit to an object.
Labeling system.

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