JP2008012809A - Label manufacturing equipment and label manufacturing method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide label manufacturing equipment and a label manufacturing method, which, even in manufacturing very minute labels of several millimeters to several tens millimeters square, can prevent, upon removing the leavings, the labels from following the leavings and thereby being removed. <P>SOLUTION: By the die-cut section 3, in the label material of the label base sheet 10 are formed in a predetermined spacing the nicks for the labels to separate the labels and the labels are continuously die-cut. The nicks for cutting off the leavings 11, which are to separate the leavings 11 to right and left, are formed between the labels and the leavings 11 are separated into the first and second leavings, and by the removing roller 4 the first and second leavings are removed from the label base sheet 10 delivered from the die-cut section 3, and the removed first and second leavings are each wound on the first and second leavings winding sections 51, 52. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention provides a label base which is formed by releasing a label from a label base material of a label original made of a release base material and a label base material temporarily attached to the release base material with an adhesive, and separated from the label. In particular, the present invention relates to a label production apparatus and a label production method for producing a label by peeling a residue portion from a peeling substrate, and in particular, a continuous label in which extremely small labels of about several mm to several tens of mm square are temporarily attached at intervals. The present invention relates to a label manufacturing apparatus and a label manufacturing method suitable for manufacturing a body.

  In the label production apparatus, the label was removed from the label base material of the label base material composed of the release base material and the label base material temporarily attached to the release base material with an adhesive, and separated from the label. Labels are manufactured by peeling off the debris that is the label substrate, but depending on the type of adhesive and the shape of the label, when the debris is peeled off, the label follows the debris and peels off. May peel from the substrate.

  Therefore, by making the turning angle of the debris portion at the delamination portion that delaminates the debris portion an acute angle and applying tension to the label raw material upstream of the delamination portion, the debris portion is easily delaminated from the separation substrate. Furthermore, by providing a pressing member that presses the label against the peeling substrate before the entire label passes through the peeling portion with respect to the label passing through the peeling portion, the rear end of the label is unlikely to be separated from the residue portion. Even if it is a case, the label manufacturing apparatus which prevents peeling of a label is proposed (for example, refer patent document 1).

  However, when manufacturing an extremely small label of about several mm to several tens of mm square, the area of the label with respect to the length of the outer periphery of the label is small, and the adhesive strength of the label that resists peeling of the residue is relatively weak. Therefore, the label is easy to follow the waste part, and just by applying the tension of the label original fabric or adjusting the turning angle of the waste part as in the prior art, the label is peeled off from the waste part to be peeled off. Since the following cannot be prevented and the label is extremely small, it is not possible to provide a pressing member that presses the label that has passed through the peeling portion as in the prior art, and the label follows the debris to be peeled off. There was a problem that could not be prevented.

Japanese Patent Laid-Open No. 2002-1844

  The present invention has been made in view of such a problem, and the object of the present invention is to peel off the debris part even when manufacturing a very small label of about several mm to several tens of mm square. It is in providing a label manufacturing apparatus and a label manufacturing method capable of preventing the label from being peeled following the waste portion.

In order to solve the above problems, the present invention has the following configuration.
The gist of the invention described in claim 1 is to produce a label by subjecting a label base material of a label raw material to die cutting of the label, and peeling off the debris portion that is the label base material separated from the label from the release base material. An apparatus for manufacturing a label part, wherein the label base material is formed at predetermined intervals to cut the label on the label base material, and the label is continuously die-cut, and the residue part is cut left and right. Forming between the labels and separating the waste portion into a first residue portion and a second residue portion, and the first residue portion and the first waste portion from the original label fed from the die removal means. By turning the second dregs part away from the peeling substrate, the first dregs and the second dregs are peeled from the label original fabric, and the first peeled by the peeling means And the first dregs part take-up means for taking up the residue part,
A label manufacturing apparatus comprising: a second waste part winding means for winding the second waste part peeled by the peeling means.
The gist of the invention described in claim 2 is that the peeling means is a first peeling means for peeling the first residue from the label original fabric, and the label original fabric at a position different from the first peeling means. The label manufacturing apparatus according to claim 1, further comprising a second peeling unit that peels off the second residue.
The gist of the invention described in claim 3 is that the label base is cut from the label base material of the label original fabric, and the debris portion which is the label base material separated from the label is peeled off from the release base material. A label manufacturing method for manufacturing, for forming a notch for separating the label on the label base material at a predetermined interval to continuously die-cut the label, and for cutting the residue by separating the residue from left and right A notch is formed between the labels to separate the waste portion into a first waste portion and a second waste portion, and the first waste portion and the second waste portion are separated from the label raw material sent to the release substrate. By turning in a direction away from the first debris portion, the first debris portion and the second debris portion are peeled off from the label original fabric, and the peeled first debris portion is wound around the first debris portion winding means and peeled off. The second A scan unit resides in a label manufacturing method characterized by winding different second scrap portion winding means from said first scrap part winding means.

  In the label manufacturing apparatus and the label manufacturing method of the present invention, a label cutting for separating a label from a label base material is formed at a predetermined interval by a mold punching unit, and the label is continuously punched out, and the waste part is cut left and right. A cut for cutting off the waste portion is formed between the labels, the waste portion is separated into a first waste portion and a second waste portion, and the first waste portion and the second waste portion are separated from the original label fed from the die cutting means by the peeling means. By turning the two debris portions away from the peeling substrate, the first debris portion and the second debris portion are separated from the label original fabric, and the delaminated first debris portion and the second debris portion are separated from the first debris portion. By configuring the winding means and the second waste portion winding means to be wound respectively, since the waste portion peeled off by the peeling means is separated into the first waste portion and the second waste portion, Of the dregs When separating, the force applied in the direction of peeling the label is dispersed, and the tension adjustment can be easily adjusted without the peeled first dregs and second dregs overlapping on the take-up shaft. Therefore, even when an extremely small label of about several mm to several tens of mm square is manufactured, there is an effect that it is possible to prevent the label from being peeled following the peeled portion.

  Furthermore, in the label manufacturing apparatus and the label manufacturing method of the present invention, the first delamination means peels the first debris from the label original, and the second peeler separates the first original from the label original at a position different from the first peeler. By configuring so that the two debris portions are peeled off, the force applied in the direction of peeling the label when the debris portion is peeled is dispersed, and the label follows the first debris portion and the second debris portion to be peeled off. There is an effect that it can be efficiently prevented.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(First embodiment)
FIG. 1 is a schematic side view showing the configuration of a first embodiment of a label manufacturing apparatus according to the present invention, and FIG. 2 is a label cut formed on a label original fabric by a die cutting portion shown in FIG. FIG. 3 is a perspective view showing an example of the configuration of the die cutting part shown in FIG. 1, and FIG. 4 is a diagram in the case of producing labels in multiple rows. FIG. 2 is a perspective view for explaining an example of winding on a first waste winding portion and a second waste winding portion shown in FIG.

  The label manufacturing apparatus according to the first embodiment is an apparatus suitable for manufacturing an extremely small label of about several mm to several tens of mm square. Referring to FIG. 1, an adhesive having a label base material applied to the back surface. The label original fabric supply unit 1 to which the strip-shaped label original fabric 10 temporarily attached to the peeling substrate is mounted and the label substrate surface of the label original fabric 10 supplied from the label original fabric supply unit 1 are printed. The printing unit 2, the die cutting unit 3 for punching the label on the label base material of the original label 10 printed by the printing unit 2, and the waste part separated from the label by the die cutting by the die cutting unit 3 11 is a peeling roller 4 that peels 11, a first waste winding portion 51 and a second waste winding portion 52 that wind up the waste portion 11 peeled off by the peeling roller 4, and a label that is die-cut by the die-cutting portion 3. Peeling substrate at intervals Winding the label strip 12 which is temporarily attached and a continuous label winding unit 6. In addition, the code | symbol 7 shown in FIG. 1 is a guide roller which guides the separated dregs part to the 1st dregs winding part 51 and the 2nd dregs winding part 52. FIG.

  At least one surface of the release substrate of the label original 10 is subjected to release processing such as silicone processing, and the adhesive applied to the back surface of the front substrate is temporarily attached to the release-processed surface. Has been. Further, as the surface base material of the label original fabric 10, films such as polyester resin, polyethylene resin, polypropylene resin, secondary processed films such as name, synthetic paper, paper such as fine paper, coated paper, cardboard, impregnated paper, etc. An arbitrary base material generally used as a label, such as a material or a metal foil, can be used. In addition, as an extremely small label manufactured by the label manufacturing apparatus of the first embodiment, for example, there is a submergence determination label that is attached to a mobile phone or the like to determine submergence. A label original fabric 10 employing a film coated with a solvent that develops color with moisture, high-quality paper with water-based ink printed on the surface, or porous paper with water-based ink printed on the back surface as the surface substrate is used.

  The printing unit 2 is a printing unit that performs printing on the surface of the label base material of the label original 10 supplied from the label original supply unit 1, and includes, for example, a printing unit and a drying unit, and prints ink in the printing unit. After transferring to a plate and printing letters and designs on the label surface, that is, the surface of the surface base material, the ink printed on the label surface is dried in the drying unit. The printing plate may be any of letterpress, intaglio, lithographic and stencil, and the number of printing units and drying units can be as many as the number of colors required for printing. As the printing unit 2, for example, a thermal head and a platen roller are provided, and a thermal printing mechanism that performs printing by sandwiching and transporting a label between the thermal head and the platen roller, or ejecting ink from a nozzle. An ink jet printing mechanism that performs printing can be used.

  As shown in FIG. 2 (a), the die-cutting unit 3 forms label cuts 31 for separating the label 13 on the label base material of the original label 10 sent from the printing unit 2 at predetermined intervals. The label 13 is continuously die-cut, and a cut part cutting notch 32 is formed between the labels 13 for cutting the label base material (cass part 11) separated from the label 13 by the label notch 31 left and right. The cut part cutting cut 32 is formed on a straight line that passes through the stamped label 13 (preferably, a straight line that passes through the center of gravity of the label 13), and the label is cut from the label 13 by the cutting part cutting cut 32. The base material (cass portion 11) is cut into the first residue portion 14 and the second residue portion 15. Accordingly, the label base material is separated into the label 13, the first residue portion 14, and the second residue portion 15 by the die cutting portion 3.

  In addition, as the die cutting part 3, as shown to Fig.3 (a), the die-cut blade 311 which forms the cut 31 for labels, and the die-cut blade 321 which forms the cut 32 for cut | curving part cutting | disconnection are provided in the surrounding surface A rotary die-cutting device 34 comprising a roller 33 and a receiving roller (not shown), a die-cutting part 35 provided with a die-cutting blade 311 for forming a label cutting 31 and a die-cutting blade 321 for forming a cutting part 32 A punching die-cutting device 36 composed of a receiving portion (not shown) can be used.

  The peeling roller 4 removes the residue 11 (the first residue 14 and the second residue 15) separated from the label 13 by the die release portion 3 from the original label 10 fed from the die release portion 3. It is a peeling means for peeling the residue 11 (the first residue 14 and the second residue 15) from the label original fabric 10 by turning in a direction away from the label. Since the debris portion 11 peeled off by the peeling roller 4 is separated into the first debris portion 14 and the second debris portion 15, the force applied in the direction of peeling the label 13 is dispersed and peeled off. It is possible to prevent the label 13 from following the part 14 and the second dregs part 15 and peeling off. In addition, you may use the peeling plate which turns the dregs part 11 (the 1st dregs part 14 and the 2nd dregs part 15) instead of the peeling roller 4 as a peeling means.

  The first residue 14 peeled off by the peeling roller 4 is wound around the first residue take-up portion 51 via the guide roller 7, and the second residue 15 is wound around the second residue take-up portion 52 via the guide roller 7. Taken. In the case where the separated waste portion 11 (the first waste portion 14 and the second waste portion 15) is wound on the same axis, the wound first waste portion 14 and the second waste portion 15 may overlap each other. Tension adjustment is difficult due to a difference in winding diameter between the residue portion 14 and the second residue portion 15, that is, the tension of the first residue portion 14 and the tension of the second residue portion 15 are stable. It is difficult to make them identical. Although the tension of the first dregs portion 14 and the second dregs portion 15 may affect the peeling performance at the peeling portion, in the first embodiment, the first dregs portion 14 and the first drip portion 14 separated from each other. Since the two residue portions 15 are wound around the first residue winding portion 51 and the second residue winding portion 52, respectively, the first residue portion 14 and the second residue portion 15 are taken up by the take-up shaft. It is possible to easily adjust the tension without overlapping.

  As shown in FIG. 2 (b), the label original fabric 10 from which the residue portion 11 has been peeled off by the peeling roller 4 is temporarily attached to the peeling substrate with the label 13 cut by the die cutting portion 3 being spaced apart. The label continuum 12 is wound and is wound around the label continuum winding unit 6.

  In the first embodiment, the example in which the labels 13 are manufactured in one row has been described. However, the labels 13 may be manufactured in a plurality of rows. In the case where the labels 13 are manufactured in a plurality of rows, the number of rows of the labels 13 is reduced to N by forming the cut portions 32 for cutting the residue on each straight line passing through the multi-row labels 13 die-cut by the die-cutting portions 3. Then, the residue portion 11 is separated into N + 1 rows, and the residue portion 11 separated into N + 1 rows is alternately wound around the first residue take-up portion 51 and the second residue take-up portion 52 as shown in FIG. A plurality of separated pieces of residue 11 are wound around the first residue winding part 51 and the second residue take-up part 52. The plurality of separated residue parts 11 are spaced apart from each other. Therefore, the wound portions 11 of the plurality of rows that have been wound do not overlap. In FIG. 4, when the labels 13 are manufactured in three rows, the waste portions 11 are separated into four rows, and the waste portions 11 separated from the first row and the third row from the left are taken as the first waste winding portion. In FIG. 51, an example is shown in which the waste portions 11 separated from the second row and the fourth row from the left are wound around the second waste winding portion 52, respectively.

  As described above, according to the first embodiment, the die 13 is continuously die-cut by forming the notch 31 for separating the label 13 on the label base material at a predetermined interval by the die-cutting part 3. At the same time, a cut part 32 for cutting off the cut part 11 is formed between the labels 13 for cutting the cut part 11 left and right, and the cut part 11 is cut into the first and second parts 14 and 15. The first dregs 14 and the second dregs 15 are turned away from the peeling base material from the label original 10 fed from 3 by turning the first dregs 14 and the second dregs 15 away from the peeling substrate. The peeling roller 4 is configured such that the first dregs part 14 and the second dregs part 15 peeled off from 10 are wound around the first dregs winding part 51 and the second dregs winding part 52, respectively. By Since the debris part 11 to be separated is separated into the first debris part 14 and the second debris part 15, when the debris part 11 is peeled, the force applied in the direction of peeling the label 13 is dispersed and peeled off. Since it is possible to easily adjust the tension without causing the first dregs 14 and the second dregs 15 to overlap on the take-up shaft, the very small label 13 of about several mm to several tens of mm square. Even in the case of manufacturing, there is an effect that it is possible to prevent the label 13 from being peeled following the waste portion 11 to be peeled off.

(Second Embodiment)
FIG. 5 is a schematic side view showing the configuration of the second embodiment of the label manufacturing apparatus according to the present invention.

  Referring to FIG. 5, the label manufacturing apparatus according to the second embodiment peels off the first peeling roller 41 that peels off the first residue 14 and the second residue 15 at a position different from the first peeling roller 41. The point which provided the 2nd peeling roller 42 to perform differs from 1st Embodiment. In addition, the code | symbol 71 shown in FIG. 5 is a guide roller which guides the 1st residue part 14 peeled by the 1st peeling roller 41 to the 1st residue winding part 51, and the code | symbol 72 is the 2nd peeling roller 42. A guide roller that guides the peeled second waste portion 15 to the second waste winding portion 52.

  In the second embodiment, the first residue 14 and the second residue 15 are separated from each other at different positions, so that the force applied in the direction of separating the label 13 when the residue 11 is separated is dispersed, and the separation is performed. It is possible to more efficiently prevent the label 13 from following the first dregs 14 and the second dregs 15 to be peeled off.

  Note that the present invention is not limited to the above-described embodiments, and it is obvious that the embodiments can be appropriately changed within the scope of the technical idea of the present invention. In addition, the number, position, shape, and the like of the constituent members are not limited to the above-described embodiment, and can be set to a suitable number, position, shape, and the like in practicing the present invention. In each figure, the same numerals are given to the same component.

It is a schematic side view which shows the structure of 1st Embodiment of the label manufacturing apparatus which concerns on this invention. It is a top view which shows the example of notch for labels formed in the label original fabric by the die cutting part shown in FIG. It is a perspective view which shows the structural example of the die cutting part shown in FIG. It is a perspective view for demonstrating the example of winding to the 1st residue winding part and 2nd residue winding part shown in FIG. 1 at the time of manufacturing a label with multiple rows. It is a schematic side view which shows the structure of 2nd Embodiment of the label manufacturing apparatus which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Label raw material supply part 2 Printing part 3 Die cutting part 4 Peeling roller 6 Label continuous body winding-up part 7 Guide roller 10 Label raw material 11 Waste part 12 Label continuous body 13 Label 14 First waste part 15 2nd waste part 31 Cut for label 32 Cut for cutting waste portion 33 Die cut roller 34 Rotary die cut device 35 Die die portion 36 Die cut die cut device 41 First peeling roller 42 Second peeling roller 51 First waste winding portion 52 Second waste winding portion 52 71, 72 Guide rollers 311, 321 Die cut blades

Claims (3)

A label manufacturing apparatus for producing a label by performing label die cutting on a label base material of a label original fabric, and peeling off the debris part which is the label base material separated from the label from a release base material,
A label cut for separating the label on the label base material is formed at a predetermined interval, and the label is continuously die-cut, and a cut for cutting a cut portion for cutting the waste portion left and right is formed between the labels. A die-cutting means for separating the residue into a first residue and a second residue;
By turning the first and second residue portions away from the release substrate from the original label fed from the die cutting means, the first and second residue portions are turned. Peeling means for peeling from the label original fabric,
First waste part winding means for winding the first waste part peeled by the peeling means;
A label manufacturing apparatus comprising: a second waste portion winding means for winding the second waste portion peeled by the peeling means. The peeling means includes first peeling means for peeling the first residue from the label original fabric,
The label manufacturing apparatus according to claim 1, further comprising a second peeling unit that peels the second residue from the original label at a position different from the first peeling unit. A label manufacturing method for producing a label by subjecting a label base material of a label raw material to die cutting of a label, and peeling off the debris portion that is the label base material separated from the label from the release base material,
A label cut for separating the label on the label base material is formed at a predetermined interval, and the label is continuously die-cut, and a cut for cutting a cut portion for cutting the waste portion left and right is formed between the labels. Separating the residue from the first residue and the second residue,
By turning the first and second residue portions away from the peeling base material from the fed label raw material, the first and second waste portions are peeled from the label original fabric. And
Winding the peeled first waste portion around the first waste portion winding means and winding the peeled second waste portion around a second waste portion winding means different from the first waste portion winding means. A method for producing a label.

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