JP4468403B2 - Laminate label production equipment - Google Patents

Description

  The present invention relates to a laminating label manufacturing apparatus for manufacturing a laminating label in which a laminating film is adhered to a surface of a label whose surface is printed.

  As a conventional laminating label manufacturing apparatus, as shown in FIG. 5, a label sticking board 3 in which a label 2 having a predetermined size is stuck on a label board 1 having a strip shape and peelable at regular intervals is sent out. Sending out by the mechanism 4 and printing the label 2 with the printer 5 in the process of moving the label sticking mount 3 to form the printed label 2a, and moving the label sticking mount 3 with the printed label 2a stuck A plate-like laminate film peeling body 6 having a blade-like edge 6a on the path is arranged in such a direction that the edge 6a crosses the printed label 2a, and a laminating film 8 is placed on a laminating film mount 7 having a strip shape and peelability. Laminate film sticker mount 9 that is stuck at regular intervals is sent out at the position where the laminate film peeler 6 is placed. The structure 10 is sent out in the direction crossing the label sticking mount 3 along the upper surface of the laminate film peelable body 6, and the laminate film mount 7 of the laminate film sticking mount 9 is formed at the tip of the edge 6 a of the laminate film peelable body 6. The bottom surface side, that is, the reverse direction of the label sticking mount 3 is reversed and reversed, and in the process, the laminate film 8 is peeled off from the laminate film mount 7, and the peeled laminate film 8 is stuck on the surface of the printed label 2a. The thing of the structure which manufactures the laminate label 11 is known.

  However, the laminate label manufacturing apparatus configured as described above has the following problems. That is, it is arranged in a direction crossing the printed label 2a, the laminate film sticking mount 9 is guided in the direction crossing the label sticking mount 3 on its upper surface, and the laminate film sticking mount 9 is laminated at the end of the edge 6a. The laminate film release body 6 that reverses the film mount 7 and peels the laminate film 8 from the laminate film mount 7 is provided with the laminate film release body 6 in order to smoothly adhere the peeled laminate film 8 to the printed label 2a. The angle between the edge 6a and the printed label 2a on which the laminated film 8 is pasted is required to be an obtuse angle close to 180 degrees. In the conventional manufacturing apparatus for the laminated label 11, the label 2 by the printer 5 is used. The printing process and the laminating process of the laminate film 8 on the printed label 2a are single. Since that were on the surface, the laminate film peeling member 6 toward the printer 5 side, an angle with respect to the label stuck base sheet 3 has been arranged to be inclined so as to form a small acute angle.

  For this reason, the laminate film mount take-up unit 12 of the laminate film sticking mount paper feeding mechanism 10 for winding the laminate film mount 7 from which the laminate film 8 has been peeled off at the edge 6 a of the laminate film peeler 6 is Laminating film which is arranged at a low position in the rear (reverse feeding direction of label sticking mount 3), and printer 5 sticks laminating film 8 to printed label 2a due to the presence of laminating film mount winding portion 12 It is arranged away from the sticking position.

  In the laminated label manufacturing apparatus having such a conventional structure, since the gap between the printer 5 and the laminated film attaching position is wide, a plurality of printed labels 2a exist in this area.

  As a result, for example, when the laminate label 11 to be manufactured is a set of four sheets, when a sticking mistake of the laminate film 8 occurs on the first label 2A, the second to fourth labels 2B, 2C, 2D are Since it is the printed label 2a, the laminate film sticking operation for the second to fourth labels 2B, 2C, and 2D is completed, the printing procedure is changed, and then the first label 2A is reprinted. In other words, the second to fourth labels 2B, 2C, and 2D are discarded and the work is started again from the first label 2A.

  However, in the former case, there is a risk of complicated control due to changing the work procedure and inducing mistakes. In the latter case, the second to fourth labels 2B, 2C, 2D are wasted. There was a problem such as.

To solve this, after printing on a single label to form a printed label, the subsequent label is sent out without printing, and a laminated film is adhered to the printed label to form a laminated label. A method for manufacturing a laminate label in which a label that has not been printed is retracted to a printer has been proposed (for example, see Patent Document 1).
Japanese Patent No. 2630627

  However, in the method for manufacturing a laminated label described in Patent Document 1, after a printed label is formed, the subsequent label is sent out without printing, and a laminated film is attached to the printed label to form a laminated label, followed by printing. Therefore, there is a problem in that the operation of moving the unlabeled label back to the printer is troublesome, the operation is troublesome, the apparatus becomes complicated, takes time, and is not efficient.

  An object of the present invention is to provide a laminate label manufacturing apparatus that can narrow a gap between a printer and a laminate film attaching position and can efficiently manufacture a laminate label.

The configuration of the present invention that achieves the above object will be described as follows.
According to the first aspect of the present invention, the label sticker mount in which the labels are stuck to the belt-like label mount at a predetermined interval is sent out, and the label is printed by the printer in the process of moving the label sticker mount. Forming a printed label, and disposing a plate-like laminate film peeled body having an edge on the moving path of the label sticking board to which the printed label is stuck, in such a direction that the edge crosses the printed label, A laminate film sticker mount in which a laminate film is stuck to a strip-like laminate film mount at regular intervals is sent out in a direction crossing the label sticker mount, and the laminate film mount of the laminate film sticker mount is at the tip of the edge. The laminate film is peeled off from the laminate film mount in the process of folding and reversing, and the peeled laminate is removed. A laminating label manufacturing apparatus for manufacturing a laminating label by adhering a nitrate film to a surface of the printed label, the laminating film adhering position on a moving path of the label adhering mount on which the printed label is adhered The road surface of the support path that supports the back surface of the label sticking mount is an arc-shaped surface, and the laminate film peeled body is disposed on the road surface of the support path.

  Invention of Claim 2 is set so that the said laminate film peeling body of Claim 1 may be located in the entrance end of the road surface of the support path which used the said edge as said arcuate surface, or the entrance end vicinity. It is arranged.

  According to a third aspect of the present invention, the support path having an arcuate surface as the road surface according to the first or second aspect comprises a fan-shaped support path member having an outer periphery forming the arcuate surface. And

  According to a fourth aspect of the present invention, in the support path member according to the third aspect, the laminate label is separated from the label mount at the end in the moving direction of the laminate label on the road surface composed of the arcuate surface. An edge is provided.

  According to the laminate label manufacturing apparatus of Claim 1, the road surface of the support path which supports the back surface of the label sticking mount in the lamination film sticking position on the movement path of the label sticking mount which stuck the printed label. Is an arcuate surface, so the printed label attached to the label sticker mount changes direction along the road surface of the support path that is an arcuate surface, and the above-mentioned label is placed on the road surface of the support path. Since the laminate film peeler has been placed, the laminate film backing of the laminate film sticker mount is folded back at the tip of the edge even if the laminate film peeler is placed upright with respect to the road surface of the support path that is an arcuate surface. In the process of reversing, the laminate film that peels off from the laminate film mount travels along the arcuate surface of the support path and is sent out. So that it is possible to smoothly adhered to printed labels.

  As described above, since the laminate film peelable body can be arranged in an upright state with respect to the road surface of the support path that is an arcuate surface, the laminate film peelable body has an angle with respect to the label sticking mount toward the printer side. A laminate film mount take-up portion that winds up the laminate film mount from which the laminate film has been peeled off at the edge of the laminate film peelable body can be disposed above the laminate film peelable body. This makes it possible to place the printer close to the laminating film application position, eliminate the presence of printed labels between the printer and the laminating film application position, or reduce the number of printed labels. Therefore, it is possible to effectively avoid waste of labels and work mistakes.

  According to the laminate label manufacturing apparatus according to claim 2, the laminate film peeler according to claim 1 is configured such that the edge is the entrance end of the road surface of the support path having the arcuate surface or the vicinity of the entry end. The printer can be placed closer to the laminating film application position, eliminating the presence of a printed label between the printer and the laminating film application position, or Since it can be reduced, it is possible to more effectively avoid waste of labels and work errors.

  According to the laminate label manufacturing apparatus according to claim 3, the support path having the arc surface as the road surface according to claim 1 or 2 is a fan-shaped support path member having an outer periphery forming the arc surface. Therefore, it is possible to easily form a support path having a circular arc surface as the road surface.

  According to the laminate label manufacturing apparatus according to claim 4, the laminate label is provided at the end in the moving direction of the laminate label on the road surface composed of the arcuate surface on the support path member according to claim 3. Since the edge for separating from the label mount is provided, the operation of separating the laminate label from the label mount with this edge can be easily performed.

  Hereinafter, the best mode for carrying out the apparatus for producing a laminate label according to the present invention will be described in detail with reference to the embodiments shown in the drawings.

  1 to 4 show an embodiment of a laminate label manufacturing apparatus according to the present invention. FIG. 1 is a perspective view of the laminate label manufacturing apparatus according to the present embodiment as viewed from the front side, and FIG. The perspective view which looked at the manufacturing apparatus of the laminated label of this example from the side of the back side, FIG. 3 is the side view of the manufacturing apparatus of the laminated label of this example, FIG. 4 is the principal part expanded side of the manufacturing apparatus of the laminated label of this example FIG. Note that portions corresponding to those in FIG. 5 described above are denoted by the same reference numerals.

  The apparatus for manufacturing a laminated label of this example is a label sticking board sending out of a label sticking board 3 in which a label 2 having a predetermined size is stuck on a label board 1 having a strip shape and peelable from a label roll 13. The printed label 2a is placed on the moving path of the mechanism 4, the printer 5 which is arranged in the process of moving the label sticking mount 3 and prints the label 2, and the label sticking mount 3 to which the printed label 2a is stuck. Plate-like laminate film peelable body 6 having blade-like edges 6a arranged in a direction crossing the sheet, and laminate film sticking in which a laminate film 8 is stuck to a strip-like laminate film mount 7 having peelability at regular intervals A label 9 is placed along the upper surface of the laminate film release body 6 from the laminate film roll 14 at the position where the laminate film release body 6 is disposed. The laminate film mount 7 of the laminate film paste mount 9 sent out in the direction crossing the paste mount 3 is fed to the lower surface side of the laminate film peelable body 6 at the end of the edge 6a of the laminate film peelable body 6, that is, label affixed. Laminate film sticking board feed mechanism for folding and reversing the backing paper 3 in the reverse feed direction, peeling the laminate film 8 from the laminate film board 7 in the process, and sticking the peeled laminate film 8 to the surface of the printed label 2a 10 is provided.

  The label sticking board 3 fed by the label sticking board feeding mechanism 4 is supported by a receiving roll 15 in the course of movement and moves in the direction of the printer 5, and is supported by a print receiving roll 16 on the lower surface side of the printer 5. At this position, the label 2 is printed by the printer 5 and moved in the direction of the laminate film peeling body 6, and the laminated film 8 peeled from the laminate film mount 7 on the printed label 2 a at the position where the lamination film peeling body 6 is arranged. After that, the label mount 1 from which the laminate label 11 having the laminate film 8 stuck to the surface of the printed label 2a is peeled off from the label sticking mount 3 is wound up by the label mount winding unit 17. It has become.

  Further, the laminate film sticking mount 9 sent out by the laminate film sticking mount sending mechanism 10 is sent out in the direction crossing the label sticking mount 3 along the upper surface of the laminate film peeling body 6 by the direction changing roll 18 and laminated. The laminate film 8 is folded at the tip of the edge 6a of the film release body 6 so that the laminate film 8 is peeled off from the laminate film mount 7 and adhered to the surface of the printed label 2a. It is wound up by the winding unit 12.

  In this example, the printer 5 is a thermal printer, and an ink ribbon 19 is interposed between the printer 5 and the label sticking mount 3.

  Furthermore, the position where the laminate film peeling body 6 is arranged on the movement path of the label sticking board 3 sent out by the label sticking board sending mechanism 4, that is, the back surface of the label sticking board 3 at the laminate film sticking position is supported. In the support path 20, the road surface 2a is an arcuate surface.

  In the laminate film peeling body 6 disposed on the road surface 20a of the support path 20, in this example, the entrance end of the road surface 20a of the support path 20 in which the edge 6a of the laminate film peeling body 6 is an arcuate surface. 21 or in the vicinity of the entrance end 21.

  Moreover, in this example, the support path 20 having the road surface 20a as an arcuate surface is constituted by a support path member 22 having a fan-shaped cross section whose outer periphery forms an arcuate surface. Further, the support path member 22 is provided with an edge 22 a that separates the laminate label 11 from the label mount 1 at the end of the road surface 20 a made of an arcuate surface in the moving direction of the laminate label 11.

  According to the laminate label manufacturing apparatus configured as described above, the support for supporting the back surface of the label sticking mount 3 at the laminate film sticking position on the moving path of the label sticking mount 3 to which the printed label 2a is stuck. Since the road surface 20a of the road 20 is an arcuate surface, the printed label 2a attached to the label sticking mount 3 is turned downward along the road surface 20a of the support road 20 which is an arcuate surface. And since the laminate film peeling body 6 has been arrange | positioned on the road surface 20a of this support path 20, the laminate film peeling body 6 is made to the virtual tangent L of the arc-shaped surface with respect to the road surface 20a of the support path 20 used as an arc-shaped surface. Even if the laminate film is placed upright at about 90 degrees, the laminate film mount 7 of the laminate film sticking mount 9 is folded back at the tip of the edge 6a and reversed. Titanate film is peeled off from the laminate film backing 7, smoothly adhered to the printed label 2a fed by turning downward along the arcuate surface of the road surface 20a of the support path 20.

  Thus, since the laminate film peeling body 6 can be arranged in an upright state with respect to the road surface 20a of the support path 20 having an arcuate surface, the laminate film peeling body 6 is labeled toward the printer 5 side. The laminate film mount take-up portion 12 that winds the laminate film mount 7 from which the laminate film 8 has been peeled off can be disposed at an upper position of the laminate film release body 6. be able to. Thereby, the printer 5 can be disposed close to the laminate film attaching position.

  As a result, it is possible to eliminate the presence of the printed label 2a between the printer 5 and the laminate film attachment position. For example, when the laminate label 11 to be manufactured is a set of a plurality of sheets, the first sheet When an adhesion error of the laminate film 8 occurs on the label 2, no other label 2 is printed. Therefore, even if the operation is started again from the first label 2, the label 2 is not wasted.

  Further, in this example, the laminate film peeling body 6 is disposed so that the edge 6a is positioned at the entrance end 21 of the road surface 20a of the support passage 20 having an arcuate surface or in the vicinity of the entrance end 21. The printer 5 can be disposed closer to the laminate film attaching position.

  Further, in this example, the support path 20 having the road surface 20a as an arcuate surface is composed of a support path member 22 having a fan-shaped cross section whose outer periphery forms an arcuate surface. Can be easily formed.

  Further, in this example, the support path member 22 is provided with an edge 22a for separating the laminate label 11 from the label mount 1 at the end in the moving direction of the laminate label 11 on the road surface 20a formed of an arcuate surface. The operation of separating the laminate label 11 from the label mount 1 at the edge 22a can be easily performed.

It is the perspective view seen from the side surface of the front side in one Example of the manufacturing apparatus of the laminate label which concerns on this invention. It is the perspective view which looked at the manufacturing apparatus of the laminate label of this example from the side of the back side. It is a side view of the manufacturing apparatus of the laminate label of this example. It is a principal part enlarged side view of the manufacturing apparatus of the laminate label of this example. It is a side view which shows the principal part structure of the manufacturing apparatus of the conventional laminate label.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Label base sheet 2 Label 2a Printed label 3 Label sticking base paper 4 Label sticking base paper delivery mechanism 5 Printer 6 Laminate film peeling body 6a Edge 7 Laminating film base 8 Laminating film 9 Laminating film sticking base paper 10 Laminating film sticking base paper delivery Mechanism 11 Laminate label 12 Laminate film mount take-up part 13 Label roll 14 Laminate film roll 15 Receiving roll 16 Print receiving roll 17 Label mount take-up part 18 Orientation roll 19 Ink ribbon 20 Support path 20a Road surface 21 Inlet end 22 Support path Member 22a Edge

Claims (4)

  A label affixing board with labels attached to a belt-shaped label board at a predetermined interval is sent out, and a printed label is formed by printing the label with a printer in the process of moving the label affixing board. A plate-like laminate film peeling body having an edge on the movement path of the label-attached backing sheet to which the label is attached is disposed in a direction in which the edge crosses the printed label, and the laminate film is placed on the belt-like laminate film backing sheet. In the process of feeding a laminate film sticker mount pasted at a constant interval in a direction crossing the label sticker mount, and turning the laminate film mount of the laminate film sticker mount back at the tip of the edge and inverting the laminate film Is peeled off from the laminate film mount, and the peeled laminate film is removed from the mark. A laminating label manufacturing apparatus that manufactures a laminating label by adhering to a surface of a used label, wherein the label adhering base sheet at a laminating film adhering position on a moving path of the label adhering board to which the printed label is adhered The laminated label manufacturing apparatus, wherein the road surface of the support path supporting the back surface of the sheet is formed into an arcuate surface, and the laminate film peeled body is disposed on the road surface of the support path.   2. The laminate according to claim 1, wherein the laminate film peeling body is disposed so that the edge is located at or near the entrance end of the road surface of the support path having the arcuate surface. Label manufacturing equipment.   The laminate label manufacturing apparatus according to claim 1 or 2, wherein the support path having the arc surface as the road surface comprises a fan-shaped support path member whose outer periphery forms the arc surface.   The edge which isolate | separates the said laminate label from the said label mount is provided in the said support path member at the terminal of the movement direction of the said laminate label of the said road surface which consists of the said arcuate surface. The laminated label manufacturing apparatus as described.

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