JP2008213356A - Small winding device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a small winding device which can separate from a separator small labels arranged with nearly a round of the periphery of a small wound roll and wind the labels without lowering throughput of small winding work. <P>SOLUTION: The small winding device has a cutting section 50 arranged in the transfer route of an original sheet and cutting the separator in the width direction, a label separation section 30 arranged on the upstream side of the transfer route from the cutting section 50 and separating the labels arranged around a round of the periphery when taken up by the takeup section 60 as a small wound roll, a transfer route forming section 40 forming a transfer route which makes the length of the transfer route between the cutting section 50 and the label separation section 30 is approximately the same as the takeup length to ensure that the label arranged around a round of the periphery of the small wound roll to be subsequently taken up by the label separation section when the separator is cut in the width direction by the cutting section 50. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  Regarding a small winding device that transports an original sheet on which a label is continuously attached to a separator and performs a small winding as a small winding roll, the label positioned about one turn on the outer circumference is peeled off from the separator when the small winding roll is used. The present invention relates to a small winding device that performs small winding.

  Conventionally, a roll-shaped label continuous body is printed by a printing machine in a manufacturing stage and wound up as a large-diameter original roll in a roll shape. Usually, the length of the original roll wound up by a printing machine is , While the length of the roll-shaped label continuous body used in the label applicator is about 150 m, the small roll is used as a small roll so that the original roll can be used in the label applicator. A small winding device is used.

  In addition, when using a small roll with a label applicator, the label between the label peeling part and the take-up part of the label applicator may be used as the label set loss part when setting the label applicator. Since this is not possible, there has been proposed a small winding device that peels a label for approximately one outer periphery, which is a label set loss portion, from a separator and performs a small winding (see, for example, Patent Document 1).

  However, in the prior art, the label is peeled off during the small winding operation, and it is necessary to slow down the speed of the small winding when peeling the label in order to surely peel the label. There is a problem that the processing amount of the small winding work is reduced.

JP 2003-192224 A

  The present invention has been made in view of such problems, and the object of the present invention is to lie about one round of the outer circumference when a small roll is formed without reducing the throughput of the small winding work. It is in the point which provides the small winding apparatus which can peel a label from a separator and can perform small winding.

In order to solve the above problems, the present invention has the following configuration.
The gist of the invention described in claim 1 is that the original sheet on which the labels are continuously attached to the separator is conveyed by conveying means, and the original sheet having a set winding length is wound as a small winding roll. A small winding device for small winding on a shaft, which is disposed on the conveyance route of the original sheet, and is disposed on the upstream side of the conveyance route with respect to the cutter means for cutting the separator in the width direction. When the reel is cut in the width direction by the peeling means for peeling the label located about one circumference from the separator when wound as the small winding roll on the winding shaft, and the cutter means Further, the cutter means and the peeling hand are arranged so that the label located on the outer circumference of the small winding roll to be wound next can be peeled off by the peeling means. A transport route forming means in which the transport route is formed so that the length of the transport route between the two is substantially the same as the winding length of the small winding roll. It exists in a winding device.
According to a second aspect of the present invention, there is provided a seal affixing means for affixing and fixing an outer periphery fixing seal on a peripheral surface of the small winding roll wound around the take-up shaft. The cutting operation of attaching the outer periphery fixing seal to the peripheral surface of the small winding roll, and the peeling operation for the label positioned about one round of the outer periphery of the small winding roll to be wound next by the peeling means. The small winding device according to claim 1, wherein the separator is performed in parallel after the separator is cut in the width direction by means.
The gist of the invention described in claim 3 is that the peeling means includes a peeling plate, the conveyance route where the original sheet is folded by the peeling plate, and the conveyance route where the original sheet is not folded by the peeling plate. 3. The small switching device according to claim 1, further comprising a switching unit for switching, wherein the label is peeled from the separator by switching to the transport route in which the original sheet is folded back by the peeling plate by the switching unit. It exists in a winding device.
According to a fourth aspect of the present invention, there is provided a label storage box for storing the label peeled from the separator by the peeling means, and the label storage box provided in the label storage box with the peeled label in the label storage box. When the label is peeled from the separator by the peeling roller that guides to the separator, the label storage box is moved into an area where the original sheet is conveyed, and the label is removed from the separator by the peeling means. 4. The small winding device according to claim 1, further comprising: a box moving unit that moves the label storage box out of a region where the original sheet is conveyed when the label storage box is not peeled. 5. Exist.

  The small winding device of the present invention is disposed on the conveying route of the original sheet, is a cutter unit that cuts the separator in the width direction, and is disposed on the upstream side of the conveying route with respect to the cutter unit, and the small winding roll is disposed on the winding shaft Peeling means for peeling off the label located on the outer circumference from the separator when it is wound as the outer circumference, and the outer circumference of the small winding roll to be wound next when the separator is cut in the width direction by the cutter means. A conveyance route is formed so that the length of the conveyance route between the cutter means and the peeling means is substantially the same as the winding length taken up as a small winding roll so that the label located in the minute can be peeled off by the peeling means. Provided with the transport route forming means, during the operation of extracting the wound small winding roll, a roller positioned about one round of the outer periphery of the next winding small winding roll. Since it is not necessary to slow down the small winding speed when peeling the label, the outer circumference is about 1 when the small winding roll is used without reducing the processing amount of the small winding operation. There is an effect that the label located in the circumference can be peeled off from the separator and can be wound in a small volume.

  Furthermore, the small winding device of the present invention includes a seal sticking means for sticking and fixing an outer periphery fixing seal on the peripheral surface of the small winding roll wound around the winding shaft, and the periphery of the small winding roll by the seal sticking means. The operation of sticking the outer periphery fixing seal to the surface and the peeling operation for the label positioned about one circumference of the small roll to be wound next by the peeling means are performed in parallel after the separator is cut in the width direction by the cutter means. By doing so, during the sticking operation of the outer periphery fixing seal, it is possible to perform the peeling operation of the label located on the outer circumference of the small winding roll to be wound next, and peel the label. It is not necessary to slow down the small winding speed at the time, so that the label positioned on the outer circumference is separated when the small winding roll is used without reducing the processing amount of the small winding work. An effect that can be wound small peeled from data.

  Furthermore, the small winding device of the present invention includes, as the peeling means, a peeling plate, and a switching means for switching between a conveyance route in which the original sheet is folded by the peeling plate and a conveyance route in which the original sheet is not folded by the peeling plate. By switching to the transport route in which the original sheet is folded back by the peeling plate by means, the transport route in which the original sheet is folded acutely by the release plate can be set by separating the label from the separator. Is effectively peeled from the separator.

  Furthermore, the small winding device of the present invention includes a label storage box for storing the label peeled from the separator by the peeling means, a peeling roller provided in the label storage box and guiding the peeled label into the label storage box, When peeling the label from the separator by the peeling means, the label storage box is moved into the area where the original sheet is conveyed, and when the label is not peeled from the separator by the peeling means, the original sheet is conveyed by the label storage box. By providing the box moving means for moving outside the area to be moved, there is an effect that the peeled label can be surely stored in the label storage box by the peeling roller without affecting the small winding operation. .

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

  FIG. 1 is a block diagram showing a configuration of an embodiment of a small winding device according to the present invention, and FIG. 2 is a perspective view showing a configuration of a small winding roll wound up by the small winding device shown in FIG. 3 is a schematic side view showing the configuration of the supply unit and the label peeling unit shown in FIG. 1, FIG. 4 is a schematic top view showing the configuration of the peeling mechanism shown in FIG. 3, and FIG. 6 is a schematic side view showing the configuration of the peeling mechanism shown in FIG. 3, and FIG. 6 is a schematic side view showing the configuration of the transport route forming unit, cutting unit, winding unit, and seal attaching unit shown in FIG. FIG. 2 is a block diagram illustrating a configuration of a control unit illustrated in FIG. 1.

  In the present embodiment, an original sheet 3 in which a plurality of rows of labels 2 are continuously attached to a separator 1 is cut into a plurality of labels for each row and wound as a small winding roll 4 having a predetermined winding diameter. Referring to FIG. 1, a small winding device 10, a supply unit 20, a label peeling unit 30, a transport route forming unit 40, a cutting unit 50, a winding unit 60, a seal sticking unit 70, and a label peeling The control part 80 which controls operation | movement of the part 30, the cutting | disconnection part 50, the winding-up part 60, and the sticking sticking part 70 is provided.

  As shown in FIGS. 2 (a) and 2 (b), the small winding roll 4 wound up by the small winding device 10 is wound at the end wound around the small winding roll 4 by the label peeling unit 30, that is, at the end of winding. With the label 2a positioned, the label 2b corresponding to the outer circumference, which is the label set loss portion, is peeled off from the separator 1 and, as shown in FIG. Is fixed by being laid across the label 2a positioned at the end of winding and the label 2c adjacent to the peeled label 2b. As described above, the label 2b for the outer circumference of the small winding roll 4 is peeled off from the separator 1 so that the setting to the printer can be easily performed.

  Referring to FIG. 3, the supply unit 20 includes a supply shaft 21 on which a large-diameter original roll 6 around which an original sheet 3 on which a plurality of rows of labels 2 are continuously attached to the separator 1 is wound is mounted. A replacement base 22 for connecting the original sheets 3 when the original roll 6 is replaced is provided, and the original sheet 3 drawn out from the supply shaft 21 is supplied to the label peeling unit 30.

  Referring to FIG. 3, the label peeling unit 30 is caused by a peeling mechanism 31 that peels the label 2 from the original sheet 3 from the upstream side in the conveyance direction of the original sheet 3, and defects such as dirt and peeling of the label 2. When detecting a portion that cannot be wound as the small winding roll 4, a conveyance base 32 that is driven to rotate by a connection motor 32 and a connection motor 34 when detecting a defect for joining the original sheet 3 is conveyed. The rollers 33 are sequentially arranged, and the original sheet 3 conveyed by the rotation of the conveyance roller 33 is supplied to the conveyance route forming unit 40.

  The peeling mechanism 31 is a peeling means that selectively peels the label 2 from the separator 1. Referring to FIGS. 4 and 5, the slack is rotationally driven by a slack removing motor 311 from the upstream side in the transport direction of the original sheet 3. The removing roller 312, the peeling plate 313 that peels the label 2 from the separator 1, and the side of the peeling plate 313 are movable to the side and below, and functions as a conveyance route changing unit that changes the conveyance route of the original sheet 3. A pair of moving rollers 314a and 314b, a feed roller 316 rotated by a feed motor 315, and an alignment roller 317 are sequentially arranged. The peeling mechanism 31 is provided with a label storage box 318 for storing the label 2 peeled from the separator 1. The label storage box 318 includes a peeling roller 320 that is rotationally driven by a peeling motor 319, and a cylinder. A lot 322 that is expanded and contracted by 321, a peeling confirmation sensor 323 for confirming peeling of the label 2, and an air nozzle 324 that blows air from above to prevent the peeled label 2 from turning up are attached. The moving rollers 314a and 314b have one end attached to the other end of the arm 327 supported by the rotating shaft 326, and are configured to be moved by rotating the rotating shaft 326 by the moving motor 328. Has been.

  Referring to FIG. 6, the conveyance route forming unit 40 includes a plurality of guide rollers 41, and forms a conveyance route in which the original sheet 3 is conveyed across the plurality of guide rollers 41. . The length of the transport route formed by the transport route forming unit 40 is substantially the same as the winding length in which the length of the original sheet 3 from the peeling mechanism 31 to the cutting unit 50 is wound as the small winding roll 4. Is set to

  The cutting unit 50 is a cutting unit that cuts the separator 1 into a plurality for each row and cuts the separator 1 in the width direction for each set winding length. Referring to FIG. A conveyance amount detection sensor 51 that detects timing marks (for example, black rectangular marks) preliminarily printed at the label pitch on the back surface of the separator 1 from the upstream side in the direction, and a first that cuts the separator 1 into a plurality of lines for each row. One cutter 52, a conveyance roller 53 that is rotationally driven by a conveyance motor 55 for conveying the original sheet 3, and a second cutter 54 that cuts the separator 1 in the width direction are sequentially disposed. The first cutter 52 includes a plurality of cutting blades so as to cut the separator 1 in the length direction for each row of the original sheet 3, and is set to always cut the separator 1. Further, the second cutter 54 includes a cutting blade longer than the width of the separator 1, and the original sheet 3 wound up by the winding unit 60 based on the conveyance amount of the original sheet 3 detected by the conveyance amount detection sensor 51. Is driven at the timing at which the winding length is reached, and the separator 1 is cut in the width direction. It should be noted that the label 2 itself temporarily attached to the separator 1 may be detected by the transport amount detection sensor 51.

  Referring to FIG. 6, the take-up unit 60 includes a take-up shaft 61 that takes up the original sheet 3 that is conveyed by being cut into a plurality of separators 1 for each row by the first cutter 52. The take-up shaft 61 that is provided is rotated by a take-up motor 62.

  The seal affixing portion 70 is bridged between the label 2a positioned at the end of winding of the small winding roll 4 wound around the winding shaft 61 and the label 2c adjacent to the peeled label 2b, and the outer periphery fixing seal 5 Referring to FIG. 6, in the state where the seal continuous body 7 on which the outer periphery fixing seal 5 is temporarily attached with a gap between the belt-like mounts is wound in a roll shape. A seal supply shaft 71 to be mounted, a mount winding shaft 72 that is driven to rotate by a mount winding motor 76 and winds the strip mount from which the outer periphery fixing seal 5 is peeled off, and the belt mount is folded back at the tip, A peeling piece 73 for peeling the outer periphery fixing seal 5 from the belt-like mount and supplying the peeled outer periphery fixing seal 5 to the peripheral surface of the small winding roll 4 wound around the take-up shaft 61; Therefore, the outer peripheral fixing seal 5 supplied to the peripheral surface of the small roll 4 is pressed and pasted on the outer peripheral fixing seal 5 or the strip mount temporarily attached to the strip mount, and printed in advance at a seal pitch. And a seal sensor 75 for detecting the outer periphery fixing seal 5 by detecting a timing mark (for example, a black rectangular mark).

  With reference to FIG. 7, the control unit 80 counts the conveyance amount of the original sheet 3 based on the detection signal of the conveyance amount detection sensor 51, the conveyance motor 34, the conveyance motor 55, and the take-up motor 62. The stripping operation is performed by driving the conveyance control unit 82 that controls the driving of the cutter, the cutting control unit 83 that controls the driving of the second cutter 54, the slack eliminating motor 311, the feed motor 315, the feed motor 315, and the moving motor 328. A peeling control unit 84 for controlling, and a seal sticking control unit 85 for controlling the sticking operation of the outer periphery fixing seal 5 by driving the winding motor 62 and the mount winding motor 76 based on the detection signal of the seal sensor 75. I have.

Next, the operation of the present embodiment will be described in detail with reference to FIGS.
FIG. 8 is an explanatory view for explaining the width direction cutting position by the cutting part shown in FIG. 1 and the label peeling part by the peeling part, and FIG. 9 is a schematic diagram showing the configuration during the peeling operation of the peeling mechanism shown in FIG. FIG. 10 is a top view, and FIG. 10 is a schematic side view showing the configuration during the peeling operation of the peeling mechanism shown in FIG.

  During normal operation, that is, the original sheet 3 is conveyed from the supply unit 20 toward the take-up unit 60 by the conveyance roller 33 and the conveyance roller 53, and the separator 1 of the original sheet 3 is moved for each row of the label 2 by the first cutter 52. During the operation of winding the cut original sheet 3 onto the take-up shaft 61 of the take-up unit 60, the timing marks 8 printed in advance at the label pitch on the back surface of the separator 1 are conveyed. Based on the detection signal from the carry amount detection sensor 51, the carry amount counting unit 81 counts the number of labels 2 carried by the detection sensor 51. Note that the number of sheets counted by the conveyance amount counting unit 81 is the first label 2 (first sheet) at which the winding shaft 61 starts to be wound when the original sheet 3 is conveyed in the direction indicated by the arrow in FIG. To the n-th sheet having the winding length L set from. Further, during normal operation, the label 2 is not peeled from the separator 1 by the peeling mechanism 31, and the moving rollers 314 a and 314 b that guide the conveyance of the original sheet 3 are arranged on the side of the peeling plate 313 as shown in FIG. 5. The label storage box 318 is located outside the area where the original sheet 3 is conveyed, as shown in FIG. 4, while the conveyance route of the original sheet 3 is not folded back by the peeling plate 313. It is in a state of being stored in the frame 325. Further, the slack removal motor 311 and the feed motor 315 are in an off state, and the slack removal roller 312 and the feed roller 316 guide the conveyance of the original sheet 3 in a free state.

  Next, when the count of the label 2 reaches the nth sheet, that is, when the set winding length L is reached, the carry amount counting unit 81 moves between the nth label 2 and the next label 2. With the separator 1 as the cutting position X, the conveyance control unit 82 is instructed to stop when the cutting position X reaches the second cutter 54, and the cutting position X is conveyed to the second cutter 54 under the control of the conveyance control unit 82. When the operation is stopped, the cutting control unit 83 is instructed to cut the original sheet 3, and the cutting control unit 83 drives the second cutter 54 to cut the original sheet 3 at the cutting position X. If the detection signal from the conveyance amount detection sensor 51 is input before the cutting position X is conveyed to the second cutter 54 under the control of the conveyance control unit 82, the conveyance amount counting unit 81 The count of label 2 is started from the first sheet.

  Next, the conveyance amount counting unit 81 instructs the peeling control unit 84 to perform the peeling operation on the original sheet 3 to be wound next, and the small amount roll 4 wound on the winding shaft 61 by the seal sticking control unit 85. The sticking operation is instructed, and the peeling operation by the peeling mechanism 31 of the label peeling unit 30 based on the control of the peeling control unit 84 and the sticking operation of the seal applying unit 70 based on the control of the seal sticking control unit 85 are performed in parallel. Done.

First, the peeling operation by the peeling mechanism 31 of the label peeling unit 30 will be described.
The peeling control unit 84 drives the moving motor 328 to move the moving rollers 314 a and 314 b while driving the slack removing motor 311 to rotate the slack removing roller 312 in the forward direction to convey the original sheet 3. As a result, the moving rollers 314 a and 314 b are moved below the release plate 313 and changed so that the transport route of the original sheet 3 is folded back by the release plate 313 as shown in FIG. 10. In each roller, rotation in the direction in which the original sheet is conveyed from the supply unit 20 to the winding unit 60 is referred to as forward rotation.

  Next, the peeling control unit 84 drives the peeling motor 319 to rotate the peeling roller 320 at a high speed and drives the cylinder 321 to extend the lot 322. As shown in FIG. The label storage box 318 is moved into the area to be conveyed. As shown in FIG. 10, when the moving rollers 314a and 314b are moved below the peeling plate 313, the driving of the slack removal motor 311 is turned off, and the forward rotation of the slack removal roller 312 is stopped. The

  Next, the peeling control unit 84 drives the feed motor 315 to rotate the feed roller 316 in the forward direction to convey the original sheet 3, while starting from the (n−4) th sheet shown in FIG. The label 2b of the (n-1) th sheet, that is, the label 2b for the outer circumference of the small winding roll 4 shown in FIG. 2A is peeled from the separator 1 by the peeling plate 313. Specifically, by providing the transport route forming unit 40, specifically, the length of the original sheet 3 from the peeling mechanism 31 to the cutting unit 50 is substantially equal to the winding length L to be wound as the small winding roll 4. When the moving rollers 314a and 314b are moved while rotating the slack eliminating roller 312 in the forward direction to convey the original sheet 3, the (n-4) th label 2b is positioned on the peeling plate 313. Therefore, even if the leading edge of the original sheet 3 to be wound next as the small winding roll 4 is stopped at the cutting position X by the second cutter 54, the outer circumference of the small winding roll 4 to be wound next is about one round. The minute label 2b can be peeled off from the separator 1. Further, since the position of the label 2b to be peeled changes due to the change in the pitch of the label 2, the position of the label 2b to be peeled can be adjusted by moving the alignment roller 317 up and down.

  The label 2b peeled off by the peeling plate 313 comes into contact with the peeling roller 320 rotating at high speed, and is skipped and stored in the label storage box 318. The peripheral surface of the peeling roller 320 and the inside of the label storage box 318 are subjected to surface processing so that no glue is attached. Further, the peeling of the label 2b is confirmed by the peeling confirmation sensor 323. When the peeling of the label 2b is not normally performed, the operation is stopped, and an error is notified by a notifying means such as a buzzer (not shown). Further, by blowing air from above the label 2b peeled off by the peeling plate 313 by the air nozzle 324, the peeled-off label 2 is prevented from being turned up.

  When the label 2b for the outer circumference of the small roll 4 is peeled, the peeling control unit 84 turns off the feed motor 315 and the peeling motor 319 and stops the rotation of the feed roller 316 and the peeling roller 320. At the same time, the moving motor 328 is driven to move the moving rollers 314a and 314b to the side of the peeling plate 313 so that the conveyance route of the original sheet 3 is not folded back by the peeling plate 313 as shown in FIG. Further, the lot 322 is contracted by driving the cylinder 321, and the label storage box 318 is moved outside the area where the original sheet 3 is conveyed as shown in FIG.

  Next, the peeling control unit 84 drives the slack removal motor 311 to rotate the slack removal roller 312 in the reverse direction to convey the original sheet 3 in the reverse direction, thereby removing the slack of the original sheet 3. The peeling operation by the peeling mechanism 31 ends. At the end of the peeling operation by the peeling mechanism 31, the rotational driving of the slack removing roller 312 and the feed roller 316 is released and the free state is set.

Next, the sticking operation of the sticking unit 70 will be described.
The sticker sticking control unit 85 drives the mount take-up motor 76 when the rear end portion of the n-th label 2 in the small roll 4 taken up by the take-up shaft 61 reaches the vicinity of the peeling piece 73. Then, the outer periphery fixing seal 5 peeled off from the belt-like mount is supplied to the peripheral surface of the small roll 4 from the tip of the peeling piece 73. The outer periphery fixing seal 5 supplied to the peripheral surface of the small winding roll 4 is pressed by the pressing roller 74, and as shown in FIG. The small roll 4 is fixed over the label 2c adjacent to the peeled label 2b, and the sticking operation is finished. The sticking sticking control unit 85 controls the take-up motor 62 and the mount take-up motor 76 so that the peripheral speed of the small roll 4 wound around the take-up shaft 61 and the supply of the outer periphery fixing seal 5 are controlled. The speed is the same.

  The small winding roll 4 fixed by the outer periphery fixing seal 5 is subjected to an extraction mechanism (not shown) or an extraction operation to be extracted from the take-up shaft 61 by an operator. When both the seal sticking operation by the portion 70 and the extraction operation from the winding shaft 61 of the small winding roll 4 fixed by the outer periphery fixing seal 5 are completed, the normal operation for winding the next small winding roll 4 is started. It will be.

  As described above, according to the present embodiment, the second cutter 54 that is disposed in the conveyance route of the original sheet 3 and cuts the separator 1 in the width direction, and the upstream side of the conveyance route with respect to the second cutter 54. The label peeling part 30 which peels from the separator 1 the label 2b located about one circumference when wound around the winding shaft 61 as the small winding roll 4, and the second cutter 54 and the label peeling. When the separator 1 is cut in the width direction by the second cutter 54, the label 2 b positioned on the outer circumference of the small winding roll 4 to be wound next is attached to the label peeling unit 30. Is formed so that the length of the conveyance route between the second cutter 54 and the label peeling unit 30 is substantially the same as the winding length L taken up as a small winding roll. By providing the transport route forming section 40, the label 2b located on the outer circumference of the small winding roll 4 to be wound next is peeled off during the work of extracting the wound small winding roll 4. Since it is not necessary to slow down the small winding speed when the label 2b is peeled off, the position of the outer periphery is about one turn when the small winding roll 4 is used without reducing the processing amount of the small winding operation. The effect is that the label 2b to be peeled can be peeled off from the separator 1 and rolled.

  Furthermore, according to the present embodiment, the seal sticking portion 70 is provided, which has the outer periphery fixing seal 5 attached and fixed to the peripheral surface of the small winding roll 4 wound around the winding shaft 61. The sticking operation of the outer periphery fixing seal 5 on the peripheral surface of the small winding roll 4 and the peeling operation for the label 2b positioned about one round of the outer periphery of the small winding roll 4 to be wound next by the label peeling unit 30 By separating the separator 1 in the width direction by the two cutters 54 and performing it in parallel, the outer periphery fixing seal 5 is applied to the outer periphery of the small winding roll 4 to be wound next during the sticking operation. The peeling operation of the label 2b can be performed, and since it is not necessary to slow down the small winding speed when peeling the label 2b, the small winding roll is not reduced without reducing the processing amount of the small winding operation. An effect that the label 2b is positioned on the outer peripheral about one round upon the g 4 can be wound small peeled from the separator 1.

  Furthermore, according to the present embodiment, as the label peeling unit 30, the peeling plate 313 is switched between a conveyance route in which the original sheet 3 is folded by the peeling plate 313 and a conveyance route in which the original sheet 3 is not folded by the peeling plate 313. The separation plate 313 is configured to peel the label 2b from the separator 1 by switching to a conveyance route in which the original sheet 3 is folded back by the separation plate 313 by the movement rollers 314a and 314b. The conveyance route by which the original sheet 3 is folded at an acute angle can be set, and the label 2 b can be reliably peeled off from the separator 1.

  Furthermore, according to the present embodiment, the label storage box 318 that stores the label 2b that has been peeled off from the separator 1 by the label peeling unit 30, and the label storage box 318 that is provided in the label storage box 318 and that peels off the label 2b. When the label 2 b is peeled from the separator 1 by the peeling roller 320 guided to the inside 318 and the label peeling unit 30, the label storage box 318 is moved into the area where the original sheet 3 is conveyed, and the label peeling unit 30 moves the separator 2 When the label 2b is not peeled from 1, the label storage box 318 is provided with a cylinder 321 that moves outside the area where the original sheet 3 is conveyed, so that the peeled label is not affected during the small winding operation. 2b is securely in the label storage box 318 by the peeling roller 320. An effect that can be housed.

  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 block diagram which shows the structure of embodiment of the small winding apparatus which concerns on this invention. It is a perspective view which shows the structure of the small winding roll wound up by the small winding apparatus shown in FIG. It is a schematic side view which shows the structure of the supply part and label peeling part which are shown in FIG. It is a schematic top view which shows the structure of the peeling mechanism shown in FIG. It is a schematic side view which shows the structure of the peeling mechanism shown in FIG. It is a schematic side view which shows the structure of the conveyance route formation part shown in FIG. 1, a cutting part, a winding-up part, and a sticker sticking part. It is a block diagram which shows the structure of the control part shown in FIG. It is explanatory drawing explaining the width direction cutting position by the cutting part shown in FIG. 1, and the peeling location of the label by a peeling part. It is a schematic top view which shows the structure at the time of peeling operation | movement of the peeling mechanism shown in FIG. It is a schematic side view which shows the structure at the time of peeling operation | movement of the peeling mechanism shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Separator 2, 2a, 2b, 2c Label 3 Original sheet 4 Small winding roll 5 Seal for outer periphery fixation 6 Original roll 7 Seal continuous body 8 Timing mark 10 Small winding device 20 Supply part 21 Supply shaft 22 Connecting stand 30 Replacement label 30 Section 31 Peeling Mechanism 32 Connection Base for Defect Detection 33 Conveyance Roller 34 Conveyance Motor 40 Conveyance Route Forming Section 41 Guide Roller 50 Cutting Section 51 Conveyance Amount Detection Sensor 52 First Cutter 53 Conveyance Roller 54 Second Cutter (Cutter Means)
DESCRIPTION OF SYMBOLS 55 Conveyance motor 60 Winding part 61 Winding axis | shaft 62 Winding motor 70 Seal sticking part 71 Seal supply axis | shaft 72 Mount winding axis | shaft 73 Peeling piece 74 Pressing roller 75 Seal sensor 76 Mount winding motor 80 Control part 81 Conveyance amount count part 82 Conveyance control unit 83 Cutting control unit 84 Peeling control unit 85 Seal sticking control unit 311 Loosening removal motor 312 Loosening removal roller 313 Peeling plate 314a, 314b Moving roller (switching means)
315 Feed motor 316 Feed roller 317 Positioning roller 318 Label storage box 319 Peeling motor 320 Peeling roller 321 Cylinder (box moving means)
322 Lot 323 Peeling confirmation sensor 324 Air nozzle 325 Body frame 326 Rotating shaft 327 Arm 328 Moving motor

Claims (4)

This is a small winding device that transports an original sheet on which a label is continuously attached to a separator by a transport means, and performs a small winding around a winding shaft using the original sheet having a set winding length as a small winding roll. And
A cutter means disposed in a conveyance route of the original sheet and cutting the separator in a width direction;
Peeling means disposed on the upstream side of the transport route from the cutter means and for peeling the label located about one round on the outer circumference from the separator when wound as the small winding roll on the winding shaft. When,
When the separator is cut in the width direction by the cutter means, the cutter means and the peeling means are arranged so that the label positioned on the outer circumference of the small winding roll to be wound next can be peeled by the peeling means. A transport route forming means in which the transport route is formed so that the length of the transport route between the means and the winding route is substantially the same as the winding length of the small winding roll. Small roll device. A seal sticking means for sticking and fixing an outer periphery fixing seal on the peripheral surface of the small winding roll wound around the winding shaft;
The sticking operation of the outer periphery fixing seal on the peripheral surface of the small winding roll by the sticking means, and the peeling operation on the label located on the outer periphery of the small winding roll to be wound next by the peeling means The small winding device according to claim 1, wherein the separator is performed in parallel after the separator is cut in the width direction by the cutter means. The peeling means includes a peeling plate,
Switching means for switching between the transport route in which the original sheet is folded by the release plate and the transport route in which the original sheet is not folded by the release plate;
3. The small winding device according to claim 1, wherein the label is peeled from the separator by switching to the transport route in which the original sheet is folded by the peeling plate by the switching unit. A label storage box for storing the label peeled from the separator by the peeling means;
A peeling roller provided in the label storage box for guiding the peeled label into the label storage box;
When peeling the label from the separator by the peeling means, the label storage box is moved into an area where the original sheet is conveyed, and when the label is not peeled from the separator by the peeling means, The small winding device according to any one of claims 1 to 3, further comprising: a box moving unit that moves the label storage box outside an area where the original sheet is conveyed.

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