JP2003182894A - Turret type multi-shaft winding device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a turret type multi-shaft winding device which can automatically wind even a multi-layered sealed film having rigidity. <P>SOLUTION: This turret type multi-shaft winding device is provided with a right and left pair of turrets 12 which can rotatably hold a plurality of winding shafts 11, an adhesive label supply mechanism 14 for supplying an adhesive label 13 to fix the tip end of a strip-state sheet to the winding shaft, a touch roller mechanism 15 brought into contact with the outer circumference of the winding shaft around which the strip-state sheet S is wound, a cutting mechanism 16 for cutting the rear end of the strip-state sheet in the width direction after a predetermined amount of the strip-state sheet is wound around the winding shaft, and a sheet tip-end feeding mechanism 18 for guiding the tip end of the strip-state sheet at start of winding to the position of the winding shaft and the adhesive label supply mechanism sticks one end of the adhesive label to be supplied to the winding shaft while the other end onto the strip-state sheet so that even the strip-state sheet with rigidity where a thin film is stuck to a thick film can be wound without separation. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a turret type multi-axis winding device for winding a predetermined amount of a strip-shaped sheet on a winding core, and particularly, for facilitating the work for starting the leading end of the strip-shaped sheet on the winding core. The present invention relates to a turret type multi-axis winding device.

[0002]

2. Description of the Related Art In a conventional turret type winding device, when winding the leading end of a strip-shaped sheet around a winding core, an adhesive is applied to a winding shaft or a double-sided adhesive tape is applied.
For example, as disclosed in Japanese Utility Model Publication No. 60-34675, a double-sided adhesive tape is preliminarily adhered to the winding shaft,
There has been proposed a type in which a side surface of the front end of the sheet that comes into contact with the winding shaft is attached at that position.

[0003]

However, in the pasting method of the above-mentioned type, it is sufficient if a single layer sheet has low rigidity. For example, a polycarbonate film having a thickness of about 0.5 mm is used for masking. In the case of a sheet with a thin film adhered to it, a double-sided tape is pasted on the winding shaft as in the past, and even if the double-sided tape is pasted with the end of the strip-shaped sheet and is wound around the winding shaft, Due to the rigidity of the sheet, the required strip-shaped sheet was peeled off from the masking sheet, and there was a drawback in that it could not be wrapped properly around the winding shaft. Further, in the conventional method of applying the double-sided tape or the adhesive to the winding shaft, since the leading end of the strip-shaped sheet is manually stopped, the work for setting requires a great deal of labor and time.

In view of the above-mentioned problems, the present invention allows many films having a rigid multi-layer structure to be wound without peeling and to be efficiently wound. An object is to provide a shaft turret type winding device.

[0005]

In order to achieve the above object, the invention according to claim 1 is a pair of left and right turrets capable of rotatably holding a plurality of winding shafts, and a belt-shaped sheet on the winding shafts. An adhesive label supply mechanism that supplies an adhesive label that fixes the tip portion, a touch roller mechanism that abuts the outer circumference of the winding shaft of the strip-shaped sheet, and a predetermined amount of the strip-shaped sheet is wound around the winding shaft. A turret type multi-axis winding device having a cutting mechanism for later cutting the rear end portion of the strip-shaped sheet in the width direction, and a sheet front-end feeding mechanism for guiding the front end portion of the strip-shaped sheet at the start of winding to a winding shaft position. The adhesive label supply mechanism is characterized in that one end of the adhesive label to be supplied is attached to the winding shaft and the other end is attached from above the strip-shaped sheet.

Further, in the invention as set forth in claim 2, the adhesive label supply mechanism has a holding portion for holding the adhesive label wound in a state of being temporarily attached to the release sheet so as to be drawn out, and A label pressing roller disposed so as to be able to contact the winding shaft, a guide member for reversing only the release sheet to separate the adhesive label from the release sheet, and a winding shaft for winding the release sheet separated from the adhesive label. And the like, and the label pressing roller is arranged so as to project to the contact position with the winding shaft or to be retractable from the contact position.

Further, in the invention as set forth in claim 3, the adhesive label supply mechanism holds the front end of the strip-shaped sheet between the adhesive label supplied by the label pressing roller and the winding shaft, and fixes it. Is characterized by.

Further, in the invention according to claim 4, a plurality of the adhesive label supply mechanisms are arranged in the width direction of the strip-shaped sheet.

Further, in the invention according to claim 5, a transport carriage having an ascending / descending lift is disposed below the turret, and a predetermined amount of strip-shaped sheet is wound up, and the winding roll removed from the turret is taken up. It is characterized by accommodating.

Further, in the invention described in claim 6, a winding shaft supply device is arranged below the turret, and the winding shaft is sequentially supplied to the turret.

Further, in the invention described in claim 7, the turret is provided with a winding shaft chuck for rotatably and detachably supporting an end portion of the winding shaft.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION The present invention will be described in detail below with reference to the drawings showing one embodiment. FIG. 1 is a schematic front view of a turret type multi-axial winding device according to the present invention, and FIG. 2 is a front view of a main part of the turret type multi-axial winding device of the present invention.

Here, the multi-axis turret type winding device 10
Is a pair of left and right turrets 12 that can rotatably hold a plurality of winding shafts 11, an adhesive label supply mechanism 14 that supplies an adhesive label 13 that fixes the leading end of the belt-shaped sheet S to the winding shaft 11, and the belt-shaped. The touch roller mechanism 15 that comes into contact with the outer circumference of the winding shaft 11 on which the sheet S is wound, and the winding shaft 11
A predetermined amount of the strip-shaped sheet S is wound on the sheet, and a cutting mechanism 16 for cutting the rear end of the strip-shaped sheet S in the width direction; The sheet leading end feeding mechanism 18 is provided for guiding the leading end of the first belt-shaped sheet S to the winding shaft position.

An example of the strip-shaped sheet S is, for example, a thickness of 5
A polycarbonate film having a thickness of 0 to 500 μm and a thin film having a thickness of 0 to 60 μm for masking adhered thereto can be used. The masking form may be single-sided masking, double-sided masking, or no masking.

The turret 12 is provided with a winding shaft chuck 19 which rotatably and detachably supports the end portion of the winding shaft 11, and is supported so as to be rotatable around a central shaft 20. Further, the pair of left and right turrets 12 are connected by a stay 21 and rotate integrally. Further, the turret 12 has indexing grooves 12a arranged at intervals of 180 degrees, and the positioning roller 22 is placed in the indexing groove 12a.
Are arranged so as to project and retract by a cylinder 23. The positioning roller 2 is driven by driving the cylinder 23.
By inserting 2 into the indexing groove 12a, the turning of the turret 12 is prevented and the indexing position of the winding shaft 11 arranged in the turret 12 is determined. Further, the turret 12 is attached so that the guide roller 24 is along the stay 21, and guides the rear end of the belt-shaped sheet S to prevent the stay from contacting the stay 21 or the like.

FIG. 4 is an explanatory view showing the adhesive label supply mechanism 14 used in the multi-axis turret type winding device 10 of the present invention. Here, the adhesive label supply mechanism 14 is a holding unit that holds the wound body of the adhesive label 13 wound in a state of being temporarily attached to the release sheet 13a so as to be able to be pulled out, and when it is projected, A label pressing roller 26 provided at the front end so as to be able to contact the winding shaft 11, and a release sheet 13.
Only a is inverted and the adhesive label 13 is applied to the release sheet 13a.
And a winding shaft 28 for winding the release sheet 13a separated from the adhesive label 13. Further, the adhesive label 13 is wound in a state of being temporarily attached to the release sheet 13a as shown in FIG. The guide roller 29a is arranged at a position where the release sheet 13a is brought into contact with the guide member 27 at an acute angle. Further, the guide rollers 29b and 29c convey and drive the release sheet 13a at a predetermined speed to pull out the adhesive label 13 at a predetermined speed. This is because if the take-up shaft 28 is rotationally driven at a predetermined speed and the release sheet 13a is conveyed and driven, the drawing speed will increase as the take-up diameter increases. Further, the adhesive label supply mechanism 14 is attached to the main body of the apparatus so as to be rotatable about the rotating shaft 30, and is controlled to rotate by the drive cylinder 30a, and the label pressing roller 26 arranged at the tip end contacts the winding shaft 11. The movement is controlled between the contact position and the retracted position.

The touch roller mechanism 15 includes a touch roller 15a that is rotatably held at the tip of a support arm device 31 that can extend and contract in the vertical direction, and the support arm device 31 has a shaft 31.
The movable body 33 rotatably supported around a and the touch roller 15a held at the tip of the supporting arm device 31 thrust the winding roll R being wound into contact with a predetermined pressing force. The actuator 32 is provided. Further, the movable body 33 can be moved to the winding position approaching the winding shaft 11 and the retracting position from the winding position along the rail 35 by the action of the advancing / retreating drive mechanism 34, and the belt-shaped sheet S can be provided. It is possible to retreat from the winding shaft 11 in accordance with the winding thickness of the winding roll R during winding. Further, a tension detecting roller 36 for bridging the strip-shaped sheet S is arranged at the upper end of the movable body 33, and detects the tension of the strip-shaped sheet S supplied to the winding shaft 11.

The cutting mechanism 16 has a cutting portion 16a which can be moved forward and backward by a drive cylinder 37, and the cutting portion 16a has a nipping member having a flexible member 16b such as synthetic rubber at its tip. 16 c and a holder 39 having a cutting blade 38 slidably arranged on a rail 16 d arranged in the width direction of the belt-shaped sheet S. Further, the holder 39 is driven in the width direction of the belt-shaped sheet S by the driving means 40.

The sheet leading edge feeding mechanism 18 includes the arm 4
A sheet leading-end feeding roller 18a which is arranged at the leading end of the sheet 1 and is rotationally driven by a torque motor (not shown) at a predetermined torque, and a drive cylinder 43 which drives the arm 41 via a link mechanism 42. Further, the sheet leading edge feeding roller 18a may be synchronously driven so as to have the same peripheral speed as that of the feeding roller 60 arranged on the upstream side of the belt-shaped sheet S. Further, a receiving bar 44 is arranged at the tip of the arm 41, and the sheet leading edge feeding mechanism 1
When the sheet 8 is advanced, the strip-shaped sheet S can be held by coming into contact with the flexible member 16b of the cutting mechanism 16 which is similarly advanced as shown in FIG.

The take-up roll terminating mechanism 17 comprises an adhesive label supply mechanism 62 and a pressing roller 46. Here, the adhesive label supply mechanism 62 is configured in the same manner as the above-mentioned adhesive label supply mechanism 14, and is provided at the tip end with a holding portion 45 for holding the wound body of the wound adhesive label 13 so that it can be pulled out. Label pressing roller 61,
A guide member 47 for reversing only the release sheet 13a and separating the adhesive label 13 from the release sheet 13a, and a winding shaft 48 for winding the release sheet 13a separated from the adhesive label 13 are provided. In addition, the guide roller 49b,
The release sheet 13a is conveyed at a predetermined speed by 49c. Further, the adhesive label supply mechanism 62 is attached to the main body of the apparatus so as to be rotatable about the rotation shaft 50, and is controlled to rotate by the drive cylinder 50b. The pressing roller 46 is supported by a support arm 63 attached to the main body of the apparatus so as to be rotatable about a rotation shaft 50, and is rotationally controlled by a drive cylinder 50a.

The carrier vehicle 51 is arranged below the turret 12 and is movable on a rail 52. In addition, the carrier vehicle 51 is provided with an elevating lift 53, and the mounting table 53 attached to the top of the elevating lift 53.
A winding roll R, in which a predetermined amount of a belt-shaped sheet is wound, is accommodated in a. Further, the winding shaft 11 supplied from a winding shaft supply device 54 described later is supplied to the turret 12 from which the winding roll R is removed.

The winding shaft supply device 54 has a gently sloping supply base 55, and is sequentially supplied to the front take-out portion 55a by its own weight. In the take-out section 55a, when one winding shaft 11 is taken out, the next moving forward of the winding shaft is blocked and the arms 56 convey the winding shafts 11 one by one onto the mounting table 53a.

Next, the operation of the turret type multi-axis winding device configured as described above will be described. First of all, as shown in FIG.
It is mounted on the mounting table 53a of the lifting lift 53 that is lifted from the transport vehicle 51 (not shown), and is unloaded. On the other hand, a new winding shaft 11 is arranged at the winding position.

When the take-up roll R is wound up, the positioning roller 22 retracts from the index groove 12a, and then the turret 12 turns. When the turning of the turret 12 is completed, the positioning roller 22 moves the indexing groove 12a of the turret.
Is fitted and positioned. In FIG. 2, the adhesive label supply mechanism 14 moves forward, and the belt-shaped sheet S is sandwiched by the advanced sheet leading edge feeding roller 18a of the forward sheet leading edge feeding mechanism 18 and the touch roller 15a of the touch roller mechanism 15. Further, the cutting mechanism 16 is advanced to the cutting position.

FIG. 3 is an explanatory view showing a cutting mechanism used in the multi-axis turret type winding device. Here, the strip-shaped sheet S includes the sheet front end feeding roller 18a and the touch roller 1.
It is sandwiched between 5a and between the flexible member 16b arranged at the tip of the cutting mechanism 16 that has advanced and the receiving bar 44. When the take-up roll R is wound up, the touch roller mechanism 15 moves the touch roller 15a to the position shown in FIG. 3, and forms a pair with the advanced sheet leading edge feeding roller 18a to narrow the strip-shaped sheet S. In order to move the touch roller 15a to the position shown in FIG. 3, the support arm device 31 is contracted to raise the touch roller 15a, and the advancing / retreating drive mechanism 34 works to move the movable body 33 to the winding position at the winding position. Approach 11 In this state, the cutting blade 38 is moved along with the holder 39 along the rail 16d to move the cutting blade 3
The strip-shaped sheet S is cut in the width direction by 8.

FIG. 5 is an explanatory view showing a step of adhering the leading end of the strip-shaped sheet S of the multi-axis turret type winding device 10 of the present invention to the winding shaft 11. Here, the cutting mechanism 16 retracts,
The winding shaft 28 of the adhesive label supply mechanism 14 rotates, and the leading end of the adhesive label 13 is moved to the winding shaft 11 and the label pressing roller 26.
Supply during. Adhesive label 1 wound around the unwinding shaft 25
When 3 is pulled out by the take-up shaft 28, the adhesive label 13 attached to the release sheet 13a is transferred to the guide roller 2
The guide member 2 is guided to the tip by 9a.
When it is reversed at 7, it is peeled from the release sheet 13a.
At this time, the winding shaft 11 is rotated so that the peripheral speed of the winding shaft 11 matches the drawing speed of the adhesive label 13.

Further, as shown in FIG. 6, the tip of the adhesive label 13 delivered from the adhesive label supply mechanism 14 has the winding shaft 1
1 and the label pressing roller 26,
Attach to the outer circumference of 1. When the fixed amount of the adhesive label 13 is fed, the rotation of the label pressing roller 26 and the winding shaft 11 is stopped.

Next, as shown in FIG. 7, the sheet leading edge feeding roller 18a is driven to feed the leading edge of the belt-shaped sheet S,
It is inserted between the adhesive surface of the adhesive label 13 and the winding shaft 11. Further, as shown in FIG. 8, the winding shaft 11 is rotated and the label pressing roller 26 is rotated. Then, the rear end of the adhesive label 13 is attached to the front end of the belt-shaped sheet S from above. Then, the rotations of the adhesive label supply mechanism 14 and the winding shaft 11 are stopped, and the adhesive label supply mechanism 14 and the sheet leading edge feeding mechanism 18 are retracted to the retracted position. After retracting the adhesive label supply mechanism 14 and the sheet leading edge feeding mechanism 18, the support arm device 31 is extended as shown in FIG. 1 to move the movable body 33 downward without moving it forward, the same as the winding shaft 11. The actuator 32 can be placed at a height and pressed against the outer circumference of the winding shaft 11 by the action of the actuator 32. Further, the winding shaft 11 is rotated by a drive mechanism arranged on the turret 12 to start a winding operation. Further, the touch roller mechanism 15 is controlled by the advancing / retreating drive mechanism 34 so as to retract from the winding core 11 according to the winding weight of the winding roll R.

When the winding roll R wound up reaches the carry-out position as shown in FIG. 2, the drive cylinder 50a is operated to press the pressing roller 46 against the outer periphery of the winding roll R,
When the strip-shaped sheet is cut in this state, the winding shaft 11 is driven to rotate, whereby the cut portion of the strip-shaped sheet is wound up on the winding roll. In addition, the guide rollers 49b and 49c of the adhesive label supply mechanism 62 and the winding shaft 48 are operated to feed out the front end of the adhesive label, and the front end is moved to the guard member 4.
It is made to stand by in the state where it was peeled off from 7 and projected onto the label pressing roller 61. When the cut end of the belt-shaped sheet S reaches a predetermined position near the press roller 46 on the take-up roll, the drive cylinder 50b is operated to rotate the adhesive label supply mechanism 62 and rotate the label press roller at the leading end. Press 61 onto the take-up roll. At the same time, the guide rollers 49b and 49c and the take-up shaft 48 are operated to feed the adhesive label. Thereby, the front end of the adhesive label is attached to the end of the strip-shaped sheet, and the rear end of the adhesive label is attached to the take-up roll. Then drive cylinder 5
0a and 50b are operated in opposite directions to return the support arm 63 and the adhesive label supply mechanism 62 to the standby position.

As described above, the adhesive label 13 is
The strip-shaped sheet S is attached so as to cover the tip thereof from above (FIG. 9).
Therefore, even a strip-shaped sheet in which a thin film is closely adhered to a film having a rigidity can be wound around the winding shaft 11 without peeling off the thin film.

[0031]

Since the present invention has the above-mentioned structure,
The effects described below can be achieved.

According to the first aspect of the invention, a pair of left and right turrets capable of rotatably holding a plurality of winding shafts, and an adhesive label supply mechanism for supplying an adhesive label for fixing the leading end of the strip-shaped sheet to the winding shafts. And a touch roller mechanism that abuts the outer circumference of a winding shaft around which the band-shaped sheet is wound, and a rear end portion of the band-shaped sheet is cut in the width direction after a predetermined amount of the band-shaped sheet is wound around the winding shaft. A turret type multi-axis winding device having a cutting mechanism and a sheet front end feeding mechanism that guides the front end of the winding-start belt-shaped sheet to a winding shaft position,
In the adhesive label supply mechanism, one end of the adhesive label to be supplied is adhered to the winding shaft and the other end is adhered from above the strip-shaped sheet, so that a thin film is adhered to a film having rigidity to form a strip. Even a sheet can be wound without peeling.

According to the invention of claim 2, in addition to the invention of claim 1, the adhesive label supply mechanism is
A holding portion that holds the adhesive label wound in a state of being temporarily attached to the release sheet so that the label can be pulled out, a label pressing roller arranged so as to be able to contact the winding shaft when protruding, and only the release sheet. A guide member for reversing and separating the pressure-sensitive adhesive label from the release sheet and a winding shaft for winding the release sheet separated from the pressure-sensitive adhesive label are provided, and the label pressing roller projects to the contact position with the winding shaft, or Since the adhesive label is arranged so as to be retractable from the contact position, the adhesive label can be sequentially supplied to the leading end of the belt-shaped sheet S, and it can be retracted during the winding operation so that it does not interfere with the winding operation.

In addition, in the invention described in claim 3, in addition to the invention described in claim 1, the adhesive label supply mechanism comprises:
Since the end portion of the strip-shaped sheet is sandwiched and fixed between the adhesive label supplied by the label pressing roller and the winding shaft, a multilayer strip-shaped sheet in which a thin film is adhered to a film having rigidity is used. Even if there is, it can be wound without peeling.

In addition, in the invention described in claim 3, in addition to the invention described in claim 1, the adhesive label supply mechanism comprises:
Since the front end of the strip-shaped sheet is sandwiched and fixed between the adhesive label supplied by the label pressing roller and the winding shaft, even a multilayer strip-shaped sheet can be wound without peeling.

In addition, in the invention described in claim 4, in addition to the invention described in claim 1, the adhesive label supply mechanism comprises:
Since a plurality of strip-shaped sheets are arranged in the width direction, the amount of adhesive label used can be reduced.

In addition, in the invention described in claim 5, in addition to the invention described in claim 1, a transport carriage having an elevating lift is arranged below the turret, and a predetermined amount of strip-shaped sheet is wound up. Since the take-up roll removed from the turret is accommodated, the work for removing the take-up roll is facilitated and the efficiency of the take-up work can be improved.

Further, in the invention described in claim 6, in addition to the invention described in claim 1, below the turret,
Since the winding shaft supply device is provided and the winding shafts are sequentially supplied to the turret, the winding shafts can be efficiently supplied to the turret.

Further, in the invention described in claim 7, in addition to the invention described in claim 1, the turret is provided with a winding shaft chuck for rotatably and detachably supporting an end portion of the winding shaft. Therefore, the winding shaft can be surely attached and detached, and the working time can be significantly shortened.

[Brief description of drawings]

FIG. 1 is a schematic front view of a turret type multi-axis winding device according to the present invention.

FIG. 2 is a front view of a main part of the turret type multi-axis winding device.

FIG. 3 is an explanatory view showing a cutting mechanism used in the multi-axis turret type winding device.

FIG. 4 is an explanatory view showing an adhesive label supply mechanism used in the multi-axis turret type winding device.

FIG. 5 is an explanatory view showing a step of adhering the leading end of the belt-shaped sheet to the winding shaft of the multi-axis turret type winding device.

FIG. 6 is an explanatory view showing a step of adhering the leading end of the belt-shaped sheet to the winding shaft of the multi-axis turret type winding device.

FIG. 7 is an explanatory view showing a step of adhering the leading end of the belt-shaped sheet to the winding shaft of the multi-axis turret type winding device.

FIG. 8 is an explanatory view showing a step of adhering the leading end of the belt-shaped sheet to the winding shaft of the multi-axis turret type winding device.

FIG. 9 is an explanatory diagram showing a state in which the leading end portion of the strip-shaped sheet is attached by the turret type multi-axis winding device.

FIG. 10 is a perspective view showing a wound adhesive label used in the multi-axis turret type winding device of the present invention.

[Explanation of symbols]

R winding roll S band-shaped sheet 10 Multi-axis turret type winding device 11 reel 12 turrets 12a Indexing groove 13 Adhesive label 13a release sheet 14 Adhesive label supply mechanism 15 Touch roller mechanism 15a Touch roller 16 cutting mechanism 17 Winding roll end processing mechanism 18 Sheet leading edge feeding mechanism 18a Sheet leading edge feeding roller 19 reel chuck 20 central axis 21 stay 22 Positioning roller 23 cylinders 24 Guide roller 25 Unwinding shaft 26 Label holding roller 27 Guide member 28 winding shaft 29a-c Guide roller 30 rotation axis 31 Support arm device 32 actuators 33 Movable body 34 Forward / backward drive mechanism 35 rails 36 Tension detection roller 37 drive cylinder 38 cutting blade 39 holder 40 drive means 41 Arm 42 Link mechanism 43 Drive cylinder 44 Receiving bar 45 Holder 46 Pressing roller 47 Guide member 48 winding shaft 50 rotation axis 51 carrier 52 rails 53 Lifting lift 53a mounting table 54 reel supply device 55 supply stand 55a take-out section 56 arms

Continued front page    F-term (reference) 3F064 AA03 CA02 CB06 CB11 CC04                       DA01                 3F108 JA03

Claims (7)

[Claims] 1. A pair of left and right turrets capable of rotatably holding a plurality of winding shafts, and an adhesive label supply mechanism for supplying an adhesive label for fixing the leading end of a strip-shaped sheet to the winding shafts.
A touch roller mechanism that comes into contact with the outer circumference of a winding shaft around which the band-shaped sheet is wound, and a cutting mechanism that cuts the rear end portion of the band-shaped sheet in the width direction after a predetermined amount of the band-shaped sheet is wound around the winding shaft. A turret type multi-axis winding device having a sheet leading-end feeding mechanism that guides the leading end of the band-shaped sheet at the beginning of winding to the winding axis position, wherein the adhesive label supply mechanism winds one end of the adhesive label to be supplied. A turret type multi-axis winding device, characterized in that it is attached to a shaft and the other end is attached from above a strip-shaped sheet. 2. The pressure-sensitive adhesive label supply mechanism is arranged so as to be capable of pulling out a pressure-sensitive adhesive label wound in a state of being temporarily attached to a release sheet, and capable of contacting a winding shaft when protruding. A label pressing roller and a guide member for reversing only the release sheet and separating the adhesive label from the release sheet, and a winding shaft for winding the release sheet separated from the adhesive label, and the label pressing roller, 2. The turret type multi-axis winding device according to claim 1, wherein the turret type multi-axis winding device is arranged so as to project to the contact position with the winding shaft or to be retractable from the contact position. 3. The adhesive label supply mechanism sandwiches and fixes the leading end of the strip-shaped sheet between the adhesive label supplied by the label pressing roller and the winding shaft. The turret type multi-axis winding device described in. 4. The turret type multi-axis winding device according to claim 1, wherein a plurality of the adhesive label supply mechanisms are arranged in a width direction of the strip-shaped sheet. 5. A transport carriage having an elevating lift is disposed below the turret to wind a predetermined amount of belt-like sheets and accommodate the take-up roll removed from the turret. The turret type multi-axis winding device according to any one of 1 to 4. 6. The turret-type multi-machine according to claim 1, wherein a winding shaft supply device is arranged below the turret, and the winding shaft is sequentially supplied to the turret. Axial winding device. 7. The turret-type multiple turret according to claim 1, wherein the turret includes a winding shaft chuck that rotatably and detachably supports an end portion of the winding shaft. Axial winding device.