JPH0769499A - Conveyor system of paper roll - Google Patents

Abstract

PURPOSE:To provide a conveyor system that is able to automatically convey a paper roll, being delivered out of a reeler, to an unreel stand of a winder. CONSTITUTION:A transfer mount 30 to be tilted with a downgrade toward an unreel stand 11 and a transfer arm to deliver a paper roll A onto this transfer mount 30 from a reeler 1 both are installed in space between this reeler 1 and the unreel stand 11 of a winder 10. Plural pieces of stopper mechanisms 31 are installed in a transfer passage of the paper roll rolling along the transfer mount 30. In addition, a transfer arm 36, which delivers the paper roll rollingly moved up to a tip of the transfer mount 30, to the unreel stand 11, is installed as free of rocking motion. In succession, the paper roll delivered onto the transfer mount 30 from the reeler 1 is made to be rollingly move along a slope of the transfer mount 30, and the paper roll is shifted up to the tip of the transfer mount 30 as being stopped in order by operation of the stopper mechanism 31. Subsequently, the paper roll at the tip of the transfer mount 30 is delivered to the unreel stant 11 by means of rocking motion in the transfer arm 36.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a winding paper feeding device for feeding a winding paper formed by a reel device to an unreel stand of a winder.

[0002]

2. Description of the Related Art As shown in FIG.
The take-up roll R carried from the upper support rail 2 onto the lower support rail 3 is rotated by contact with the drive drum 4 to wind the continuous paper a. Further, when the winding diameter of the paper roll reaches a predetermined winding diameter, the continuous paper a is cut and the formed paper roll A is rolled along the inclination of the lower support rail 3 to the rail tip.

A paper roll A formed by the reel device 1.
Is normally conveyed and held on a support base 5 provided on the downstream side of the reel 1, and is set on the unreel stand 11 of the winder 10 from the support base 5.

Here, the winder 10 cuts the continuous paper a rewound from the winding paper A into a predetermined width dimension by a slitter device 12, and contacts the narrow continuous paper b with a pair of drive rolls 13 and 14. The core B is rotated by.

[0005]

By the way, in transporting the paper roll A sent from the reel device 1 onto the support base 5 and transporting the support paper 5 to the unreel stand 11 of the core winder 10, conventionally, a crane is used. Since the paper roll A is hung and transferred, it takes a lot of time and trouble to carry the paper, and there is a risk that it may fall during the transportation, which is dangerous.

[0006] An object of the present invention is to make it possible to automatically convey a paper roll and to save labor and improve safety.

[0007]

In order to solve the above-mentioned problems, according to the present invention, there is provided a reel device for forming continuous paper by winding continuous paper around a winding roll whose both ends are supported by a lower support rail. Between the winder and the unreel stand that supports the winding paper, transfer stands that support both ends of the winding roll are arranged in an inclined shape with a downward slope toward the unreel stand, and move on the transfer stand. A plurality of stopper mechanisms for stopping the paper roll on the transfer table are provided in the transport path of the roll paper, and the tip end of the lower support rail and the tip end of the transfer arm are rocked in the vertical direction and rocked in the upward direction. A structure is provided in which a transfer arm is provided to stop the paper roll in the motion stopped state and send the paper roll stopped by the downward swing to the transfer table and the unreel stand. It is adopted.

Here, instead of the inclined transfer base, a horizontal transfer base may be provided, and a feeding device for pressing and moving the paper roll fed on the transfer base toward the unreel stand may be provided. .

Further, in the transport device having the above-mentioned structure, the first raising / lowering means for vertically moving the pedestal capable of supporting the end portion of the winding roll of the winding paper and conveying the winding paper supported by the unreel stand upward when the winding roll is raised. The device, a holding device that holds the web that has been conveyed to the raised position by the first elevating device, the continuous paper that has been pulled out from the holding device is pressed against the web that is supported by the unreel stand, and is pre-bonded to the outer circumference of the web. Paster device for adhering to the double-sided adhesive tape, a cutter device for cutting the continuous paper after pressing the continuous paper, and a slope with a downward slope toward one end facing the holding device and the other end facing the reel device. A beam for supporting the roll arranged and a take-up roll with residual paper supported by the holding device are taken out onto the beam.
Of the take-up device, the stopper for stopping the take-up roll with residual paper at the other end of the beam, and the take-up roll with residual paper stopped by the stopper are taken out from the beam and moved down to the residual paper removing position. A second elevating device that conveys the removed take-up roll upward, and a second elevating device that takes out the take-up roll from the second elevating device to the upper support rail of the reel device at the upper stop position of the take-up roll.
May be provided.

Further, instead of the inclined beam, a horizontal beam may be attached, and a roll conveying device may be provided for moving the take-up roll with residual paper toward the reel device along the beam.

[0011]

According to the above construction, when the reel paper is sent out from the reel unit to the transfer table, the roll paper rolls along the inclination of the transfer table. The web is stopped on the transfer table by the operation of the stopper mechanism, and when there is no web on the downstream side, the stopper mechanism releases the stop. By releasing the stop, the web rolls and moves to the downstream side, and when the web rolls to the tip of the transfer table, the web comes into contact with the transfer arm and stops. The paper roll is mounted on the unreel stand by swinging the transfer arm downward.

In the transport device having the first elevating device, when the continuous paper is pulled out from the web on the unreel stand and the winding diameter becomes smaller, the web is conveyed upward by the first elevating device to the predetermined height. Is transported,
The holding device operates to hold the web.

In the holding state of the paper roll, the paster device is operated to press the continuous paper against the next paper roll mounted on the unreel stand, and to mount it on the double-sided tape previously attached to the next paper roll. After the continuous paper is bonded, the cutter device is activated to cut the continuous paper. The take-up roll with residual paper remaining on the holding device is taken out onto the beam by the first take-out device. The take-up roll with residual paper, which moves to the tip of the beam and stops, is then taken out from the beam by the second elevating device and conveyed downward, and the residual paper is removed at the lowered position.

The take-up roll from which the residual paper has been removed is conveyed upward and is sent out onto the upper support rail of the reel device by the second take-out device.

[0015]

Embodiments of the present invention will be described below with reference to the accompanying drawings.

As shown in FIG. 1, a winder 10 is provided on the downstream side of the reel device 1, and since the reel device 1 and the winder 10 are the same as those of the conventional device shown in FIG. The same reference numerals are given and the description is omitted.

FIG. 2 shows details of the take-up roll R. This winding roll R has a pair of roll shafts 20 at both ends,
A bearing housing 21 with a groove is rotatably attached to the roll shaft 20. Reference numeral 22 denotes a groove of the bearing housing 21. Further, a drum 23 that also serves as a coupling is fixed to the end of the roll shaft 20.

Each of the lower support rail 3 and the upper support rail 2 of the reel device 1 shown in FIG.
The groove 22 of the bearing housing 21 is supported.

At one end of the lower support rail 3, one end of a transfer arm 6 as a feeding device is swingably supported. The transfer arm 6 is swung by the operation of the cylinder 7.

The web A that rolls along the inclination of the lower support rail 3 is stopped and held by the transfer arm 6 standing on the lower support rail 3. At this time, the projecting piece 6a provided at one end of the transfer arm 6 is attached to the take-up roll R.
Of the transfer arm 6 facing the lower part of the bearing housing 21 of
Is swung, and the transfer arm 6 is extended to the lower support rail 3 to be in the forward and downward inclined state, whereby the web A is discharged from the lower support rail 3.

On the front side of the reel device 1, a winding roll R
A transfer table 30 that supports the bearing housing 21 is provided. The transfer table 30 extends long toward the winder 10,
The tip thereof is close to the unreel stand 11 of the winder 10.

The transfer table 30 is inclined with a downward slope toward the front end, and when the web A is fed onto the transfer table 30, the web A rolls along the inclination of the transfer table 30.

A plurality of stopper mechanisms 31 for stopping and transferring the web A on the transfer table 30 are provided in the transfer path of the web A moving along the transfer table 30 at intervals larger than the winding diameter of the web A. ing.

The stopper mechanism 30 is shown in FIGS.
, The stopper arm 3 is provided on the outer surface of the transfer table 30.
2 is rotatably attached in the middle thereof, and its stopper arm 32
A forked piece 33 engageable with the bearing housing 21 of the take-up roll R is formed at one end of the cylinder, and a cylinder 34 is connected to the other end of the stopper arm 32.

The stopper mechanism 31 stops the web A by the engagement of the bearing housing 21 with the forked piece 33 of the stopper arm 32, and the cylinder 34 causes the stopper arm 3 to move.
By pushing the other end of 2 toward the reel 1, the stopper arm 32 is swung to release the stop of the web A, and the web A is transferred.

The winding paper A stopped and held by the most advanced stopper mechanism 31 is rotated by a rotating device (not shown). A tape sticking machine 35 for sticking a double-sided tape to the terminal surface of the paper roll A is provided on the paper roll A rotated by the rotating device.

Paper roll A that has moved to the front end of the transfer table 30.
Is mounted on the unreel stand 11 of the winder 10 by the action of the feeding device 36.

The delivery device 36 is shown in FIGS. 4 (a) and 4 (b).
As shown by, one end of the transfer arm 37 is swingably attached to the tip of the transfer table 30, a bent portion 38 is provided at the other end of the transfer arm 37, and the transfer arm 37 is actuated by the cylinder 39. I try to rock it.

The delivery device 36 includes a transfer arm 37.
In the state where the bent portion 38 of the
The winding paper A is stopped by the engagement between the bent portion 38 and the roll shaft 20 of the take-up roll R, and the roll shaft 20 supported by the bent portion 38 is moved by the unreel stand 11 of the transfer arm 37 swinging to the side. The unreel stand 11 is fed onto the forked portion 11a.

The winding paper A supported by the unreel stand 11 is guided to the winder 10 and the narrow winding operation is started. When the production of the predetermined winding is completed, the winding roll R with the residual paper is conveyed upward by the first elevating device 40. The first lifting device 40 is shown in FIG.
As shown in (b), the pedestal 43 is attached to the endless chain 42 spanned between the upper and lower sprockets 41, and the pedestal 43 is moved up and down by the movement of the chain 42.

The first elevating device 40 raises the pedestal 43 from the lower limit stop position, and the roll shaft 2 of the take-up roll R with residual paper supported by the reel stand 11 on the pedestal 43.
The brake drum 23 of 0 is supported and is conveyed upward.

The first elevating device 40 is not limited to the one shown in the drawing, but the pedestal may be moved up and down by the rotation of the screw rod, for example.

A holding device 50 for holding the take-up roll R with residual paper is provided above the transfer path of the take-up roll R with residual paper which is conveyed upward by the first elevating device 40. As shown in FIGS. 4A and 4B, the holding device 50 swingably supports an upper portion of a support arm 51 with a shaft 52, and a hook piece 53 is provided below the support arm 51.
This support arm 51 is driven by a cylinder 54 so that a shaft 52
It is designed to swing around.

In the holding device 50, when the take-up roll R with residual paper is carried to the upper limit stop position by the first elevating device 40, the cylinder 54 operates to swing the support arm 51, and the support arm 51 moves. The hook piece 53 is engaged with the groove 22 of the grooved roller 21 to take out the take-up roll R with residual paper above the receiving base 43 of the first elevating device 40.

In the transfer path of the continuous paper a fed from the take-up roll R with residual paper supported by the supporting arm 51 of the holding device 50, the continuous paper a is fed to the unreel stand 1.
A paster device 60 for pressing the next paper A to be held at 1 and a cutter device 61 for cutting the continuous paper a are provided.

When the continuous paper a is cut by the cutter device 61, the take-up roll R with residual paper remains on the holding device 50, and the take-up roll R is placed on the transfer table 30 by the operation of the take-out device 70. It is taken out on the provided beam 71.

The take-out device 70, as shown in FIG.
One end of the take-out arm 72 is swingably attached to one end of the beam 71, and the other end of the take-out arm 72 is engaged with the bending shaft 73 of the roll shaft 20 of the winding roll R.
Is provided, and the take-out arm 72 is swung upward by the operation of the cylinder 74 to move the beam 7 from the support arm 51.
The take-up roll R is carried on top of the roll 1.

The beam 71 extends long toward the reel 1. Further, the beam 71 is inclined with a downward slope toward the reel 1, and a stopper piece 75 for stopping the take-up roll R with a residual paper is provided at the tip thereof.

A plurality of stopper mechanisms 76 for stopping the take-up roll R with residual paper on the beam 71 are provided in the transfer path of the take-up roll R with residual paper that rolls along the beam 71.

The stopper mechanism 76 is attached to the outer surface of the beam 71 so that the middle of the stopper arm 77 can swing, and the take-up roll R with residual paper is attached to one end of the stopper arm 77.
A forked roll 78 provided with a bifurcated piece 78 that can be engaged with the bearing housing 21 of FIG. 1, and the stopper arm 77 is swung by the operation of a cylinder 79 connected to the other end to roll on the beam 71. R bearing housing 21
The forked piece 78 is disengaged.

The take-up roll R with residual paper stopped at the tip of the beam 71 is taken out of the beam 71 by the second lifting device 80.

The second lifting device 80, as shown in FIG.
A bearing 83 capable of supporting the drum 23 of the take-up roll R is attached to an endless chain 82 spanned between the upper and lower sprockets 81, and the drum support surface 84 of the bearing 83 is inclined with a downward slope toward the reel 1. By raising the bearing 83, the take-up roll R with residual paper is lifted from above the beam 71, and the take-up roll R with residual paper is moved to the rear end of the bearing 83 along the inclination of the drum support surface 84. There is.

The second elevating device 80 is not limited to the one shown in the drawing, but may be one in which the bearing 83 is moved up and down by the rotation of a screw rod, for example.

A stand 90 for supporting the roll shaft 20 of the take-up roll R is provided below the hoistway of the bearing 83 of the second elevating device 80, and the take-up roll R with residual paper supported by the bearing 83 is As the bearing 83 descends, it is sent onto the stand 90 and the remaining paper is removed.

The winding roll R on the stand 90 is lifted up to the position of the upper support rail 2 of the reel 1 by the rising of the bearing 83 of the second elevating device 80 after the end of the residual paper processing. The take-up roll R on the bearing 83 is the take-out device 1
By the operation of 00, it is conveyed from the bearing 83 onto the upper support rail 2 of the reel 1.

In the take-out device 100, as shown in FIG. 7, the end of the transfer arm 101 capable of supporting the roll shaft 21 of the winding roll R is swingably attached to the end of the upper support rail 2 and the transfer thereof is performed. The winding roll R on the bearing 83 is caused by swinging the arm 101 upward by the operation of the cylinder 102.
Are sent to the upper support rail 2 of the winder 1.

The automatic paper feeding apparatus of the embodiment has the above structure, and its operation will be described below.

When the winding paper A is sent out along the lower support rail 3 of the reel device 1, the winding paper A comes into contact with the transfer arm 6 standing on the lower support rail 3 and stops.

When the web A stops, the transfer arm 6 swings by the operation of the cylinder 7 and extends to the transfer table 30 as shown in FIG. 3, and the web A rolls and moves on the transfer arm 6. And is sent to the transfer table 30.

When the web A moves to the transfer table 30, the transfer arm 6 is swung upward to stop the next web A.

Since the transfer table 30 is inclined with a downward slope toward the winder 10, the paper roll A is transferred to the transfer table 3
Rolls along a slope of 0.

At this time, the stopper arm 32 of the stopper mechanism 31 is in a state in which the forked piece 33 can be engaged with the bearing housing 21 of the take-up roll R, and the web A is the engagement of the bearing housing 21 with the forked piece 33. It is stopped and held depending on the combination.

In the stopped state of the web A as described above, when the web A is not stopped and held by the stopper mechanism 31 provided on the downstream side, the stopper arm 32 is provided.
The paper roll A is sent to the downstream side by the swinging of. On the other hand, when the web A is stopped and held by the downstream stopper mechanism 31, the stopper arm 32 holds the web A in a stopped state, and the web A is stopped and held by the downstream stopper mechanism 31. When the paper is sent out to the winder 10, the paper A is sent out toward the next stopper mechanism 31.

Therefore, as many webs A as the stopper mechanisms 31 can be stocked on the transfer table 30.

The paper roll A stopped and held by the stopper mechanism 31 located at the tip of the transfer table 30 is rotated by a rotating device (not shown), and its end is attached to the tape sticking machine 3.
When it faces 5, the rotation of the web A is stopped, and at the same time, the tape sticking machine 35 is operated to attach the double-sided adhesive tape to the end surface of the paper A.

When there is no web A on the unreel stand 11 of the winder 10, the stopper mechanism 31 at the tip of the transfer table 30 releases the web A from being held. By releasing the holding, the web A rolls and moves to the tip of the transfer table 30.

At this time, as shown in FIG. 4A, the transfer arm 37 of the delivery device 36 is in a state in which the bent portion 38 at the tip thereof projects onto the transfer table 30, and is fed to the tip of the transfer table 30. The rolled paper A is a bent portion 38 of the transfer arm 37.
When the unreel stand 11 is brought into contact with the unreel stand 11, the unreel stand 11 faces the forked portion 11a.

When the paper roll A is fed onto the transfer arm 37, the transfer arm 37 swings downward, and the paper roll A is fed onto the unreel stand 11 by the swing. At the time of feeding, the pedestal 43 of the first elevating device 40 is at the lower limit position.

Here, when the continuous paper a is first fed to the unreel stand 11, the continuous paper a is wound up by the winder 10 and the predetermined work is completed, and the winding roll R with the remaining paper is obtained. It is lifted by the pedestal 43 and stopped and held at a predetermined position. The take-up roll R with residual paper on the receiving table 43 is then supported by the support arm 51 by swinging the support arm 51 of the holding device 50. When the support arm 51 supports the take-up roll R with residual paper, The pedestal 43 descends.
When the receiving table 43 is lowered to the lowered position and stopped, the next paper roll A is fed to the unreel stand 11 as described above.

When the unroll stand 11 supports the web A, as shown in FIG. 5, the paster device 60 is operated and the continuous paper a joined to the winder 10 is transferred to the web A on the unreel stand 11. Press down.

The continuous paper a is adhered to a double-sided adhesive tape provided on the outer periphery of the winding paper A, the continuous paper a and the end of the winding paper A are connected, and the continuous paper a is moved to move from the winding paper A on the unreel stand 11. When the continuous paper a is pulled out, the cutter device 61 operates to cut the continuous paper a.

The take-up roll R with residual paper remaining on the support arm 51 of the holding device 50 is sent out onto the beam 71 by the upward swing of the take-out arm 72 of the take-out device 70, as shown in FIG. On the other hand, the paper roll A supported by the unreel stand 11 is rewound.

As described above, the winding paper A delivered from the reel device 1 is automatically supplied to the winder 10.

The take-up roll R with residual paper taken out on the beam 71 moves along the inclination of the beam 71 and is stopped on the beam 71 by the operation of the stopper mechanism 76, and the stopper mechanism on the downstream side thereof. If the take-up roll R with residual paper is not stopped by 76, the take-up roll R is conveyed sequentially to the downstream side.

When the take-up roll R with residual paper is moved to the tip of the beam 71 and stopped by the contact with the stopper piece 75, the second lifting device 80 is moved.
The bearing 83 moves upward and takes out the take-up roll R with residual paper from the beam 71.

At this time, since the drum supporting surface 84 of the bearing 83 is inclined with a downward slope toward the reel device 1, the take-up roll R with the residual paper taken out on the bearing 83 is taken.
Moves to the rear end of the bearing 83, as shown by the chain line in FIG.

When the take-up roll R with residual paper is supported by the bearing 83, the bearing 83 descends, and the stand 90 supports the take-up roll R with residual paper before the bearing 83 reaches the lower limit stop position. It

The remaining paper of the take-up roll R with remaining paper is removed from the take-up roll R on the stand 90. When the remaining paper is completely removed, the bearing 83 of the second elevating device 80 rises to remove the take-up roll R from the stand 90. When the bearing 83 rises to the position of the upper support rail 2 of the reel device 1 and stops, the transfer arm 101 of the take-out device 100 shown in FIG. 7 swings upward to move the take-up roll R on the bearing 83 to the upper support rail. Send it up to 2.

As described above, the empty take-up roll R is returned onto the upper support rail 2 of the reel device 1, and the take-up roll R of the upper support rail 2 is such that the web A on the lower support rail 3 is removed. Each time it is discharged, it is supplied onto the lower support rail 3.

8 to 12 show another embodiment of the carrying device according to the present invention. As shown in FIG. 8, the transfer table 30 provided between the lower support rail 3 of the reel device 1 and the unreel stand 11 of the winder 10 is arranged horizontally, and the web A is stopped on the inner surface of the transfer table 30. A plurality of stopper mechanisms 31 are provided in the length direction of the transfer table 30 at intervals larger than the winding diameter of the paper roll A.

As shown in FIG. 10, the stopper mechanism 31 includes a stopper arm 1 via a pin 110 on the transfer table 30.
11 a swingable attachment in the middle of the stopper arm 1
The stopper arm 111 is swung by the operation of a cylinder 112 connected to one end of
The web A is stopped in a state where the other end of the stopper arm 111 projects above the upper side of the transfer table 30.

Further, the feeding device 12 for moving the paper roll A fed onto the transfer table 30 toward the tip of the transfer table 30.
0 is provided.

As shown in FIGS. 9 and 10, the feeding device 120 includes a rail 12 fixed to the outer surface of the transfer table 30.
1, a screw rod 123 is screw-engaged with a nut member 122 that is movably provided along a line 1, and a pin 125 is attached to the middle of the L-shaped push claw 124 provided on the upper surface of the nut member 122.
The weight 126 is suspended from one end of the pressing claw 124 so that the other end of the pressing claw 124 projects above the upper surface of the transfer table 30.

The feeding device 120 moves the nut member 122 in the axial direction by the rotation of the screw rod 123, and when the nut member 122 moves forward toward the winder 10,
The other end of the push claw 124 presses the bearing housing 21 of the paper roll A fed onto the transfer table 30 to move the paper roll A toward the winder 10.

Further, the nut member 122 is the reel device 10.
When it moves backward toward the bearing housing 21, the push claw 124 is swung toward the winder 10 side by the contact with the bearing housing 21 so that the nut member 122 can pass under the bearing housing 21.

The paper roll A conveyed to the tip of the transfer table 30 by the feeding device 120 is mounted on the unreel stand 11 of the winder 10 by the operation of the transfer arm 36.

The winding paper A supported by the unreel stand 11 is pulled out by the winder 10 and the narrow winding operation is started. When the production of the predetermined winding is completed, the winding paper A on the unreel stand 11 is moved to the first lifting device 40.
When it is supported by the pedestal 43 and conveyed upward, and when it is conveyed to a predetermined height, it is supported by the support arm 51 of the holding device 50.

The rolled paper A is spliced to the next rolled paper A fed onto the unreel stand 11 on the support arm 51. After the paper is spliced, when the continuous paper a is cut by the cutter device 61, the take-up roll R with residual paper on the support arm 51 is taken out by the take-out device 70 onto the horizontal beam 71.

On the outside of the beam 71, there is provided a roll conveying device 130 for conveying the take-up roll R with residual paper taken out onto the beam 71 toward the tip of the beam 71.

The roll transport device 130 spans a chain 132 between a pair of sprockets 131 attached to the front and rear ends of the beam 71, and the pusher 1 is attached to the chain 132.
The bearing housing 2 in which 33 is attached and is attached to the roll shaft 20 of the take-up roll R by the movement of the pusher 133.
I try to press 1.

As shown in FIG. 11, a support arm 140 is attached to the tip of the beam 71, and a stopper piece 141 is provided at the tip of the support arm 140.
The take-up roll R with residual paper, which is transported by the roll transport device 130, is transported to a position where it comes into contact with the stopper piece 141 and is supported by the support arm 140.

The support arm 140 is slidably supported along a guide groove 142 formed on the inner surface of the beam 71, and is moved back and forth with respect to the reel device 1 by rotation of a screw rod 144 driven by a motor 143. It

The take-up roll R with residual paper, which has been conveyed to the tip of the support arm 140, is conveyed toward the reel device 1 by the forward movement of the support arm 140.

The take-up roll R with remaining paper at the tip of the support arm 140 is taken out from the support arm 140 by the second lifting device 150.

In the second lifting device 150, a chain 152 is spanned between a pair of upper and lower sprockets 151, and a bearing 153 is attached to the chain 152. Support arm 1
The take-up roll R with residual paper on 40 is removed from the support arm 140 by the ascent of the bearing 153, and when the take-up roll R with residual paper is supported by the bearing 153, the support arm 140 moves backward.

When the support arm 140 retreats to a predetermined position and stops, the bearing 153 of the second elevating device 150 descends, and at the descending stop position, the residual paper remaining on the winding roll R is pulled out from the winding roll R. .

The second lifting device 150 may be one in which the bearing 153 is moved up and down by the rotation of the screw rod.

When the residual paper is removed, the bearing 153 rises, and the bearing 153 moves above the upper support rail 2 of the reel device 1.
When it rises to the same height as and stops, the removal device 10
The transfer arm 101 of 0 swings upward to take out the winding roll R on the bearing 153 onto the upper support rail 2.

The upper support rail 2 has a feeding device 1 for moving the winding roll R rearward along the upper support rail 2.
60 is provided.

In the feeding device 160, one sprocket 161 is attached to the front and rear ends of the upper support rail 2, and a push claw 163 is attached to a chain 162 that spans between the pair of sprockets 161. The winding roll R fed onto the support rail 2 is pushed.

In the embodiment having the above-described structure, since the transfer table 30 is provided with the feeding device 120, the web A fed from the reel 1 onto the transfer table 30 is directed toward the unreel stand 11 of the winder 10. It can be moved reliably. Further, since the transfer table 30 is horizontal, the impact force when the web A hits the stopper arm 32 and is stopped is smaller than that when the web is rolled and moved along the inclination of the transfer table. 32
It can be effective in preventing damage to the.

The roll 71 is attached to the beam 71.
By providing, the take-up roll R with residual paper fed onto the beam 71 can be reliably moved toward the reel device 10 side.

Further, the support arm 140 is slidably attached to the tip of the beam 71, and the support arm 140
By receiving the upper take-up roll R with residual paper by the bearing 153 of the second elevating device 150 and lowering it, the remaining paper of the take-up roll R is removed in the state where the lowering is stopped,
The stand 90 shown in FIG. 1 can be omitted, and a passage through which a worker can pass can be secured between the lower support rail 3 of the reel device 1 and the transfer table 30.

[0094]

Since the present invention is configured as described above, it has the following effects.

According to the first aspect of the invention, between the reel device and the unreel stand of the winder, there is a transfer table that inclines with a downward slope toward the winder, and a transfer arm that sends the paper roll from the reel device onto the transfer table. And a transfer arm for sending the paper roll that stops at the tip of the transfer table to the unreel stand are provided, so that the paper roll sent out from the reel device can be automatically conveyed to the unreel stand of the winder. It has a great effect on humanization and improvement of safety.

Further, since a plurality of stopper mechanisms for stopping the winding paper are provided on the transfer table, the same number of winding papers as the stopper mechanism can be held on the transfer table, and even if the winder stops due to maintenance or the like, the reels can be stopped. The winding operation can be continued as the operating state.

According to the second and third aspects of the present invention, the transfer table is horizontal, and the feed mechanism for moving the web along the transfer table is provided. Therefore, the web is twisted right and left along the transfer table. It can be surely moved without causing.

In the inventions according to claims 4 and 5, the first elevating device conveys the paper roll on the unreel stand upward, the paper roll is supported by the holding device, and the continuous paper is continuously fed out. After cutting the continuous paper, the take-up device takes out the take-up roll with residual paper on the beam, and the take-up roll with residual paper moved to the tip of the beam is lowered by the second elevating device to remove the residual paper, After removing the residual paper, the take-up roll is raised and then sent to the upper support rail of the reel device by the take-out device, so that the take-up roll can be automatically collected, which is a great effect on labor saving. be able to.

[Brief description of drawings]

FIG. 1 is a schematic view showing an embodiment of a carrying device according to the present invention.

FIG. 2 is a partially cutaway sectional view of a winding roll.

FIG. 3 (a) is a diagram showing a state in which the paper roll is fed out, and FIG. 3 (b) is a sectional view taken along line III-III of (a).

FIG. 4A is a diagram showing a state immediately before mounting the paper roll on the unreel stand, and FIG. 4B is a sectional view taken along line IV-IV of FIG.

FIG. 5A is a diagram showing a spliced state, and FIG. 5B is a.
Sectional view taken along line VV of FIG.

FIG. 6A is a diagram showing a state where a take-up roll with residual paper is taken out onto a beam, and FIG. 6B is a sectional view taken along line VI-VI.

FIG. 7A is a cross-sectional view of the take-up roll with residual paper taken out from the beam onto the stand, and FIG. 7B is a cross-sectional view of FIG.
Sectional view along line VII-VII

FIG. 8 is a schematic view showing the other side of the transfer device according to the present invention.

FIG. 9A is a diagram showing a state in which the roll paper is being fed out,
(B) is a cross-sectional view taken along the line IX-IX in (A).

FIG. 10A is a diagram showing the above-mentioned feeding device, and FIG. 10B is a sectional view taken along line XX of FIG.

FIG. 11A is an enlarged view showing the beam tip portion of the above.
(B) is a plan view, (C) is a sectional view taken along line XI-XI of (A).

FIG. 12A is a front view of the take-up roll with residual paper taken out from the tip of the beam, and FIG. 12B is XI of FIG.
A cross-sectional view taken along the line I-XII, (C) is XIII-XI of (A).
Sectional view along line II

FIG. 13 is a schematic view showing a conventional transfer device.

[Explanation of symbols]

 R winding roll a continuous paper A winding paper 1 reel device 6 transfer arm 10 winder 11 unreel stand 30 transfer table 31 stopper mechanism 36 transfer arm 40 first lifting device 43 cradle 50 holding device 60 paste device 61 cutter device 70 take-out device 71 Beam 75 Stopper Piece 80 Second Lifting Device 100 Extracting Device 111 Stopper Arm 120 Feeding Device 122 Nut Member 123 Screw Rod 124 Pushing Claw 130 Roll Conveying Device 150 Second Lifting Device 153 Bearing

Claims (5)

[Claims] 1. A winding device between a reel device for winding a continuous paper on a winding roll whose both ends are supported by a lower support rail to form a winding paper, and an unreel stand for supporting the winding paper of a winder. A plurality of transfer stands that support both ends of the roll are arranged in an inclined shape with a downward slope toward the unreel stand, and a plurality of paper rolls that stop on the transfer stand are provided in a paper feed path that moves on the transfer stand. A stopper mechanism is provided. The lower support rail tip end and the transfer base tip end are swung in the vertical direction, and the web is stopped when the upward swing is stopped, and the stopped state is caused by the downward swing. A roll paper feeding device provided with a transfer arm for feeding the taken roll paper onto a transfer stand and an unreel stand. 2. The paper roll transporting device according to claim 1, wherein a horizontal transfer stand is provided in place of the inclined transfer stand, and the paper roll fed on the transfer stand is directed toward the unreel stand. A roll paper feeding device provided with a feeding device for pressing and moving. 3. A screw rod, wherein the feeding device extends in a length direction of a transfer table, both ends of which are rotatably supported by the transfer table, a nut member screw-engaged with the screw bar, and The roll paper conveying device according to claim 2, further comprising: a push claw for pressing the roll, which is supported by the nut member so as to be able to fall forward from the standing state and to which a restoring rotational force in the standing direction is applied. 4. A first elevating device for vertically moving a pedestal capable of supporting an end portion of the winding roll of the winding paper, and for conveying the winding paper supported by an unreel stand upward when the ascent, and a first elevating device thereof. The holding device that holds the web that has been transported to the raised position by the, and the continuous paper that has been pulled out from the holding device is pressed against the outer circumference of the web that is supported by the unreel stand to form a double-sided tape that is pre-bonded to the outer circumference of the web. A paster device for adhering, a cutter device for cutting the continuous paper after pressing the continuous paper, and a roll support in which one end faces the holding device and is inclined with a downward slope toward the other end facing the reel device. Beam for
A first take-out device that takes out the take-up roll with residual paper supported by the holding device onto the beam, a stopper that stops the take-up roll with residual paper at the other end of the beam, and a residual that is stopped by the stopper. The take-up roll with paper is taken out from the beam, lowered to the residual paper removing position, and the take-up roll after removing the residual paper is conveyed upward.
3. The winding paper according to claim 1, further comprising an elevating device and a second take-out device that takes out the take-up roll from the second elevating device onto the upper support rail of the reel device at the upper stop position of the take-up roll. Transport device. 5. The winding paper transport device according to claim 4, wherein a horizontal beam is attached instead of the inclined beam, and the take-up roll with residual paper is moved toward the reel device along the beam. A roll paper transport device provided with a roll transport device.