KR20050001045A - Winder of corrugated paper and winding method of the same - Google Patents

Abstract

PURPOSE: A corrugated cardboard take-up device and a method are provided to shorten the time for producing a rolled paper tube by automatizing a process for plastering an adhesive agent on a corrugated cardboard and taking up the cardboard. CONSTITUTION: A corrugated cardboard take-up device is composed of a sizing unit for coating an adhesive agent over a corrugated cardboard; a feeding unit for guiding the corrugated cardboard; a winding unit for taking up the guided corrugated cardboard as a corrugated cardboard rolled paper tube of the desirable diameter; and a cutting unit for cutting the corrugated cardboard in a width direction when the corrugated cardboard is wound completely into the corrugated cardboard rolled paper tube by the winding unit. The sizing unit, the feeding unit, the winding unit, and the cutting unit are installed on a plurality of support plates(10a,10b) which set up vertically.

Description

Corrugated paper winding machine and winding method {WINDER OF CORRUGATED PAPER AND WINDING METHOD OF THE SAME}

The present invention relates to a corrugated cardboard winding machine and a winding method, and more particularly, to a corrugated cardboard winding machine and a winding method for manufacturing a corrugated cardboard roll for packaging buffer material.

Packaging buffers are generally used to protect products from climate change, such as external shocks or moisture, which can be applied to them during product movement or storage after the product is finished.

Packaging cushions should be light and have excellent processability and cushioning properties to protect the goods to be transported. Therefore, a lot of recently used styrofoam with low weight and excellent processability and buffering property is used for product packaging.

In addition, a foamed vinyl wrapping paper having a plurality of air layers closely formed as a packaging cushion is used to wrap the product to protect the product from impact or moisture from the outside.

However, since each of the packaging buffer material is a material that does not decompose well in its natural state, it is recommended to reduce production and use from each country due to the non-environmental nature in the trend of increasing interest in recent years. Therefore, there is an urgent need for a new packaging material to replace the above-described packaging cushioning material.

In other words, the above-described packaging buffer material is a unique characteristic of synthetic resin, difficult to dispose and recycle, and has a problem of high manufacturing and molding cost, so that the packaging buffer using corrugated cardboard to efficiently replace the problem of the packaging buffer of synthetic resin It is utilized.

Corrugated cardboard structure is interwoven with corrugated cores interleaved with sine or non-signature between upper and lower base sheets of paper, and is very light overall, environmentally friendly, and recycled after use. It is obvious that this is a viable alternative to the synthetic resin packaging material.

As an example of the method of manufacturing such a corrugated cardboard and the packaging material manufactured, Korean Patent Application No. 2001-19672 improves the property of alleviating impact by single-sided or laminated sheet and multiple lamination of the corrugated cardboard, Corrugated cardboard manufacturing method and corrugated cardboard packaging material to maintain the same strength as a sinusoidal laminated sheet without being crimped as badly as flat without being crumpled or inclined in shape or being sold as the final product of the packaging material Providing.

In Korea Patent Application No. 2001-38695, it is possible to manufacture a wide variety of sizes, thicknesses, widths and shapes freely in a short time according to the characteristics of the desired product, freely curved or edged processing with excellent buffering and easy processing, and beautiful appearance And, the configuration is disclosed to significantly increase the stability of the embedded product.

In addition, in Korean Patent Application No. 194-28178, the incision grooves are repeatedly cut in the longitudinal direction on the surface of the cardboard having a certain strength, and then these incisions are bent to protrude to a constant height in the vertical direction and the shape is fixed on the surface. And laminating the surface protective sheet so as to maintain a soft surface, to obtain a high-strength buffer pad, and then winding the buffer pad in a roll state again, processing it in a predetermined form, and then applying it to the package from the outside. Disclosed are a high-strength shock absorber molding apparatus and a method of increasing shock absorbing effect that can effectively absorb shock and preserve the packaged contents more safely.

However, the methods of manufacturing the corrugated paper rolls as described above are the first and second disclosures of manually making the corrugated paper rolls, and forming the rolled paper pipes to manufacture the packing buffer to produce the corrugated paper rolls. Since it is manufactured using manual work, it has a problem of slow working speed and a lot of labor for workers.

And the third disclosed invention does not effectively correspond to the production of corrugated paper rolls of various diameters, it is inconvenient to manufacture a rolled paper tubes of different diameters only by replacing the mandrel for each diameter.

The present invention has been made to solve the above conventional problems, to provide a corrugated cardboard winding machine that can be automatically processed until the adhesive coated on the corrugated cardboard.

In another aspect, the present invention is to provide a corrugated cardboard winding machine that can produce a roll branch pipe of various diameters.

In addition, the present invention is to provide a corrugated cardboard winding method that can be automatically processed until the adhesive coated on the corrugated cardboard.

In addition, the present invention is to provide a corrugated cardboard winding method that can produce a roll branch pipe of various diameters.

1 is a block diagram showing a cardboard winder according to the present invention,

2 is a perspective view schematically showing a cardboard winder according to the present invention,

Figure 3 is a side view showing the arc of the corrugated cardboard winding machine according to the present invention,

Figure 4 is a perspective view showing a feeding device of the corrugated cardboard winding machine according to the present invention,

5 is a side view showing for explaining the operation of the feeding device,

6 is a perspective view showing a winding device of the corrugated cardboard winding machine according to the present invention,

7 is a front view illustrating the link mechanism of the winding apparatus;

8 is a conceptual diagram showing for explaining the fine operation of the link mechanism;

9 is a front view showing a cutting device of the corrugated cardboard winding machine according to the present invention,

10 is a flowchart illustrating a corrugated cardboard winding process according to the present invention.

Explanation of symbols on the main parts of the drawings

100: call device 200: feeding device

300: winding device 400: cutting device

500: control unit

Corrugated cardboard winding apparatus of the present invention for achieving the technical problem as described above is configured to be wound into a corrugated cardboard roll of the desired diameter, the arcing device for applying an adhesive to the corrugated cardboard, the feeding device for guiding the corrugated cardboard, the desired diameter A winding device, and a cutting device for cutting the cardboard in the width direction when the corrugated cardboard is completely wound into the corrugated cardboard roll by the winding device.

And the corrugated cardboard winding method of the present invention, in the winding method of winding up the cardboard coated with adhesive to produce a rolled paper tube, after setting the winding frequency of the corrugated cardboard before winding the cardboard, the cardboard is fixed, the rotation of the mandrel Stopping the rotation of the mandrel when the number of times exceeds the number of turns of the corrugated cardboard, and winding the corrugated cardboard.

In addition, the diameter of the mandrel may be changed according to the inner diameter of the wound cardboard.

In addition, in order to be able to change the diameter of the mandrel, a link mechanism is provided between two opposing support bars forming the diameter of the mandrel and a center of rotation, which is the center of rotation of the mandrel, and movable at the center of rotation. It is preferable to install an inner holder and an outer holder that are pinned to the link mechanism, and to vary the diameter of the mandrel according to the distance between the inner holder and the outer holder.

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

1 is a block diagram showing a cardboard winder according to the present invention, Figure 2 is a perspective view schematically showing a cardboard winder according to the present invention.

The winding machine is wound into a corrugated paper (CP) by the adhesive device 100, the feeding device 200 for guiding the coated cardboard (CP) coated with the adhesive to the winding device, and the corrugated cardboard roll (P) of the desired diameter It includes a winding device 300 configured to be able to, and a cutting device 400 for cutting the corrugated cardboard CP in the width direction when completely wound into the corrugated cardboard roll P.

Such a winding machine includes a call device 100, a feeding device 200, a winding device 300, and a cutting device 400 integrally formed between a plurality of supports 10a and 10b to perform a collective winding operation.

First, the call device 100 will be described with reference to FIG. 3.

Calling apparatus 100 serves to apply the glue to the flute (flute) of the cardboard (CP), both ends of the work roll 12 and the rider roll 14 and the doctor roll (supported by two supports (10a, 10b) 16). The work roll 12 and the rider roll 14 are arranged up and down, and the gap between the two rolls is possible by the handler 18 for adjusting the position of the rider roll 14 roll. To this end, the handler 18 is installed on one side of the support 10a, the central axis of the handler 18 is elastically connected to both ends of the rider roll 14, the rotating screw 18a of the handler 18 is It is screwed to the support block 20 installed on the upper side of the support (10a).

The work roll 12 and the doctor roll 16 are disposed adjacent to each other in the horizontal direction, and the adhesive is rotated along the roll surface as the two rolls rotate. At this time, the amount of adhesive attached along the roll surface is adjusted according to the gap between the two rolls.

The distance between the two rolls can be adjusted by using the handler 18 to adjust the position of the doctor roll 16 in the vertical direction. For this purpose, the rotary screw 22a is connected to the handler 22, and the end of the rotary shaft is the doctor roll. Make elastic connection to both ends of (16).

Calling device 100 is provided with a reservoir 24 filled with an adhesive in the lower portion, the reservoir 24 is raised and lowered by the lifting mechanism 26 is installed on the base is adjustable height.

The elevating mechanism 26 includes a screw 30 installed on the base 28 across the plurality of supports 10a and 10b, a link 32 on which one side is screwed to the screw 30, and a screw ( And a handle 34 for rotating 30.

The link 32 pins two frames in an 'X' shape, screwes one frame 32a to the screw 30, and hinges the other frame 32b onto the base 28. It is a constitution.

The elevating mechanism 26 rotates the handle 34 to rotate the screw 30 so that one side moves along the screw 30 based on the other side of which the link 32 is hinged, thereby increasing the height of the storage container 24. Will be adjusted.

4 and 5, the feeding device 200 is installed on the rack cylinder 36 and the rod of the rack cylinder 36 is installed on the outer surface of the support (10a) of one side and operated by a hydraulic supply line Among the plurality of pinion gears (40), a plurality of pinion gears (40) installed on the side of the rack rod 38, the rack rod is formed on one side, the rack rod 38 is fitted to the support (10a) And a plurality of arms 42 engaged with the inner pinion gear 40b, and gripping portions provided at ends of the plurality of arms 42, respectively.

Here, the plurality of pinion gears 40 are disposed on both sides of the support 10a on one side, and the two pinion gears 40a and 40b are connected to each other through the shaft.

Among the two pinion gears, the outer pinion gear 40b located outside the support 10a on one side is engaged with the rack gear of the rack rod 38, and the inner pinion gear 40a located inside the support 10a on the one side is It is meshed with the arm 42.

The arm 42 is provided with a gear meshed with the outer pinion gear 40b described above on its lower surface, and a gripping portion is provided at its end.

The gripping portion is provided with a gripping cylinder 44 provided at the end of the arm 42, an upper gripping tab 46 fixed to the rod end of the gripping cylinder 44, and an upper gripping tab corresponding to the upper gripping tab 46. It is composed of a lower gripping tab 48 which is positioned below the 46 and is fixed to the end of the arm 42.

The gripping portion according to the operation of the gripping cylinder 44, the upper gripping tab 46 and the lower gripping tab 48 grips both edges of the front end of the corrugated cardboard (CP) and advances in accordance with the operation of the rack cylinder 36 will be described later It moves to the winding device.

As shown in FIG. 6, the winding device 300 includes a rotation center shaft 52 that rotates according to the operation of the winding motor 50, and a link mechanism 54 installed on the rotation center shaft 52 to function as a mandrel. ), A clamper 56 for clamping the cardboard CP moved by the gripping portion, and a cylinder 58 for operating the link mechanism 54.

Here, the rotation center shaft 52 is fixed to the support 10b on the other side, and is connected to the rotation shaft of the take-up motor 50 installed outside the support 10b on the other side and rotates according to the rotation of the take-up motor 50. Done.

The center of rotation shaft 52 includes a plurality of inner holders 60 mainly moving in the middle portion thereof, and a plurality of outer holders 62 moving at positions near the ends of the center of rotation shaft 52 and the other support 10b. ) Are combined.

And the center of rotation shaft 52 is provided between the inner holder 60 and the outer holder 62, the cylinder for the fine operation of the link mechanism to be described later.

Looking at the link mechanism 54 connected to the cylinder 58 with reference to FIG. 7, the link mechanism 54 includes a plurality of first links 64 pinned to each of the plurality of outer holders 62 and a plurality of inner portions. A plurality of second links 66 pinned to the holder 60, a third link 68 simultaneously pinned to each second link 66 and each first link 64, and a cylinder ( The cylinder of the body 58 is hinged to the rotation center shaft 52 and the piston rod of the cylinder 58 is pinned to the connection point (hereinafter referred to as a first connection point) of the third link 68 and the second link 66. And a plurality of support bars 70 connecting two connection points (hereinafter referred to as second connection points) of the first link 64 and the third link 68.

The link mechanism 54 has an inner holder from a point (hereinafter, a fixed point) at which the length of the second link 66 and the third link 68 is half the length of the first link and is hinged to the rotation center shaft 52. The length to 60 and the outer holder 62 are the same.

Therefore, the link mechanism 54 as described above, when determining the position of the plurality of support bar 70 according to the inner diameter of the corrugated cardboard (C) to be wound, as shown in Figure 7, the inner holder 60 on the basis of the fixing point And the outer holder 62 is moved on the rotation center axis 52 to adjust the position.

And when pulling out the corrugated cardboard roll (P) of the winding is completed, it is necessary to move a plurality of support bars 70 to a diameter smaller than the scroll branch (P), as shown in Figure 8 to reduce the cylinder (58) (Or expand) to reduce the diameter by the plurality of support bars (70).

On the other hand, the winding device 300 is a clamp 56 is installed on the center of rotation shaft 52 to hold the cardboard (CP) moved by the gripping portion.

The clamp 56 corresponds to the clamp cylinder 72 which is fixed to the rotation center shaft 52, the forceps tab 74 fixed to the end of the clamp cylinder rod, and the force center tab 74, and corresponds to the center of rotation shaft 52. It consists of a support tab 76 fixed to. The clamp 56 is operated by the air pressure generated by the air supply line connected to the body of the clamp cylinder 72.

When the winding device 300 as described above is rotated to provide a stop 78 to detect the rotation speed or to reduce the rotation speed.

The stop portion 78 is a stop plate 80 is fixed to the rotation center axis 52, the detection sensor 80b is fixed to the upper portion of the support (10b) of the other side and disposed on the top of the stop plate 80, stop It consists of a breaker 84 which reduces the rotation of the plate 80.

The stop plate 80 is formed with a detection groove (80a) to correspond to the above-described detection sensor 80b, the detection sensor 80b detects the detection groove (80a) to the control unit to periodically describe the signal Will be sent.

The breaker 84 is composed of a stop cylinder 84a fixed to the support 10b on the other side and a brake pad 84b fixed to the stop cylinder 84a.

When the winding of the cardboard (CP) using the above-described winding device 300 is finished, the cutting should be made.

As shown in FIG. 9, the cutting device 400 includes a case 86 installed on the upper ends of the plurality of supports 40, a moving rail 88 installed inside the case 86, and a motor 90. A cutter 92 reciprocating in the moving rail 88 according to the operation, and a cutter guide 94 positioned below the cutter 92 and fixed at both ends to the plurality of supports 40.

Here, the case 40 is provided with driving pulleys 96a and driven pulleys 96b on both sides of the case in order to rotate the belt according to the operation of the motor. The driving pulley 96a is a rotating shaft of the motor 90. Is connected to.

Since the cutter 92 needs to move in the moving rail 88 according to the movement of the rotating belt by this configuration, the moving vertical bar provided with the cutter is fixed to the belt and is installed to be supported by the moving rail 88.

The cutter blade of the cutter 92 moves while being inserted into the cutter groove formed in the cutter guide 94 in the transverse direction.

In order to restrict the left and right movement of the cutter blade, a sensing tab 92a is installed on the movement vertical bar, and proximity sensors 98a and 98b are installed on each of the plurality of supports so as to correspond to the sensing tab 92a.

Calling device 100, the feeding device 200, the winding device 300 and the cutting device 400 as described above is connected to the control unit is made by the control unit 500.

The control unit 500 installs a control valve in the hydraulic supply line connected for operation to all the cylinders described above, and determines the operation of the cylinder by controlling the control valve. It is also connected to the motor and other sensors to allow the motor to start and stop in response to the transmitted input signal.

Corrugated cardboard winding machine according to the present invention configured as described above has the following action.

First, the adhesive is applied to the corrugated cardboard (CP) through the call device (100). In this case, the work roll 12, the rider roll 14, and the doctor roll 16 rotate, and the corrugated cardboard CP enters between the work roll 12 and the rider roll 14.

At this time, the adhesive filled in the reservoir 24 to the surface of the work roll 12 is directed toward the cardboard (CP), the adhesive is the work roll 12 according to the gap between the work roll 12 and the doctor roll 16 The amount of rotation attached to the surface of the is determined.

Corrugated cardboard (CP) coated with adhesive on the bone tablets passes through the work roll 12 and the rider roll 14, and the passed cardboard (CP) is drawn out to the upper side is the adhesive coated surface is directed upward.

The corrugated cardboard (CP) is in the paused state toward the winding device 300 by the feeding device 200, at this time, the rack rod 38 of the rack cylinder 36 is maintained in the maximum extended state , The arm is as far as possible to retract toward the hoist device 100 by the position of the rack rod 38.

In this state, the holding cylinder 44 is operated so that the upper holding tab 46 and the lower holding tab 48 hold both edges of the front end of the cardboard CP.

When the rack rod 38 is contracted according to the reduction operation of the rack cylinder 36 in the gripped state, the outer pinion gear 40b and the inner pinion gear 40a rotate at the same time, and the arm 42 which has been retracted is moved forward. Done.

When the arm 42 moves forward and stops up to the winding device 300, the clamp tab 72 and the support tab 76 grip the cardboard CP following the grip part according to the reduction operation of the clamp cylinder 72. . The arm is then retracted according to the expansion operation of the rack cylinder 36.

When the clamp 56 grips the cardboard (CP) and the winding motor 50 is operated to rotate the rotation center shaft 52, the winding starts, and at this time, a plurality of rolls in accordance with the inner diameter of the branch pipe (P) determined. In order to determine the inner diameter by the support bar 70, the inner holder 60 and the outer holder 62 are appropriately moved in the rotation center axis 52 to adjust the positions of the plurality of support bars, and again the rotation center axis 52 ) To the inner holder 60 and the outer holder 62.

In this state, the rotation of the rotational center shaft 52 proceeds to start winding, and the signal of the detection sensor 80b that detects the detection groove 80a of the stop plate 80 during the winding is controlled by the control unit 500. The control unit 500 controls the winding thickness of the roll branch pipe P by grasping the rotation speed of the rotation center shaft 52.

Winding is terminated to stop the operation of the winding motor (50). Then, the stop cylinder 84a of the breaker 84 is extended, and the brake pad 84b contacts the outer surface of the stop plate 80 to generate friction to stop the stop plate 80. Accordingly, the rotation center shaft 52 is also stopped.

When the rotational center shaft 52 stops, the motor 90 of the cutting device 400 is operated to move until the detection tab 92a is detected by the proximity sensor 98b on the other side to cut the cardboard CP. .

When the corrugated cardboard (CP) is cut, the rotational center axis 52 is rotated secondly, and when the cutting of the corrugated cardboard (CP) is finished, the rear end portion of the cut corrugated cardboard (CP) is not wound yet, so the second winding is performed. Ensure that the rear end of (CP) is even attached to the scroll branch. The rotation center shaft 52 that is being rotated during the secondary winding is stopped by using the breaker 84 described above.

Then, the cylinder 58 is reduced so that all the links 64, 66, 68 and the plurality of support bars 70 rotate finely around the fixing point, the first connection point and the second connection point, and the roll branch pipe P is rotated. The diameter of the support bar 70 is smaller than the inner diameter of the roll so that the roll branch pipe (P) wound from the plurality of support bar 70 can be easily pulled out.

After removing the roll branch pipe (P) to repeat the above-described process to produce a roll branch pipe (P).

10 is a flowchart illustrating a corrugated cardboard winding process according to the present invention.

Corrugated cardboard winding method according to the present invention when applying the adhesive to the corrugated cardboard, feed the cardboard coated with the adhesive, when adjusting the inner diameter of the mandrel to match the inner diameter of the paper pipe to roll the fed corrugated cardboard after exceeding the set number of winding times Winding only the cut, rolled corrugated cardboard is cut, and then rewinding the rolled paper branch.

While describing this process step by step, the components of the associated winder will be further described with reference to FIGS. 2 and 3.

First, the step of applying the adhesive to the corrugated cardboard 510 is a step of applying the adhesive to the cardboard conveyed in a flat state, often corrugated sheet is attached to the corrugated shape on one side of the sheet and the adhesive to the bone of the corrugated Application.

The gap between the work roll 12 and the rider roll 14 and the gap between the work roll 12 and the doctor roll 16 may be adjusted by the handlers 18 and 22. Here, the interval between the work roll 12 and the rider roll 14 should be adjusted according to the thickness of the corrugated cardboard (CP), and the distance between the work roll 12 and the doctor roll 16 depends on the amount of adhesive applied to the bone tablets. It depends.

Since the gap between the work roll 12 and the doctor roll 16 is different, the adhesive that rotates along the surface of the work roll 12 when the work roll 12 rotates is the doctor roll 16 and the work roll 12. The amount is limited by the interval of), and the limited adhesive is applied to the bone of the cardboard (CP).

Next, in step 520 of feeding the cardboard coated with the adhesive, the operation is performed to feed the cardboard to the winding device, the winding (CP) coated with the adhesive proceeds.

The feeding operation is usually performed in a winding machine installed integrally with the hoisting device, and the feeding device installed for the feeding operation expands and contracts the rods of the rack cylinders 36 installed on the outer surface of the support 10a on one side. The arm 42 engaged with the gear formed in the 38 moves forward and backward to feed the corrugated cardboard.

The feeding of the corrugated cardboard is carried out by the gripping portion. The gripping portion according to the operation of the gripping cylinder 44 allows the upper gripping tab 46 and the lower gripping tab 48 to hold both edges of the front end of the corrugated cardboard CP and the rack cylinder. In accordance with the operation of the (36) advances and moves to the winding device described later.

Next, the step of winding the fed corrugated cardboard 530 is to be wound by rotating in a state in which the fed corrugated cardboard fixed to the mandrel, as soon as the number of windings set in accordance with the characteristics of the present invention stops the rotation of the mandrel winding Obtain a rolled paper branch that has been wound up for recovery.

At this time, the diameter of the mandrel can be adjusted without having a separate mandrel according to another feature of the present invention, the winding device to enable this operation is the rotation center axis 52 to rotate in accordance with the operation of the winding motor (50) Link mechanism (54) installed in the function of the mandrel function, the center of rotation shaft 52, the clamper (56) for clamping the corrugated cardboard (CP) moved by the gripping portion, and the center of rotation (52) It proceeds by the cylinder 58 which operates the link mechanism 54 provided in ().

Detecting the rotation speed or reducing the rotation speed when the winding device 300 as described above rotates is performed by the stop 78.

This winding device is used to wind the corrugated paper fed in the previous step, the winding groove of the corrugated cardboard by detecting the detection groove (80a) by the detection sensor 82 to detect the rotational speed and rotational speed of the rotation center axis (52) The rotation can be controlled to correspond to the set number of times.

Next, in step 540 of cutting the corrugated cardboard wound up with the roll paper tube, when the mandrel is stopped by the breaker 84 while the corrugated paper is wound up with the roll paper tube, the cutter moves from one side of the corrugated cardboard to the other side. Will be cut.

Finally, in the step 550 of winding the cardboard secondly, when the cutting of the cardboard is finished, the rear end of the cut cardboard is not yet wound, so that the second winding is performed so that the rear end of the cardboard is attached to the roll pipe evenly. .

In order to proceed with the steps described above, the control unit 500 is connected to the call device 100, the feeding device 200, the winding device 300 and the cutting device 400, the control unit of all the To control operation.

As described above, according to the present invention, a process is automatically performed until the adhesive is applied to the corrugated cardboard and the winding is made, thereby reducing the time for producing the roll branch pipe, thereby improving productivity.

In addition, it is possible to manufacture a scroll branch having various inner diameters by simply changing the positions of the inner holder and the outer holder without replacing a separate mandrel.

Claims (24)

Calling apparatus for applying an adhesive to the corrugated cardboard; A feeding device for guiding the cardboard; A winding device configured to wind the guided corrugated paper into a corrugated paper roll branch having a desired diameter; And And a cutting device for cutting the corrugated paper in the width direction when the corrugated paper is completely wound into the corrugated cardboard roll by the winding device. The corrugated cardboard winding machine according to claim 1, wherein the hoisting device, the feeding device, the winding device, and the cutting device are installed on a plurality of vertically supported supports. According to claim 2, The hoisting device, the rider roll and the work roll which is supported at both ends of the plurality of supports are arranged up and down so that the corrugated cardboard passes, install a doctor roll in the adjacent position of the work roll, Corrugated paper winding machine for installing glue filled container for working roll and doctor roll. According to claim 3, In order to raise and lower the reservoir in the vertical direction, the base which is installed across the plurality of supports in the lower portion of the reservoir, the screw installed on the base, one side is screwed on the screw and the other side Corrugated cardboard winding machine further comprises a lifting mechanism consisting of a link fixed to the base and fixed to the lower portion of the reservoir and the screw to rotate the screw. The method of claim 4, wherein the link pins the two frames in the 'X' shape, screwing one frame to the screw, the other frame is fixed to the reservoir while hinged on the base Corrugated cardboard winder. The corrugated cardboard winder according to claim 3, wherein a handler for positioning the rider roll up and down is provided on one side of the plurality of supports. The rack rod according to claim 2, wherein the feeding device comprises: a rack cylinder installed on an outer side of a support of one side of the plurality of supports, a rack rod installed on a rod of the rack cylinder, and a rack gear formed on one side thereof, and the rack rod. Corrugated cardboard roll consisting of a plurality of pinion gears which are meshed with each other and installed on the support of the one side, a plurality of arms that are engaged with an inner pinion gear among the plurality of pinion gears, and gripping portions provided at ends of the plurality of arms, respectively. Odor. According to claim 7, wherein the plurality of pinion gears are disposed on both sides of the support on one side, the plurality of pinion gears are interconnected via a shaft, the outer pinion gear located outside the support of one side of the plurality of pinion gear is A corrugated cardboard winder, which is engaged with the rack gear of the rack rod, and the inner pinion gear located inside the support on one side is engaged with the arm. The gripping cylinder of claim 7 or 8, wherein the gripping portion includes a gripping cylinder installed at an end of the arm, an upper gripping tab fixed to a rod end of the gripping cylinder, and a lower gripping tab corresponding to the upper gripping tab. A corrugated cardboard winder, comprising: a lower gripping tab positioned at and fixed to the end of the arm. The winding apparatus of claim 2, wherein the winding device includes a winding motor installed on a support of the other side of the plurality of supports, a rotation center shaft that rotates according to the operation of the winding motor, and a mandrel installed on the rotation center shaft. A corrugated cardboard winding machine comprising a link mechanism, a clamper for clamping the corrugated cardboard, and a cylinder for operating the link mechanism. The corrugated paper winding machine according to claim 10, wherein the link mechanism is coupled to a plurality of inner holders moving in an intermediate portion of the rotation center shaft, and a plurality of outer holders moving in a position proximate the end portion of the rotation center shaft and the other support. . 12. The apparatus of claim 10 or 11, wherein the link mechanism comprises: a plurality of first links pinned to each of the plurality of outer holders; a plurality of second links pinned to the plurality of inner holders; A third link that is simultaneously pinned to each of the second link and the first link, and its body is hinged to the central axis of rotation and its piston rod is pinned to the connection point of the third link and the second link. And a plurality of support bars connecting the cylinder to be connected to two connecting points of the first link and the third link. 13. The corrugated cardboard winder of claim 12, wherein the length of the second link and the third link is half the length of the first link. 14. The corrugated cardboard winder according to claim 13, wherein the length from the point hinged to the center of rotation shaft to the inner holder and the outer holder is the same. The clamp of claim 10, wherein the clamp comprises a clamp cylinder fixed to the rotation center shaft, a tong tab fixed to an end of the clamp cylinder rod, and a support tab corresponding to the tong tab and fixed to the rotation center axis. Corrugated cardboard winder. The stop plate of claim 10, wherein the clamp comprises: a stop plate fixed to the center of rotation and a detection groove formed on an outer surface thereof, a detection sensor fixed to an upper portion of the support of the other side, and detecting the detection groove; The corrugated cardboard winder further comprising a stop configured to break the rotation of the breaker. The corrugated cardboard winder according to claim 16, wherein the breaker comprises a stop cylinder fixed to the support on the other side and a brake pad fixed to the stop cylinder and selectively contacting an outer surface of the stop plate. The cutting apparatus of claim 2, wherein the cutting device comprises: a case installed on an upper end of the plurality of supports, a moving rail installed inside the case, a cutter reciprocating in the moving rail according to the operation of a motor, and a lower portion of the cutter. Corrugated cardboard winder is composed of a cutter guide which is located on both ends and installed on the plurality of supports. 19. The corrugated cardboard winder according to claim 18, wherein drive pulleys and driven pulleys connected to the belt are provided on both sides of the case to rotate the belt according to the operation of the motor, and the drive pulley is connected to a rotation shaft of the motor. 20. The corrugated cardboard winder according to claim 18 or 19, wherein a sensing tab is provided on the cutter to limit the left and right movement of the cutter, and a proximity sensor corresponding to the sensing tab is provided on each of the plurality of supports. According to claim 2, Corrugated cardboard winding machine further comprises a control unit connected to the call device, the feeding device, the cutting device and the winding device to control the operation of the devices. In the winding method of winding up corrugated paper coated with adhesive to produce a rolled paper tube, Setting the number of windings of the corrugated cardboard before winding the corrugated cardboard, and winding the cardboard by stopping the rotation of the mandrel when the number of rotations of the mandrel to which the cardboard is fixed exceeds the winding number of the corrugated cardboard. Corrugated cardboard winding method characterized in that. 23. The method of claim 22, wherein the diameter of the mandrel is changeable according to the inner diameter of the wound cardboard. 24. The center of rotation of claim 23, wherein a link mechanism is provided between two opposing support bars forming the diameter of the mandrel and a center of rotation which is the center of rotation of the mandrel so as to change the diameter of the mandrel. An inner holder and an outer holder pinned to the link mechanism movable in the shaft, Corrugated cardboard winding method characterized in that the diameter of the mandrel is changed depending on the distance between the inner holder and the outer holder.