KR20140112787A - Wood veneer thin plate wood roll manufacturing device and method of manufacturing the same - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a wood veneer thin plate wood roll and a method for manufacturing the wood veneer thin plate wood roll, and more specifically, to an apparatus for manufacturing a wood veneer thin plate wood roll and a method for manufacturing the wood veneer thin plate wood roll, wherein the wood roll is manufactured by continuously and sequentially binding several wood veneer thin plates to nonwoven fabrics, temporarily attaching the wood veneer thin plates to each other, transferring the wood veneer thin plates; heating and pressing the wood veneer thin plates using a pressing device to attach the wood veneer thin plates to each other. The apparatus for manufacturing a wood veneer thin plate wood roll of the present invention comprises: a non-woven fabric roll installed at an upper portion of a roll shaft mount post to be able to rotate, and having a roll shaft around which a non-woven fabric is wound; a wood veneer binding device having an upper portion with a plate shape, wherein the non-woven fabric of the non-woven fabric roll is supplied to the upper portion of the wood veneer binding device by being guided by guide rollers and passed through transfer rollers; wood veneer thin plates which are continuously and sequentially placed and bound on the non-woven fabric supplied to the upper plate of the wood veneer binder; a cutter for cutting the front and rear ends of the transferred wood veneer thin plates into saw-teeth patterns; a temporary attaching device for temporarily attaching the front and rear ends, which are cut into the saw-teeth patterns by the cutter, to engage with each other; a transferring device including a transfer conveyor for transferring the temporarily attached wood veneer thin plates, wherein the transferring device is installed to be contacted with a press roll installed above the transfer conveyor; and a pressing device for heating and pressing the temporarily attached front and rear wood veneer thin plates, which are supplied by the transferring device, thereby attaching the wood veneer thin plates to each other, and here, the wood veneer thin plates which have gone through the pressing device are guided by guide rollers, and then wound around a roll shaft installed at an upper portion of a roll support, thereby manufacturing a wood roll.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wood veneer thin plate wood roll manufacturing apparatus and a manufacturing method thereof,

More particularly, the present invention relates to an apparatus for manufacturing a laminated woodwood roll and a method of manufacturing the same, and more particularly, to a laminated woodwood roll manufacturing apparatus and method for manufacturing the laminated woodwood roll, To form a wood roll, and a method of manufacturing the same.

A manufacturing method and a manufacturing apparatus for a rolled composite thin plate which adhere a laminated thin plate to a nonwoven fabric in the related art have a manufacturing method in which a heating and adhering action is exerted only at points where a plurality of rollers come in contact with each other, The adhesive effect was not good because the time of heat bonding was instantaneous, and there were many problems such as a product in which the corners were not formed by rolls only by the direction adjusting roller device.

In order to solve the above-mentioned problems, a method of manufacturing a composite thin film of veneer dormeri and a manufacturing apparatus therefor is disclosed in Korean Patent Application No. 10-0359424.

The method for producing the composite laminate of the present invention comprises the steps of transferring a laminated veneer sheet and a nonwoven fabric coated with an adhesive agent on the lower surface of the guide rollers and guide bases through a guide passage in a unit of about 2.3 m on a pressurizing and pressurizing heater, Pressing with a pressurized heating system, pressure is applied, and then forward by 2.3m. Next, pressurization and pressure bonding of the next pressurizing and pressing heater are repeated alternately. Sensor is used to control the direction of the guide rollers. It is to be wound on the composite laminate winding roller.

The method and apparatus for manufacturing a laminate composite laminate according to the present invention can heat laminate a laminated laminate sheet and a nonwoven fabric as a product material by heat bonding the laminate laminate with a wide flat pressurization heating apparatus and continuously perform the lamination process, And a sensor device is installed so that the corners of the roll can be tightly wound when the roll is wound. In addition, it is possible to make three roll laminated composite thin plates having a narrow width by a single manufacturing operation, or, if necessary, one roll laminate can be produced by a single manufacturing operation.

Patent Document 1: JP-A-10-0359424 A method for manufacturing a composite thin film of veneer dormancy and an apparatus for manufacturing the same.

SUMMARY OF THE INVENTION An object of the present invention is to provide a nonwoven fabric which comprises a plurality of veneer sheets laminated sequentially with a nonwoven fabric, cutting the veneers of the veneer sheet and the veneer sheet into sawtooth shapes, transferring them in contact with each other, heating and pressing the veneer sheet and the veneer sheet with a press And a method of manufacturing the laminated woodwood roll manufacturing apparatus and a method of manufacturing the laminated woodwood roll forming the laminated woodwood roll by winding the thin laminated woodwood in a roll form through the roll shaft to form a woodroll.

It is another object of the present invention to provide a laminated wood board which forms a wood roll by winding a thin laminated wood sheet having a rectangular shape laminated with a nonwoven fabric sequentially and a laminated wood laminate and a laminated wood laminated sheet integrally bonded together, Roll manufacturing apparatus and a manufacturing method thereof.

In order to accomplish the above object, the present invention provides a laminated wood roll manufacturing apparatus comprising: a nonwoven roll, which is rotatably installed on a roll axis mounting table and on which a nonwoven fabric is wound on a roll shaft; and a nonwoven fabric roll of the non- A laminated veneer sheet laminated on a nonwoven fabric fed on a top plate of the veneer lamination machine, the laminated veneer laminate being conveyed to form a leading end and a trailing end in a sawtooth form A folding machine in which a leading end and a trailing end cut in a saw tooth form are in contact with each other so as to be in contact with each other and a laminated thin plate joined by the folding machine is conveyed by a conveying conveyor and contacted with a pressure roller provided on the conveying conveyor And a conveying unit for conveying the laminated sheet, By the press for bonding with each other, and through the press veneer sheet is to guide the guide roller is characterized in that to form a wood-roll wound on a roll is installed in the upper part of the roll stand.

Wherein the roll axle mounting base includes a frame fixed to the floor at both sides spaced apart from each other, both side plates which are integrally formed with the frame and which are curved upwardly, axial grooves provided on the upper side of the both side plates, The rotary bar is provided with a rotary shaft which is installed on the front side of the rotary bar so that the rotary shaft is seated on the front side of the rotary bar. A drive motor is installed on the upper side of the one side plate and is connected to a shaft gear of the drive motor and a gear provided on the roll shaft.

The roll shaft of the nonwoven roll is seated in the seating groove of the rotary bar, and when the rotary bar in which the rod is bent is pulled backward, the rotary bar is rotated, the nonwoven roll is moved upward and the roll shaft is seated in the upper shaft groove of the both side plates And a gear provided at one side of the roll shaft is installed to engage with the shaft gear of the drive motor.

Wherein the roll support comprises a frame fixed to the floor at both sides spaced apart from each other, a pair of side plates which are integrally formed with the frame and whose rear surfaces are curved upward, axle grooves provided on the upper side of the both side plates, The rotary bar is provided at a front side of the rotary bar. The rotary bar is installed at a rear side of the rotary bar so that the roll shaft is seated in a hook- A drive motor is installed on the upper side of the one side plate and is connected to a shaft gear of the drive motor and a gear provided on the roll shaft.

A wood roll wound around a roll shaft seated on an axial groove of the side plate is driven by the cylinder so that the rotary bar having the rod bent is pushed forward and the rotary bar is rotated upward about the rotary shaft and the roll shaft is pushed upward The roll shaft is moved upwards and is withdrawn from the shaft groove and is seated in the mounting groove of the inclined hook of the rotary bar, and when the rotary bar in which the rod is bent is pushed backward by operating the cylinder in the opposite direction, the rotary bar is rotated downward, And the wood roll wound around the roll shaft seated in the groove can be moved downward.

The present invention provides a method of manufacturing a woodroll using a veneer sheet laminate, comprising the steps of: placing a nonwoven roll wound on a roll shaft in a mounting groove of a rotary bar provided below both side plates of a roll shaft mounting table; The rotary bar is rotated around the rotary shaft to move the nonwoven roll upward so that the roll shaft is seated in the upper axial groove of the both side plates, And a gear disposed on one side of the roll shaft is installed to engage with a shaft gear of a driving motor. The roll shaft is rotated by the shaft gear of the driving motor through the second process, and the nonwoven fabric is unwound from the non- A third process in which the upper part is guided to a plate-like laminating machine, A fourth step of sequentially laminating a laminated veneer sheet on a nonwoven fabric supplied onto an upper plate of the veneer assembly; and a fourth step of laminating the laminated veneer sheet laminated on the nonwoven fabric through the fourth process, A sixth step of cutting the saw blade in a saw tooth shape through the fifth step, and a fifth step of cutting the saw blade in a saw tooth shape; A seventh step of transferring the thin laminated wood sheet through the transfer conveyor and the pressing roller to the compactor through the seventh process, and heating and pressing the laminated front and rear laminated thin plates supplied from the compactor The eighth step, the eighth step, and the veneer sheet laminated with the front and back veneer sheets integrally bonded to the guide rollers by the presser And a ninth step of forming a wood roll by being wound around a roll shaft provided on an upper portion of the roll support.

The wood roll manufactured through the ninth process operates the rotating bar bent on both side plates of the roll support so that the rotary bar is rotated about the rotary shaft when the cylinder rod pulls the rotary bar forward, When the rod is upwardly moved by the hook, and the roll shaft is moved upward to come out of the shaft groove and is seated in the seating groove of the rotary bar, the cylinder is reversely operated so that when the rod pushes the rotary bar backward, the rotary bar is rotated downward, And moving the rolled wood roll downward on the roll axis so that the rolled laminated wood roll can be transported.

In the present invention as described above, a plurality of laminated veneer sheets are successively joined to a nonwoven fabric, and the lines and the rear ends of the veneer laminate and the veneer laminate are cut in a sawtooth shape and are conveyed in contact with each other to heat and press the veneer laminate and the veneer laminate And a wood roll can be formed by winding the thin laminated wood sheet in roll form through a roll shaft.

In addition, the rectangular laminated veneer sheet is sequentially laminated with the nonwoven fabric, and the laminated veneer sheet and the veneer sheet laminate are integrally adhered to each other, so that the veneer sheet laminated with the nonwoven fabric is rolled into a roll form to form a wood roll.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a laminated woodwood roll manufacturing apparatus according to the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
Fig. 3 is a state in which the nonwoven fabric of the roll shaft mount according to the present invention is fed and joined with the laminated wood foil in the veneer assembly.
Fig. 4 is a state in which a laminated veneer sheet according to the present invention is cut by a cutter and is folded in a folding machine. Fig.
5 is a configuration diagram of a roll axle mount according to the present invention;
6 is a state in which a nonwoven roll is mounted on a roll shaft mount according to the present invention.
7 is a configuration diagram of a roll support according to the present invention.
8 is a state in which a nonwoven fabric and a wood roll laminated with a veneer sheet are detached from a roll support according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the invention can be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

FIG. 1 is a schematic view of a laminated wood roll manufacturing apparatus according to the present invention, FIG. 2 is a plan view showing a laminated wood roll manufacturing apparatus according to the present invention, and FIG. 3 is a cross- FIG. 4 is a state in which the laminated thin plate according to the present invention is cut by a cutter and is folded in a folding machine. 6 is a view showing a state in which a nonwoven roll is mounted on a roll axle mount according to the present invention, FIG. 7 is a diagram showing the configuration of a roll stopper according to the present invention, and FIG. 8 is a state in which a nonwoven fabric and a wood roll laminated with a veneer sheet are detached from a roll support according to the present invention.

More particularly, the present invention relates to an apparatus for manufacturing a laminated woodwood roll and a method of manufacturing the same, and more particularly, to a laminated woodwood roll manufacturing apparatus and method for manufacturing the laminated woodwood roll, To form a wood roll, and a method of manufacturing the same.

1 to 8, the apparatus for manufacturing a laminated woodwood roll according to the present invention is characterized in that the apparatus for manufacturing a laminated woodwood roll according to the present invention comprises a roll shaft mounting base (1) And a nonwoven fabric 20 of the nonwoven fabric roll 3 is guided by the guide rollers 4 and supplied via a conveying roller 5 to the top of the nonwoven fabric roll 3, And a laminated wood plate (30) which is sequentially placed on the nonwoven fabric (20) supplied on the upper plate of the laminated wood composite machine (6) and laminated on the laminated wood plate (30) A folding machine 8 in which a front end and a rear end cut in a sawtooth form in the cutter 7 are brought into contact with each other so as to engage with each other and a laminated veneer sheet 30 which is passed through the folding machine 8, (9a) and provided to be in contact with a pressure roller (9b) provided on the conveying conveyor (9a) (10) for heating and pressurizing the laminated thin foils (30), which are supplied via the conveyor (9), and a laminated thin plate (30) Is guided by the rollers 11 and wound around a roll shaft 14a provided on the upper part of the roll support 12 to form the wood roll 14. [

The roll shaft mounting base 1 includes a frame 21 fixed to the floor at both sides spaced apart from each other, both side plates 22 whose front surfaces are curved upwardly integrally with the frame 21, And a rotary bar 24 bent at the outer lower side of the both side plates 22 is installed so as to rotate upward with the shaft groove 23 formed around the hinge shaft 25 And a cylinder 26 provided on the rear side of the frame 21 is provided at the upper side of the rear side of the rotary bar 24 which is bent and formed with a seating groove 24a so as to have a roll shaft 3a to be seated on the front side of the rotary bar 24. [ A drive motor 2 is provided on the upper side of the one side plate 22 and connected to a shaft gear of the drive motor 2 and a gear 3b provided on the roll shaft 3a. It is installed.

The roll shaft 3a of the nonwoven fabric roll 3 is placed in the seating groove 24a of the rotating bar 24 and the cylinder 26 is operated to pull the rotating bar 24 bent back by the rod 27 The rotary bar 24 is rotated and the nonwoven fabric roll 3 is moved upward so that the roll shaft 3a is seated in the upper axial groove 23 of the both side plates 22 and the gear 3b are provided so as to engage with the shaft gear of the drive motor 2. [

The roll support base 12 includes a frame 31 fixed on the floor at both sides of the support frame 12, both side plates 32 curved upwardly in the backward direction integrally with the frame 31, A shaft 33 on which a roll shaft 14a is installed and a rotation bar 34 which is bent on the outer lower side of the both side plates 32 are rotatable about the hinge shaft 35 And a rotary bar 34 having a mounting groove 34a formed in a hook shape so that a roll shaft 14a is seated on the rear side of the rotary bar 34 is provided on the front side of the bent rotary bar 34, A drive motor 13 is provided on the upper side of the one side plate 32 and a gear 14b provided on the shaft gear of the drive motor 13 and the roll shaft 14a, It is installed to be connected.

A wood roll 14 wound around a roll shaft 14a seated on an axial groove 33 of the side plate 32 is rotated by operating the cylinder 36 to pull the rotary bar 34, The bar shaft 34 is rotated upward about the rotary shaft 35 and the roll shaft 14a is pushed upward by the inclined hooks so that the roll shaft 14a is moved upwardly, The rod 36 is seated in the seating groove 34a of the inclined hook of the bar 34 and the rod 36 is reversely operated so that the rod 37 pushes the bent bar 34 backward, And the wood roll 14 wound on the roll shaft 14a seated in the seating groove 34a of the rotary bar 34 can be moved downward.

The method of manufacturing the wood roll 14 using the laminated wood foil 30 according to the present invention is characterized in that the nonwoven fabric roll 3 wound on the roll shaft 3a is wound on a roll shaft mounting base 1 to the seating groove 24a of the rotary bar 24 provided below the both side plates 22. [

When the cylinder rod 27 is pulled backward by the cylinder rod 27 installed on the upper side of the rotation bar 24 in the above state, the rotation bar 24 is rotated by the rotation shaft 25, Woven fabric roll 3 is moved upward so that the roll shaft 3a is seated in the upper axial groove 23 of the both side plates 22 and the gear 3b provided on one side of the roll shaft 3a And is disposed so as to engage with the shaft gear of the drive motor (2).

Thereafter, the roll shaft 3a is rotated by the shaft gear of the driving motor 2, the nonwoven fabric 20 is unwound from the nonwoven roll 3 and is guided by the guide rollers 4, Is conveyed to the plate-like joiner 6 having a plate shape.

In such a state, as shown in FIG. 3, the laminated veneer sheet 30 is sequentially placed on the nonwoven fabric 20 supplied on the upper plate of the veneer jammer 6 and lapped.

Thereafter, the veneer sheet 30 laminated with the nonwoven fabric 20 is fed, and the leading end and the trailing end of the veneer sheet 20 are cut in a saw-tooth form from the cutter 7.

The cutter 7 cuts the rear end of the laminated thin plate into a sawtooth shape using a toothed cutter blade (not shown), and cuts the trailing end of the laminated thin plate 30 to be serrated.

Thereafter, as shown in Fig. 4, the cutter 7 is folded in the folding machine 8 such that the leading end and the trailing end of the cutter 7 are engaged with each other.

The thin laminated wood sheet 30 which is stuck through the folding machine 7 is conveyed to the pressing machine 10 by the conveying conveyor 9a of the conveyor 9 and the pressure roller 9b provided on the upper front side.

In the above-described state, the laminated front and rear laminated thin plates 30 supplied from the compactor 10 are heated and pressed to adhere to each other.

The laminated thin plate 30 integrally bonded with the front and back laminated wood plates 30 is guided by the guide rollers 11 and is conveyed to the one side plate 32 of the roll support 12 The roll shaft 14a is rotated by the gear 3b engaged with the shaft gear by the drive of the drive motor 13 and the laminated thin plate 30 in which the nonwoven fabric 20 and the laminated thin plate 30 are joined is wound on the roll shaft 14a, Thereby forming the wood roll 14.

7 and 8, the wood roll 14 manufactured as described above operates the rotary bar 34 bent in both side plates 32 of the roll support table 12 by operating the cylinder 36, When the rod 37 pulls the rotary bar 34 forward, the rotary bar 34 is rotated about the rotary shaft 35 and the roll shaft 14a is pushed upward by the upper inclined hook, When the rod 37 is moved upward and comes out of the shaft groove 33 and is seated in the seating groove 34a of the rotary bar 34, the cylinder 36 is reversely operated so that the rod 37 pushes the rotary bar 34 backward The bar roll 34 is rotated downward and the wood roll 14 wound around the roll shaft 14a seated in the seating groove 34a of the rotary bar 34 is moved downwardly to form a wood roll 14).

In the present invention as described above, a plurality of laminated veneer sheets are successively joined to a nonwoven fabric, and the lines and the rear ends of the laminated veneer sheet and the veneer sheet laminate are cut in a sawtooth shape and conveyed in contact with each other to heat and press the veneer laminate and veneer laminate And the foil laminate is rolled into a roll form through a roll shaft to form a wood roll.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is clear that the present invention can be suitably modified and applied in the same manner. Therefore, the above description does not limit the scope of the present invention, which is defined by the limitations of the following claims.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the present invention.

1: Roll shaft mounting base 2: Driving motor
3: nonwoven roll 3a: roll shaft
3b: Axial gear 4: Guide roller
5: Feed roller 6:
7: Cutter 8: Folding
9: Feeder 9a: Feed conveyor
9b: pressure roller 10: pressing device
11: guide roller 12: roll support
13: Driving motor 14: Wood roll
14a: Roll shaft 14b: Shaft gear
20: Non-woven fabric 30: Veneer laminate
21, 31: frame 22, 32:
23, 33: axial grooves 24, 34: rotary bar
24a, 34a: seat groove 25, 35:
26, 36: cylinders 27, 37: rod

Claims (7)

A nonwoven fabric roll 3 in which a nonwoven fabric roll 20 is wound on a roll axis 3a and a nonwoven fabric roll 20 is wound on a guide roller 4, And a nonwoven fabric 20 supplied on the upper plate of the veneer jig 6 to be laid one on the other in a sequential manner and joined together A cutter 7 for cutting the tip end and a rear end of the cutter 7 into a saw tooth form and a front end and a rear end cut in a sawtooth shape, And a conveying conveyor 9a for conveying the thin laminated sheet 30 conveyed through the folding unit 8 to a conveying conveyor 9a and a conveying conveyor 9a, (9) and the conveying machine (9) to heat and press the laminated sheet (30) The laminated wood foil 30 is guided by the guide rollers 11 through the presser 10 and wound around a roll shaft 14a provided on the upper part of the roll support 12 to cut the wood roll 14 Wherein the first and second rolls are formed by a plurality of rollers.
The method according to claim 1,
The roll shaft mounting base 1 includes a frame 21 fixed to the floor at both sides spaced apart from each other, both side plates 22 whose front surfaces are curved upwardly integrally with the frame 21, And a rotary bar 24 bent at the outer lower side of the both side plates 22 is installed so as to rotate upward with the shaft groove 23 formed around the hinge shaft 25 And a cylinder 26 provided on the rear side of the frame 21 is provided at the upper side of the rear side of the rotary bar 24 which is bent and formed with a seating groove 24a so as to have a roll shaft 3a to be seated on the front side of the rotary bar 24. [ A drive motor 2 is provided on the upper side of the one side plate 22 and connected to a shaft gear of the drive motor 2 and a gear 3b provided on the roll shaft 3a. Wherein the apparatus for manufacturing a laminated woodwood roll is provided.
3. The method of claim 2,
The roll shaft 3a of the nonwoven fabric roll 3 is placed in the seating groove 24a of the rotating bar 24 and the cylinder 26 is operated to pull the rotating bar 24 bent back by the rod 27 The rotary bar 24 is rotated and the nonwoven fabric roll 3 is moved upward so that the roll shaft 3a is seated in the upper axial groove 23 of the both side plates 22 and the gear 3b) are provided so as to engage with the shaft gears of the drive motor (2).
The method according to claim 1,
The roll support base 12 includes a frame 31 fixed on the floor at both sides of the support frame 12, both side plates 32 curved upwardly in the backward direction integrally with the frame 31, A shaft 33 on which a roll shaft 14a is installed and a rotation bar 34 which is bent on the outer lower side of the both side plates 32 are rotatable about the hinge shaft 35 And a rotary bar 34 having a mounting groove 34a formed in a hook shape so that a roll shaft 14a is seated on the rear side of the rotary bar 34 is provided on the front side of the bent rotary bar 34, A drive motor 13 is provided on the upper side of the one side plate 32 and a gear 14b provided on the shaft gear of the drive motor 13 and the roll shaft 14a, Wherein the first and second boards are connected to each other.
5. The method of claim 4,
A wood roll 14 wound around a roll shaft 14a seated on an axial groove 33 of the side plate 32 is rotated by operating the cylinder 36 to pull the rotary bar 34, The bar shaft 34 is rotated upward about the rotary shaft 35 and the roll shaft 14a is pushed upward by the inclined hooks so that the roll shaft 14a is moved upwardly, The rod 36 is seated in the seating groove 34a of the inclined hook of the bar 34 and the rod 36 is reversely operated so that the rod 37 pushes the bent bar 34 backward, , And the wood roll (14) wound on the roll shaft (14a) mounted on the seating groove (34a) of the rotary bar (34) can be downwardly moved.
A method for producing a woodroll using a lamellar thin plate,
A first process of placing a nonwoven fabric roll wound on a roll shaft in a mounting groove of a rotary bar provided below both side plates of the roll shaft mounting base,
The cylinder is installed on the upper side where the rotary bar is folded through the first process, and when the cylinder rod pulls the rotary bar backward, the rotary bar is rotated about the rotary shaft, and the nonwoven roll is moved upward, A second step in which a gear mounted on one side of the roll shaft is installed to engage with a shaft gear of a driving motor,
A third step in which the roll shaft is rotated by the shaft gear of the driving motor through the second process, the nonwoven fabric is unwound from the nonwoven roll and is guided by the guide rollers, and the upper portion is transported to a plate-
A fourth step of sequentially laminating and laminating veneer sheets on the nonwoven fabric supplied on the upper plate of the veneer assembly through the third process;
A fifth step of cutting the leading end and the trailing end of the laminated thin plate from the cutter into a saw tooth shape by feeding the laminated thin plate laminated with the nonwoven fabric through the fourth process,
A sixth step in which the tip end and the rear end cut in a saw-tooth shape in the cutter through the fifth step are in contact with each other at the folding step;
A seventh step of feeding the thin laminated wood sheet joined through the folding unit through the sixth step to a presser by a conveying conveyor and a pressurizing roller of the conveyor,
An eighth step of heating and pressing the laminated front and rear laminated thin plates supplied from the compactor through the seventh step,
And a ninth step of forming a wood roll by guiding the laminated wood thin plate integrally bonded with the front and rear laminated wood thin plates by the compactor through the eighth step and wound on a roll shaft provided on the upper side of the roll supporting board By weight.
The method according to claim 6,
The wood roll manufactured through the ninth process operates the rotating bar bent on both side plates of the roll support so that the rotary bar is rotated about the rotary shaft when the cylinder rod pulls the rotary bar forward, When the rod is upwardly moved by the hook, and the roll shaft is moved upward to come out of the shaft groove and is seated in the seating groove of the rotary bar, the cylinder is reversely operated so that when the rod pushes the rotary bar backward, the rotary bar is rotated downward, Further comprising the step of moving the rolled wood roll downward on the roll axis so as to transport the laminated wood roll.

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