KR101897198B1 - Lattice sheet weaving machine and lattice sheet weaved by the same - Google Patents

Abstract

The present invention relates to a lattice type sheet weaving device, capable of improving productivity due to an automated continuous process; and a lattice type sheet woven thereby. The lattice type sheet weaving device of the present invention comprises: a sheet weaving unit; a first sheet supply unit; a second sheet supply unit; a first line driving unit; a first sheet guide roller; and a second line driving unit; an adhesive application unit; a sheet drying unit; a second sheet guide roller; a sheet heating unit; a sheet pressing unit; a plurality of adhesive removal liquid injection units; a plurality of roller type adhesive cleaning units; a sheet buffer section unit; an odor removal agent injection unit; and a lattice type sheet winding unit.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a lattice sheet weaving apparatus and a lattice sheet weaving apparatus,

The present invention relates to a lattice-like sheet weaving apparatus and a lattice sheet woven by the apparatus, and more particularly, it is possible to woven the first and second sheets in a bonded manner, To a lattice type sheet weaving apparatus capable of improving productivity and a lattice sheet woven by the apparatus.

Weaving refers to the process of producing fabrics by weaving two yarns of yarn at right angles to each other using a manual or motorized loom. Equipment that performs such a weaving process is referred to as a loom or weaving device.

In weaving, the longitudinal string is called warp yarn and the transverse yarn is called weft yarn. When the warp yarn and the weft yarn are put into the weaving machine, they are produced in a lattice form through the weaving machine.

On the other hand, a long and thin flexible sheet can be used instead of a yarn in weaving.

Even if a sheet is used instead of a yarn, the process of weaving and weaving them into a lattice is substantially similar. However, unlike a sheet, in the case of a sheet, a bonding method can be used because it forms a rather large surface area.

For example, when laminating the first and second sheets separately, the adhesive may be applied to one of the first and second sheets so as not to be loosened, so that the first and second sheets are adhesively woven together with the other. Of course, in order for such a method to be applied, synthetic resins other than the first and second Shetland plain cloth materials should be used.

In order to weave the first and second sheets in a sticking manner, a suitable weaving device is required. However, since the development of the device has not been developed yet, there is a need for a novel concept of a lattice-like sheet weaving device.

Korea Patent Office Application No. 10-2005-0030897 Korea Patent Office Application No. 10-2009-0031734 Korea Patent Office Application No. 20-2005-0031040 Korea Patent Office Application No. 20-2007-0000726

It is an object of the present invention to provide a lattice-type sheet weaving machine capable of woven fabrication of first and second sheets, as well as an automated continuous process, thereby improving productivity, and a lattice- .

The object is achieved by a sheet weaving unit for weaving a first sheet and a second sheet into a lattice-like sheet; A first sheet supply unit that supplies the first sheet wound in a roll shape to the sheet weaving unit; A second sheet supply unit disposed apart from the first sheet supply unit and supplying the second sheet wound in a roll form to the sheet weaving unit; A first line drive unit disposed on a process line between the first sheet supply unit and the sheet weaving unit and providing a driving force so that a first sheet on the side of the first sheet supply unit is supplied to the sheet weaving unit; A first sheet guide roller disposed behind the first line driving unit and guiding the first sheet to the sheet weaving unit; A second line drive unit disposed on a process line between the second sheet supply unit and the sheet weaving unit and providing a driving force so that a second sheet on the side of the second sheet supply unit is supplied to the sheet weaving unit; An adhesive application unit disposed behind the second line driving unit and applying a predetermined adhesive to the second sheet; A sheet drying unit disposed behind the process of the adhesive application unit and drying the second sheet coated with the adhesive; A second sheet guide roller disposed rearward of the sheet drying unit and guiding the second sheet passed through the sheet drying unit to the sheet weaving unit, A sheet heating unit disposed behind the process of the sheet weaving unit and heating the woven lattice sheet in the sheet weaving unit to within a range of 60 占 폚 to 85 占 폚; A sheet pressing unit disposed behind the process of the sheet heating unit for pressing the heated grating sheet; A plurality of adhesive remover ejecting units disposed behind the sheet pressing unit and ejecting an adhesive remover to both sides of the lattice sheet passed through the sheet pressing unit; A plurality of roller-type adhesive cleaning units disposed on both sides of the lattice-like sheet disposed behind the adhesive remover ejecting unit and being adhered to the surface of the sheet to which the adhesive remover is applied, unit; Wherein the adhesive removing liquid injecting unit is disposed between the adhesive remover injecting unit and the roller type adhesive cleaning unit, and the adhesive removing liquid injected from the adhesive remover injecting unit to the lattice sheet is adsorbed on the surface of the lattice- Section; A malodor removing agent spraying unit disposed behind the process of the roller type adhesive cleaning unit and spraying the malodor removing agent into the manufactured grid-shaped sheet; And a grating type sheet weaving apparatus disposed behind the process of the malodor removing agent spraying unit, wherein the grating type sheet weaving apparatus comprises a grating type sheet winding unit in which a grating type sheet finally being manufactured is wound, and a lattice type Sheet.

Wherein the adhesive application unit comprises: an adhesive containing portion in which the adhesive is filled in a liquid phase; A first adhesive roll rotatably disposed in the adhesive accommodating portion; And a second adhesive roll disposed opposite the first adhesive roll with the second sheet therebetween and applying adhesive to the second sheet by interaction with the first adhesive roll, A support roller disposed on one side of the lattice-like sheet; A pressing rotating roller for pressing and rotating the lattice-like sheet on the opposite side of the supporting roller with the lattice-like sheet interposed therebetween; And a pressure regulator connected to the pressure application roller and adapted to adjust a pressing force of the pressure application roller, wherein the roller type adhesive cleaning unit comprises: a cleaning roller attached to the lattice sheet to clean the adhesive on the lattice sheet; ; And a transition roller that is circumscribed by the cleaning roller and is formed to be larger in size than the cleaning roller, and on which the adhesive on the cleaning roller side is transferred.

On the other hand, the above object can be achieved by a sheet weaving unit for weaving a first sheet and a second sheet into a lattice-like sheet; A first sheet supply unit that supplies the first sheet wound in a roll shape to the sheet weaving unit; A second sheet supply unit disposed apart from the first sheet supply unit and supplying the second sheet wound in a roll form to the sheet weaving unit; A first line drive unit disposed on a process line between the first sheet supply unit and the sheet weaving unit and providing a driving force so that a first sheet on the side of the first sheet supply unit is supplied to the sheet weaving unit; A first sheet guide roller disposed behind the first line driving unit and guiding the first sheet to the sheet weaving unit; A second line drive unit disposed on a process line between the second sheet supply unit and the sheet weaving unit and providing a driving force so that a second sheet on the side of the second sheet supply unit is supplied to the sheet weaving unit; An adhesive application unit disposed behind the second line driving unit and applying a predetermined adhesive to the second sheet; A sheet drying unit disposed behind the process of the adhesive application unit and drying the second sheet coated with the adhesive; A second sheet guide roller disposed rearward of the sheet drying unit and guiding the second sheet passed through the sheet drying unit to the sheet weaving unit, A sheet heating unit disposed behind the process of the sheet weaving unit and heating the woven lattice sheet in the sheet weaving unit to within a range of 60 占 폚 to 85 占 폚; A sheet pressing unit disposed behind the process of the sheet heating unit for pressing the heated grating sheet; A plurality of adhesive remover ejecting units disposed behind the sheet pressing unit and ejecting an adhesive remover to both sides of the lattice sheet passed through the sheet pressing unit; A plurality of roller-type adhesive cleaning units disposed on both sides of the lattice-like sheet disposed behind the adhesive remover ejecting unit and being adhered to the surface of the sheet to which the adhesive remover is applied, unit; Wherein the adhesive removing liquid injecting unit is disposed between the adhesive remover injecting unit and the roller type adhesive cleaning unit, and the adhesive removing liquid injected from the adhesive remover injecting unit to the lattice sheet is adsorbed on the surface of the lattice- Section; A malodor removing agent spraying unit disposed behind the process of the roller type adhesive cleaning unit and spraying the malodor removing agent into the manufactured grid-shaped sheet; A grid-shaped sheet winding unit disposed behind the process of the malodor removing agent spraying unit and wound with a grid-shaped sheet finally manufactured; And the first and second sheet supplying units, the first and second sheet supplying units, the first and second sheet supplying units, the first and second sheet supplying units, and the first and second sheet supplying units, A sheet heating unit, the sheet pressurizing unit, the adhesive remover injecting unit, the roller-type adhesive cleaning unit, the odor eliminator spraying unit, and the grid-shaped sheet winding unit Wherein the adhesive application unit comprises: an adhesive containing portion in which the adhesive is filled in a liquid phase; A first adhesive roll rotatably disposed in the adhesive accommodating portion; And a second adhesive roll disposed opposite the first adhesive roll with the second sheet therebetween and applying adhesive to the second sheet by interaction with the first adhesive roll, A support roller disposed on one side of the lattice-like sheet; A pressing rotating roller for pressing and rotating the lattice-like sheet on the opposite side of the supporting roller with the lattice-like sheet interposed therebetween; And a pressing force adjuster connected to the pressing rotating roller for adjusting a pressing force of the pressing rotating roller, wherein the roller type adhesive washing unit comprises: a cleaning roller attached to the lattice sheet to clean the adhesive on the lattice sheet; ; And a transition roller circumscribed by the cleaning roller, the transition roller being formed to be larger in size than the cleaning roller and being transferred with the adhesive on the cleaning roller side, and a lattice sheet weaving apparatus, .

According to the present invention, not only the first and second sheets can be woven in a bonded manner, but also an automated continuous process is possible, and productivity is improved.

1 is a view of a lattice sheet woven by a lattice sheet weaving apparatus according to an embodiment of the present invention.
2 is a configuration diagram of a lattice-like sheet weaving apparatus according to an embodiment of the present invention.
Fig. 3 is a control block diagram for the lattice-like sheet weaving apparatus of Fig. 2; Fig.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings.

The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention and to fully disclose the scope of the invention to a person having ordinary skill in the art to which the present invention belongs. And the present invention is only defined by the scope of the claims.

Thus, in some embodiments, well known components, well known operations, and well-known techniques are not specifically described to avoid an undesirable interpretation of the present invention.

Like reference numerals refer to like elements throughout the specification. And (used) terms used herein are for the purpose of illustrating embodiments and are not intended to limit the invention.

In the present specification, the singular form includes plural forms unless otherwise specified. Also, components and acts referred to as " comprising (or comprising) " do not exclude the presence or addition of one or more other components and operations.

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs.

Also, commonly used predefined terms are not ideally or excessively interpreted unless they are defined.

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

Fig. 1 is a view of a lattice sheet woven by a lattice sheet weaving apparatus according to an embodiment of the present invention, Fig. 2 is a configuration diagram of a lattice sheet weaving apparatus according to an embodiment of the present invention, Fig. 3 Figure 2 is a control block diagram of the lattice sheet weaving apparatus of Figure 2;

Referring to these figures, the lattice-like sheet weaving apparatus according to the present embodiment is an automatic facility for weaving the lattice-like sheet 1 having the structure as shown in Fig. 1 by supplying the first and second sheets 110 and 120. Fig.

The first and second sheets 110 and 120 refer to a long, thin, flexible sheet of synthetic resin rather than a cloth of a cloth material.

When the first and second sheets 110 and 120 are weaved by interlaced weaving, the adhesive is applied to the second sheet 120. In this case, it is possible to eliminate the phenomenon that the first and second sheets 110 and 120 to be finally woven are arbitrarily disassembled.

The lattice sheet weaving apparatus according to the present embodiment is an inline apparatus as shown in Fig. Accordingly, when the first sheet 110 and the second sheet 120 are fed, the grid-shaped sheet 1 is automatically woven while passing through the process. Therefore, the productivity can be improved.

The lattice-like sheet weaving apparatus according to the present embodiment includes a sheet weaving unit (110). As shown schematically for the sheet weaving unit 110, the sheet weaving unit 110 is a kind of loom that weaves the lattice sheet 1 of the structure shown in Fig. 1 using the first and second sheets 110 and 120 .

The first sheet supply unit 120 and the second sheet supply unit 130 are disposed around the sheet weaving unit 110. [

The first sheet supply unit 120 serves to supply the first sheet 110 wound in a roll form to the sheet weaving unit 110. The second sheet supply unit 130 is disposed apart from the first sheet supply unit 120 and serves to supply the second sheet 120 wound in a roll form to the sheet weaving unit 110 do.

A first line drive unit 121 is provided on the process line between the first sheet supply unit 120 and the sheet weave unit 110 for supplying the first sheet 110. [ The first line driving unit 121 provides a driving force such that the first sheet 110 on the side of the first sheet feeding unit 120 is fed to the sheet weaving unit 110. [ The first line driving unit 121 may include a motor.

A first sheet guide roller 122 for guiding the first sheet 110 to the sheet weaving unit 110 is disposed behind the first line driving unit 121. A plurality of first sheet guide rollers 122 may be arranged in several places.

A second line drive unit 131 is provided on the process line between the second sheet supply unit 130 and the sheet weaving unit 110 for supplying the second sheet 120. [ The second line driving unit 131 provides the driving force such that the second sheet 120 on the side of the second sheet feeding unit 130 is fed to the sheet weaving unit 110. [ The second line driving unit 131 may also include a motor.

The first sheet 110 passes straight from the first sheet feeding unit 120 to the sheet weaving unit 110 while the second sheet 120 fed through the second sheet feeding unit 130 passes through the adhesive application unit 140 And the sheet drying unit 145, and then to the sheet weaving unit 110.

The adhesive applying unit 140 is disposed behind the second line driving unit 131 and serves to apply a predetermined adhesive to the second sheet 120. [

In this embodiment, the adhesive application unit 140 has a structure in which the adhesive can be applied to the second sheet 120 while the second sheet 120 is moving. That is, the adhesive applying unit 140 includes an adhesive receiving portion 141 in which the adhesive is filled in a liquid state, a first adhesive roll 142 rotatably disposed in the adhesive accommodating portion 141, And a second adhesive roll 143 disposed on the opposite side of the first adhesive roll 142 for applying adhesive to the second sheet 120 by interaction with the first adhesive roll 142. [

The sheet drying unit 145 is disposed behind the process of the adhesive application unit 140 and serves to dry the second sheet 120 to which the adhesive is applied. Although the adhesive on the second sheet 120 is dried by the sheet drying unit 145, the adhesive component can be developed by applying heat again.

A second sheet guide roller 132 for guiding the second sheet 120 having passed through the sheet drying unit 145 to the sheet weaving unit 110 is provided behind the process of the sheet drying unit 145. [ The second sheet guide roller 132 may be a roller bearing a power.

On the other hand, a sheet heating unit 148 for heating the woven lattice sheet 1 in the sheet weaving unit 110 to a temperature within a range of 60 占 폚 to 85 占 폚 is provided behind the sheet weaving unit 110 .

After applying the adhesive as described above and applying heat to the dried second sheet 120, the adhesive component may be re-expressed. For this purpose, a sheet heating unit 148 is provided. Actually, since it is difficult to adhere the adhesive in a sticky state during the weaving operation by the sheet weaving unit 110, a method of drying the adhesive and heating the adhesive again after the weaving operation is performed is used.

The heat temperature at this time may be in the range of 60 占 폚 to 85 占 폚. If the temperature is lower than 60 ° C, the adhesive component of the dried adhesive may not be expressed well. If the temperature exceeds 85 ° C, the sheet may be evaporated. Therefore, the heating temperature by the sheet heating unit 148 is preferably in the range of 60 ° C to 85 ° C Do.

A sheet pressing unit 150 is provided behind the process of the sheet heating unit 148 to press the heated lattice sheet 1.

The first and second sheets 110 and 120, in which the adhesive component is exposed by the sheet heating unit 148 and then the sheet pressing unit 150 presses the lattice sheet 1, Can be firmly adhered.

The sheet pressing unit 150 includes a support roller 151 disposed on one side of the lattice sheet 1 and a lattice sheet 1 on the opposite side of the support roller 151 with the lattice sheet 1 sandwiched therebetween. And a pressing force adjuster 153 connected to the pressing and rotating roller 152 and adapted to adjust the pressing force of the pressing and rotating roller 152. [ Adhesion quality can be controlled by adjusting the pressing force of the pressure application roller 152 by the pressing force adjuster 153.

A plurality of adhesive remover ejecting units 161 for ejecting an adhesive remover to both sides of the lattice sheet 1 that has passed through the sheet pressing unit 150 are provided behind the sheet pressing unit 150.

As described above, the adhesive is applied to the entire area of the second sheet 120, but since the adhesive other than the adhesive portion of the first sheet 110 adhered to the second sheet 120 is meaningless, An injection unit 161 is provided.

In the rear of the process of the adhesive remover injection unit 161, a plurality of roller type adhesives (not shown) are disposed on both sides of the lattice sheet 1 and are bonded to the surface of the sheet to which the adhesive remover is applied, A cleaning unit 170 is provided. Since the adhesive is applied to both the front and rear sides of the second sheet 120, the roller-type adhesive cleaning unit 170 can also be disposed and operated on both sides of the front and rear sides of the lattice sheet 1.

The roller type adhesive cleaning unit 170 includes a cleaning roller 171 that is bonded to the lattice sheet 1 to clean the adhesive on the lattice sheet 1 and a cleaning roller 171 that is circumscribed to the cleaning roller 171, And the cleaning roller 171 is provided with a transfer roller 172 for transferring the adhesive on the side of the cleaning roller 171. When the cleaning roller 171 cleans the adhesive on the lattice sheet 1, The roller-type adhesive cleaning unit 170 is provided in such a manner that the adhesive 172 is transferred. The transition rollers 172 can be replaced with pads on the outer surface at any time after use for a certain period of time.

In the case of the apparatus for manufacturing a lattice sheet according to the present embodiment, the sheet buffer section 165 is disposed between the adhesive remover injection unit 161 and the roller type adhesive cleaning unit 170.

The sheet buffer section 165 serves to allow the adhesive remover in the adhesive remover ejection unit 161 to be adsorbed on the surface of the lattice-like sheet 1 for a predetermined period of time. Since the adhesive remover is sprayed onto the surface of the lattice sheet 1 and then sucked or absorbed for a predetermined period of time, the sheet buffer section 165 is cleaned by the roller type adhesive cleaning unit 170, ) And the roller-type adhesive cleaning unit 170.

Behind the process of the roller-type adhesive cleaning unit 170, there is provided a malodor removing agent spraying unit 175 for spraying a malodor removing agent onto the manufactured grid-shaped sheet 1. In the above-described process, since the adhesive, the adhesive remover, etc. are sprayed and washed, odor may remain. Therefore, the malodor removing agent spraying unit 175 injects the malodor removing agent into the manufactured grid-like sheet 1 to improve the value of the product.

Behind the process of the malodor removing agent spraying unit 175, there is provided a grid-shaped sheet winding unit 177 for winding the grid-shaped sheet 1 which is finally manufactured. When a certain amount is wound around the grid-shaped sheet winding unit 177, the sheet is replaced with a new one.

On the other hand, a controller 180 is provided in the lattice-like sheet weaving apparatus according to this embodiment so that the lattice sheet 1 can be automatically woven by supplying the first sheet 110 and the second sheet 120 .

The controller 180 controls the sheet weaving unit 110, the first and second sheets 110 and 120 so that the process of weaving the lattice sheet 1 by the first sheet 110 and the second sheet 120 can proceed inline and continuously. The first and second line driving units 121 and 131, the adhesive applying unit 140, the sheet drying unit 145, the sheet heating unit 148, the sheet pressing unit 150, The roller-type adhesive cleaning unit 170, the malodor removing agent spraying unit 175, and the grid-shaped sheet winding unit 177. [0100]

The controller 180 performing such a role may include a central processing unit 181 (CPU), a memory 182 (MEMORY), and a support circuit 183 (SUPPORT CIRCUIT).

The central processing unit 181 can be industrially applied to control the process in which the lattice sheet 1 is woven by the first sheet 110 and the second sheet 120 in the present embodiment in a continuous manner Lt; RTI ID = 0.0 > computer processors.

The memory 182 (MEMORY) is connected to the central processing unit 181. The memory 182 may be a computer readable recording medium and may be located locally or remotely and may be any of various types of storage devices, including, for example, random access memory (RAM), ROM, floppy disk, hard disk, May be at least one or more memories.

The support circuit 183 (SUPPORT CIRCUIT) is coupled with the central processing unit 181 to support the typical operation of the processor. The support circuit 183 may include a cache, a power supply, a clock circuit, an input / output circuit, a subsystem, and the like.

In this embodiment, the controller 180 includes a sheet weaving unit 110, first and second sheet feeding units 120 and 130, first and second line driving units 121 and 131, an adhesive applying unit 140, A sheet heating unit 148, a sheet pressing unit 150, an adhesive remover injecting unit 161, a roller type adhesive washing unit 170, a malodor removing agent spraying unit 175, and a lattice sheet winding unit 177, which may be stored in the memory 182. [0031] Typically, a software routine may be stored in the memory 182. The software routines may also be stored or executed by other central processing units (not shown).

Although processes according to the present invention are described as being performed by software routines, it is also possible that at least some of the processes of the present invention may be performed by hardware. As such, the processes of the present invention may be implemented in software executed on a computer system, or in hardware such as an integrated circuit, or in combination of software and hardware.

According to the present embodiment having the structure and function as described above, the first and second sheets 110 and 120 can be woven in a bonded manner, and an automated continuous process can be performed, thereby improving productivity.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. It is therefore intended that such modifications or alterations be within the scope of the claims appended hereto.

1: lattice sheet 10: first sheet
20: second sheet 110: sheet weaving unit
120: first sheet supply unit 121: first line driving unit
122: first sheet guide roller 130: second sheet feeding unit
131: second line driving unit 132: second sheet guide roller
140: Adhesive applying unit 141: Adhesive container
142: first adhesive roll 143: second adhesive roll
145: sheet drying unit 148: seat heating unit
150: sheet pressing unit 151: support roller
152: pressure rotating roller 153: pressing force adjusting device
161: adhesive remover injection unit 165: sheet buffer section
170: Roller type adhesive cleaning unit 171: Cleaning roller
172: transfer roller 175: odor eliminator injection unit
177: sheet winding unit 180: controller

Claims (4)

A sheet weaving unit for weaving the first sheet and the second sheet into a lattice-like sheet;
A first sheet supply unit that supplies the first sheet wound in a roll shape to the sheet weaving unit;
A second sheet supply unit disposed apart from the first sheet supply unit and supplying the second sheet wound in a roll form to the sheet weaving unit;
A first line drive unit disposed on a process line between the first sheet supply unit and the sheet weaving unit and providing a driving force so that a first sheet on the side of the first sheet supply unit is supplied to the sheet weaving unit;
A first sheet guide roller disposed behind the first line driving unit and guiding the first sheet to the sheet weaving unit;
A second line drive unit disposed on a process line between the second sheet supply unit and the sheet weaving unit and providing a driving force so that a second sheet on the side of the second sheet supply unit is supplied to the sheet weaving unit;
An adhesive application unit disposed behind the second line driving unit and applying a predetermined adhesive to the second sheet;
A sheet drying unit disposed behind the process of the adhesive application unit and drying the second sheet coated with the adhesive;
A second sheet guide roller disposed rearward of the sheet drying unit and guiding the second sheet passed through the sheet drying unit to the sheet weaving unit,
A sheet heating unit disposed behind the process of the sheet weaving unit and heating the woven lattice sheet in the sheet weaving unit to within a range of 60 占 폚 to 85 占 폚;
A sheet pressing unit disposed behind the process of the sheet heating unit for pressing the heated grating sheet;
A plurality of adhesive remover ejecting units disposed behind the sheet pressing unit and ejecting an adhesive remover to both sides of the lattice sheet passed through the sheet pressing unit;
A plurality of roller-type adhesive cleaning units disposed on both sides of the lattice-like sheet disposed behind the adhesive remover ejecting unit and being adhered to the surface of the sheet to which the adhesive remover is applied, unit;
Wherein the adhesive removing liquid injecting unit is disposed between the adhesive remover injecting unit and the roller type adhesive cleaning unit, and the adhesive removing liquid injected from the adhesive remover injecting unit to the lattice sheet is adsorbed on the surface of the lattice- Section;
A malodor removing agent spraying unit disposed behind the process of the roller type adhesive cleaning unit and spraying the malodor removing agent into the manufactured grid-shaped sheet; And
And a grid-shaped sheet winding unit disposed behind the process of the malodor removing agent spraying unit and wound with a grid-shaped sheet finally manufactured.
The method according to claim 1,
The adhesive application unit includes:
An adhesive containing portion in which the adhesive is filled in a liquid phase;
A first adhesive roll rotatably disposed in the adhesive accommodating portion; And
And a second adhesive roll disposed opposite the first adhesive roll with the second sheet therebetween and applying an adhesive to the second sheet by interaction with the first adhesive roll,
The sheet pressing unit includes:
A support roller disposed on one side of the lattice sheet;
A pressing rotating roller for pressing and rotating the lattice-like sheet on the opposite side of the supporting roller with the lattice-like sheet interposed therebetween; And
And a pressing force controller connected to the pressing rotating roller and controlling a pressing force of the pressing rotating roller,
The roller type adhesive cleaning unit comprises:
A cleaning roller adhered to the lattice sheet to clean the adhesive on the lattice sheet; And
And a transition roller circumscribed by the cleaning roller, the size of which is larger than that of the cleaning roller, and wherein the transition roller transfers the adhesive on the cleaning roller side.
A sheet weaving unit for weaving the first sheet and the second sheet into a lattice-like sheet;
A first sheet supply unit that supplies the first sheet wound in a roll shape to the sheet weaving unit;
A second sheet supply unit disposed apart from the first sheet supply unit and supplying the second sheet wound in a roll form to the sheet weaving unit;
A first line drive unit disposed on a process line between the first sheet supply unit and the sheet weaving unit and providing a driving force so that a first sheet on the side of the first sheet supply unit is supplied to the sheet weaving unit;
A first sheet guide roller disposed behind the first line driving unit and guiding the first sheet to the sheet weaving unit;
A second line drive unit disposed on a process line between the second sheet supply unit and the sheet weaving unit and providing a driving force so that a second sheet on the side of the second sheet supply unit is supplied to the sheet weaving unit;
An adhesive application unit disposed behind the second line driving unit and applying a predetermined adhesive to the second sheet;
A sheet drying unit disposed behind the process of the adhesive application unit and drying the second sheet coated with the adhesive;
A second sheet guide roller disposed rearward of the sheet drying unit and guiding the second sheet passed through the sheet drying unit to the sheet weaving unit,
A sheet heating unit disposed behind the process of the sheet weaving unit and heating the woven lattice sheet in the sheet weaving unit to within a range of 60 占 폚 to 85 占 폚;
A sheet pressing unit disposed behind the process of the sheet heating unit for pressing the heated grating sheet;
A plurality of adhesive remover ejecting units disposed behind the sheet pressing unit and ejecting an adhesive remover to both sides of the lattice sheet passed through the sheet pressing unit;
A plurality of roller-type adhesive cleaning units disposed on both sides of the lattice-like sheet disposed behind the adhesive remover ejecting unit and being adhered to the surface of the sheet to which the adhesive remover is applied, unit;
Wherein the adhesive removing liquid injecting unit is disposed between the adhesive remover injecting unit and the roller type adhesive cleaning unit, and the adhesive removing liquid injected from the adhesive remover injecting unit to the lattice sheet is adsorbed on the surface of the lattice- Section;
A malodor removing agent spraying unit disposed behind the process of the roller type adhesive cleaning unit and spraying the malodor removing agent into the manufactured grid-shaped sheet;
A grid-shaped sheet winding unit disposed behind the process of the malodor removing agent spraying unit and wound with a grid-shaped sheet finally manufactured; And
The first and second sheet supply units, the first and second sheet supply units, the first and second sheet supply units, the first and second sheet supply units, and the first and second sheet supply units, The sheet-drying unit, the sheet-pressing unit, the adhesive remover injecting unit, the roller-type adhesive cleaning unit, the odor eliminator spraying unit, and the grid-shaped sheet winding unit A controller for controlling the operation,
The adhesive application unit includes:
An adhesive containing portion in which the adhesive is filled in a liquid phase;
A first adhesive roll rotatably disposed in the adhesive accommodating portion; And
And a second adhesive roll disposed opposite the first adhesive roll with the second sheet therebetween and applying an adhesive to the second sheet by interaction with the first adhesive roll,
The sheet pressing unit includes:
A support roller disposed on one side of the lattice sheet;
A pressing rotating roller for pressing and rotating the lattice-like sheet on the opposite side of the supporting roller with the lattice-like sheet interposed therebetween; And
And a pressing force controller connected to the pressing rotating roller and controlling a pressing force of the pressing rotating roller,
The roller type adhesive cleaning unit comprises:
A cleaning roller adhered to the lattice sheet to clean the adhesive on the lattice sheet; And
And a transition roller circumscribed by the cleaning roller, the size of which is larger than that of the cleaning roller, and wherein the transition roller transfers the adhesive on the cleaning roller side.
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