WO2015167276A1

WO2015167276A1 - Apparatus for adhering film

Info

Publication number: WO2015167276A1
Application number: PCT/KR2015/004384
Authority: WO
Inventors: 이건하; 이보용
Original assignee: 이건하; 주식회사 엠피디엔지니어링
Priority date: 2014-05-02
Filing date: 2015-04-30
Publication date: 2015-11-05

Abstract

The present invention relates to an apparatus for adhering a film, comprising: a rotating unit which includes a rotation table; a panel guide unit which includes a vertical movement means or horizontal movement means which allows a panel mounting part to move vertically or horizontally on the basis of the bottom surface of the panel mounting part; a pressurization roller unit which includes a pressurization vertical movement means which allows a vertical movement pressurization mounting to move vertically; and a support unit which supports the rotating unit and the pressurization roller unit. According to the present invention, the edge of the film is not adhered to a film guide side, and the vertical movement pressurization mounting comes into close contact with the film so that the film can be adhered to the curved part of the panel without generating air bubbles.

Description

Film Attachment Device

The present invention relates to a film attachment device, and more particularly, to a panel seat portion on which the panel is seated by means of horizontal movement means and horizontal movement means of the panel guide unit installed to interlock with the rotating unit, based on the bottom plane of the panel seating portion. It is possible to match the central axis of the virtual circle, which can be formed by extending the rounded curved surface of the panel where the pressure bar of the pressure roller unit touches, by moving it horizontally and horizontally, and with a film guide. The edges of the film are kept unattached, and during the rotation of the panel guide unit due to the interlocking with the rotary table, the presser is pressed against the film along the curved surface of the panel to generate air bubbles between the panel and the film. The present invention relates to a film attachment device capable of attaching a film to a curved portion of a panel without.

In general, the panel may have a variety of forms, it is applied to a variety of devices that require a display surface of a different radius of curvature.

Here, "panel" means the object to which a film is affixed. Such panels may be attached to nothing, or may be in various forms to which other films may be attached first.

In the manufacturing process of the panel, in attaching the film to the panel based on the adhesion or adhesiveness formed on at least one surface of the film or the panel, the adhesive film is attached to one surface of the panel, and the touch film or the display film is applied to one surface of the adhesive film. It is carried out including the process of attaching.

Hereinafter, the expression "adhesiveness" or "adhesiveness" is used as a concept including the meaning of "adhesiveness" together.

Various film attachment devices have been developed for attaching adhesive films (including various films capable of "adhesion" such as OCA (Optically Clear Adhesive) films), touch films or display films to the panel.

For example, Korean Patent No. 10-0923582 (2009.10.19) discloses a 'polarizing film attachment device' for attaching a polarizing film to have a curvature such as glass (corresponding to the 'panel' of the present invention). .

However, according to the 'polarizing film attachment device' published in the Republic of Korea Patent No. 10-0923582, the edge portion of the adhesion film adheres to the glass before the end of the attachment film to raise the attachment position, the adhesion of the film to the glass There was a problem that the efficiency of the work is reduced because the work is not performed smoothly.

In addition, due to the shape having a curved surface, the adhesion film and the glass cannot be adhered precisely, and thus bubbles are generated between the adhesion film and the glass, and in particular, when the adhesive film such as an OCA film is attached, excessive bubbles are generated in the panel. There was a problem in that the adhesion of the film to the film cannot be performed smoothly.

In addition, there was a problem that the adhesive film is not attached to the glass as the curved portion cannot be sufficiently pressed.

As prior documents related to the film attachment device as described above, in addition to the Republic of Korea Patent Registration No. 10-0923582 (2009.10.19), the Republic of Korea Patent Registration No. 10-1017122 (2011.02.16) is published.

An object of the present invention has been made to solve the above problems, the panel seating unit in which the panel is seated on the basis of the panel mounting unit by the movable unit and the horizontal moving unit of the panel guide unit installed to be interlocked with the rotating unit, It is possible to match the central axis of the virtual circle, which can be formed by extending the rounded curved surface of the panel where the pressure bar of the pressure roller unit touches, by moving it horizontally and horizontally, and with a film guide. The edges of the film are kept unattached, and during the rotation of the panel guide unit due to the interlocking with the rotary table, the presser is pressed against the film along the curved surface of the panel to generate air bubbles between the panel and the film. It is to provide a film attachment device to be able to attach the film to the curved portion of the panel without.

In addition, another object of the present invention is a panel guide unit including a pressure roller unit including a Shanghai copper pressing rod equipped with a pressure roller, a panel seating unit on which the panel is seated, and a panel guide unit and a pressure roller unit by a rotating shaft. A supporting unit including a rotating unit connected by any one of the pressurizing roller unit and the panel guide unit, a horizontal moving means provided in at least one of the pressing roller unit and the panel guide unit, and a panel guide unit. By providing one or more shangdong moving means, by moving the pressure roller unit or the panel guide unit up and down or horizontally with the shanghai moving rod and the horizontal moving means or horizontal movement with at least one of the shanghai moving rod and the shanghai moving means The means is operated to move the pressure roller unit or panel guide unit vertically and horizontally to cover the film with the pressure roller. When the pressure roller reaches the rounded surface of the panel, the pressure roller unit can rotate while matching the central axis of the virtual circle that can be formed by extending the rounded surface of the panel to the center of rotation of the rotating unit. In order to provide a film attachment device that can be attached to the curved surface of the panel by pressing the Shanghai copper pressure bar is moved along the curved surface of the panel.

Another object of the present invention is to provide a pressure roller unit including a Shanghai copper pressing rod equipped with a pressure roller, a panel guide unit including a panel seating portion on which the panel is seated, and a panel seating portion mounted on the panel seating portion. At least one film guide positioned side by side with the bent end of the panel, a rotation unit connected by any one of the panel guide unit and the pressure roller unit by a rotating shaft, and a support unit including the pressure roller unit and the panel guide unit By using the film guide positioned between the bent end of the panel and the film to be attached to the panel, the film is prevented from being attached to the panel before the film is attached to the fixed position of the panel by the Shanghai copper rod. Efficiency can be improved, and excessive bubbles are generated even when sticking strong adhesive film such as OCA film. To provide a film applying apparatus comprising a film guide, located on top of the film receiving part to improve various functions such as preventing to facilitate the adhesion of the film to the panel that is.

The film attachment device according to the present invention for achieving the above object comprises a rotary unit comprising a rotary power means and a rotary table connected to the rotary power means to rotate; A panel seating unit on which the panel is seated, shangdong means for allowing the panel seating unit to be moved on the basis of the floor plan of the panel seating unit, and horizontal movement means for horizontally moving the panel seating unit based on the panel seating unit floor plane; A panel guide unit coupled to the table; A pressurizing roller unit including a pressurizing shaft moving means for moving the shanghai pressure rod and the shanghai pressure rod based on the floor of the panel seat; A support unit supporting the rotating unit and a pressure roller unit; It includes, but the horizontal movement means and the horizontal movement means by moving the panel mounting portion up and down and the horizontal axis of the virtual circle that can be formed to extend the rounded curved surface of the panel in contact with the Shanghai moving force of the rotary unit It can be matched with the center line of rotation, and the panel guide unit can be rotated in conjunction with the rotary table to move the pressure plate along the curved surface of the panel to attach the film on the panel to the curved surface of the panel.

The rotating unit is provided on one side of the rotating unit coupling portion located on one side of the support unit, the rotating power means for supplying power to the rotating shaft connected to the rotating shaft having a center line of rotation; And a rotary table connected to the rotary power means through a rotary shaft, the rotary table being provided with a rotary power from the rotary power means to rotate. It may be configured to include.

The rotating table may be rotatably installed inside the rotating unit coupling part of the support unit supporter, and may be connected to the rotating shaft through a pair of rotating unit coupling parts spaced at regular intervals or connected to the rotating shaft through one rotating unit coupling part.

The panel guide unit may include: a transfer table installed at one side of the rotary table so as to be movable up and down or horizontally; It is provided on one side of the transfer table, the panel seating portion on which the panel is seated, the panel fixing means for fixing the panel seated on the panel seating side, and the panel seating portion side to support the edge of the film attached to the panel Panel seating means provided with a film guide; Located in one side of the transfer table, Shanghai East means for moving the panel seat up and down relative to the floor flat portion of the panel seat by the Shanghai East drive unit is powered by a Shanghai power source; And horizontal moving means positioned on one side of the transfer table and horizontally moving the panel seating portion with respect to the bottom plane of the panel seating portion by a horizontal movable driving portion powered by a horizontal movable power source; It may be configured to include.

The Shanghai East Drive unit, Shanghai Dong power source for supplying power; Shanghai East for moving the panel seat up and down in conjunction with the Shanghai power source; And Shanghai East guide for guiding the vertical movement of the panel seating unit which is moved in conjunction with the East Shanghai; It may be configured to include.

The shanghai east portion may be composed of a ball screw or a shanghai east belt.

The shandong driving unit may be made of a linear motor type or a cylinder type, which is composed of a stator and a reaction rail to reciprocate linearly the panel seat with respect to the rail direction.

The horizontal moving drive unit, a horizontal moving power source for supplying power; A horizontal moving unit which horizontally moves the panel seating unit in association with the horizontal moving power source; And a horizontal moving guide for guiding a horizontal movement of the panel seating unit which moves in association with the horizontal moving unit. It may be configured to include.

The horizontal moving part may be made of a horizontal moving screw or a horizontal moving belt.

The pressure roller unit, the pressure roller coupling portion provided on the rotating unit coupling portion provided on one side of the support unit; Shanghai copper pressing rod support is installed on one side of the pressure roller coupling; And a shanghai copper guide, which is installed at the shanghai pressure supporter side and forms an up and down movement space of the roller, and a roller support which is located inside the shanghai copper guide and moves up and down, and is provided on the shanghai copper guide side. A shanghai pressure gauge including a pressurizing unit for vertically moving the support and a film attaching unit which is in close contact with the film seated on the panel and moves up and down with the roller support moving up and down by driving the pressurizing unit; It may be configured to include.

The pressure roller unit may be in various forms, for example, may be formed of one or more rollers, or may be in the form of a knife. However, if the film and the panel can be attached by pressing it can be said to function.

The film attaching part may be made of a roller or a film attaching blade for allowing the film to be attached to the panel by maintaining the state in close contact with the film attached to the panel as it moves toward the panel seating part together with the roller support.

The support unit, the support is provided to be supported on the floor at a predetermined height; Located on the upper side of the support portion, the rotary unit coupling portion for forming a rotating space of the rotary table on the central side, the outer space of the rotating space to rotatably couple the rotating unit, and the rotary unit coupling portion A pressure roller unit coupling unit positioned at an upper portion to couple the pressure roller unit; It may be configured to include.

Film attaching device according to another embodiment of the present invention, a rotating unit having a rotating shaft connected to the rotating power means and the rotating power means; A panel guide including a panel seating unit for seating the panel, shanghai means for allowing the panel seating unit to be moved on the basis of the floor plan of the panel seating unit, and horizontal movement means for allowing the panel seating unit to move horizontally relative to the panel seating unit floor plane. unit; A pressurizing roller unit including a pressurizing device for moving up and down the shank moving pressure rod and the moving part of the shank moving pressure rod based on the floor of the panel; And a support unit supporting the rotating unit and a panel guide unit. Rotation of the rotating unit to the central axis of the virtual circle that can be formed to extend the rounded surface of the panel to reach the shankdong pressing unit by vertically and horizontally moving the panel seating portion to the shanghai movement means and the horizontal movement means The pressure roller unit can be rotated in conjunction with the rotation axis of the rotary unit so as to coincide with a center line, so that the shank copper pressing rod is pressed and moved along the curved surface of the panel to attach the film on the panel to the curved surface of the panel. .

The panel guide unit may include: a transfer table installed at one side of the rotating unit to move vertically or horizontally; It is provided on one side of the transfer table, the panel seating portion on which the panel is seated, the panel fixing means for fixing the panel seated on the panel seating side, and the panel seating portion side to support the edge of the film attached to the panel Panel seating means provided with a film guide; Shanghai moving means located on one side of the transfer table, for moving the panel seat up and down relative to the floor plane of the panel seating portion by the Shanghai East drive unit is powered by a Shanghai power source; And horizontal moving means positioned on one side of the transfer table and horizontally moving the panel seating portion with respect to the bottom plane of the panel seating portion by a horizontal movable driving portion powered by a horizontal movable power source; It may be configured to include.

The Shanghai East Drive unit, the Shanghai power source is driven by receiving power from the Shanghai power source; A shanghai eastern part which is axially connected to the shanghai power source and moves up and down the panel seat; And Shanghai East guide for guiding the vertical movement of the panel seating unit which is moved in conjunction with the East Shanghai; It may be configured to include.

The shandong east part may be made of a shandong ball ballscrew or a shandong belt.

The shangdong driving unit may be composed of a linear motor type or a cylinder type such as a stator and a reaction rail to reciprocate linearly the transfer table with respect to the rail direction.

The horizontal moving drive unit, a horizontal moving power source driven by receiving power from the horizontal moving power source; A horizontal moving unit connected to the horizontal moving power source and horizontally moving the panel seat; And a horizontal moving guide for guiding a horizontal movement of the panel seating unit which moves in association with the horizontal moving unit. It may be configured to include.

The horizontal moving part may be made of a horizontal moving ball screw or a horizontal moving belt.

The pressure roller unit, the pressure roller coupling portion is rotatably installed in conjunction with the rotation axis of the rotary unit provided on one side of the support unit; Shanghai copper pressing rod support is installed on one side of the pressure roller coupling portion to be interlocked with the pressure roller coupling portion; It is installed on the shanghai copper pressure supporter side, the Shanghai copper guide to form a vertical movement space of the roller on the inside, the roller support to move up and down located on the inner side of the Shanghai copper guide, and the roller support is provided on the Shanghai copper guide side Shanghai moving pressure including the pressure driving unit for moving the up and down, and the film mounting portion to be in close contact with the film seated on the panel by moving up and down with the roller support moving up and down by the driving of the pressure driving unit; It may be configured to include.

Film attaching device according to another embodiment of the present invention, the pressure roller unit including a Shanghai copper pressing rod provided with a pressure roller; A panel guide unit including a panel seating portion on which the panel is seated; A rotating unit connected by any one of the panel guide unit and the pressing roller unit by a rotating shaft; And a support unit including the pressure roller unit and the panel guide unit. And at least one horizontal moving means in at least one of the pressure roller unit and the panel guide unit, wherein the pressure roller unit or the panel guide unit is moved up and down by the shank moving rod and the horizontal moving means. The film is attached to the panel with the pressure roller by moving horizontally, and when the pressure roller reaches the rounded surface of the panel, the center axis of the virtual circle which can be formed by extending the rounded surface of the panel is formed with the rotation center line of the rotating unit. It can be matched, the pressure roller unit can be rotated so that the shank copper pressure bar is moved along the curved surface of the panel to attach the film on the panel to the curved surface of the panel.

The panel guide unit further has one or more shangdong moving means, at least one of the shanghai pressure rod and the shangdong moving means and the horizontal moving means operates the pressure roller unit or the panel guide unit up and down horizontally. The film may be attached to the panel by moving the pressure roller, but when the pressure roller reaches the rounded surface of the panel, the center axis of the virtual circle, which may be formed by extending the rounded surface of the panel, may coincide with the center of rotation of the rotating unit. In addition, the pressing roller unit can rotate so that the shank copper pressure bar is moved along the curved surface of the panel to attach the film on the panel to the curved surface of the panel.

The rotating unit and the horizontal moving means may be provided in the pressure roller unit.

The rotating unit and the horizontal moving means may be provided in the pressure roller unit, and the shank moving means may be provided in the panel guide unit.

The rotary unit may be provided in the pressure roller unit and the horizontal moving means may be provided in the pressure roller unit and the panel guide unit, respectively.

The rotating unit and the horizontal moving means may be provided in the pressure roller unit, and the shank moving means and the horizontal moving means may be provided in the panel guide unit.

The rotating unit may be provided in the pressure roller unit, and the horizontal moving means may be provided in the panel guide unit.

The rotating unit may be provided in the pressure roller unit, and the moving means and the horizontal moving means may be provided in the panel guide unit.

The panel guide unit is provided on one side of the fixing piece provided on one side of the support unit, the panel fixing portion having a panel seating portion on which the panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side Way; It includes, the panel mounting portion may be fixed to the fixing piece side by the panel fixing means.

The panel guide unit is provided on one side of the fixing piece having a moving hole formed through the central portion side of the support unit, the panel seat portion on which the panel is seated, and the panel seat fixing the panel seated on the panel seat side Panel fixing means having a government; And shangdong means for vertically moving the panel seating portion on which the panel is seated so as to be movable up and down within the moving hole of the fixing piece. It includes, The panel seating portion may be installed to be moved up and down on the fixing piece side by the Shanghai moving means.

The panel guide unit is provided on one side of the fixing piece having a moving hole formed through the central portion side of the support unit, the panel seat portion on which the panel is seated, and the panel seat fixing the panel seated on the panel seat side Panel fixing means having a government; And horizontal moving means installed on one side of the fixing piece to horizontally move the panel seating portion. It includes, The panel seating portion may be installed to be horizontally movable on the fixed piece side by a horizontal moving means.

The panel guide unit is provided on one side of the fixing piece having a moving hole formed through the central portion side of the support unit, the panel seat portion on which the panel is seated, and the panel seat fixing the panel seated on the panel seat side Panel fixing means having a government; Shanghai moving means for moving up and down in the movable hole of the fixing piece to move the panel fixing means on which the panel is seated up and down; And horizontal moving means installed on one side of the fixing piece to horizontally move the panel fixing means. It includes, The panel seating portion may be installed to move vertically and horizontally on the fixed piece side through the shank movement means and the horizontal movement means.

The panel guide unit includes: a panel fixing unit having a panel seating unit on which a panel is seated, and a panel fixing unit configured to fix the panel seated on the panel mounting unit side; Horizontal movement means provided on one side of the support unit to horizontally move the panel seat; It includes, The panel mounting portion may be installed to be horizontally moved on the support unit through the horizontal moving means.

The shangdong means may be made of any one of a linear motor type or a cylinder type which is composed of a ball screw, a shangdong belt, a stator and a reaction rail to reciprocate linearly the panel seat with respect to the rail direction.

The horizontal moving means may be made of any one of a linear motor type or a cylinder type which is composed of a ball screw, a shangdong belt, a stator and a reaction rail to reciprocate linearly the panel seat with respect to the rail direction.

One side of the panel seating portion may be further provided with at least one or more film guides located side by side with the bent end of the panel seated on the panel seating portion.

The pressure roller unit, the roller support is rotatably installed in conjunction with the rotating unit by the rotating shaft; Shanghai copper guide piece installed at a certain height on one surface of the roller support; A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel; A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side; It includes, but a pair of fixed support provided on one side of the support unit may be horizontally moved by interlocking by a horizontal moving means provided with a horizontal moving guide is located in parallel with each other in a pair.

The pressure roller unit, the roller support is rotatably installed in the original position in conjunction with the rotary unit by the rotating shaft; Shanghai copper guide piece installed at a certain height on one surface of the roller support; A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel; A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side; Including, but may be rotatably installed in the original position by interlocking with the rotary unit on the pair of fixed support provided on one side of the support unit.

The pressure roller unit, the roller support is rotatably installed in the original position by interlocking with the rotating unit by the rotating shaft on the shaft coupling portion side is fixed to the fixed support side of the support unit by a fixed support; Shanghai copper guide piece installed at a certain height on one surface of the roller support; A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel; A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side; It includes, but may be rotatably installed in the original position in conjunction with the rotary unit by the rotary shaft on the shaft coupling portion side is installed on the fixed support side of the support unit.

Film attaching device according to another embodiment of the present invention, the pressure roller unit including a Shanghai copper pressing rod provided with a pressure roller; A panel guide unit including a panel seating portion on which the panel is seated; At least one film guide positioned side by side with the bent end of the panel seated on the panel seat; A rotating unit connected by any one of the panel guide unit and the pressing roller unit by a rotating shaft; And a support unit including the pressure roller unit and the panel guide unit. Including the film guide is located between the bent end of the panel and the film to be attached to the panel in advance that the film is attached to the panel before the film is attached to the predetermined position of the panel by the shank copper bar And at least one horizontal moving means in at least one of the pressing roller unit and the panel guide unit, wherein the pressing roller unit or the panel guide unit is moved up and down horizontally with the shank moving rod and the horizontal moving means. The film may be attached to the panel by moving the pressure roller, but when the pressure roller reaches the rounded surface of the panel, the center axis of the virtual circle, which may be formed by extending the rounded surface of the panel, may coincide with the center of rotation of the rotating unit. The pressure roller unit may rotate so that the Shanghai copper pressing rod is pressed along the curved surface of the panel. This allows the film on the panel to adhere to the curved surface of the panel.

The film guide may include a guide coupling part positioned outside the panel seating portion of the panel guide unit; A film guide part coupled to one side of the guide coupling part to protrude toward the panel seating part; And a blade tip positioned at one end of the film guide part and configured to cover an end portion of the panel seated on the panel seating portion to protrude inwardly. It may be configured to include.

One side of the film guide may further include a film side alignment means for aligning the side of the film before being attached to the panel, and a film end alignment means for aligning the ends of the film.

One side of the film guide may be further provided with a film end sensor for detecting the end of the film.

When the adhesive surface of the film contacts the film guide, the non-adhesive coating treatment of the blade tip prevents the adhesive film from adhering to the film guide, but the non-stick coating treatment on the blade tip is made of silicon or teflon. (Teflon) or may be performed by a stick free drying (Tack Free) method.

The film guide may be provided to be tapered in a direction toward the film seating portion.

Wherein the end of the film is attached to the panel of the panel guide unit may be further provided with a nozzle for injecting a fluid for forming a water film on the upper surface of the film guide.

As described above, according to the film attaching device according to the present invention, the panel seating unit on which the panel is seated by the movable means and the horizontal moving means of the panel guide unit installed to be interlockable with the rotating unit is provided with the bottom plane of the panel seating portion. Interlocking with the rotating table by allowing the central axis of the virtual circle, which can be formed by extending the rounded curved surface of the panel where the pressure roller unit of the pressure roller unit touches, is made to move horizontally and horizontally as a reference. According to the rotation of the panel guide unit according to the pressure plate along the curved surface of the panel is moved in close contact with the film enough to be able to attach the film to the curved portion of the panel without bubbles between the panel and the film.

According to the film attaching device according to the present invention, the panel seating unit on which the panel is seated by means of the horizontal movement means and the horizontal movement means of the panel guide unit installed to interlock with the rotating unit is based on the floor plane of the panel seating portion. When the panel seat and the transfer table are horizontally moved by the horizontal moving means and the rounded curved part of the panel is located in the same line as the Shanghai moving rod, the panel is placed on the Shanghai moving rod. After moving the Shanghai copper presser downward toward the curved portion of the film, the film attachment portion is brought into close contact with the film on the panel, and the film can be attached to the curved portion of the panel while rotating at a certain radius.

According to the film attaching device according to the present invention, before the film is attached to the panel by using the film guide provided on the panel seating means side of the panel guide unit, the edge of the film is maintained without sticking to the attaching device. The film attaching operation can be performed smoothly.

According to the film attaching device according to the present invention, it is possible to solve the conventional problem that bubbles are generated between the panel and the film to smoothly attach the film to the panel.

According to the film attaching device according to the present invention, when attaching a strong adhesive film, such as OCA film, it is possible to prevent the excessive generation of bubbles to smoothly perform the attachment of the film to the panel.

1 is a perspective view showing a film attachment device according to the present invention.

2 is an enlarged perspective view of the panel guide unit according to the present invention.

Figure 3 is an enlarged perspective view of the film attachment portion according to the present invention.

Figure 4 is a schematic view showing a shandong east drive according to the present invention.

Figure 5 is a block diagram showing an upward movement state of the Shanghai East driving unit according to the present invention.

Figure 6 is a block diagram showing a downward movement state of the Shanghai East driving unit according to the present invention.

7 is a configuration diagram schematically showing a horizontal moving drive unit according to the present invention.

8 is a configuration diagram showing a driving state of the horizontal moving unit according to the present invention.

9 is a configuration diagram schematically showing a film guide unit according to the present invention.

10 is a configuration diagram showing a state in which the film guide unit according to the invention rotated in the left direction.

11 is a view illustrating a state in which the film guide unit according to the present invention is rotated in the right direction.

12A is a flowchart illustrating a process of attaching a film to a panel according to the present invention.

12B is a flowchart illustrating a process of attaching a film to a panel by a knife type pressure roller unit according to the present invention.

12c is a flow chart illustrating a process in which the pressure roller unit according to the present invention is located on the lower portion of the rotary unit to attach the film to the outer portion of the panel.

12d is a flowchart illustrating a process in which a film is attached to an outer portion of the panel by rotating the pressure roller unit located below the panel according to the present invention.

Figure 13 is a block diagram showing a rotating state of the pressure roller unit according to the present invention.

14 is a perspective view showing a film attachment device according to another embodiment of the present invention.

15 is a perspective view showing a state in which the rotating unit and the horizontal moving means is provided on the pressure roller unit in FIG.

16 is a perspective view showing an installation state of the pressure roller according to the present invention.

17 is a perspective view illustrating a state in which a panel seating unit of the panel guide unit according to the present invention is fixedly installed.

18 is a perspective view showing a film attachment device according to another embodiment of the present invention.

19 is a perspective view showing an installation state of the panel fixing means in FIG.

20 is a perspective view showing the installation state of the panel fixing means according to the present invention.

21 is a perspective view showing a film attachment device according to another embodiment of the present invention.

22 is a perspective view showing the installation state of the panel fixing means according to another embodiment of the present invention.

23 is a perspective view illustrating a film attachment device according to another embodiment of the present invention.

24 is a perspective view illustrating a state in which the rotating unit is provided on the pressure roller unit side in FIG. 23 and the panel fixing unit is horizontally movable.

25 is a perspective view showing the installation state of the panel fixing means according to the present invention.

FIG. 26 is a front view of FIG. 24.

27 is a side view showing a state where the film guide according to the present invention is installed on the panel fixing means side.

28 is a perspective view illustrating a film attachment device according to another embodiment of the present invention.

FIG. 29 is a perspective view illustrating a state in which the panel fixing unit is horizontally movable in FIG. 28.

30 is a perspective view showing a film attachment device according to another embodiment of the present invention.

Figure 31 is a perspective view showing a state in which the rotating unit is provided on the pressure roller unit side in Figure 30, the panel fixing means is installed to be horizontally movable.

32 is a perspective view showing a rotating unit according to another embodiment of the present invention is provided on the pressure roller unit side, the panel fixing means is installed to be movable horizontally.

FIG. 33 is a side view showing a state where the film guide is installed on the panel fixing means side in FIG.

34 is a perspective view illustrating a film attachment device according to another embodiment of the present invention.

35 is a perspective view illustrating a film attaching apparatus according to another embodiment of the present invention.

36 is a perspective view illustrating a film attaching device according to another embodiment of the present invention.

37 is a front view of FIG. 36.

38 is a bottom perspective view showing a state in which the pressure roller unit of the present invention is installed on the lower side of the film guide unit.

39 is a view illustrating a film guide according to the present invention.

40 is a configuration diagram showing the thickness of the blade edge of the film guide according to the present invention.

41 is a view illustrating a state in which the film guide unit according to the present invention is rotated in the left direction.

42 is a view illustrating a state in which the film guide unit according to the present invention is rotated in the right direction.

43 is a view illustrating a state in which a spray nozzle is provided on one side of the film guide unit according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. It is not intended to be limited to the present invention, but should be understood to include all transformations, equivalents, and substitutes included in the spirit and scope of the present invention. In addition, in describing the present invention, when it is determined that the detailed description of the related known technology may obscure the gist of the present invention, the detailed description thereof is omitted. In addition, unless otherwise defined, the terminology herein is the same as the general meaning of the term understood by those skilled in the art, and if the terminology used herein conflicts with the general meaning of the term In this case, according to the definition used in the present specification, the same reference numbers used throughout the present specification to indicate the same components.

In the film attaching apparatus according to the present invention, the term "panel" refers to the object to which the film is attached. Thus, the panel may be attached to nothing, and there may be various forms in which other films may be attached first.

The film attachment device 100 according to the present invention, the panel unit is mounted on the rotary unit 110, the panel P is provided on one side of the rotary unit coupling portion 113 located on one side of the support unit 140. A panel guide unit 120 having a portion 122a, a pressurizing roller unit 130 having a shanghai movable pressure bar 133 so as to be shanghai, and a rotating unit 110 and a pressurizing roller unit 130 are supported. It may be configured to include a support unit 140.

The rotating unit 110 may include a rotating power unit 111 provided on one side of the rotating unit coupling unit 113 and a rotating table 112 that receives the rotating power from the rotating power unit 111 to rotate. have.

The rotary power means 111 is installed on one side of the rotary unit coupling portion 113 located on one side of the support unit 140.

The rotary power means 111 is connected to the rotary shaft 114 having the center of rotation (C) is a variety of devices that can transmit power to the rotary shaft 114, such as a servo-motor (Servo-Motor) that supplies power to the rotary shaft 114 It may be made, the rotary power means 111 is preferably to be controlled by a control unit (not shown).

The rotary table 112 is connected through the rotary power means 111 and the rotary shaft 114, and receives the rotational power from the rotary power means 111 (supplied) is provided with a rotating plate (112a).

The rotating table 112 is rotatably installed inside the rotating unit coupling part 113.

Rotating table 112 is located inside the rotary unit coupling portion 113, it can be connected to the rotary shaft 114 through a single rotary unit coupling portion 113, a pair of rotary unit coupling portion spaced at regular intervals It may be connected to the rotary shaft 114 through 113.

The panel guide unit 120 includes a transfer table 121 installed to be movable up and down or horizontally, a panel mounting means 122 provided on one side of the transfer table 121, and a panel seating portion of the panel mounting means 122. It may be configured to include a vertical movement means 124 for moving the panel mounting portion 122a and the horizontal movement means 124 for vertically moving (122a).

The transfer table 121 is installed on one side of the rotary table 112 so as to be movable vertically or horizontally.

The panel seating means 122 is provided on one side of the transfer table 121, and may include a panel seating portion 122a, a panel fixing means 122b, and a film guide 122c.

The panel is seated on one surface of the panel seating portion 122a (preferably, one surface facing the pressure roller unit).

The panel fixing means 122b serves to fix the panel P seated on the side of the panel seating portion 122a, and the panel fixing means 122b may be performed by vacuum adsorption.

The film guide 122c is disposed on the panel seating portion 122a to support the edge of the film F attached to the panel P.

Shanghai moving means 124 is located on one side of the transfer table 121, the panel seating portion (122a) and the transfer table 121 by the Shanghai East drive unit 126 is powered by a Shanghai power source power source It is moved up and down based on the bottom plane of 122a.

The rounded curved surface of the panel P, which is touched by the shanghai copper pressure rod 133, may be formed by the shanghai 124 means that the panel seating portion 122a and the transfer table 121 are moved upward. The central axis of the virtual circle to match the center of rotation (C) of the rotation unit (110).

The Shanghai East Drive 126 may be configured to include a Shanghai East Power Source 126a, a Shanghai East East 126b linked to the Shanghai East Power Source 126a, and a Shanghai East Guide 126c linked to the Shanghai East East 126b. Can be.

The Shanghai power source 126a serves to transmit power to the Shanghai East 126a side, and is preferably controlled by the control unit.

The Shanghai East part 126b receives power from the Shanghai power source 126a to move the panel seat 122a up and down.

Shanghai East 126b may be composed of a Shanghai East Ball Screw or a Shanghai East Belt.

The shanghai guide 126c serves to guide the vertical movement of the panel seat 122a and the transfer table 121 which are moved in conjunction with the shanghai east part 126b.

Shanghai driving unit 126 is composed of a stator and a reaction rail may be configured as a linear motor (Linear Motor) type to reciprocate linear movement of the panel seating portion 122a with respect to the rail direction, or may be provided in a cylinder type It may be made in a configuration.

When the panel seat portion 122a and the transfer table 121 are horizontally moved by the horizontal moving means 125, the rounded curved portion of the panel P is positioned on the same line as the shanghai pressure rod 133. The rotary table 112 is rotated according to the curvature radius of the panel P, and the shank copper pressing rod 133 is moved downward to the curved portion of the panel P to move the film attachment portion 133d onto the panel P. By bringing the film F into close contact with the film F, the attaching of the film F to the panel P can be performed.

The horizontal moving part 127 includes a horizontal moving power source 127a, a horizontal moving part 127b interlocked with the horizontal moving power source 127a, and a horizontal moving guide 127c interlocked with the horizontal moving part 127b. Can be configured.

The horizontal moving power source 127a serves to transmit power to the horizontal moving part 127b, and is preferably controlled by the controller.

The horizontal moving part 127b receives power from the horizontal moving power source 127a to horizontally move the panel seating part 122a and the transfer table 121.

The horizontal moving part 127b may be provided as a horizontal moving ball screw or a horizontal moving belt.

The horizontal movement guide 127c guides the horizontal movement of the panel seating portion 122a and the transfer table 121 which are moved in conjunction with the horizontal movement portion 127b.

The pressure roller unit 130 is installed on the pressure roller coupling portion 131, the Shanghai copper pressing rod support 132 is installed on one side of the pressure roller coupling portion 131, and the Shanghai copper pressing rod support 132 side. It is configured to include the Shanghai East Gauge 133.

Pressure roller coupling portion 131 is provided on the rotation unit coupling portion 113 side provided on one side of the support unit 140.

The shanghai pressure rod support 132 is installed on one side of the pressure roller coupling portion 131 to support the shanghai pressure rod 133.

The Shanghai East Presser 133 is installed on the Shanghai East Presser Support 132 side, and the Shanghai East Guide 133a, the roller support 133b which moves up and down on the Shanghai East Guide 133a side, and the roller support ( And a film attachment part 133d for moving the 133b up and down and the film support part 133d which moves together with the roller support 133b and attaches the film F to the panel P. As shown in FIG.

The vertical movement space of the pressure driving part 133c and the film attachment part 133d is formed inside the shanghai copper guide 133a.

The roller support 133b is located in the vertical movement space formed inside the shanghai copper guide 133a and is vertically moved by the pressure driving unit 133c.

The pressure driving unit 133c is provided at the Shanghai copper guide 133a to serve to vertically move the roller support 133b located in the vertical movement space. The pressure driving unit 133c may be configured as a pressure cylinder. .

The film attaching part 133d is in close contact with the film F seated on the panel as the film supporting part 133d moves up and down with the roller support 133b moving up and down by the driving of the pressure driving part 133c. F) is attached.

As the film attaching part 133d moves to the panel seating part 122a with the roller support 133b, the film attaching part 133d maintains a state of being in close contact with the film F attached to the panel P, and thus the film F A roller or a surface in contact with the film to be attached) may be provided as a film-attached blade in the form of a blade.

The support unit 140 may include a support part 141 supported on the bottom surface and a support 142 positioned on the support part 141.

The support 141 has a predetermined height and is installed to be supported on the bottom surface.

Support 142 is located on the upper side of the support 141, the rotation unit coupling portion 142a and the rotation unit coupling portion 113 to form a rotating space of the rotary table 112 on the central portion side It may be configured to include a pressure roller unit coupling portion (142b).

The rotating unit coupling part 142a forms a rotating space of the rotating table 112 at the center side and serves to rotatably couple the rotating unit 110 by being located outside the rotating space.

The pressure roller unit coupling portion 142b is positioned at the upper portion of the rotation unit coupling portion 113 to couple the pressure roller unit 130.

According to the film attachment device 100 according to the present invention having the configuration as described above, the movement means 124 and the horizontal movement means 125 of the panel guide unit 120 installed to be interlocked with the rotary unit 110 The panel seating portion 122a, on which the panel is seated, is moved up and down horizontally on the basis of the floor plane of the panel seating portion 122a, so that the shank copper pressing rod 133 of the pressure roller unit 130 touches the panel seating portion 122a. By allowing the center axis of the virtual circle, which can be formed by extending the rounded curved surface, to coincide with the center of rotation C of the rotating unit 110, the panel guide unit 120 is interlocked with the rotating table 112. In the process of rotation, the curved surface of the panel P is closely adhered to the film while the Shanghai copper presser 133 is pressurized along the curved surface of the panel P, and bubbles are not generated between the panel P and the film F. The film F can be attached to it.

In addition, before the film F is attached to the panel P using the film guide 122c provided on the panel seating means 122 side of the panel guide unit 120, the edge of the film F is attached to the attachment device. It is possible to smoothly perform the attaching of the film (F) to the panel (P) by maintaining the non-stick state.

Film attachment device 100 according to another embodiment of the present invention, the rotation unit 110 and the panel (P) is provided on one side of the rotary unit coupling portion 113 located on one side of the support unit 140 A panel guide unit 120 having a panel seating portion 122a to be seated therein, a pressurizing roller unit 130 provided with a shanghai movable pressure rod 133 so as to be shanghai, and coupled with a rotating shaft 114 of the rotating unit; It may be configured to include a support unit 140 for supporting the rotary unit 110 and the pressure roller unit 130.

Here, the panel guide unit 120 and the support unit 140 of the components of the film attachment device 100 of the present invention and the panel guide unit 120 and the support unit 140 of the film attachment device 100 described above and Since the same, detailed description is omitted.

The rotating unit 110 of the film attachment device 100 according to the present invention is a rotary power means 111 provided on one side of the rotary unit coupling portion 113, and a rotary shaft connected to the rotary power means 111 to rotate ( 114).

The rotary power means 111 may be made of a servo motor connected to the rotary shaft 114 having the rotation center line C to supply power to the rotary shaft 114, and the rotary power means 111 may be controlled by a controller. It is preferable to.

The panel guide unit 120 includes a transfer table 121 installed to be movable up and down or horizontally, a panel mounting means 122 provided on one side of the transfer table 121, and a panel seating portion of the panel mounting means 122. And a horizontal moving means 125 for horizontally moving the panel seating portion 122a.

The panel seating means 122 is provided on one side of the transfer table 121, the panel seating portion 122a on which the panel P is seated, and the panel fixing means 122b for fixing the panel P by a vacuum suction method or the like. And a film guide 122c for supporting the edge of the film F.

Among them, the film guide 122c is disposed on the panel seating portion 122a and serves to support the edge of the film F attached to the panel P.

Shanghai moving means 124 is located on one side of the transfer table 121 and the panel seating portion (122a) and the transfer table 121 by the Shanghai east drive unit 126 which is powered from the Shanghai power source to the panel seat ( It serves to move up and down based on the floor plane of 122a).

Shanghai East Drive 126 is connected to the Shanghai East Power Source 126a, Shanghai East Power Source 126a, Shanghai East East 126b for moving the panel seat 122a and the transfer table 121 up and down, and Shanghai East East ( The panel mounting part 122a interlocked with the 126b and the shandong copper guide 126c for guiding the vertical movement of the transfer table 121 may be included.

In addition, the Shanghai East (126b) may be composed of a Shanghai Dong screw or Shanghai Dong belt.

The Shanghai driving unit 126 may be provided in various ways such as a linear motor type or a cylinder type.

The pressure roller unit 130 is rotatably installed in combination with the rotating shaft 114 of the rotary unit 110, and can be moved to the Shanghai copper pressure rod 133 on the basis of the floor plane of the panel seating portion (122a). It is configured to include a pressing up and down moving means (124).

The pressure roller unit 130 is configured to be rotatable in conjunction with the rotary shaft 114 of the rotary unit 110, so that the rounded curved portion of the panel (P) is located on the same line as the shankdong pressing unit 133 , The Shanghai copper rod 133 is moved downward toward the curved portion of the panel P, and the Shanghai copper presser 133 is moved downward to rotate the film attaching portion 133d to a predetermined radius and to the curved portion of the panel P. Attachment of the film (F) can be performed.

Such, the pressure roller unit 130 is a pressure roller coupling portion 131 interlocked with the rotary shaft 114 of the rotary unit 110, and the shankdong pressing supporter which is installed to be interlocked with the pressure roller coupling portion 131 ( 142, and the shanghai copper pressing stand 142 is provided on the side.

The pressure roller coupling part 131 is rotatably installed in connection with the rotation shaft 114 of the rotation unit 110 on one side of the support unit 140.

As such, the reason why the pressure roller coupling part 131 is rotatably installed in conjunction with the rotary shaft 114 of the rotating unit 110 is that the rounded curved portion of the panel P is located at the Shanghai copper presser 133. When it is located on the same line, it is to perform the attachment work of the film (F) to the curved portion of the panel P by rotating the Shanghai copper pressing rod 133 to a radius on the curved portion of the panel (P) side. to be.

The pressure roller supporter 133b is located at one side of the pressure roller coupling part 131 so as to be interlocked with the pressure roller coupling part 131.

The Shanghai East Presser 133 is installed on the Shanghai East Presser Support 142 side, and the Shanghai East Guide 133a, the roller support 133b which moves up and down on the Shanghai East Guide 133a side, and the roller support ( And a film attachment part 133d for moving the 133b up and down and the film support part 133d which moves together with the roller support 133b and attaches the film F to the panel P. As shown in FIG.

The roller support 133b and the film attaching part 133d which form a vertical movement space of the roller inside the shanghai copper guide 133a and move up and down by vertical movement of the pressure driving part 133c located in the vertical movement space. The film (F) is attached to the horizontal and curved portions of the panel (P).

According to the film attachment device 100 according to the present invention having the configuration as described above, the movement means 124 and the horizontal movement means 125 of the panel guide unit 120 installed to be interlocked with the rotary unit 110 The panel seating portion 122a on which the panel is seated can be moved and moved horizontally with respect to the floor plane of the panel seating portion 122a, and the panel seating portion 122a is moved by the horizontal moving means 125. And when the rounded curved portion of the panel P is positioned on the same line as the shanghai pressure rod 133 while the transfer table 121 is horizontally moved, the shanghai pressure rod 133 is placed on the panel P. Move the Shanghai copper presser bar 133 downward to the curved portion side of the film to bring the film attaching portion 133d into close contact with the film F on the panel P, and then rotate the panel P by a predetermined radius. Attachment of the film (F) to the curved portion of the can be performed.

Film attachment device 200 according to another embodiment of the present invention, the pressure roller unit 210 is provided with a pressure roller 212 on one side, the pressure roller unit 210 is provided on one side of the panel (P) A panel guide unit 220 having a panel seating portion 222a to be seated therein, a rotation unit 230 connected by any one of the panel guide unit 220 and the pressure roller unit 210 by the rotation shaft 231, One or more horizontal movement means provided in the support unit 240, including the pressure roller unit 210 and the panel guide unit 220, and at least one of the pressure roller unit 210 and the panel guide unit 220 (250, 260) ('250' in the drawing number is a horizontal movement means for moving the pressure roller unit, '260' is a horizontal movement means for moving the panel seat portion of the panel guide unit), and the panel guide unit 220 Located on one or more shanghai copper means 270 and the panel seating portion 222a to guide the attachment of the film (F). It can comprise a film guide (280).

The pressure roller unit 210 is provided with a roller support 213, a shanghai copper guide piece 214 installed on one side of the roller support 213, and a shanghai copper pressure rod installed up and down on the shanghai copper guide piece 214. 211 and the Shanghai power plant 215 for supplying Shanghai power to the Shanghai copper presser 211 side.

The roller support 213 is installed to be interlocked with the rotating unit 230 through the rotating shaft 231 and within a desired radius according to the rotation of the rotating shaft 231 having the center of rotation C when the rotating unit 230 is driven. You will meet at.

The shanghai copper guide piece 214 is preferably formed in a plate shape, it may be installed in the form orthogonal to the roller support 213 on the upper surface of the roller support (213).

Shanghai-dong guide piece 214 serves to guide the Shanghai-dong of the Shanghai-dong pressing rod 211 to a certain height.

Shanghai copper rod 211 is installed on the Shanghai copper guide piece 214 to move up and down to move the pressure roller 212 up and down, Shanghai copper rod 211 is a vertical cylinder by a variety of methods such as cylinder Make it possible to move.

The pressure roller 212 is located on one side of the Shanghai copper presser 211 and moves together as the Shanghai copper presser 211 moves to keep the panel F in close contact with the film F on the panel P. The film F is attached to one surface of (P).

In addition to the roller type, the pressure roller 212 may be provided in various structures such as a plate-shaped film attaching blade formed to be rounded so as not to damage the film (F).

The Shanghai power supply unit 215 is provided on one side of the Shanghai copper guide piece 214 and serves to supply Shanghai power to the Shanghai copper rod 211 side.

Shanghai power supply unit 215 may be controlled by a controllable controller.

The pressure roller unit 210 having the above configuration is provided with a horizontal moving guide 252 positioned in parallel with each other in a pair on the fixed support 242 side provided on one side of the support unit 240. It can be moved horizontally in conjunction with the horizontal moving means 250.

In addition, the pressure roller unit 210 is rotatable without moving horizontally from its original position by interlocking with the rotating unit 230 on the pair of fixed support 242 provided on one side of the support unit 240. It may be installed.

On the other hand, the pressure roller unit 210 according to the present invention, the roller support is rotatably installed by the rotating shaft 231 on the shaft coupling portion 232 side of the rotary unit 230 is fixed to the support unit 240 side 213, the Shanghai copper guide piece 214 provided on one surface of the roller support 213, and the Shanghai copper pressure rod 211, which is installed to be movable up and down on the Shanghai copper guide piece 214, and the Shanghai copper pressure rod. It may be configured to include a Shanghai power supply unit 215 for supplying the Shanghai power to the (211) side.

The shaft coupling portion 232 of the rotary unit 230 is installed on the fixed support 242 side provided on one side of the support unit 240 so as to be fixed in its original position without being moved horizontally through the fixing stand 243.

The roller support 213, the Shanghai copper guide piece 214, the Shanghai copper presser 211, and the Shanghai dynamic power supply 215 of the pressure roller unit 210 perform the same role as described above.

Such, the roller roller 210 is rotatably installed by the rotating shaft 231 on the side of the shaft coupling portion 232 is fixed to the pair of fixed support 242 provided on one side of the support unit 240 By the linkage with the rotating unit 230 via the support 213 may be installed to be rotated in the original position without moving horizontally.

The panel guide unit 220 is positioned at one side of the pressure roller unit 210 to seat and fix the panel P to which the film F is attached, and the film F is stably attached to one surface of the panel P. It serves as a guide to help.

The panel guide unit 220 may include a panel fixing means 222 fixedly installed at one side of the fixing piece 241a positioned on the support piece 241 of the support unit 240.

The panel fixing unit 222 may include a panel mounting unit 222a and a panel fixing unit 222b for fixing the panel P to the panel mounting unit 222a.

The panel seating portion 222a may be formed in various forms such that one surface facing the pressure roller unit 210, that is, the surface on which the panel P is seated is provided in a shape corresponding to the panel P.

The panel fixing part 222b serves to fix the panel P seated on the panel seating part 222a side, and the panel fixing part 222b may be performed by a vacuum adsorption method.

In the film attachment device 200 according to the present invention having the above configuration, the film guide unit 220 is positioned on the upper portion of the pressure roller unit 210, and the shanghai copper pressure zone 211 of the pressure roller unit 210 is a film. It may be provided in a variety of structures, such as consisting of a structure to move up to the guide unit 220 side.

Meanwhile, a moving hole 241a-1 formed through the fixing unit 241a of the support unit 240 may be provided.

The movable hole 241a-1 side of the fixing piece 241a is installed in the movable hole 241a-1 so as to be movable up and down, and the movable means for moving the panel seat portion 222a on which the panel P is seated up and down. 270 may be provided.

As such, the shankdong means 270 for moving the panel seat 222a up and down is composed of a ball screw, a shangwan belt, a stator and a reaction rail to reciprocate the panel seat 222a with respect to the rail direction. It may be provided in various ways such as linear motor (linear motor) type or cylinder type for linear movement.

On the other hand, the horizontal movement means 260 for horizontally moving the panel seating portion 222a may be provided at the moving hole 241a-1 side of the fixing piece 241a constituting the panel guide unit 220.

The horizontal movement means 260 for horizontally moving the panel seating portion 222a is composed of a ball screw, a shanghai belt, a stator and a reaction rail, and a linear motor for reciprocating linear movement of the panel seating portion 222a with respect to the rail direction. Linear Motor) type or cylinder type may be provided in various ways.

The panel seating portion 222a of the panel guide unit 220 is provided with the shank moving means 270 and the horizontal moving means 260 together on the moving hole 241a-1 side of the fixing piece 241a, as necessary. Vertical movement may be performed through the vertical movement means 270 or horizontal movement may be performed through the horizontal movement means 260.

In addition, the panel seating portion 222a may be horizontally moved on the support unit 240 by the horizontal movement means 260 provided on one side of the support unit 240.

One side of the panel seating portion 222a having the above configuration, that is, one surface facing the pressure roller unit 210 is positioned in parallel with the bent end of the panel P seated on the panel seating portion 222a. It is preferable to further provide a film guide 280 for guiding the attachment of F).

The film guide 280 is disposed on the panel seating portion 222a to support the edge of the film F attached to the panel P.

The film guide 280 includes a guide coupling portion 281 spaced apart from the panel seating portion 222a, a film guide portion 282 provided on one side of the guide coupling portion 281, and a film guide portion 282. It may be configured to include a blade tip 283 located at one end of the).

The guide coupling portion 281 may be installed in a structure spaced apart from the panel seating portion 222a at a predetermined interval so as to be located outside the panel seating portion 222a of the panel guide unit 220.

The film guide part 282 may be coupled to protrude toward the panel seating part 222a at one side of the guide coupling part 281.

The blade tip 283 is positioned at one end of the film guide part 282, and has a structure covering the end of the panel P seated on the panel seating part 222a so as to protrude inward.

On one side of the film guide 280, although not shown, the film side alignment means for aligning the side of the film (F) before being attached to the panel (P), and the film end alignment means for aligning the ends of the film (F) It may be further provided.

In addition, one side of the film guide 280, although not shown, may be further provided with a film end sensor to detect the end of the film (F) seated on the panel (P).

In addition, when the adhesive film F is placed on the panel P seated on the panel seating portion 222a side, the adhesive film F is provided with a non-adhesive coated blade tip 283 at the end of the film guide 280. ) May be prevented from being attached.

The non-adhesive coating treatment on the blade tip 283 provided at the end of the film guide 280 may be performed using silicon or Teflon or by a stick free drying method.

The blade tip 283 portion of the film guide 280 may be formed to be tapered so that the film F can be easily placed on the panel P.

On the other hand, the injection nozzle for injecting a fluid for forming a water film on the upper surface of the film guide 280 where one side of the panel guide unit 220, that is, the end of the film (F) attached to the panel (P) is located (N) may be further provided.

Through the horizontal moving means (250, 260) provided on the pressurizing roller unit 210 and the panel guide unit 220 side according to the present invention made of the above configuration, the Shanghai movable presser 211 and the horizontal moving means (250) The pressure roller unit 210 or the panel guide unit 220 is moved up and down or horizontally with the pressure roller 212 to attach the film F to the panel P with the pressure roller 212. When the rounded curved surface of (P) reaches the rounded curved surface of the panel P, the central axis of the virtual circle, which can be formed to be extended, can be coincided with the rotation center line C of the rotating unit 230, and the pressure roller unit ( The Shanghai copper presser 211 is pressurized along the rotation of the 210 and the curved surface of the panel P, so that the film F on the panel P can be attached to the panel P.

In addition, at least one or more of the shandong copper presser 211 and the shandong movement means 270 and the horizontal movement means 250 through at least one shandong movement means 270 provided in the panel guide unit 220 according to the present invention. , 260 is operated to move the pressure roller unit 210 or the panel guide unit 220 vertically and horizontally to attach the film (F) to the panel (P) with the pressure roller 212, the pressure roller 212 is a panel When the rounded curved surface of (P) reaches the rounded curved surface of the panel P, the central axis of the virtual circle, which can be formed to be extended, can be coincided with the rotation center line C of the rotating unit 230, and the pressure roller unit ( As the 210 is rotated and the Shanghai copper presser 211 is pressurized along the curved surface of the panel P, the film F on the panel P can be attached to the curved surface of the panel P.

According to the film attachment device 200 according to another embodiment of the present invention, the rotating unit 230 and the horizontal moving means 250 may be provided on the pressure roller unit 210 side, and the rotating unit 230 and horizontal The moving means 250 may be provided at the pressure roller unit 210 and the moving means 270 may be provided at the panel guide unit 220 side.

In addition, according to the film attachment device 200 according to another embodiment of the present invention, the rotary unit 230 is provided on the pressure roller unit 210 side and the horizontal moving means (250, 260) the pressure roller unit 210 And a panel guide unit 220 side, respectively, the rotating unit 230 and the horizontal moving means 250 is provided in the pressure roller unit 210 and the moving means 270 and the horizontal moving means 260 The panel guide unit 220 may be provided.

In addition, according to the film attachment device 200 according to another embodiment of the present invention, the rotary unit 230 is provided on the pressure roller unit 210 and the horizontal moving means 260 is provided on the panel guide unit 220 side. The rotating unit 230 may be provided in the pressure roller unit 210, and the moving unit 270 and the horizontal moving unit 260 may be provided at the panel guide unit 220 side.

The rotary unit 230 may be connected to any one of the panel guide unit 220 and the pressure roller unit 210 by the rotation shaft 231, and receives the rotational power from the rotational power means 230a and the pressure roller unit 210. ) Rotates based on the rotation center line (C) of the rotation axis 231 to a predetermined radius.

The rotating power means 230a of the rotating unit 230 is connected to the rotating shaft 231 having the center of rotation C and connected to the rotating shaft 231 such as a servo motor (Servo-Motor) for supplying the rotating power to the rotating shaft 231. It may be made of a variety of devices that can transmit the rotational power, the rotational power means 230a may be controlled by a controllable controller.

The support unit 240 is installed to be supported on the bottom surface and serves to support the pressure roller unit 210 and the panel guide unit 220.

The support unit 240 may include a support 240a, a support piece 241 positioned at the upper portion of the support 240a, and a fixed support 242 positioned at the upper edge side of the support 240a. have.

The support part 240a has a predetermined height so as to be supported on the bottom surface and forms a structure for supporting the support piece 241 and the fixed support 242.

A fixing piece 241a for supporting the panel fixing means 222 of the panel guide unit 220 is installed above the support piece 241.

The fixed support 242 may support the horizontal moving means (250, 260) for horizontally moving the pressure roller unit 210 together with the rotation unit 230, the pressure roller unit 210 to the rotary unit 230 The rotation shaft 231 of the may be rotatably supported at a predetermined radius from the original position.

Although the exemplary embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to such specific embodiments, and components within the scope obvious to those skilled in the art to understand the spirit of the present invention. Other embodiments may be suggested by the addition, modification, deletion, addition, etc., but this should also be interpreted as falling within the scope of the claims of the present invention.

Claims

A rotating unit including a rotating power unit and a rotating table connected to the rotating power unit and having a rotating plate rotating therein;

A panel seating unit on which the panel is seated, shangdong means for allowing the panel seating unit to be moved on the basis of the floor plan of the panel seating unit, and horizontal movement means for horizontally moving the panel seating unit based on the panel seating unit floor plane; A panel guide unit coupled to the table;

A pressurizing roller unit including a pressurizing shaft moving means for moving the shanghai pressure rod and the shanghai pressure rod based on the floor of the panel seat;

A support unit supporting the rotating unit and a pressure roller unit; Including,

The center axis of the virtual unit coincides with the center line of rotation of the rotating unit by moving the panel seating portion up and down and horizontally by the shank moving means and the horizontal moving means to extend the rounded curved surface of the panel to which the shank moving pressure strip is touched. And the panel guide unit rotates in association with the rotary table so that the shank copper pressure bar moves under pressure along the curved surface of the panel to attach the film on the panel to the curved surface of the panel.
The method of claim 1,

The rotating unit,

Rotational power means provided on one side of the rotating unit coupling portion located on one side of the support unit, connected to the rotating shaft having a center of rotation to supply power to the rotating shaft; And

A rotary table connected to the rotary power means through a rotary shaft and provided with a rotary plate that receives the rotary power from the rotary power means and rotates the rotary plate;

Film attachment device comprising a.
The method of claim 2,

The rotating table is rotatably installed inside the rotating unit coupling portion of the support unit support, the film is connected to the rotating shaft through a pair of rotary unit coupling portion which is connected to the rotating shaft through a single rotary unit coupling portion or spaced at regular intervals. Device.
The method of claim 1,

The panel guide unit,

A transfer table installed on one side of the rotary table to move vertically or horizontally;

It is provided on one side of the transfer table, the panel seating portion on which the panel is seated, the panel fixing means for fixing the panel seated on the panel seating side, and the panel seating portion side to support the edge of the film attached to the panel Panel seating means provided with a film guide;

Located in one side of the transfer table, Shanghai East means for moving the panel seat up and down relative to the floor flat portion of the panel seat by the Shanghai East drive unit is powered by a Shanghai power source; And

A horizontal moving unit positioned at one side of the transfer table and horizontally moving the panel seating unit with respect to the bottom plane of the panel seating unit by a horizontal moving unit powered by a horizontal movable power source;

Film attachment device comprising a.
The method of claim 4, wherein

The Shanghai East Drive,

Shanghai Power Station, which supplies power;

Shanghai East to move the panel seat up and down in conjunction with the Shanghai power source; And

Shanghai copper guide for guiding the vertical movement of the panel seating unit is moved in conjunction with the Shanghai East;

Film attachment device comprising a.
The method of claim 5,

The shanghai east portion is a ball screw (Ball Screw) or a film attachment device, characterized in that composed of a shandong copper belt.
The method of claim 4, wherein

The shanghai driving unit is composed of a stator and a reaction rail, the film mounting apparatus, characterized in that the linear motor (Linear Motor) type or cylinder type for reciprocating linear movement of the panel seat with respect to the rail direction.
The method of claim 4, wherein

The horizontal moving drive unit,

A horizontal mobile power source for supplying power;

A horizontal moving unit which horizontally moves the panel seating unit in association with the horizontal moving power source; And

A horizontal movement guide for guiding a horizontal movement of the panel seating portion which is moved in association with the horizontal movement portion;

Film attachment device comprising a.
The method of claim 8,

The horizontal moving unit film attachment device, characterized in that consisting of a horizontal moving screw or a horizontal moving belt.
The method of claim 1,

The pressure roller unit,

A pressure roller coupling part provided on the rotation unit coupling part provided on one side of the support unit;

Shanghai copper pressing rod support is installed on one side of the pressure roller coupling; And

It is installed on the shanghai pressure supporter side, the shanghai guide to form a vertical movement space of the roller in the inner side, the roller support is located up and down in the shanghai copper guide, and is provided on the shanghai east guide side roller support Shanghai moving pressure including the pressure driving unit for moving the up and down, and the film mounting portion to be in close contact with the film seated on the panel by moving up and down with the roller support moving up and down by the driving of the pressure driving unit;

Film attachment device comprising a.
The method according to claim 10,

The film attaching unit comprises a roller or a film attaching blade which allows the film to be attached to the panel by maintaining the state in close contact with the film attached to the panel as the film attaching unit moves to the panel seating side with the roller support. .
The method of claim 1,

The support unit,

A support part installed on the bottom surface to have a predetermined height;

Located on the upper side of the support portion, the rotation unit coupling portion for forming a rotation space of the rotary table on the central side, the outer space of the rotation space to rotatably couple the rotation unit, and the rotation unit coupling portion A pressure roller unit coupling unit positioned at an upper portion to couple the pressure roller unit;

Film attachment unit comprising a.
A rotating unit having a rotating shaft connected to the rotating power means and the rotating power means;

A panel guide including a panel seating unit for seating the panel, shanghai means for allowing the panel seating unit to be moved on the basis of the floor plan of the panel seating unit, and horizontal movement means for allowing the panel seating unit to move horizontally relative to the panel seating unit floor plane. unit;

A pressurizing roller unit including a pressurizing device for moving up and down the shank moving pressure rod and the moving part of the shank moving pressure rod based on the floor of the panel; And

A support unit supporting the rotating unit and a panel guide unit;

Including,

A vertical axis of the virtual circle, which can be formed by extending the rounded surface of the panel to which the Shanghai moving pressure bar is extended, is moved up and down and horizontally by the shank moving means and the horizontal moving means to match the center of rotation of the rotating unit. The pressure roller unit may rotate in conjunction with the rotation axis of the rotary unit, the shank copper pressure band is moved by the pressure along the curved surface of the panel to attach the film on the panel to the curved surface of the panel Attachment device.
The method of claim 13,

The panel guide unit,

A transfer table installed on one side of the rotating unit to be movable up and down or horizontally;

It is provided on one side of the transfer table, the panel seating portion on which the panel is seated, the panel fixing means for fixing the panel seated on the panel seating side, and the panel seating portion side to support the edge of the film attached to the panel Panel seating means provided with a film guide;

Shanghai moving means located on one side of the transfer table, for moving the panel seat up and down relative to the floor plane of the panel seating portion by the Shanghai East drive unit is powered by a Shanghai power source; And

A horizontal moving unit positioned at one side of the transfer table and horizontally moving the panel seating unit with respect to the bottom plane of the panel seating unit by a horizontal moving unit powered by a horizontal movable power source;

Film attachment device comprising a.
The method of claim 14,

The Shanghai East Drive,

Shanghai power source is driven by receiving power from the Shanghai power source;

A shanghai eastern part which is axially connected to the shanghai power source and moves up and down the panel seat; And

Shanghai copper guide for guiding the vertical movement of the panel seating unit is moved in conjunction with the Shanghai East;

Film attachment device comprising a.
The method of claim 15,

The Shanghai East is a film attachment device, characterized in that made of Shanghai East Ball Screw or Shanghai East Belt.
The method of claim 14,

The shanghai driving unit is composed of a stator and a reaction rail is a film attachment device, characterized in that made of a linear motor type or a cylinder type for reciprocating linear movement of the transfer table with respect to the rail direction.
The method of claim 14,

The horizontal moving drive unit,

A horizontal moving power source driven by receiving power from the horizontal moving power source;

A horizontal moving unit connected to the horizontal moving power source and horizontally moving the panel seat; And

A horizontal movement guide for guiding a horizontal movement of the panel seating portion which is moved in association with the horizontal movement portion;

Film attachment device comprising a.
The method of claim 18,

The horizontal moving unit film attachment device, characterized in that consisting of a horizontal moving ball screw or a horizontal moving belt.
The method of claim 13,

The pressure roller unit,

A pressure roller coupling part rotatably installed in association with a rotation shaft of a rotation unit provided at one side of the support unit;

Shanghai copper pressing rod support is installed on one side of the pressure roller coupling portion to be interlocked with the pressure roller coupling portion;

It is installed on the shanghai copper pressure supporter side, the Shanghai copper guide to form a vertical movement space of the roller on the inside, the roller support to move up and down located on the inner side of the Shanghai copper guide, and the roller support is provided on the Shanghai copper guide side Shanghai moving pressure including the pressure driving unit for moving the up and down, and the film mounting portion to be in close contact with the film seated on the panel by moving up and down with the roller support moving up and down by the driving of the pressure driving unit;

Film attachment device comprising a.
The method of claim 20,

The film attaching unit comprises a roller or a film attaching blade which allows the film to be attached to the panel by maintaining the state in close contact with the film attached to the panel as the film attaching unit moves to the panel seating side with the roller support. .
A pressure roller unit including a shanghai pressure rod equipped with a pressure roller;

A panel guide unit including a panel seating portion on which the panel is seated;

A rotating unit connected by any one of the panel guide unit and the pressing roller unit by a rotating shaft; And

A supporting unit for supporting the pressing roller unit and the panel guide unit;

Including,

At least one of the pressing roller unit and the panel guide unit has one or more horizontal moving means,

The pressing roller unit or the panel guide unit is moved up and down or horizontally by the shank moving rod and the horizontal moving means to attach the film to the panel with the pressing roller, and the pressing roller reaches the rounded surface of the panel. The central axis of the virtual circle, which can be formed by extending the rounded surface of the coincides with the center of rotation of the rotary unit, and the pressure roller unit can be rotated so that the shankdong pressing rod is pressed along the curved surface of the panel And attaching the film on the panel to the curved surface of the panel.
The method of claim 22,

The panel guide unit further has at least one shandong means,

At least one or more of the shanghai pressure rod and the shangdong means and the horizontal movement means is operated to move the pressure roller unit or the panel guide unit up and down horizontally to attach a film to the panel with the pressure roller, but the pressure roller When the rounded curved surface of the panel reaches the rounded curved surface of the panel, the central axis of the virtual circle, which can be formed to extend, can be coincided with the rotation center line of the rotating unit, and the pressing roller unit can rotate, so that the curved surface of the panel can be The film is attached to the Shanghai copper pressure bar is to move the pressure on the panel to the curved surface of the panel.
The method of claim 22 or 23,

Film rotating apparatus provided with the rotating unit and the horizontal moving means in the pressure roller unit.
The method of claim 22 or 23,

And the rotating unit and the horizontal moving means are provided in the pressure roller unit, and the shank moving means is provided in the panel guide unit.
The method of claim 22 or 23,

The rotating unit is provided in the pressure roller unit and the horizontal moving means is a film attachment device provided in the pressure roller unit and the panel guide unit, respectively.
The method of claim 22 or 23,

And the rotating unit and the horizontal moving means are provided in the pressure roller unit, and the shank moving means and the horizontal moving means are provided in the panel guide unit.
The method of claim 22 or 23,

The rotating unit is provided on the pressure roller unit, the film attaching apparatus is provided with the horizontal movement means in the panel guide unit.
The method of claim 22 or 23,

The rotating unit is provided in the pressure roller unit, the film attachment device is provided with the shank movement means and the horizontal movement means in the panel guide unit.
The method of claim 22,

The panel guide unit,

Is provided on one side of the fixing piece provided on one side of the support unit,

Panel fixing means having a panel seating portion on which a panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side;

Including;

The panel mounting portion is a film attachment device is fixed to the fixing piece side by the panel fixing means.
The method of claim 23, wherein

The panel guide unit,

Is provided on one side of the fixing piece having a moving hole formed through the central portion of the support unit,

Panel fixing means having a panel seating portion on which a panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side; And

Shanghai movable means for vertically moving in the movable hole of the fixing piece to move the panel seating portion on which the panel is mounted;

Including;

The panel mounting unit is a film attachment device is installed to be movable up and down on the fixing piece side by the shangdong means.
The method of claim 22,

The panel guide unit,

Is provided on one side of the fixing piece having a moving hole formed through the central portion of the support unit,

Panel fixing means having a panel seating portion on which a panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side; And

Horizontal moving means installed on one side of the fixing piece to horizontally move the panel seat;

Including;

The panel mounting portion is a film attachment device is installed to be horizontally movable on the fixed piece side by a horizontal moving means.
The method of claim 23, wherein

The panel guide unit,

Is provided on one side of the fixing piece having a moving hole formed through the central portion of the support unit,

Panel fixing means having a panel seating portion on which a panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side;

Shanghai moving means for moving up and down in the movable hole of the fixing piece to move the panel fixing means on which the panel is seated up and down; And

Horizontal moving means installed on one side of the fixing piece to horizontally move the panel fixing means;

Including;

The panel mounting portion is a film attachment device is installed to move vertically and horizontally on the fixed piece side through the shank movement means and the horizontal movement means.
The method of claim 23, wherein

The panel guide unit,

Panel fixing means having a panel seating portion on which a panel is seated, and a panel fixing portion for fixing the panel seated on the panel seating portion side;

Horizontal movement means provided on one side of the support unit to horizontally move the panel seat;

Including;

The panel mounting unit is a film attachment device is installed to be horizontally moved on the support unit through a horizontal moving means.
The method according to any one of claims 23, 31 or 33,

The shank moving means is composed of a ball screw, a shangdong belt, a stator and a reaction rail, which comprises one of a linear motor type and a cylinder type for reciprocating linear movement of the panel seat with respect to the rail direction. Film sticking device.
The method according to any one of claims 22, 32, 33 or 34,

The horizontal moving means is a film attachment device, characterized in that made of any one of a linear motor type or cylinder type consisting of a ball screw, a shangdong belt, a stator and a reaction rail for reciprocating linear movement of the panel seat with respect to the rail direction.
The method according to any one of claims 30 to 34, wherein

One side of the panel seating portion is attached to the film mounting apparatus, characterized in that at least one or more film guides are positioned side by side with the bent end of the panel seated on the panel seating portion.
The method of claim 22,

The pressure roller unit,

A roller support rotatably installed in association with the rotating unit by the rotating shaft;

Shanghai copper guide piece installed at a certain height on one surface of the roller support;

A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel;

A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side;

Including,

A film attachment device which is interlocked by a horizontal moving means having a horizontal moving guide positioned in parallel with each other in a pair of fixed support provided on one side of the support unit.
The method of claim 22,

The pressure roller unit,

A roller support interlocked with the rotating unit by the rotating shaft and rotatably installed at its original position;

Shanghai copper guide piece installed at a certain height on one surface of the roller support;

A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel;

A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side;

Including,

The film attachment device is installed on the pair of fixed support provided on one side of the support unit to be rotatable in its original position by interlocking with the rotary unit.
The method of claim 22,

The pressure roller unit,

A roller support which is rotatably installed in the original position by interlocking with the rotating unit by a rotating shaft on the shaft coupling part side fixedly installed on the fixed support side of the support unit;

Shanghai copper guide piece installed at a certain height on one surface of the roller support;

A shanghai copper pressure rod, which is installed on the shanghai copper guide piece so as to be movable upward and downward, and is provided with a pressure roller to press the film on the end side to be attached on the panel;

A Shanghai dynamic power supply unit provided at one side of the Shanghai copper guide piece to supply Shanghai dynamic power to the Shanghai dynamic pressing side;

Including,

And a film attachment device installed on the shaft support part side of the support unit, the rotatable unit being rotatably installed in the home position by interlocking with the rotation unit by the rotation shaft.
A pressure roller unit including a shanghai pressure rod equipped with a pressure roller;

A panel guide unit including a panel seating portion on which the panel is seated;

At least one film guide positioned side by side with the bent end of the panel seated on the panel seat;

A rotating unit connected by any one of the panel guide unit and the pressing roller unit by a rotating shaft; And

A supporting unit for supporting the pressing roller unit and the panel guide unit;

Including,

The film guide is positioned between the bent end of the panel and the film to be attached to the panel to prevent the film from being attached to the panel before the film is attached to the predetermined position of the panel by the shank copper rod,

At least one of the pressing roller unit and the panel guide unit has one or more horizontal moving means,

The pressing roller unit or the panel guide unit is moved vertically and horizontally by the shank moving rod and the horizontal moving means, and the film is attached to the panel by the pressing roller, and the pressing roller reaches the rounded surface of the panel. The center axis of the virtual circle that can be formed by extending the curved surface can be matched with the center of rotation of the rotary unit, the pressure roller unit can be rotated so that the shankdong pressing rod is pressed along the curved surface of the panel Film attachment device including a film guide located on top of the film seat to attach the film to the curved surface of the panel.
The method of claim 41, wherein

The panel guide unit further has one or more shangdong moving means, at least one of the shanghai pressure rod and the shangdong moving means and the horizontal moving means operates the pressure roller unit or the panel guide unit up and down horizontally. The film may be attached to the panel by moving the pressure roller, but when the pressure roller reaches the rounded surface of the panel, the center axis of the virtual circle, which may be formed by extending the rounded surface of the panel, may coincide with the center of rotation of the rotating unit. The film attaching apparatus may include a film guide positioned on an upper portion of the film seating portion to attach the film on the panel to the curved surface of the panel by rotating the pressure roller unit so that the Shanghai copper pressing rod is pressed along the curved surface of the panel. .
43. The method of claim 41 or 42,

And a film guide on the top of the film seating portion provided in the pressure roller unit.
43. The method of claim 41 or 42,

The rotating unit and the horizontal moving means is provided in the pressure roller unit, the film moving device comprising a film guide located on the upper portion of the film mounting portion provided in the panel guide unit.
43. The method of claim 41 or 42,

The rotating unit is provided in the pressure roller unit and the horizontal movement means film attachment device comprising a film guide located on top of the film mounting portion provided in each of the pressure roller unit and the panel guide unit.
43. The method of claim 41 or 42,

The rotating unit and the horizontal moving means is provided on the pressure roller unit, the film moving device comprising a film guide located on the upper portion of the film mounting portion provided in the panel guide unit and the horizontal movement means and the horizontal movement means.
43. The method of claim 41 or 42,

The rotating unit is provided on the pressure roller unit, the film attachment device comprising a film guide located on top of the film mounting portion provided in the horizontal guide means panel guide unit.
43. The method of claim 41 or 42,

The rotating unit is provided on the pressure roller unit, the film attachment device comprising a film guide located on top of the film mounting portion provided in the panel guide unit with the horizontal movement means and the horizontal movement means.
The method of claim 41, wherein

The film guide,

A guide coupling portion located outside the panel seating portion of the panel guide unit;

A film guide part coupled to one side of the guide coupling part to protrude toward the panel seating part; And

A blade tip positioned at one end of the film guide part and configured to cover an end portion of the panel seated on the panel seating portion to protrude inwardly;

Film attachment device comprising a film guide located on top of the film mounting portion comprising a.
The method of claim 49,

One side of the film guide is a film side aligning means for aligning the side of the film before being attached to the panel, and a film end aligning means for aligning the end of the film film guide located on the top of the film seating portion Film attachment device comprising.
The method of claim 49,

One side of the film guide film attachment device comprising a film guide located on top of the film seating portion, characterized in that the film end sensor is further provided for detecting the end of the film.
The method of claim 49,

The blade tip is a non-adhesive coating treatment to prevent the adhesive film is attached to the film guide, the non-adhesive coating treatment for the blade tip by using a silicon (Silicone) or Teflon (Teflon) or by a stick free dry (Tack Free) method Film attachment device comprising a film guide located on top of the film mounting portion, characterized in that performed.
The method of claim 49,

The film guide device comprising a film guide located on top of the film seating portion, characterized in that the tape guide is provided in the direction toward the film seating portion.
The method of claim 49,

Wherein the end of the film to be attached to the panel guide unit of the panel guide unit is provided with a spray nozzle for injecting a fluid for forming a water film on the upper surface of the film guide, the film guide located on the top of the film seating portion Film attachment device comprising.