KR20060077918A - Apparatus for laminating panel and method for the same - Google Patents

Abstract

The present invention relates to a laminating apparatus and method of a panel,

In the laminating apparatus of the panel comprising a supply unit for aligning the panel and conveying in the working direction, a laminating unit for attaching the film to the conveyed panel, and a cutting unit for cutting the film at the end of the panel is finished laminating, the supply unit, A plurality of support rods vertically reciprocating while supporting a lower surface of the panel; A bed portion on which the supported panel is placed as the plurality of supporting rods are lowered; An alignment part installed at each of both sides of the bed part and in contact with both end portions of the panel placed on the bed part so that the panel is aligned left and right with respect to the working direction; It provides a laminating apparatus and a method of the panel comprising a pushing unit for pressing the rear end of the left and right aligned panel to transfer to the laminating unit and a driving unit for providing a vertical reciprocating force to the support bar.

According to the present invention, it is possible to prevent the film from sticking to one side of the panel by aligning the panel before transferring the panel to the laminating part, thereby improving the laminating quality.

Panel, laminating

Description

Laminating apparatus and method for panel {Apparatus for laminating panel and method for the same}

1 is a schematic view showing an example of a conventional laminating device.

Figure 2 is an overall perspective view of the laminating apparatus of the panel according to an embodiment of the present invention.

3 is a schematic view showing the configuration of a laminating apparatus of the panel of FIG.

4 is a side view of the laminating device of the panel of FIG.

FIG. 5A is a plan view showing a support part and a drive part of the laminating apparatus of the panel of FIG. 2; FIG.

FIG. 5B is a front view showing the support part and the drive part of the laminating device of the panel of FIG. 2; FIG.

FIG. 6 is a plan view of the alignment of the laminating device of the panel of FIG. 2; FIG.

FIG. 7A is a front view showing a cutout of the laminating device of the panel of FIG. 2; FIG.

FIG. 7B is a side view of a cutout of the laminating device of the panel of FIG. 2; FIG.

8 is a flowchart illustrating a method of laminating a panel according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

110: drive part 120: support part

122: connecting plate 124: support rod

125: scratch prevention member 126: linear bushing

128a: "c" shaped member 128b: plate member

130: bed 140: alignment

141: alignment guide 142: coupling body

143: pressure rolling device 144, 163: belt

145: pinion gear 146: roller

147: road 148: rack gear

149: piston cylinder 150: pushing section

152: Pushing bar 154: Pushing drive part

156: Pushing guide 160: cutting

161: A body part 162: Belt pulley

164a: Upper guide 164b: Lower guide

165a: Upper cutter wheel 165b: Lower cutter wheel

The present invention relates to a method and apparatus for laminating a panel, wherein the panel is automatically left and right aligned before the panel is transferred to the laminating unit, and the upper and lower cutter wheels are horizontally reciprocated to each other to be cut to make a panel laminating method and apparatus. It is about.

Laminating (laminating) is a work method for performing the surface protection of the workpiece by attaching a film of a material having a specific purpose on both sides of the plate material (hereinafter, the workpiece) such as panels, steel sheets, and the like. In particular, when laminating is applied to the precision technology field such as semiconductor as the IT industry is activated, the defect of the product is determined by the state that the film is attached to the surface of the workpiece and minute scratches and damages when the workpiece is transferred. do.

Figure 1 is a schematic diagram showing an example of a conventional laminating device, the process of performing a conventional laminating process when the worker puts the work in the supply unit installed on one side of the laminating device, the supply unit transfers the work inside the device The film is attached to both sides of the workpiece by passing through the upper roller 10 and the lower roller 20 which receives the film from the film roller 30 provided inside the apparatus, and the film moves up and down at the point where laminating is completed. After cutting with the cutter 40, the finished product is stored in a specific place.

Conventional laminating apparatus as described above requires an alignment operation such that the workpiece is positioned at the center side of the film when the operator puts the workpiece on the feeder, which is positioned on the center side of the film. Aligned so as to prevent the work from being biased toward one side of the film to prevent the lamination of the work, to lower the defective rate and to improve the laminating quality.

However, since the work of sorting the work must be performed at every work, it causes the fatigue of the worker, which causes the worker's fatigue. There was a problem of not good laminating.

In addition, in order to cut the film at the point where laminating is completed, the cutters 40 provided at the upper side and the lower side are cut by contacting each other by vertical reciprocation. Such a structure causes damage to the surface of the panel such as scratches during film cutting. There is a possibility that it occurs, there is a problem that the film is not cut cleanly if the contact between the upper and lower cutter 40 is not made properly.

The present invention has been made in view of the above problems, it is possible to prevent the adhesion of the film to the side of the panel by automatically aligning the panel before the transfer to the laminating unit, it is possible to increase the laminating quality, Since the lower cutter wheels are horizontally reciprocated and cross-cut to make cutting, the laminating device of the panel not only can cut the film remaining at the end of the laminated panel smoothly but also prevents damage to the panel surface during cutting. And to provide a method.

Laminating apparatus of the panel of the present invention for achieving the above object, the supply unit for aligning the panel and transported in the working direction, the laminating unit for attaching the film to the conveyed panel, and the film at the end of the panel is completed laminating A laminating apparatus for a panel including a cutting portion for cutting, the supplying portion comprising: a plurality of support rods vertically reciprocating while supporting a lower surface of the panel; A bed portion on which the supported panel is placed as the plurality of supporting rods are lowered; An alignment part installed at each of both sides of the bed part and in contact with both end portions of the panel placed on the bed part so that the panel is aligned left and right with respect to the working direction; It is characterized in that it comprises a pushing unit for pressing the rear end of the left and right aligned panel to transfer to the laminating unit and a driving unit for providing a vertical reciprocating force to the support bar.

Preferably, the cutting unit includes a plurality of belt pulleys respectively installed on both sides of the laminating completed panel, a belt driven by being caught by the plurality of belt pulleys, and a cutter wheel fastened to the belt and reciprocated and cut-driven. Characterized in that.

More preferably, the alignment unit includes a plurality of pressure rolling devices installed on both sides of the bed, a plurality of rack gears respectively fastened to the plurality of pressure rolling devices, a pinion gear that is engaged with and rotated at the same time with each rack gear, It characterized in that it comprises a piston cylinder for providing a driving force to at least one rack gear of each rack gear.

On the other hand, the pressure rolling device is coupled to the rack gear, and is composed of a coupling body provided with a plurality of rollers, and a belt driven by the plurality of rollers, the belt is pressed to align the side ends of the panel, The panel is rotated at the same time when transported in the working direction.

Preferably, the roller is characterized in that it is rotated in only one direction.

On the other hand, the support rod is characterized in that the scratch preventing member is provided in the portion in contact with the panel.

In addition, the laminating method of the panel of the present invention for achieving the above object, in the laminating method of the panel, the step of mounting the panel on the support rod, the step of lowering the support rod to the panel on the bed, the bed portion Causing the panels placed on the panels to be aligned left and right with respect to the working direction, supplying the aligned panels to the laminating unit, laminating the supplied panels, and cutting the film at the ends of the panels where the laminating is completed. It features.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the laminating apparatus of the panel according to the present invention in detail.

2 is an overall perspective view of the laminating apparatus of the panel according to an embodiment of the present invention, Figure 3 is a schematic view thereof, as shown in Figures 2 and 3, the laminating apparatus of the panel according to the present embodiment is largely supplied, It is configured to include a laminating part, a cutting unit 160, the supply unit is a part for aligning the panel provided by the operator and the like to transfer to the working direction, that is, the laminating part, the laminating part is a part for attaching the film to both sides of the panel, The cutout 160 is a part for cutting the remaining film after lamination at the end of the panel where lamination is completed.

As shown in FIG. 4, the supply unit for aligning the panel and transporting the laminated part to the laminating part includes a plurality of supporting rods 124 vertically reciprocating while supporting the lower surface of the panel, and a plurality of supporting rods 124 being lowered. Bed portion 130 and the bed portion 130, which are placed, respectively installed on both sides of the bed portion 130, in contact with both ends of the panel, the alignment portion 140 and the left and right alignment to be left and right aligned before the panel is transferred to the laminating unit Pressing the rear end of the panel is configured to include a pushing unit 150 for transferring to the laminating unit.

First, the supporting rod 124 for supporting the lower surface of the panel will be described.

As shown in Figure 3 to 5b, the support rod 124 is composed of a plurality of so as to stably support the lower portion of the panel, it is preferable that the vertical reciprocating in connection with the drive unit (110).

The support rod 124 is described in detail as an example of the driving unit 110 is driven as follows. When the linear bushing 126 is provided near each corner of the rectangular plate-like member 128b, a frame having an integrally formed with a “c” shaped member 128a is provided at a central side thereof, and a “c” shaped member 128a is provided. The drive unit 110 is installed. The drive shaft of the drive unit 110 is coupled to the connecting plate 122 of the rectangular shape and is driven up and down, and each linear bushing 126 provided in the frame by fastening the support rods 124 to each corner of the connecting plate 122 Inserted into the

By the configuration as described above, the connecting plate 122 is driven up and down by the drive shaft of the drive unit 110, the support rods 124 fastened to each corner of the connecting plate 122 is inserted into the linear bushing 126. Drive up and down in the state.

The support rod 124 coupled to the connecting plate 122 is inserted into and coupled to the linear bushing 126 provided on the frame to prevent shaking during vertical reciprocation and to ensure uprightness.

And the connecting plate 122 is coupled to the plurality of support rods 124 is connected to the drive unit 110, the support rod 124 coupled to the connecting plate 122 in accordance with the driving of the drive unit 110 to reciprocate vertically, At this time, it is preferable to use an apparatus such as a piston cylinder as the driving unit 110.

The plurality of support rods 124, the connecting plate 122, the linear bushing 126, the “c” shaped member 128a, the plate member 128b, and the driving unit 110 are collectively referred to as the support 120.

On the other hand, the upper surface of the support rod 124 in contact with the panel is preferably provided with a scratch prevention member 125, which may be generated on the surface of the panel when the panel is placed on the support rod 124 by an operator, etc. This is to prevent scratches.

Next, the bed portion 130 on which the panel is placed will be described as the supporting rod 124 moves downward.

The bed part 130 on which the panel is placed by the lowering operation of the support bar 124 is, as shown in FIGS. 3 and 4, of the pushing part 150 to be described later between the left and right support bars 124. Coupled to one side is installed, the height of the bed 130 is preferably installed in a lower position than the top height of the upper surface of the support rod 124.

This is because the panel is mounted on the support rod 124 when the height of the top surface of the support rod 124 is higher than the height of the bed portion 130. In other words, the panel is placed on the support rod 124 and then the panel is placed on the bed 130 as the support rod 124 slowly descends.

In addition, the bed 130 which is in contact with the panel is preferably made of a material capable of preventing scratches of the panel, or subjected to a surface treatment to prevent scratches of the panel.

Next, the alignment unit 140 is arranged so that the panel placed on the bed 130 is aligned in the working direction, that is, before being transferred to the laminating unit.

The alignment unit 140 includes a plurality of pressure rolling devices 143 installed on both sides of the bed unit 130, a plurality of rack gears 148 fastened to the plurality of pressure rolling devices 143, and each rack. And a piston cylinder 149 which provides a driving force to at least one of the rack gears 148 of the rack gears 148 that are engaged with the gear 148 and rotated at the same time.

In other words, as shown in Figure 6, the pressure rolling device 143 for pressing and aligning both ends of the panel is installed on both sides of the bed portion 130, the plurality of pressure rolling device 143 at the same time Pressing both ends of the panel to align the left and right.

That is, when the rod 147 of the piston cylinder 149 is moved forward and backward, one rack gear 148 connected to the rod 147 is transferred and the other rack gear 148 is transferred by the pinion gear 145. The gap between the pressure rolling devices 143 on both sides is narrowed or widened. At this time, the alignment guide 141 is provided between the plurality of pressure rolling device 143, it is preferable that the pressure rolling device 143 is reciprocated along the alignment guide 141.

Meanwhile, as shown in FIGS. 3 and 6, the pressure rolling device 143 includes a plurality of rollers 146 and a coupling body 142 coupled to the rack gear 148 and the plurality of rollers 146. It is composed of a belt 144 is driven by a hook, which is the part that the belt 144 is in contact with the side end of the panel.

In other words, after the rack gear 148 is transferred and the belt 144 of the pressure rolling device 143 installed on both sides of the bed 130 contacts the both ends of the panel, the panel is further pressed to the laminating part. It is left and right aligned with respect to the conveying direction. As such, the rear end of the panel is pressed by the pushing unit 150 which will be described later in the state in which the belt 144 presses both ends of the panel and is left and right aligned so that the panel is transferred to the laminating unit by the rotation of the belt 144.

On the other hand, the plurality of rollers 146 described above are rotated in one direction only through a one-way clutch or the like, i.e., only in the rotational direction of the belt 144 which allows the panel to be transferred to the laminating portion, so that the panel is rotated in the opposite direction. It is desirable to prevent progression.

Next, the pushing unit 150 which is placed on the bed unit 130 and then transferred to the laminating unit by the panel aligned left and right by the alignment unit 140 will be described.

The pushing unit 150 includes a pushing bar 152 for contacting and pressing the rear end of the panel, and a pushing guide guiding the pushing bar 152 and the pushing bar 152 to provide a pressing force to the pushing bar 152. 156. That is, the pushing manual part 154 advances the pushing bar 152 to press the rear end of the panel so that the panel is transferred to the laminating part.

In conclusion, the driving of the supply unit by the above-described configuration will be described briefly. As the panel is placed on the support rod 124 by an operator or the like, and the support rod 124 supporting the lower surface of the panel is lowered, the panel is formed by the bed portion ( 130, the panel mounted on the bed 130 is left and right aligned by the alignment unit 140 is installed on both sides, the pressing unit 150 presses the rear end of the left and right aligned panel panel to the laminating unit Will be transferred.

The laminating part is a part for attaching the film to both sides of the panel, and since the laminating part used in the related art is applied as it is, the description of the laminating part will not be described.

Next, after the panel is transferred to the laminating part by the above-described supplying part and laminating is completed, the cutting part 160 for cutting the film at the end of the panel will be described.

As shown in FIGS. 7A and 7B, the cutting unit 160 is driven by being hooked to the plurality of belt pulleys 162 and the plurality of belt pulleys 162 which are respectively installed up and down on both sides of the panel in which lamination is completed. It is configured to include a belt 163 and cutter wheels (165a, 165b) coupled to the belt 163 and reciprocated and driven to cut.

More specifically, the body portion 161 is provided on both sides of the panel, respectively, a plurality of belt pulleys 162 are provided on each of the body portion 161, each belt pulley installed on the body portion 161 on both sides A belt 163 that is caught and driven by 162 is installed. The belt 163 is driven in both directions by the rotation of the belt pulley 162 by a driving means such as a motor provided in the body portion 161. And the cutter wheel (165a, 165b) is built in the drive motor for driving the cutter is controlled to drive the cutter to rotate.

On the other hand, in addition to the belt 163, the upper guide 164a and the lower guide 164b for connecting the respective body portions 161 installed on both sides of the panel is provided, the upper cutter wheel 165a along the upper guide 164a It is reciprocated and the lower cutter wheel 165b is reciprocated along the lower guide 164b. At this time, the upper cutter wheel 165a and the lower cutter wheel 165b are cross-reciprocally transported with each other.

In other words, the upper cutter wheel 165a is coupled to the upper side of the belt 163 caught by the belt pulley 162, the lower cutter wheel 165b is coupled to the lower side, and the upper cutter wheel 165a is moved from right to left. The lower cutter wheel 165b is conveyed from left to right when being conveyed, and the lower cutter wheel 165b is conveyed from right to left when the upper cutter wheel 165a is conveyed from left to right.

That is, when the belt 163 rotates clockwise, the upper cutter wheel 165a is transferred from left to right, the lower cutter wheel 165b is transferred from right to left, and the belt 163 is rotated counterclockwise. The lower cutter wheel 165a is transferred from the right side to the left side, and the lower cutter wheel 165b is transferred from the left side to the right side to cross each other and reciprocated.

For example, if the belt 163 is rotated clockwise when cutting the film at the end of the first panel, the belt 163 is rotated counterclockwise when the film is cut at the end of the second panel. Since the upper cutter wheel 165a and the lower cutter wheel 165b cross each other, the cutting is performed.

Next, a laminating method of the panel according to an embodiment of the present invention will be described with reference to FIG. 8.

(a) The panel is placed on the support rod. (S10) At this time, the operation of placing the panel on the support rod is performed by a worker's manual work or other mechanical device.

(B) the support rod is lowered so that the panel is placed on the bed. (S20)

(c) The panel placed on the bed portion is automatically left and right aligned with respect to the working direction. (S30) At this time, the right and left alignment of the panel is made by pressing both ends of the panel by the pressure rolling device installed on both sides of the bed portion.

(d) The left and right aligned panels are supplied to the laminating unit by the pushing unit. (S40)

(e) Laminate the supplied panel (S50).

(f) The film is cut at the end of the panel where the laminiting is completed. (S60) At this time, the cutting is performed by reciprocating to cross the upper cutter wheel and the lower cutter wheel for cutting the film.

The present invention described above can be embodied in many different forms without departing from the spirit or main features thereof. Therefore, the above embodiments are merely examples in all respects and should not be construed as limiting.

According to the present invention as described above, it is possible to prevent the adhesion of the film to one side of the panel by aligning before and after the panel is transferred to the laminating portion, it is possible to improve the laminating quality.

In addition, since the cutter wheels of the upper side and the lower side cross each other and are reciprocated to be cut, the film remaining at the end of the laminated panel can be cut at a high speed smoothly without damaging the surface of the panel.

In addition, since the roller of the pressure rolling device is rotated only in the advancing direction of the panel, it is possible to prevent the panel from being transferred in the reverse direction.

In addition, a scratch prevention member may be provided at the contact portion of the supporting rod in contact with the panel to prevent the panel from being scratched.

Claims (7)

In the laminating apparatus of the panel comprising a supply unit for aligning the panel and conveying in the working direction, a laminating unit for attaching the film to the conveyed panel, and a cutting unit for cutting the film at the end of the panel is finished laminating, The supply unit, A plurality of support rods vertically reciprocating while supporting a lower surface of the panel; A bed portion on which the supported panel is placed as the plurality of supporting rods are lowered; An alignment part installed at each of both sides of the bed part and in contact with both end portions of the panel placed on the bed part so that the panel is aligned left and right with respect to the working direction; Laminating apparatus of the panel comprising a pusher for pressing the rear end of the left and right aligned panel to transfer to the laminating unit and a driving unit for providing a vertical reciprocating force to the support bar. The method of claim 1, The cut portion, A plurality of belt pulleys respectively installed on both sides of the laminating completed panel; A belt driven by being caught by the plurality of belt pulleys; The laminating device of the panel, characterized in that it comprises a cutter wheel for reciprocating and is driven by cutting the belt. The method of claim 1, The alignment unit, A plurality of pressure rolling devices installed at both sides of the bed part; A plurality of rack gears respectively fastened to the plurality of pressure rolling devices; A pinion gear meshed with each rack gear and rotated at the same time; Laminating apparatus of the panel comprising a piston cylinder for providing a driving force to at least one rack gear of each rack gear. The method of claim 3, The pressure rolling device, A coupling body coupled to the rack gear and having a plurality of rollers; And a belt driven by being caught by the plurality of rollers, wherein the belt is pressed by the side end of the panel to be aligned, and the panel is rotated at the same time when the panel is transferred in the working direction. The method of claim 4, wherein Laminating apparatus of the panel, characterized in that the roller is rotated in only one direction. The method of claim 1, The support rod is a laminating apparatus of the panel, characterized in that the scratch prevention member is provided in the portion in contact with the panel. In the method of laminating the film on the panel, The panel is mounted on the support rod; Lowering the support bar so that the panel is placed on the bed; Allowing the panel placed on the bed to be aligned with respect to the working direction; Supplying the left and right aligned panels to a laminating unit; Laminating the supplied panel; And Laminating method of the panel comprising a step of cutting the film at the end of the panel is completed laminating.

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