KR20190107991A - Panel manufacturing equipment transferring to front and back sides and both sides of boards for interior and exterior board panels - Google Patents

Abstract

The present invention relates to a panel manufacturing device capable of transferring front and rear angled planes and both sides angled planes for internal and external board panels. The panel manufacturing device reduces a work time since a board panel passes above a heater preheated while a primer is coated and dried by passing through a dryer and the board panel is heated to reduce coating and drying times of the primer. In addition, the panel manufacturing device greatly lowers a defection rate since a bonding resin is coated on a transfer film, not the board panel, and enables a semi-permanent use since a big load is not applied to an adhesive roller and there is no burden. Moreover, the panel manufacturing device enables manufacturing of transfer board panel at a high price since an upper part and front and rear angled planes of the board panel are transferred to improve a marketability, and increases a manufacturing amount by time requiring for drying in existing methods since a dry work is performed in a dryer installed on a line without any drying time. Furthermore, the panel manufacturing device enables a continuous work for transfer of the board panel to increase a manufacturing speed of the transferred board panel, thereby greatly increasing a manufacturing amount.

Description

Panel manufacturing equipment transferring to front and back sides and both sides of boards for interior and exterior board panels}

The present invention relates to a panel manufacturing apparatus capable of transferring to front and rear sides and both sides of an interior and exterior interior board panel, and more specifically, a panel is applied on a heater that is already heated in a state where a primer is applied and dried in advance through a dryer. As the board panel is heated as it passes, the application and drying time of the primer is shortened, thereby reducing the working time. The defect rate is remarkably reduced by applying the laminated resin on the transfer film without applying the laminated resin on the board panel. Since no heavy load is applied to the adhesive roller, it is possible to use it semi-permanently. The upper and front and rear sides of the board panel are also transferred to improve the merchandise and manufacture of expensive transfer board panels. Drying is done in the dryer installed on the line without the need for drying time. The amount of production is increased by the time required for drying, and the continuous operation for the transfer of the board panel is possible, and the manufacturing speed of the transfer board panel is increased, so that the production volume can be greatly increased. It relates to a transferable panel manufacturing apparatus.

Recently, ALC (Autoclaved Lightweight Concrete) boards are widely used as interior and exterior board panels. These ALC (Autoclaved Lightweight Concrete) board products are widely used in advanced countries because of their lightness and multifunctionality such as insulation, fire resistance, sound insulation, workability, dimensional accuracy, construction stability and non-toxicity. It is a state-of-the-art building material that is divided into exclusive mortars, and is widely used as a product that can be used for a long time by coating a transfer paper on the surface.

In this method of manufacturing a transfer ALC board with high demand, washing the ALC board, spraying the primer solution on the ALC board, heating the ALC board in a heat oven, and raising the heated heat to interlock the transfer film or PET film When heat-sealed and heat-sealed by heather, and hardening the transfer film-bonded ALC board for about one day, about 200 sheets of ALC board of 6mm thickness X 1220mm X 2440mm length are manufactured based on 8 hours of work per day. In particular, there is a problem in that the manufacturing quantity is remarkably dropped when the pattern to be transferred on the ALC board is changed.

In addition, in all transfer board panels requiring transfer including an ALC board, primers and bonding resins must be directly applied on the surface of the board panel in order to transfer the surface of the board panel. The surface of the transfer film bonded to the board is affected by the surface of the board and appears to be rippled like waves. Also, the surface of the board panel is uneven, which makes continuous work impossible. Also, the transfer film and the board panel are impossible. The coating roller for adhering the surface of the wear roller was worn and damaged and should be replaced frequently. There was also a problem of having to rework or dispose of the defective transfer board panel due to 25% defective rate.

In order to solve this problem, in the Patent Registration No. 10-1758062 called 'manufacture apparatus of the transfer board panel', and a board feeder for placing a plurality of board panels for transfer is automatically placed in the position where the board panel is supplied A primer spreader for adhering the primer on the surface of the board panel to be supplied adjacent to the board feeder, a dryer for adhering the primer spreader installed adjacent to the primer applicator, and adjacent to the dryer A sanding machine that polishes to an even thickness of the dried primer layer and flattens the surface, removes foreign substances on the primer surface, or sands the primer surface evenly to be bonded, and transfers the substrate to be supplied and preheated while being supplied adjacent to the sanding machine. A preheater, disposed on the transfer preheater and sanded in the sanding machine A first washing machine for cleaning and sucking the substance, a transfer film adhesive installed adjacent to the transfer preheater and attaching a transfer film on the preheated board panel, and a transfer board panel installed adjacent to the transfer film adhesive. A conveying conveyor for transporting, a second washer installed on the conveying conveyor and cleaning the foreign matter on the surface of the board panel, and a protective vinyl installed adjacent to the conveying conveyor and attaching a protective vinyl on the surface of the transfer board panel. An apparatus for manufacturing a transfer board panel having a pressure-sensitive adhesive and a panel stacker installed adjacent to the protective vinyl adhesive and loading a transfer board panel has been proposed, but the problem of the manufacturing apparatus is a front and rear side which is four sides of the board panel. Since it is impossible to transfer both sides, it is necessary to transfer the four sides. It shall perform the lateral transfer process for transferring the processing aspects degrees, so there is a problem that causes back takes a lot of time and manpower.

Patent Registration No. 10-1758062

An object of the present invention is to solve this problem, while the front panel and the front and rear sides of both sides of the board is formed inclined at the corner of the upper surface on the heater already heated in a state where the primer is applied and pre-dried through the dryer. As the board panel is heated, the application time of the primer and drying time are shortened, and the working time is shortened.Because the coated resin is coated on the transfer film without applying the bonding resin on the board panel, the defect rate is remarkably reduced, and the adhesion roller It is possible to use semi-permanently because there is no excessive load, and two front and rear surfaces connected to the upper and upper surfaces of the board panel and both sides of the upper surface connected to the upper surface are also transferred to improve the productability. It is possible to manufacture the transfer board panel of the line, and does not require additional drying time. Since drying is performed in the dryer installed in the cabinet, the amount of production increases by the time required for conventional drying, and the continuous operation for the transfer of the board panel is possible, and thus the manufacturing speed of the transfer board panel is increased, thereby increasing the amount of production. It is to provide a panel manufacturing apparatus capable of transferring to front and rear sides and both sides of the board panel.

It is an object of the present invention to provide a board feeder for transferring a plurality of board panels to be placed at a position where a board panel is automatically supplied, and a primer installed on a surface of a board panel installed adjacent to the board feeder and supplied. A primer coater for adhering the adhesive, a dryer installed adjacent to the primer applicator, and a dryer for drying the bonded primer, and adjacent to the dryer, and polished to an even thickness of the dried primer layer to level the surface of the primer Sanding machine for removing foreign matter or sanding the surface of the primer evenly bonded, a transfer preheater which is installed adjacent to the sanding machine and transfers the supplied board panel, and cleans the foreign material sanded on the sanding machine And a first washer to suck and suck, and adjacent to the feed preheater. And a first transfer film adhesive for attaching the transfer film to the upper surface of the preheated board panel and the front and rear surfaces of the board panel, and the upper surface transfer portion installed adjacent to the first transfer film adhesive and having the upper surface and the front and rear surfaces transferred to each other. A secondary transfer film adhesive for transferring each upper surface of both sides of the board panel, a protective vinyl adhesive installed adjacent to the secondary transfer film adhesive and attaching a protective vinyl on the surface of the transfer board panel, and adjacent to the protective vinyl adhesive It is achieved by a panel manufacturing apparatus capable of transferring up to front and rear sides and both sides of the interior and exterior packaging board panel according to the present invention including a board panel packaging machine for packaging the transfer board panel.

An apparatus for manufacturing a panel manufacturing apparatus capable of transferring up and down front and rear surfaces and both side surfaces for an interior and exterior interior board panel according to the present invention includes a board feeder for placing a plurality of board panels for transfer and automatically being placed at a position where the board panel is supplied. A primer coater for adhering the primer on the surface of the board panel supplied and supplied adjacent to the board feeder, a dryer installed adjacent to the primer applicator and drying the bonded primer, and installed adjacent to the dryer Sanding machine for grinding the even surface of the primer layer to flatten the surface, remove foreign substances on the surface of the primer or evenly sand the primer surface to be bonded, and a transfer preheater which is installed adjacent to the sanding machine and is preheated while transferring the supplied board panel. And disposed on the transfer preheater and in the sanding machine. A first washing machine for cleaning and sucking sanded foreign substances, and a primary transfer film adhesive unit installed adjacent to the transfer preheater and attaching the transfer film to the front and rear sides of the preheated board panel inclined on the front and rear sides. And a second transfer film gluer installed adjacent to the first transfer film gluer and transferring inclined sides of both sides of an upper surface transfer board panel on which upper and front sides are transferred, and adjacent to the second transfer film gluer. And a protective vinyl adhesive for attaching the protective vinyl on the surface of the transfer board panel, and a board panel packaging machine installed adjacent to the protective vinyl adhesive and for packaging the transfer board panel, in which a primer is applied and passed through a dryer. In the dried state, the board panel is heated as it passes over the heater that is already heated. The application and drying time is shortened, and the working time is shortened.Because the laminated resin is coated on the transfer film without applying the laminated resin on the board panel, the defect rate is remarkably reduced, and a large load is not applied to the adhesive roller. Since it is not possible, semi-permanent use is possible, and the two front and rear sides of the upper surface of the board panel and the two side surfaces of the both sides of the upper surface are also transferred, thereby improving the merchandise and enabling the manufacture of expensive transfer board panels. Since the drying is performed in the dryer installed on the line without a separate drying time, the production amount is increased by the time required for the conventional drying, and the continuous operation for the transfer of the board panel is possible, and thus the manufacturing speed of the transfer board panel is increased. There is an excellent effect that it is possible to increase the production amount significantly.

1 is a front view and a plan view schematically showing a panel manufacturing apparatus capable of transferring the front and rear and both sides of the interior and exterior board board according to the first embodiment of the present invention
Figure 2 is a perspective view of a board panel to be transferred in the panel manufacturing apparatus capable of transferring to the front and rear and both sides and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 3 is a schematic longitudinal cross-sectional view of the board feeder of the panel manufacturing apparatus capable of transferring to the front and rear and both sides and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 4 is a schematic longitudinal cross-sectional view of the primer gluer of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 5 is a schematic longitudinal cross-sectional view of the dryer of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 6 is a schematic longitudinal cross-sectional view of the sanding machine of the panel manufacturing apparatus capable of transferring to the front and rear and both sides and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 7 is a schematic longitudinal cross-sectional view of the transfer preheater of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 8 is a schematic longitudinal cross-sectional view of the first washing machine of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
Figure 9a, 9b is a schematic longitudinal cross-sectional view and operation of the primary transfer film adhesive of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
10 is a schematic longitudinal cross-sectional view of the secondary transfer film adhesive of the apparatus for manufacturing a transfer board panel according to the first embodiment of the present invention.
Figure 11 is a schematic longitudinal cross-sectional view of the protective vinyl adhesive of the panel manufacturing apparatus capable of transferring to the front and rear and both sides of the interior and exterior board panel according to the first embodiment of the present invention
12 is a schematic longitudinal cross-sectional view of a panel packaging machine of the panel manufacturing apparatus capable of transferring to the front and rear and both sides and both sides of the interior and exterior board board according to the first embodiment of the present invention.
Figure 13 is a schematic enlarged longitudinal sectional view of a transfer board panel manufactured by a panel manufacturing apparatus capable of transferring to the front and rear and both sides and both sides of the interior and exterior board board according to the first embodiment of the present invention

Panel manufacturing apparatus (A) capable of transferring to the front and rear sides and both sides of the inner and outer board board panel according to the first embodiment of the present invention, as shown in Figure 1, a plurality of board panels for the transfer is automatically loaded A board feeder (1) for placing the panel at a position to be supplied, a primer coater (2) for adhering a primer on a surface of the board panel (b) to be supplied and installed adjacent to the board feeder (1), It is installed adjacent to the primer coater (2) and the dryer (3) for drying the adhered primer, is installed adjacent to the dryer (3) and polished to an even thickness of the dried primer layer to flatten the surface or primer surface Transfer example for preheating while removing the foreign matter of the sanding machine (4) and sanding the surface of the primer evenly bonded, and the board panel is installed adjacent to the sanding machine (4) A pre-heater 5 and a first washer 6 disposed on the transfer preheater 5 to clean and suck the foreign matter sanded by the sanding machine 4 and installed adjacent to the transfer preheater 5 and preheated. A first transfer film gluer 7 for attaching a transfer film on each side of the top and bottom surfaces of the board panel inclined at an edge of the front and rear surfaces of the board panel, and adjacent to the first transfer film gluer 7, Secondary transfer film gluer 8 for transferring the inclined both sides of the upper surface of the upper surface transfer board panel is transferred adjacent to the front and rear surfaces, and the transfer board panel is installed adjacent to the secondary transfer film gluer (8) A protective vinyl adhesive (9) for attaching the protective vinyl on the surface of the, and is installed adjacent to the protective vinyl adhesive (9) includes a panel panel packaging machine (10) for loading the transfer board panel.

As shown in FIG. 2, the board panel b used in the present embodiment has an inclined front and rear surface b2 formed to be inclined at front and rear edges of the upper surface b1, and both side surfaces of the upper surface b1. Inclined side surface b3 is formed.

In the present embodiment, as shown in FIG. 3, the board panel b to be transferred is disposed on the platform 1a in units of 100 sheets, and the platform 1a is elevated by air. It has a structure of gradually raising and lowering to the required height by the driving means 1b such as a lift.

As shown in FIG. 4, the primer coater 2 is subjected to a pretreatment process of applying a primer on the surfaces b1, b2, and b3 of the board panel b so that the transfer film f is attached. The primer coater 2 has a plurality of coating rollers 2b coated with a primer on the transfer belt 2a to which the board panel b is transferred, and the primer supplied from the primer supply unit 2c. It will be applied to the surface.

As shown in FIG. 5, the dryer 3 is a photo-dryer used to dry light using light in the present embodiment. However, the dryer 3 is not limited thereto. When the dryer 3 requires a high drying temperature, the dryer 3 is dried by hot air. Dryers may be used. As such, the primer layer of the surface (b1, b2, b3) of the board panel (b) to which the primer is applied while passing through the primer coater (2) is dried through the dryer (3), so that drying time is shortened. The manufacturing speed of b) will be greatly improved. The drying temperature of the dryer 3 will be different depending on the thickness of the primer layer (P), but the temperature between about 50 ~ 200 ℃ will be appropriate.

The sanding machine 4, as shown in Figure 6, the surface of the primer layer buried on the surface of the board panel (b) uniformly polishes the uneven surface, and also impurities or uneven primer attached to the surface By sanding the surface of the board panel (b) of the layer, the sanding machine (4) is to be sanded evenly to the surface of the primer layer of the board panel (b) while the sanding roller (4a) disposed therein is rotated . The surface sanded by the sanding machine 4 is processed into a surface having a roughness suitable for bonding the transfer film f.

The transfer preheater 5 is to preheat the surface of the board panel (b) to transfer the board panel (b) to be supplied while the adhesive primer is well absorbed for the transfer of the transfer film (f) to facilitate the transfer, Figure 7 As shown in FIG. 2, the transfer preheater 5 is provided on a plurality of transfer rollers 5a and the upper portion of the transfer rollers 5a to preheat the board panel b. It includes a heating portion (5b) for heating to a temperature required for preheating of 40 ~ 60 ℃ and the heating portion (5b) has a heating portion such as nichrome wire or a heating means such as a heating lamp is installed, the board panel (b ) Is transferred and is preheated by the heating unit 5b. Thus, as the board panel b passes through the heating unit 5b, its surface is preheated, and the heating unit 5b has a temperature of 200 ° C or higher. To be heated.

As the board panel (b) passes through the first washing machine (6) in the middle of being preheated while passing through the transfer preheater (5), foreign matter attached to the surface of the board panel (b) is sucked at the same time as washing, As shown in the drawing, the first washer 6 has an elliptical shape, and the rotary brush 6a is rotated to wash foreign substances such as dust attached to the surface of the board panel b and at the same time in the air sprayer 6b. By injecting air and sucking the foreign matter washed at the air inlet 6c), the foreign matter such as dust is transferred to a central dust collector (not shown).

The first transfer film adhesive 7 is a place where the surface is sanded and the dust on the surface is sucked into the washed board panel (b) is introduced into the transfer film (f), as shown in Figure 9a, The transfer film roll 7a is disposed on the upper portion of the primary transfer film adhesive 7 so that the adhesive is applied and drawn in the state of passing through the application portion 7b so that the adhesive is applied to the adhesive surface of the transfer film f. It is bonded to the upper surface (b1) and the front and rear each surface (b2) that is the surface of the board panel (b). The primary transfer film adhesive 7 has a transfer film roll 7a on which a transfer film f is wound, and an application portion 7b containing an adhesive is disposed therein, and the application portion 72 is disposed therein. In the lower part of), an adhesive roller 7c coated with an adhesive and a pressure roller 7d disposed below the adhesive roller 7c are disposed so that the board panel b is the adhesive roller 7c and the pressure roller ( The transfer film f is bonded onto the board panel b while passing between 7d), so that the transfer board panel B is manufactured. As described above, since the applied transfer film f is caught on the adhesive roller 7c and adhered to the surface of the board panel b, it is possible to use semi-permanently because a large force is not applied to the adhesive roller 7c. Since the adhesive roller 7c is elastically supported downward to be elevated by a spring (not shown), as shown in FIG. 9B, when the adhesive roller 7c passes through the front face b2, Is lowered to the height (H1) of each surface b2 to be transferred onto the surface and ascends to H1 to transfer the upper surface (b1), and again in the case of the rear surface (b2) to transfer the rear surface (b2). Will work.

The primary transfer film adhesive 7 is provided with a means for adjusting the height of the pressure roller (7d), for example, such as a cylinder to adjust the height according to the thickness of the board panel (b) Of course you will.

As shown in FIG. 10, the secondary transfer film gluer 8 is used to attach the transfer film f to both side surfaces b3 of the unattached upper surface b1 of the transfer film f. As such, the pressure rollers 8a are symmetrically arranged to press the edges of the transfer film f so that the edges of the transfer film f are adhered to the respective sides b3 of both sides of the board panel b to be transferred. As described above, the secondary transfer film adhesive machine 8 passes between the pressure rollers 8a disposed opposite the side surface b3 of the board panel b on which the transfer film f is not attached to the side surface. The edge of the side surface of (f) is joined on the side surface b3 of the board panel b.

The secondary transfer film adhesive 8 is provided with a means for adjusting the width of the pressure roller 8a, for example, a cylinder, so that the height is adjusted according to the width of the board panel b. Of course you will.

The protective vinyl adhesive 9 is to place a protective vinyl to protect the transfer surface of the transfer board panel (B), as shown in Figure 11, the vinyl roll (9a) wound around the vinyl The protective vinyl (v) disposed and wound around the vinyl roll (9a) is adhered to the surface of the transfer board panel (B) while passing between the pair of pressure roller (9b). The term 'adhesion' means that the adhesive force generated on the surface of the protective vinyl (v) is not adhered to the surface of the transfer board panel (B) by an adhesive means such as an adhesive, and when detached, it is released without any trace. do.

The board panel packaging machine 10, as shown in Figure 12, the transfer board panel (B) attached to the surface of the protective vinyl (v) is a proper quantity, in this embodiment, is loaded in 100 units, The transfer board panel (B) manufactured as described above is loaded with a good for transport by a forklift (not shown) when 100 sheets are loaded. The board panel packaging machine 10 is operated in the opposite manner to the above-described board feeder 1, the transfer board panel (B) is arranged on the platform 10a in units of 100, the platform 10a is lifted by air It has a structure that is gradually lowered to the required height by the drive means 10b, such as a lift.

Referring to the operation of the panel manufacturing apparatus (A) capable of transferring to the front and rear and front and rear surfaces and both sides of the interior and exterior board panel according to the first embodiment of the present invention having such a configuration, the board panel (b) is the board feeder (1) 100 sheets are put into the top panel, and the top board panel (b) is introduced into the primer coater (2), and the application roller 22 to which the primer solution of the primer coater (2) is applied is the upper surface of the board panel (b). The primer layer (p) is formed while the primer solution is applied to the upper portion of the board panel (b) while being in contact with the board. The board panel (b) to which the primer layer is applied is passed through the dryer (3). Since the primer layer is dried in the dried state by the light emitted from 3) and passes through the dryer 3, the drying time of the board panel b is drastically shortened.

As such, the non-uniform surface is sanded evenly while being sanded by the sanding roller 41 of the sanding machine 4 of the primer layer p of the board panel b passing through the dryer 3. The surface of the processed primer layer (p) is processed to a surface suitable for bonding the transfer film (f), the sanded board panel (b) is passed through the transfer preheater (5) of the transfer film (f) It is preheated to a temperature of 40 ~ 60 ℃ by the heating unit 52 heated to 200 ℃ or more suitable temperature for bonding, the board panel (b) in the middle of the preheating while passing through the transfer preheater (5) The foreign matter attached to the surface of the board panel (b) is elliptical while passing through the washing machine (6). As the rotary brush (61) rotates, the foreign matter such as dust attached to the surface of the board (b) is washed, and at the same time, Air is injected from the jetting section 62 and the air is blown out at the air suction port 63). It is cleaned by inhaling the foreign substance that has been chucked.

As described above, the board panel (b) whose surface is cleaned in the first washing machine (6) is coated with an adhesive on the adhesive surface of the transfer film (f) wound on the transfer film roll (7a) in the primary transfer film adhesive (7). An adhesive is applied in the state of passing through the application part 7b, and the board panel b drawn in is transferred between the adhesive roller 7c and the pressure roller 7d and transferred to the surface of the board panel b on which the primer layer is formed. The film (f) is bonded to the board panel (b) is to be manufactured, as described above, in the present invention, the adhesive is applied to the surface of the transfer film (f) without applying the adhesive on the surface of the board panel (b) board The surface of the transfer film (f) attached to the surface of the panel (b) is uniformly adhered to significantly reduce the occurrence of the defective rate, as well as the adhesive roller (7c) will not be overwhelmed, repair and maintenance As equipment decreases, utilization rate improves significantly. Said, will be as the adhesive roller (7c) is activated lifting the transfer film to be bonded to the top surface (b1) and before and after the respective surfaces (b2) of the board panel (b).

The board panel (b) passing through the primary transfer film adhesive (7) is a transfer film (f) on each side of both sides where the transfer film of the board panel (b) is not bonded through an adjacent secondary transfer film adhesive (8). ) Is passed between the pressure roller (8a), the transfer film (f) is bonded to each side surface (b3) of the board panel (b), the board panel (b) is the transfer of all of the front, rear, left and right sides of the upper panel The transfer board panel (B) is to be manufactured. In this way, the transfer board panel B on which the upper surface, each of the front, front, rear, left, and right sides of the upper surface are transferred is transferred to the protective vinyl adhesive 9, and in the protective vinyl adhesive 9, the vinyl roll on which the protective vinyl is wound The protective vinyl (v) drawn out from (9a) passes through the pressure roller (9b) and is adhered onto the transfer film (f) of the transfer board panel (B), and thus the transfer board panel to which the protective film is adhered. (B) is a predetermined quantity, for example, 100 while being gradually lowered to the required height by a drive means (10b) such as a lift that is continuously placed on the platform (10a) on the board panel packaging machine 10 and lifted by air When the transfer board panel (B) is loaded on the platform 10a, it is to be transferred to the loading space by a transport means such as a forklift truck (not shown).

As described above, the apparatus for manufacturing a panel capable of transferring to front, rear, and both sides of the interior and exterior interior board panel according to the present invention includes a board panel while a primer is applied and a board panel passes through a heater that is already dried in a pre-dried state through a dryer. Since the heating and the application time of the primer is shortened and the working time is shortened, and the bonding resin is applied on the transfer film without applying the bonding resin on the board panel, the defect rate is remarkably reduced and large on the adhesive roller. Since the load is not applied, there is no difficulty, so semi-permanent use is possible. The board panel can be manufactured and installed on the line without the need for a separate drying time. Since the drying is done in the dryer, the production amount is increased by the time required for the conventional drying, and the continuous operation for the transfer of the board panel is possible, so that the manufacturing speed of the transfer board panel is increased, thereby greatly increasing the production amount. .

Panel manufacturing apparatus that can be transferred to the front and rear sides and both sides of the interior and exterior board panels according to the present invention will be said to be an invention that can be industrially available because it is possible to repeatedly manufacture the same apparatus in the manufacturing industry of general transfer board panel will be.

A: Panel manufacturing apparatus capable of transferring to front and rear sides and both sides of interior and exterior board panels
1: board feeder 2: primer coater
3: dryer 4: sanding machine
5: transfer preheater 6: first washer
7: 1st transfer film gluer 8: 2nd transfer film gluer
9: board panel packing machine 10: protective vinyl adhesive

Claims (3)

In the panel manufacturing apparatus (A) capable of transferring to the front and rear and both sides of the interior and exterior board panels,
The panel manufacturing apparatus (A) capable of transferring up to front and rear surfaces and both sides of the interior and exterior material board panel includes a board feeder (1) for placing a plurality of board panels for transfer so that the board panels are automatically supplied;
A primer coater (2) installed adjacent to the board feeder (1) and adhering the primer on the surface of the board panel (b) to be supplied;
A dryer 3 installed adjacent to the primer coater 2 and drying the bonded primer;
A sanding machine (4) installed adjacent to the dryer (3) and polished to an even thickness of the dried primer layer to flatten the surface, to remove foreign substances on the surface of the primer, or to sand the primer surface evenly;
A transfer preheater 5 installed adjacent to the sanding machine 4 and preheated while transferring the supplied board panel;
A first washer 6 disposed on the transfer preheater 5 to clean and suck the foreign matter sanded by the sanding machine 4;
It is installed adjacent to the transfer preheater (5) and the primary transfer film gluer (7) for attaching the transfer film on the upper surface and front and rear surfaces of the pre-heated board panel,
A secondary transfer film gluer 8 installed adjacent to the primary transfer film gluer 7 and transferring side surfaces of the upper surface transfer board panel on which the top surface is transferred;
A protective vinyl adhesive (9) installed adjacent to the secondary transfer film adhesive (8) and attaching a protective vinyl on the surface of the transfer board panel;
Apparatus for manufacturing a transfer board panel, characterized in that it comprises a board panel packaging machine 10 is installed adjacent to the protective vinyl adhesive (9) to load the transfer board panel The method of claim 1,
In the primary transfer film adhesive 7, a transfer film roll 7a is disposed on an upper portion of the primary transfer film adhesive 7 so that an adhesive is applied to an adhesive surface of the transfer film f. The adhesive is applied in the state passing through and bonded to the upper surface (b1) and the front and rear each surface (b2), which is the surface of the board panel (b) inserted,
The primary transfer film adhesive 7 has a transfer film roll 7a on which a transfer film f is wound, and an application portion 7b containing an adhesive is disposed therein, and the application portion 72 is disposed therein. At the bottom of the), an adhesive roller 7c coated with an adhesive and a pressure roller 7d disposed below the adhesive roller 7c are disposed.
Since the adhesive roller 7c is elastically supported downward to move up and down, when the adhesive roller 7c passes through the front face b2, it is lowered down to the height of each face b2 and transferred onto the surface. Upward transfer of the upper surface (b1), and in the case of the rear surface (b2) again down the front surface and both sides of the interior and exterior panels for the interior and exterior board panel, characterized in that the operation is operated to transfer the panel Device The method of claim 1,
The secondary transfer film adhesive 8 is for attaching the transfer film f to each side surface b3 of both sides of the unattached upper surface b1 of the transfer film f,
In the secondary transfer film adhesive machine 8, the pressure rollers 8a are symmetrically arranged to press the edges of the transfer film f so that the edges of the transfer film f are on both sides b3 of both sides of the board panel b. Panel manufacturing apparatus capable of transferring to front and rear and both sides of both sides

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