KR100541518B1 - Auto lading apparatus of a constructing boards - Google Patents

Abstract

The present invention relates to an automatic Eurofoam laminating apparatus, it is economically very advantageous to be able to achieve a rapid lamination work by allowing the Eurofoam, a prefabricated building sheet material to be transferred from its manufacturing apparatus to be automatically laminated in multiple layers until a certain number. And, the object is to provide a safe euro-foam automatic laminating apparatus.

The present invention is composed of four rectangular pillars, and support means for supporting the edge so that the flow path can be laminated to the center portion of the rectangular pillar; Stacking guide means for guiding the side surfaces of the stacked euroforms provided on the side of the upper end of the support means in a constant contact with the specifications of the euroforms; An elevating means provided in the center of the lower end of the support means and configured to elevate the flow form in an upper direction so that the injected flow form can be stacked at the upper end; Detection means comprising light-emitting and light-receiving diodes provided at an upper end of the stacking guide means so as to generate a recognition sound when the height of the stacked euroforms is a predetermined number or more; A stop means configured to be pulled out / retracted from the side of the center of the support means to stop the flow path moved from the elevating means so as not to fall down in the order of input; It is provided on one side of the support means, controls to adjust the stacking guide means in accordance with the specification of the flow-form to be stacked, generates a drive control signal to the lifting means to stack the injected flow-form in the upper end, and lamination from the detection means Characterized in that the control means for controlling the warning sound is generated when the completion signal is applied.

Applying the present invention, as a device for stacking the finished euroforms to a certain number in conjunction with the euroforms manufacturing apparatus, by laminating by hand one by one effectively reduce the working time that takes a long time in the lamination, economically very advantageous, heavy Since the Eurofoam is automatically stacked, various safety accidents can be prevented. In addition, since it is possible to automatically stack a predetermined number by the contact sensor without calculating the number one by one, it is convenient, there is an effect that can increase the compatibility by allowing the guide plate to be varied according to the flow form of various standards when laminating.

Description

Euroform Automatic Lamination Equipment {AUTO LADING APPARATUS OF A CONSTRUCTING BOARDS}

1 is a cross-sectional view of a conventional plate forming press mold apparatus,

Figure 2 is a side view showing a schematic configuration of the euroform automatic laminating apparatus according to an embodiment of the present invention,

Figure 3 is a detailed side view showing the configuration of the automatic Eurofoam lamination apparatus according to an embodiment of the present invention,

Figure 4 is a detailed side view showing the configuration of the euroform automatic laminating apparatus according to another embodiment of the present invention,
5A is a perspective view for explaining a coupling relationship between a first pulley and a pinion according to the present invention;
5B is a perspective view illustrating a coupling relationship between a gear and a rack according to the present invention.

* Description of the symbols for the main parts of the drawings *

202: support, 204: lifting means,

206: hydraulic cylinder, 208a, 208b: rack,

210a, 210b, 212a, 212b: gear, 212: chain,
214: coupling member, 215: moving die,

delete

216: stopper, 218: guide plate,

220a, 220b: rack, 222a, 222b: pinion,

224a, 224b: first pulley 226a, 226b: second pulley
228: Belt.

The present invention relates to an automatic Eurofoam laminating apparatus, and in more detail, it is possible to achieve a rapid lamination operation by allowing the Eurofoam, which is a prefabricated building plate, to be automatically laminated in multiple layers until a predetermined number is received from the manufacturing apparatus. A very advantageous and safe Eurofoam automatic laminating apparatus.

As is well known, the forming of sheet materials in plastic working takes up a great part, and it is common to use press machines as machines for mass production. The press machine is provided with a molding die which is formed so as to correspond to the shape of the molding to be molded and supports the molded plate material, and a molding punch for pressing the molded plate material toward the molding die.

In the sheet metal processing performed by such a press mold apparatus, there are many cases in which a certain part needs to be processed in order to obtain a shape of a required molding. In particular, it is very common in plastic working to form a perforated part by piercing or burring a drawing molded part which is press-formed to be molded by drawing with a punch. This work is usually carried out in a separate process by attaching punches for drawing molding and punches for piercing or bearing molding separately to punch holders.

1 is a cross-sectional view of a conventional plate forming press die apparatus. As shown in this figure, the punch for punching the drawing molding 105 for forming the drawing molding part on the mold plate 103 placed on the mold die 121 engraved with the shape of the required molding is reciprocated up and down. It is fixed to 101. In the lower part of the punch holder 101, when the drawing-molding punch 105 press-forms the drawing molding part of the to-be-molded plate material 103, the plate shape which carries out surface contact except the drawing molding part of the to-be-molded plate material 103 is carried out. Stripper 111 is supported and installed by the tubular spacer 119. A spring 117 is interposed between the stripper 111 and the punch holder 101 to allow the stripper 111 to swing elastically, and a through hole 123 is formed in the center region of the stripper 111. The drawing molding punch 105 press-forms the to-be-molded plate material 103 through this through hole 123.

With this configuration, in the case of drawing molding the molded plate material 103, the punch holder 101 moves vertically downward to remove the molded plate material 103 on which the stripper 111 is placed on the mold die 121. FIG. In the supported state, the drawing molding punch 105 passes through the through hole 123 formed in the sputter 111 to press the formed plate member 103 to form the drawing molding part.

In this way, the molded article pierced or burried is completed.

The molded plate member 103 described in the above-described process is generally not only a piercing work, but also a notching work on its side. That is, the notching work is a work of forming a groove in the side of the formed plate member 103 similarly to the piercing work.

Molded plate completed by this process is a separate coating line, the printing of a certain pattern on the outer surface or the coating of the outer surface to complete the building plate material, it is discharged to the outside of the device along the roller configured at the rear end.

The building plate discharged to the outside is stacked by the person by hand one by one, and when the stacking is completed, using a forklift, etc. by lifting a plurality of stacked building plates to be loaded on a truck or moved to a warehouse or the like.

However, since the building plate is made of steel, it takes a lot of time to manually stack the building plate discharged to the outside of the device economically very disadvantageous, and the user is laminated for building to match the exact number of stacking There was the inconvenience of calculating the plate.

The present invention has been made in view of the above-described state of the art, and the rapid lamination work can be made by allowing the Euroform, which is a prefabricated building plate, to be automatically stacked in multiple layers until a certain number is received from the manufacturing apparatus. The object is to provide an economically advantageous and safe Eurofoam automatic laminating device.

In order to achieve the above object, according to a preferred embodiment of the present invention is composed of four rectangular pillars, the support means for supporting the edge so that the flow path can be laminated to the center portion of the rectangular pillar; Stacking guide means for guiding the side surfaces of the stacked euroforms provided on the side of the upper end of the support means in a constant contact with the specifications of the euroforms; An elevating means provided in the center of the lower end of the support means and configured to raise the flow form in an upper direction thereof so that the injected flow form can be stacked at the upper end; Detection means comprising light-emitting and light-receiving diodes provided at an upper end of the stacking guide means so as to generate a recognition sound when the height of the stacked euroforms is a predetermined number or more; A stop means configured to be pulled out / retracted from the side of the center of the support means to stop the flow path moved from the elevating means so as not to fall down in the order of input; It is provided on one side of the support means, controls to adjust the stacking guide means in accordance with the specification of the flow-form to be stacked, generates a drive control signal to the lifting means to stack the injected flow-form in the upper end, and lamination from the detection means When the completion signal is applied, there is provided a Euroform automatic lamination device comprising a control means for controlling to generate a warning sound.

Preferably, the stacking guide means includes a guide plate for guiding the side of the flow path according to the size of the flow path; Racks attached to the outer surface of the guide plate and linearly moving; A pinion fastened to the rack to transmit rotational force; A plurality of upper and lower pulleys connected to the pinion shaft; A belt connected between the pulleys; There is provided an automatic Euroform lamination apparatus comprising a drive motor axially coupled to a lower pulley shaft.

More preferably, the lifting means includes a plurality of hydraulic cylinders for driving a linear hydraulic force; Racks respectively coupled to hydraulic rods of the hydraulic cylinders; A pinion fastened to the rack; A plurality of gears in which the pinions are axially coupled and spaced apart from each other by a predetermined distance; A chain fastened to the upper and lower gears; A coupling member coupled to the chain predetermined portion; Both sides of the coupling member are respectively connected to the coupling member, and a flow-foam automatic laminating apparatus is provided, comprising a moving die configured to seat the flow-form injected into the upper surface.

Preferably, the stacking guide means includes a guide plate for guiding the side of the flow path according to the size of the flow path; A second b positioning member attached to an outer surface of the guide plate and having a comb surface at an upper end thereof; A second a positioning member which is in close contact with the second positioning member and is formed at a lower end of the second facing position opposite to the second surface of the second positioning member; A hydraulic rod coupled to the second a positioning member; There is provided an automatic flow-form laminating apparatus, which can be configured as a hydraulic cylinder for providing a linear motion driving force to the hydraulic rod.

Preferably, the elevating means is a lower portion of the support means, and the movement die seated on the upper surface of the flow path and moved up and down; A circular roller attached to a lower surface of the moving die; A first positioning member which is in close contact with the circular roller and allows the circular roller to slide on a comb surface formed at the center thereof to adjust the position of the moving die; A support plate for supporting a lower surface of the first positioning member; The support plate and one end thereof is attached to the Euroform automatic lamination apparatus, characterized in that it can be configured as a hydraulic cylinder for lifting the moving die by moving the support plate in the horizontal direction.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

Figure 2 is a side view showing a schematic configuration of the euroform automatic laminating apparatus according to an embodiment of the present invention, Figure 3 is a detailed side view showing the configuration of the euroform automatic laminating apparatus according to an embodiment of the present invention in detail to be.

Referring to this, the euroform automatic laminating apparatus 200 according to an embodiment of the present invention provides a finished euroform 10 from the transfer device 100 located at the rear end of the die for forming the euroform sheet forming apparatus shown in FIG. It is a device for automatically stacking a predetermined number or more vertically upward, the transfer device 100 is provided with a printing means 102 therein to the predetermined pattern or color on the appearance of the euroform 10 during the transfer of the euroform 10. It can be applied. At this time, the euroform 10 is a prefabricated building plate, made of steel, the building plate is formed in the center hole and the like.

In addition, the transfer device 100 has a transfer die 104 is configured to a certain height, a plurality of rollers 106 is configured on the upper surface of the transfer die 104 to transfer the flow path 10 in one direction.

On the other hand, the euro-foam automatic laminating apparatus 200 is composed of four rectangular pillars, the support means for supporting the edge so that the euro-foam can be laminated to the center portion of the rectangular pillar; Stacking guide means for guiding the side surfaces of the stacked euroforms provided on the side of the upper end of the support means in a constant contact with the specifications of the euroforms; An elevating means provided in the center of the lower end of the support means and configured to elevate the flow form in an upper direction so that the injected flow form can be stacked at the upper end; Detection means comprising light-emitting and light-receiving diodes provided at an upper end of the stacking guide means so as to generate a recognition sound when the height of the stacked euroforms is a predetermined number or more; A stop means configured to be pulled into / out of the central portion of the support means to stop the flow path moved from the lifting means so as not to fall down in the order of insertion; It is provided on one side of the support means, controls to adjust the stacking guide means in accordance with the standard of the flow-form 10 to be stacked, generates a drive control signal to the lifting means to stack the injected flow-form in the upper end, the detection Control means for controlling the warning sound is generated when the stacking completion signal is applied from the means.

In the figure, the support means is composed of four rectangular supporters 202 having a hollow inside, and various means capable of stacking the flow paths 10 'therein. The support 202 is divided into an upper part and a lower part, and a stopper 216 serving as the stop means is formed at the center thereof. The stopper 216 is fixed to a predetermined position at the center predetermined portion of the support 202, the rear end is provided with a spring so that the horizontal withdrawal / entry only in the inward direction of the support 202, the inward end portion The lower surface is formed with a inclined surface having a predetermined inclination to push the stopper 216 in the outward direction of the support 202 while the flow path 10 is raised.

On the other hand, the stacking guide means is provided with a guide plate 218 for guiding the side surface of the flow path 10 'according to the size of the flow path (10') to be laminated, respectively attached to the outer surface of the guide plate 218 Racks 220a and 220b are provided to linearly move.

In addition, pinions 222a and 222b are fastened to the racks 220a and 220b to transmit rotational force, and a plurality of upper and lower pulleys 224a and 224b connected to the shafts of the pinions 222a and 222b ( 226a and 226b are provided. The pulleys 224a and 224b and 226a and 226b respectively include first pulleys 224a and 224b respectively configured at upper and lower ends of one side of the support 202 and second pulleys respectively configured at upper and lower ends of the other side of the support 202. By guiding both sides of the flow path (10 ') to be made up of (226a, 226b), respectively, it is possible to achieve a vertical stacking.

In addition, a belt 228 is connected between the pulleys 224a and 224b and 226a and 226b, and a driving motor axially coupled to the shafts of the lower pulleys 224b and 226b is configured as shown in FIG. 5A.

The lifting means 204 is provided with a plurality of hydraulic cylinders 206 for driving linear hydraulic force, and first and second racks 208a and 208b coupled to the hydraulic rods of the hydraulic cylinders 206, respectively.

In addition, a pinion (see FIG. 5B) coupled to the racks 208a and 208b and a plurality of gears 210a and 210b 212a and 212b in which the pinion is axially coupled and spaced up and down by a predetermined distance are supported by the support 202. It is configured inside. At this time, the gears (210a, 210b) (212a, 212b) is formed on the inner bottom and the top of the one side support 202, respectively, the first gear 1a, 1b gears (210a, 210b), and the inner bottom and top of the other support (202) 2a and 2b gears 212a and 212b respectively configured.

Meanwhile, chains 212 are fastened to the upper and lower gears 210a and 210b and 212a and 212b, respectively, to transfer driving force from the lower gears 210a and 212a to the upper gears 210b and 212b. Coupling member 214 is coupled to a predetermined portion of 212.

One side of the coupling member 214 is coupled to the chain 214, the other side is coupled to the moving die 215 for supporting the lower side to seat the flow path 10 introduced into the upper surface. In addition, a plurality of rollers 106 are formed on the upper surface of the moving die 215 to easily receive the flow path 10 from the transfer device 100 formed on the side of the flow path stacking device 200. It is also possible to configure a separate belt conveyor to the roller 106.

In the figure, the detection means is composed of light emitting and light receiving diodes (not shown) for detecting whether the stacked flow paths 10 'have reached a predetermined height or more, and an upper end portion of the guide plate 218. It is attached to both sides.

With reference to the accompanying drawings will be described in detail with respect to the function and operation of the euroform automatic laminating apparatus according to an embodiment of the present invention of the above configuration.

First, the euroform automatic laminating apparatus 200 according to an embodiment of the present invention drives a driving motor (not shown) to match the size of the euroform 10 'to be stacked by a user by operating a control unit.

Then, the driving motor is rotated, the rotational force is transmitted to the first 1b, 2b pulleys 224b, 226b, and the driving force transmitted to the 1b, 2b pulleys 224b, 226b is the first a, 2a pulley 224a. 226a and rotate the pinions 222a and 222b axially coupled to the first and second pulleys 224a and 226a. The rotational force of the pinions 222a and 222b is transmitted to the racks 220a and 220b coupled to the pinions 222a and 222b to horizontally move the racks 220a and 220b and to the other ends of the racks 220a and 220b. The combined guide plate 218 is pushed inward to be in close contact with both side surfaces of the flow path foam 10 '. Therefore, when the euroforms 10 'are stacked, they can be accurately stacked in the vertical direction, thereby preventing various safety accidents that may occur due to irregular stacking and moving the euroforms 10' stacked in a warehouse or a vehicle. It is also very easy to make.

On the other hand, when the setting process of the stacking guide means is completed, the user operates the control means so that automatic stacking can be performed. Then, the flow path 10 having completed external painting from the transfer device 100 is transferred along the roller 106 or the belt conveyor and introduced into the upper surface of the moving die 215.

Then, by detecting the input, the control means drives the hydraulic cylinder 206 so that the racks 208a and 208b respectively coupled to the end of the hydraulic rod move horizontally out of the support 202. As the racks 208a and 208b move horizontally, the pinions engaged with the racks 208a and 208b rotate, and the first and second gears 210a and 212a axially coupled with the pinions are rotated by the rotation of the pinions. As the first and second gears 210a and 212a rotate, the first and second gears 210b and 212b positioned at the upper end also rotate through the chain 212.

At this time, with respect to the chain 212 configured on both sides of the support 202 so that the moving die 215, both ends thereof are coupled to each other via the coupling member 214, the chain 212 is moved upward in accordance with the movement of the chain 212 do.

As the moving die 215 moves upward, the flow path 10 seated on the upper surface of the moving die 215 presses the inclined surface of the stopper 216 as the stop means. Accordingly, the spring provided at the rear end of the stopper 216 is retracted to the rear. When the flow form 10 passes completely through the stopper 216, the stopper 216 is restored again between the moving die 215 and the flow form 10 ′.

Then, the injected flow path 10 is laminated, and is prevented from falling downward by the stopper 216.

Next, the control means drives the hydraulic cylinder 206 to pull the hydraulic rod to its original position, and the lowering movement of the moving die 215 is started in accordance with its input. Since the lowering operation of the moving die 215 is in the reverse order of the raising operation of the moving die 215, description thereof will be omitted.

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

Figure 4 is a detailed side view showing the configuration of the automatic euroform lamination apparatus according to another embodiment of the present invention. Referring to FIG. 4, the configuration previously described in FIG. 3 will be omitted. Referring to FIG. 4, the Euroform automatic laminating apparatus 200 ′ according to another embodiment of the present invention may include racks 208a, 208b, 220a, and 220b and pinion ( Without using 222a, 222b), the laminated guide means and the lifting means are configured by using separate position adjusting members, so as to have an accurate movement deviation when moving in the horizontal direction.

The stacking guide means has a guide plate 218 for guiding the side surface of the flow path 10 according to the size of the flow path 10 is configured as shown in FIG. Further, a second b positioning member 238 is attached to the outer surface of the guide plate 218 and has a comb surface at its upper end.

In addition, a second a positioning member 240 is provided in close contact with the second b positioning member 238 and the comb surface opposite to the comb surface of the second b positioning member 238 is provided. In addition, in the present invention, a hydraulic rod 242 coupled to the second a positioning member 240 is configured, and a hydraulic cylinder 244 for providing a linear motion driving force to the hydraulic rod 242 is configured.

That is, when the second a positioning member 240 moves in accordance with the movement of the hydraulic rod 242, and the bevel surface is in close contact with the bevel surface of the second b positioning member 238, the guide plate 218 has the maximum size. When the second a positioning member 240 is moved downward so that the inclined surface of the second b positioning member 238 slides away from the second surface of the second b positioning member 238, the guide is opened. The plate 218 is pushed to the center so as to be opened to the minimum size. At this time, since the plurality of the 2a positioning member 240 and the 2b positioning member 238 are attached to the hydraulic rod 242 and the guide plate 218, respectively, the guide plate 218 may be moved without distortion. It is moved exactly horizontally with the ground.

On the other hand, the lifting means of the automatic euroform lamination apparatus 200 'according to another embodiment of the present invention is configured in the lower portion of the support 202, the movement die (10) seated on the upper surface of the flow die ( 3 is configured in the same manner as in FIG. 3, and a circular roller 236 is attached to the lower surface of the moving die 215, and the inclined surface of the circular roller 236 is in close contact with the circular roller 236. The first positioning member 234 is configured to be able to slide in the position so that the position of the moving die 215 can be adjusted.

In addition, a support plate 232 for supporting the bottom surface of the first positioning member 234 is provided, and the support plate 232 and one end thereof are attached to move the support plate 232 in the horizontal direction to move the moving die 215. A hydraulic cylinder 206 'for lifting up and down is configured.

With reference to the accompanying drawings, the function and operation of the euroform automatic lamination apparatus according to another embodiment of the present invention having the above configuration will be described in detail.

First, when the user operates the control means to drive the second hydraulic cylinder 244, the second hydraulic cylinder 244 is driven to pull the hydraulic rod 242 downward. Then, the comb surfaces of the plurality of second a positioning members 240 attached to the side surfaces of the hydraulic rod 242 slide along the comb surface of the second b positioning member 238 to center the guide plate 218. Push the side to adjust the guide plate 218 in accordance with the size of the flow path (10 ').

When the adjustment of the guide plate 218 is completed, the user operates a stacking operation button (not shown) associated with a transfer button (not shown) provided in the control means.

Then, the flow path 10 transferred through the transfer device 100 (see FIG. 2) is introduced into the upper surface of the moving die 215. When the input is detected, the control means drives the first hydraulic cylinder 206 ', and the support plate 232 coupled to the hydraulic rod is horizontally moved according to the driving of the hydraulic cylinder 206', and the support plate ( The first position adjusting member 234 provided on the upper surface of 232 is moved.

The inclined surface of the first positioning member 234 to be moved slides the circular roller 236 upward, and the moving die 215 coupled to the circular roller 236 also moves upward, while the flow form 10 Will be raised.

As the euro foam 10 is raised, the edge portion presses the comb surface of the stopper 216 to push the stopper 216 in both rear directions, and is moved to the top of the stopper 216, and the stopper 216 is moved to the euro foam 10. If this passes, it is projected to the lower surface of the flow path 10 by the restoring force of the spring. Therefore, the flow path 10 is fixed to the position so as not to fall down by the stopper 216. As this process is repeated, the flow paths 10 are stacked.

In this case, a plurality of first positioning members 234 are also formed on the upper surface of the support plate 232, and a plurality of circular rollers 236 attached to the lower surface of the moving die 215 are also configured, thereby minimizing the movement deviation. Ensure accurate location movement. In particular, since the weight of the euroform 10 is large, accurate lifting is required, and thus the present invention can easily improve such conditions.

On the other hand, the euro-foam automatic laminating apparatus according to an embodiment of the present invention is not limited to only the above-described embodiment, various modifications are possible without departing from the technical gist of the present invention.

As described above, the euroform automatic laminating apparatus according to the present invention is an apparatus for laminating up to a predetermined number of manufactured euroforms in conjunction with the euroform manufacturing apparatus, and by manually laminating one by one, it is possible to effectively reduce the working time that takes a long time for lamination and economically. As it is very advantageous, the heavy weight Eurofoam is automatically laminated, so there is an effect that can prevent various safety accidents. In addition, since it is possible to automatically stack a predetermined number by the contact sensor without calculating the number one by one, it is convenient, there is an effect that can increase the compatibility by allowing the guide plate to be varied according to the flow form of various standards when laminating.

Claims (5)

Support means consisting of four square pillars, the support means for supporting the edge so that the flow path can be laminated to the center portion of the square pillar; Stacking guide means for guiding the side surfaces of the stacked euroforms provided on the side of the upper end of the support means in a constant contact with the specifications of the euroforms; An elevating means provided in the center of the lower end of the support means and configured to elevate the flow form in an upper direction so that the injected flow form can be stacked at the upper end; Detection means comprising light-emitting and light-receiving diodes provided at an upper end of the stacking guide means so as to generate a recognition sound when the height of the stacked euroforms is a predetermined number or more; A stop means configured to be pulled out / retracted from the side of the center of the support means to stop the flow path moved from the elevating means so as not to fall down in the order of input; It is provided on one side of the support means, controls to adjust the stacking guide means in accordance with the specification of the flow-form to be stacked, generates a drive control signal to the lifting means to stack the injected flow-form in the upper end, and lamination from the detection means Euroform automatic lamination device characterized in that consisting of a control means for controlling the warning sound is generated when the completion signal is applied. According to claim 1, The stacking guide means comprises a guide plate for guiding the side of the flow path according to the size of the flow path; Racks attached to the outer surface of the guide plate and linearly moving; A pinion fastened to the rack to transmit rotational force; A plurality of upper and lower pulleys connected to the pinion shaft; A belt connected between the pulleys; Euroform automatic lamination device characterized in that consisting of a drive motor coupled to the lower pulley shaft. According to claim 1, The lifting means comprises a plurality of hydraulic cylinders for driving a linear hydraulic force; Racks respectively coupled to hydraulic rods of the hydraulic cylinders; A pinion fastened to the rack; A plurality of gears in which the pinions are axially coupled and spaced apart from each other by a predetermined distance; A chain fastened to the upper and lower gears; A coupling member coupled to the chain predetermined portion; Both sides of the coupling member is connected to each of the coupling member, the euro-foam automatic lamination device, characterized in that composed of a moving die to seat the flow-form injected into the upper surface. According to claim 1, The stacking guide means comprises a guide plate for guiding the side of the flow path according to the size of the flow path; A second b positioning member attached to an outer surface of the guide plate and having a comb surface at an upper end thereof; A second a positioning member which is in close contact with the second positioning member and is formed at a lower end of the second facing position opposite to the second surface of the second positioning member; A hydraulic rod coupled to the second a positioning member; Euroform automatic lamination device, characterized in that it can be configured as a hydraulic cylinder for providing a linear motion drive force to the hydraulic rod. According to claim 1, The lifting means is a lower portion of the support means, the movement die seated on the upper surface of the flow path and moved up and down; A circular roller attached to a lower surface of the moving die; A first positioning member which is in close contact with the circular roller and allows the circular roller to slide on a comb surface formed at the center thereof to adjust the position of the moving die; A support plate for supporting a lower surface of the first positioning member; And a hydraulic cylinder for lifting and lowering the movable die by attaching the support plate and one end thereof to move the support plate in a horizontal direction.

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