KR200368508Y1 - Auto loading device of molding flask - Google Patents

Abstract

The present invention relates to an automatic loading device of the formwork panel, a first conveyor device, a second conveyor device connected in close proximity to the first conveyor device, and a third conveyor device connected in close proximity to the second conveyor device; An automatic loading device of a formwork panel comprising a loading device installed in close proximity to the third conveyor device, the loading device comprising: a support member having a rectangular rod-shaped body; A rotating member provided on an upper portion of the supporting member to be rotatable in a predetermined direction and at a predetermined angle; It is characterized by consisting of the holding member provided on the free end of the rotating member, the configuration and structure is simple, the work is made to be stacked and stacked by automatically holding a plurality of formwork panels to move to a predetermined place and a predetermined position Space can be used more efficiently, which not only reduces labor costs but also improves work efficiency.

Description

Automatic loading device of molding flask

The present invention relates to an automatic loading device of formwork panels, and more particularly, by easily and automatically loading and stacking a plurality of formwork panels used in construction sites or manufactured in formwork manufacturing facilities, the formwork panels can be easily taken out. It relates to an automatic loading device of formwork panels.

In general, in order to construct retaining walls of concrete buildings or structures such as buildings and apartments, a frame is formed in accordance with the thickness and shape of the retaining wall to be built. This framework is called formwork.

As the formwork for curing the concrete to form the retaining wall, wood is usually used, and formwork panels made of various shapes and materials are used depending on the type and height of the building to be constructed.

Recently, formwork standardized to a certain size is widely used, and such a formwork is made of a rectangular frame made of steel or aluminum, and a support bar partitioned at predetermined intervals is built therein, and one side surface of plywood is formed. It consists of a configuration to be attached.

This formwork panel is easy to install and release on any type of reinforced concrete structure, can be used repeatedly can reduce the material cost, the labor cost reduction by the simplification and standardization of the work is significant.

On the other hand, since such formwork panels are used in large quantities in construction sites, it has been recognized that stacking and stacking a plurality of formwork panels so that they can be easily taken out during use in terms of efficient use of space.

In addition, when collecting the formwork panel used in the construction site, a worker or a worker working on the site must collect a large amount of formwork panel and stack it in a predetermined place and a predetermined position. There is a problem that not only causes an increase in labor costs, such as having to be transferred to a transport vehicle such as a truck, but also significantly lowers work efficiency. In addition, companies that manufacture or rent form panels are required to efficiently store a large amount of form panels in a limited space.

On the other hand, the formwork panels used in construction sites are attached with foreign matters such as concrete foreign matters.In order to reuse the formwork panels with residues such as concrete foreign matters, they had to be used after removing concrete foreign matters stuck to the formwork panels. .

The formwork panel to which the residue such as concrete foreign matter is attached is made reusable after removing the residue such as foreign matter through the foreign matter removal device of the formwork panel manufactured in a substantially right angle structure.

In this way, the formwork panel in which the foreign matter is removed through the formwork removal device of the formwork panel must be moved to the predetermined place and the predetermined position by the worker.In order to make use of the space, the formwork panel is stacked and stacked and stored at the construction site. It is sent to the construction site by using a separate transport vehicle such as a forklift for reuse.

On the other hand, as described above, when the operator manually loads and stacks a plurality of formwork panels at a predetermined place and at a predetermined position, a waste of cost and time is serious, and an apparatus capable of automating them has been required.

The present invention has been devised to solve the problems described above, the configuration and structure is simple, it is made to be stacked and stacked by automatically holding a plurality of formwork panels to move to a predetermined place and a predetermined position to make the work space more It can be effectively used, and this can reduce labor costs and provide an automatic loading device for formwork panels that can improve work efficiency.

1 is a plan view schematically showing an automatic loading device of the formwork panel according to the present invention,

2 is a cross-sectional view showing a state in which the holding member of the automatic loading apparatus according to the present invention is rotated to a loading place after holding the formwork panel;

Figure 3 is a cross-sectional view showing a state in which the stacking device gripped by the stacking device according to the present invention.

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

1 ... automatic loading device of formwork panel, 3 ... formwork panel,

11 ... 1st conveyor unit, 12 ... 2nd conveyor unit,

13, 3rd conveyor system, 15, 15 '... position sensor,

16, 16 '... roller, 17 ... loader,

18 ... chain, 30 ... loader,

31 support member, 32, 32 '... 1st, 2nd cylinder,

33, 33 '... 1st and 2nd sprocket, 34 ... drive chain,

35 rotating member, 36 reduction gear motor,

37 gripping members, 38 ...

38a ... hinge, 38b ...

38c ... engaging member, 39 ... support plate.

In order to achieve the object as described above, the present invention, a first conveyor device, a second conveyor device connected in close proximity to the first conveyor device, and a third conveyor device connected in close proximity to the second conveyor device; An automatic loading device of a formwork panel comprising a loading device installed in close proximity to the third conveyor device, the loading device comprising: a support member having a rectangular rod-shaped body; A rotating member provided on an upper portion of the supporting member to be rotatable in a predetermined direction and at a predetermined angle; Characterized in that it comprises a holding member provided on the free end of the rotating member.

Preferably, the support member is provided with a first cylinder in the longitudinal direction therein, the first sprocket is provided on the upper portion adjacent to the first cylinder, the first sprocket rotates clockwise or counterclockwise to the first cylinder Possibly connected.

The rotating member is provided with a second sprocket at one free end position, a reduction motor is provided at the other end position, and the rotating member is rotatable in a horizontal direction about the support member by the reduction motor.

In addition, the holding member is provided with a support plate made of a plate-like shape, the second cylinders are respectively provided opposite to each other in place on the upper surface of the support plate, are connected to the end of each second cylinder, and connected to the support plate by a hinge piece Rotating arms are connected to each other so as to be rotatable in a predetermined angle and in a predetermined direction.

Preferably, each pivot arm is formed to extend in the longitudinal direction of the gripping member, the inner side is formed in place so that the engaging member is inclined at a predetermined angle to one side end is projected outward, respectively, the B-shaped gripping piece is Each is provided.

Then, the drive chain is provided with the support member, the rotation member and the gripping member, the drive chain is made to be connected to the first and second sprocket in place.

In addition, the sprocket connected to the upper portion is rotated clockwise or counterclockwise by the operation of the first cylinder, the drive chain is moved by the rotation of the sprocket, the holding member is moved up and down by the movement of the drive chain It is possible.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail. 1 is a plan view schematically showing an automatic loading device of the formwork panel according to the present invention, Figure 2 is a cross-sectional view showing a state in which the holding member of the automatic loading device according to the present invention rotated to a loading place after holding the formwork panel. 3 is a cross-sectional view showing a state in which the stacking device gripped by the stacking device according to the present invention.

As shown in the figure, the automatic loading device 1 of the formwork panel according to the present invention is the first conveyor device 11, the second conveyor device 12, the third conveyor device 13 and the stacking device 30 It is composed of

The first conveyor device 11, the second conveyor device 12, and the third conveyor device 13 are general devices used to transfer and move an object arranged and positioned thereon to a predetermined place.

The first conveyor device 11 is provided with two chain rows to support both end portions of the formwork panel 3, and is spaced apart from each other by a predetermined distance slightly smaller than the length of the formwork panel 3. Extending to the second conveyor device 12, and serves to transport the formwork panel 3 to the second conveyor device (12).

The second conveyor apparatus 12 is configured to transfer the formwork panel 3 transferred from the first conveyor apparatus 11 to the third conveyor apparatus 13, and inside the first conveyor apparatus 11. As in 11), two chain rows are provided.

In addition, the position adjusting sensor 15 is provided at the end position of the second conveyor apparatus 12, that is, at the end position of the second conveyor apparatus 12 adjacent to the third conveyor apparatus 13. After the formwork panel 3, which is conveyed to its end through 12, reaches a predetermined position, it is made to prevent its movement.

As described above, the formwork panel 3, which is transferred to the end through the second conveyor device 12 by the position control sensor 15 provided at the end of the second conveyor device 12, is connected to the third conveyor device ( By stopping at the position which is easy to convey to 13, the formwork panel 3 becomes easy to transfer to the 3rd conveyor apparatus 13 through the said 2nd conveyor apparatus 12. As shown in FIG.

Meanwhile, the first conveyor apparatus 11 and the second conveyor apparatus 12 are provided with a plurality of rollers 16 and 16 'for easy transportation of the formwork panel 3, and the first conveyor apparatus 11 ) And the rollers 16 and 16 ′ provided in the second conveyor apparatus 12 are rotated by a motor provided at one side thereof.

The third conveyor apparatus 13 is provided at one side of the second conveyor apparatus 12, and is stopped after being transferred to a predetermined position by the position adjusting sensor 15 provided at the end of the second conveyor apparatus 12. Chain 18 for conveying the formwork panel 3 to the loading section 17 provided on the end side of the third conveyor apparatus 13 is provided at both sides thereof. In addition, the loading part 17 is formed in a plate shape, and has a width smaller than the longitudinal width of the formwork panel 3 that is transported and arranged.

On the other hand, the side of the third conveyor apparatus 13, the loading portion 17 is close to the end of the control panel 3 is transported to adjust the position of the formwork panel 3 is transported by the chain 18 of the third conveyor apparatus 13 A position adjusting sensor 15 'is provided for stopping the movement of the formwork panel 3. Accordingly, the formwork panel 3 passing through the third conveyor apparatus 13 is moved to the loading section 17, and then is pushed forward by the formwork panel 3 coming from the rear in the same manner and then moved forward. It is stopped by the position adjustment sensor 15 'installed in the front of the direction. In FIG. 1, five formwork panels 3 stacked on the stacking unit 17 are displayed, but may be adjusted in consideration of an installation place or a gripping force of the stacking device 30.

The stacking device 30 is configured to easily move a plurality of formwork panels 3 arranged on an upper surface of the stacking unit 17 provided at an end of the third conveyor device 13 to a predetermined place and a predetermined position. It is provided on one side adjacent to the third conveyor apparatus (13).

The loading device 30 has a rectangular rod-shaped support member 31 and one end of which is connected to an upper portion of the support member 31 so as to be rotatable in a predetermined direction and a predetermined angle and the rotation member 35. It consists of a holding member 37 provided in the free end of the member 35.

The support member 31 is provided with a first cylinder 32 in the longitudinal direction therein, and is connected to the first sprocket 33 provided near the first cylinder 32.

In addition, the rotation member 35 is made to be coupled to each other by a separate fastening member on the upper surface of the support member 31, the speed reduction motor 36 is provided at one end thereof to support the support member 31. It is made to rotate at a predetermined direction and a predetermined angle while forming a proper speed to the center, the second sprocket 33 'is provided at the free end position.

The gripping member 37 is provided below the other free end of the rotating member 35, and is provided with a support plate 39 formed in a plate shape, and has a second position at both sides of the upper surface of the support plate 39. The cylinders 32 'are respectively provided to face each other, are connected to the ends of the second cylinders 32', and are connected to both side surfaces of the support plate 39 by hinge pieces 38a, and have a predetermined angle and a predetermined direction. Rotating arms 38, which are made rotatable, are connected to each other.

The pivotal arms 38 are formed to extend in the longitudinal direction of the gripping member 37, and the locking members 38c each having one end portion inclined at a predetermined angle are protruded outwardly at an inner side of the gripping member 37. The lateral end is provided with a g-shaped gripping piece 38b for gripping the formwork panel 3, respectively.

By operating the second cylinder 32 'by the configuration as described above, the pivot arm 38 connected to the end of the second cylinder 32' is centered around the hinge piece 38a of the support plate 39. Rotate outward from the outside or from the outside to the inside. In addition, g-shaped gripping pieces 38b respectively provided at the inner end portions of the respective pivot arms 38 facilitate the gripping of the plurality of form panels.

On the other hand, a driving chain 34 is provided on the support member 31, the rotation member 35, and the holding member 37, and the driving chain 34 is in place at the first position of the support member 31. It is connected to the first sprocket 33 provided on the cylinder 32 and the second sprocket 33 'provided at the free end of the rotating member 35, the rotating member (34) by the drive chain (34) The holding member 37 provided in the lower portion of 35) is made to be able to move up and down.

That is, the drive chain 34 is provided in the longitudinal direction of the support member 31, the drive chain 34 is rotated by the first cylinder 32 of the support member 31 in place. The drive chain 34, which is connected to the first sprocket 33 and is rotatably connected to the first sprocket 33, is rotatably provided at an end surface of the support member 31. The rotating member 35 is connected to the second sprocket 33 ′ of the free end portion, and an end thereof extends along the rotating member 35 to the holding member 37 provided below the rotating member 35. Connected.

As described above, the driving chain 34 is extended to the support member 31, the rotation member 35, and the gripping member 37 to operate the first cylinder 32 of the support member 31. 1 When the sprocket 33 is rotated in the clockwise direction, the driving chain 34 connected to the first sprocket 33 is wound in the clockwise direction, and the driving chain 34 is wound so that the driving chain 34 is wound in place. The second sprocket 33 'is connected to the grip member 37 is connected to the end is lifted to the lower side of the rotating member 35.

In addition, when the first sprocket 33 is rotated counterclockwise by operating the first cylinder 32 of the support member 31, the drive chain 34 connected to the first sprocket 33 is counterclockwise. As the drive chain 34 is unwinded, the second sprocket 33 'connected to the position of the drive chain 34 is rotated so that the gripping member 37 connected to the end thereof is lowered to the bottom surface.

Hereinafter, the driving and action of the automatic loading device 1 of the formwork panel according to the present invention.

First, the automatic loading device 1 of the present invention is disclosed by the operator placing the formwork panel 3 on the first conveyor device 11 of the automatic loading device 1 of the formwork panel. As described above, the formwork panel 3 positioned in the first conveyor apparatus 11 is transferred to the second conveyor apparatus 12 by the roller 16 provided in the first conveyor apparatus 11, and the second conveyor The formwork panel 3 conveyed to the apparatus 12 is conveyed to the third conveyor apparatus 13 by the roller 16 'provided in the 2nd conveyor apparatus 12. As shown in FIG.

At this time, the formwork panel 3, which is transferred to the second conveyor apparatus 12, is stopped at the end side position of the second conveyor apparatus 12 by the position adjustment sensor 15 provided at the end position thereof, The formwork panel 3 in which the movement is stopped is transferred to the loading part 17 provided at its end by chains 18 provided on both sides of the third conveyor apparatus 13.

By repeatedly repeating the above process, the plurality of formwork panels 3 are arranged side by side on the upper surface of the loading part 17. In FIG. 1 according to the present embodiment, five formwork panels 3 are displayed in an arrangement state, but may be adjusted in consideration of a state of a loading apparatus or a loading place. However, considering the size of the generally used formwork panel (3) and the gripping force of the loading device, it is most preferable to arrange up to three to treat the three as a group.

At this time, due to the position control sensor 15 ′ provided at one side of the loading part 17 of the third conveyor device 13, the loading is provided at the end of the third conveyor device 13 by the chain 18. The formwork panel 3, which is transferred to the unit 17, stops moving at a predetermined position, thereby making it easy to move the formwork panel 3 to a predetermined place and to a predetermined position by using the loading device 30. do.

In an embodiment of the present invention, a plurality of formwork panels 3 includes a first conveyor device 11, a second conveyor device 12, and a third conveyor device 13 of the automatic loading device 1 of the formwork panel. After passing sequentially, it is made to move to a predetermined place and a predetermined position by the stacking device 30, but after the formwork panel 3 passes only the first conveyor device 11, a predetermined place by the stacking device 30 And it may be made to move to a predetermined position, or may be made to be moved to a predetermined place and a predetermined position by the loading device 30 after passing through the first conveyor device 11 and the second conveyor device 12.

In addition, in an embodiment of the present invention, a plurality of formwork panels (3) through the transfer device consisting of the first conveyor device 11, the second conveyor device 12 and the third conveyor device (13) loading device ( 30), but if the transfer and movement is easy, it is also possible to be provided with a transfer device made of other structures and configurations.

Meanwhile, in one embodiment of the present invention, five formwork panels 3 are arranged on the upper surface of the mounting portion 17, but more or less than the number of the panels may be arranged.

As described above, after the plurality of formwork panels 3 are arranged on the upper surface of the loading part 17, the loading device 30 installed on one side of the third conveyor device 13 having the loading part 17 is provided. The formwork panel 3 arranged on the upper surface of the mounting portion 17 is moved to a predetermined place and a predetermined position by using the same. That is, the plurality of formwork panels 3 arranged on the upper surface of the stacking unit 17 is gripped through the holding member 37 of the stacking device 30 and then moved to a predetermined place and a predetermined position.

At this time, the upper surface of the mounting portion 17 is made of a width smaller than the width of the both ends in the longitudinal direction of the formwork panel 3 by using the pivoting arm 38 of the holding member 37 to form the formwork panel ( It is made to facilitate gripping both ends of 3).

When gripping the formwork panel 3 using the pivoting arm 38 of the gripping member 37 as described above, first, the second cylinder 32 'connected to the end of each pivoting arm 38 is operated. Each rotating arm 38, which is rotatable by both side surfaces of the support plate 39 and the hinge piece 38a, is rotated by a predetermined angle so as to face outward from the inner side of the hinge piece 38a. The copper arms 38 are formed in a state of being spaced apart from each other, and then the respective pivot arms 38 are positioned close to both ends of the formwork panel 3 arranged on the upper surface of the loading part 17.

Then, the respective rotational arms 38 are operated in a vertical direction by operating the respective second cylinders 32 'to rotate the pivotal arms 38 by a predetermined angle with respect to the hinge piece 38a from the outer side to the inner side. At the same time, the pivoting arm 38 grips the lower surface of both ends of the plurality of formwork panels 3 arranged on the upper surface of the loading part 17.

At this time, the formwork panel 3 is gripped and supported by the respective gripping pieces 38b provided at the inner end portions of the pivotal arms 38. That is, the gripper is formed so that the lower surfaces of both ends of the form panel 3 are gripped and positioned on the upper surface of the B-shaped grip piece 38b provided at the inner side end portion of the pivotal arm 38 when the pivoting arm 38 rotates. A plurality of formwork panels 3 arranged in the longitudinal direction on the pivotal arm 38 of the member 37 are made to be gripped and supported.

On the other hand, since the pivoting arm 38 of the holding member 37 is formed to extend in the longitudinal direction, it is easy to grip the plurality of formwork panels 3 arranged in the longitudinal direction on the upper surface of the mounting portion 17. Become.

In one embodiment of the present invention consists of five formwork panels (3) to be gripped by each of the pivotal arm (38), it is also possible to hold more or less than the number of formwork panels (3), the It is also possible that the length of each said rotational arm 38 is added or subtracted according to the number of the formwork panels 3 which each rotational arm 38 hold | grips.

As described above, the plurality of formwork panels 3 held by the gripping pieces 38b of the pivoting arms 38 of the gripping members 37 are moved to a predetermined place and a predetermined position for loading by the rotating member 35. Is moved. That is, the plurality of formwork panels 3 held by the gripping member 37 are connected to an upper portion of the gripping member 37 and rotatably connected to the support member 31. By rotation, it moves to a predetermined place and a predetermined position for loading. FIG. 2 shows a state in which a plurality of formwork panels 3 held by the gripping member 37 are moved to a predetermined place by the rotating member 35.

At this time, the rotating member 35 is rotated by a predetermined angle in the horizontal direction by the reduction motor 36 provided at one end thereof rotatably connected to the support member 31. In the exemplary embodiment of the present invention, the rotation member 35 is rotated by 90 ° in the horizontal direction by the reduction motor 36, but may be rotated by more or less angles.

In addition, in one embodiment of the present invention, the rotating member 35 is made to rotate at a predetermined speed by the reduction motor 36, but it is easy to rotate the rotating member 35, the rotation of the rotating member 35 If the mold panel 3 held by the gripping member 37 provided at its free end to prevent the detachment of the formwork panel 3 to the outside at the appropriate time can be made of other structures.

After holding the plurality of formwork panels (3) arranged on the upper surface of the mounting portion 17 as described above, move the formwork panel (3) to a predetermined place and a predetermined position for loading and then the support member (31) Operate the first cylinder 32 provided in the lowering the holding member 37 connected to the lower end of the free end of the rotating member 35.

That is, by operating the first cylinder 32 provided in the support member 31 to rotate the first sprocket 33 provided in the upper portion of the first cylinder 32 in the counterclockwise direction to the first The drive chain 34 connected to the sprocket 33 is released in correspondence with the rotational direction of the first sprocket 33 and the second sprocket 33 'provided at the free end of the rotating member. Holding member 37 connected to the end of the lower portion is lowered to the predetermined place for loading and the bottom surface of the predetermined position.

As described above, the gripping member 37 held by the formwork panel 3 is placed on a predetermined place and a bottom surface of the gripping member 37 by the rotation of the rotating member 35, respectively. Operate the second cylinder 32 ′ provided therein to be connected to the second cylinder 32 ′, and each pivot arm 38 rotatably connected by the support plate 39 and the hinge piece 38a to the inside thereof. Rotate a predetermined angle outward.

Thus, by operating the second cylinder 32 ′ provided to each of the holding members 37, the respective pivot arms 38 rotate about the hinge piece 38a to the inner end of each pivot arm 38. Each holding piece 38b provided is rotated outwardly from both inner sides of the formwork panel 3 located on the upper surface thereof, so that the formwork panel 3 is disposed at an interference position of the pivot arm 38. By changing to the non-interfering position, a plurality of formwork panels 3 positioned above the gripping piece 38b of the pivot arm 38 is placed on a predetermined place for loading and a bottom surface of the predetermined position. 3 is a cross-sectional view schematically showing a state in which the die panel 3 is stacked in a state where the holding member 37 of the stacking device 30 is rotated to a predetermined place for stacking.

After loading the plurality of formwork panel (3) on the bottom surface of the predetermined place and position for loading as described above to operate the first cylinder 32 provided in the support member 31 to operate the first cylinder ( The first sprocket 33 and the second sprocket 33 ′ rotated in a clockwise direction at the same time as the first sprocket 33 and the second drive sprocket 33 connected to the first sprocket 33. By winding corresponding to the holding member 37 connected to the end of the drive chain 34 is raised to the lower end of the free end of the rotating member (35).

As such, the holding member 37 is lifted upward to be positioned below the free end of the rotating member 35, and the rotating member 35 is rotated by a predetermined angle in the horizontal direction by the reduction motor 36. The gripping member 37 is returned to the original place where the loading part 17 is located.

As described above, the rotating member 35 is rotated to be close to the upper portion of the loading part 17 by the reduction motor 36, and then the holding piece 38b of each pivot arm 38 of the holding member 37 is rotated. Using a plurality of the formwork panel (3 ') arranged on the upper surface of the mounting portion 17 is gripped.

The plurality of formwork panels 3 'are gripped using the pivoting arm 38 of the gripping member 3, and then the rotating member 35 is rotated by a predetermined angle in the horizontal direction using the reduction motor 36 to be loaded. Move to a predetermined place and a predetermined position for positioning the holding member 37 provided on the free end of the rotating member 35 on the existing formwork panel (3) above the loaded.

Then, the place is connected to the first sprocket 33 of the support member 31 and the first sprocket 33 connected to the upper portion of the first cylinder 32, and is connected to the second sprocket 33 '. Then, the holding member 37 is lowered by the driving of the driving chain 34 connected to the holding member 37.

As such, the holding member 37 is lowered to position the pivot arm 38 of the holding member 37 to which another forming panel 3 'is held on the upper portion of the existing loading panel 3, and then Each rotating arm which is connected to said second cylinder 32 'by operating the 2nd cylinder 32' provided in the member 37, and is rotatably connected by the support plate 39 and the hinge piece 38a. (38) is rotated a predetermined angle from the inside to the outside.

That is, each pivot arm 38 connected to the second cylinder 32 'by operating the second cylinder 32' provided at each of the holding members 37 is located at the inner side of the hinge piece 38a. By rotating a predetermined angle to the outside, another formwork panel 3 'positioned on the upper surface of the gripping piece 38b, which is provided at each inner end of each pivoting arm 38, is attached to the existing formwork panel 3 upper surface. Load it.

By repeating the above processes and methods, it becomes very easy to move and load the plurality of formwork panels 3 and 3 'to a predetermined place and a predetermined position for loading using the stacking device 30.

In addition, since the formwork panels 3 and 3 'are stacked in a multi-layer at a predetermined place and a predetermined position as described above, it becomes very easy to transport and transport using a separate transport vehicle such as a forklift.

The present invention having the configuration as described above is simple in configuration and structure, it is made to be stacked and stacked by automatically holding a plurality of formwork panels to move to a predetermined place and a predetermined position can utilize the work space more efficiently, This not only reduces labor costs but also improves work efficiency.

Claims (7)

A first conveyor apparatus, a second conveyor apparatus connected in proximity to the first conveyor apparatus, a third conveyor apparatus connected in proximity to the second conveyor apparatus, and a loading apparatus installed in proximity to the third conveyor apparatus In the automatic loading device of formwork panel, The stacking device includes a support member having a rectangular rod-shaped body; A rotating member provided on an upper portion of the supporting member to be rotatable in a predetermined direction and at a predetermined angle; Automatic loading device of the formwork panel, characterized in that consisting of the holding member provided on the free end of the rotating member. The method of claim 1, The support member is provided with a first cylinder in the longitudinal direction therein, the first sprocket is provided on the upper portion adjacent to the first cylinder, the first sprocket is rotated clockwise or counterclockwise to the first cylinder Automatic loading device of the formwork panel, characterized in that connected to possible. The method according to claim 1 or 2, The rotating member is provided with a second sprocket at one free end position, a reduction motor is provided at the other end portion, the rotation member is rotatable in the horizontal direction about the support member by the reduction motor. Automatic loading device of formwork panel. The method of claim 3, The gripping member is provided with a support plate formed in a plate shape, the second cylinders are respectively provided opposite to each other on both sides of the upper surface of the support plate, are connected to the end of each of the second cylinder, by the hinge piece Automatic loading device of the formwork panel, characterized in that the pivoting arm which is connected to the support plate to be rotated in a predetermined angle and a predetermined direction, respectively. The method of claim 4, wherein The pivotal arms are formed to extend in the longitudinal direction of the gripping member, and each of the pivotal arms is formed to protrude outwardly from one side of the gripping member, the one end being inclined at a predetermined angle. Automatic loading device of the formwork panel, characterized in that. The method of claim 5, The support member, the rotating member and the gripping member is provided with a drive chain is extended, the drive chain automatic loading device of the formwork panel, characterized in that the place is connected to the first and second sprocket. The method of claim 6, The sprocket connected to the upper portion thereof is rotated clockwise or counterclockwise by the operation of the first cylinder, the drive chain is moved by the rotation of the sprocket, and the holding member is moved up and down by the movement of the drive chain. Automatic loading device of the formwork panel, characterized in that the lifting and lowering.