KR101031466B1 - scaffold bracket. - Google Patents

Abstract

The present invention relates to a scaffold integrated bracket, and more particularly, to facilitate the installation of a scaffold installed during the bridge construction of the preflex girder (Preflex Girder) method to reduce the work cost, fastening the scaffold to the bracket fastened to the concrete girder The present invention relates to a scaffold integrated bracket that provides a superior structural safety effect compared to the scaffolding installation method used in the field.

The present invention is a scaffold integrated bracket,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

The lower bolt-type handle is configured on the upper side when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or spaced apart from the concrete beam (180); characterized in that it comprises a.

Through the present invention, it is possible to reduce the work cost by facilitating the installation of the scaffold installed when the bridge construction of the Preflex girder (Preflex Girder) method, because the scaffold is fastened to the bracket fastened to the concrete girder is used in the field Compared to the scaffolding installation method, the structural safety provides a superior effect.

Scaffolding, preflex beam, cantilever, brackets.

Description

Scaffold bracket.

The present invention relates to a scaffold integrated bracket, and more particularly, to facilitate the installation of a scaffold installed during the bridge construction of the preflex girder (Preflex Girder) method to reduce the work cost, fastening the scaffold to the bracket fastened to the concrete girder The present invention relates to a scaffold integrated bracket that provides a superior structural safety effect compared to the scaffolding installation method used in the field.

In the case of conventional preflex girder-based bridge construction, the scaffold installed requires a separate installation process and causes a problem in that the installation cost increases due to the considerable difficulty in installation and the nature of the bridge.

In addition, since the scaffold installation method using the half life used in the field is adopted, there was no structural problem.

In addition, the installation of the scaffold once and then re-installed on site will result in significant air delays and increased costs.

Therefore, when the scaffold is fastened by using the scaffolding method, the work space of the worker can be secured and the work efficiency can be improved when installing and dismantling the concrete formwork. Technology required.

Accordingly, the present invention has been made to solve the above conventional problems,

An object of the present invention is to facilitate the installation of the scaffold installed when the bridge construction of the Preflex girder (Preflex Girder) method to reduce the work cost.

Another object of the present invention is to provide a superior effect of structural safety compared to the scaffolding installation method using the half life used in the field because the scaffold is fastened to the bracket fastened to the concrete girder.

Another object of the present invention is to be able to easily mount the cantilever bracket using a grid clamp, so that the angle adjustment and scaffold installation can be performed at the same time.

Still another object of the present invention is to connect the vertical scaffold mounted on the scaffold integrated bracket to the angle adjuster of the cantilever bracket so that no additional safety railing is required.

Still another object of the present invention is to provide a mounting portion of the scaffold fixing clamp for connecting the scaffold to the scaffolding integral bracket so that the height of the scaffold can be selected according to the site situation.

Another object of the present invention can be fastened to the bottom of the scaffold-integrated bracket to the bottom of the scaffold integrated bracket compared to the conventional method of using the scaffold half-contact with the concrete beam bottom of the preflex girder, so that the work space of the worker is sufficiently secured To improve the work efficiency during installation and dismantling.

Another object of the present invention is to form a bolt fastening hole in the grid-type clamp to fasten the bolt for coupling with the wooden formwork to maintain the form of the wooden formwork (vertical climb angle, horizontal climb angle, plywood).

In order to achieve the problem to be solved by the present invention,

The present invention is a scaffold integrated bracket,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

The lower bolt-type handle is configured on the upper side when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or spaced from the concrete beam lower fixing cup 180; characterized in that it comprises a.

Scaffold integrated bracket according to the present invention,

It is possible to reduce the work cost by facilitating the installation of scaffolds that are installed during preflex girder bridge construction.

In addition, since the scaffold is fastened to the bracket fastened to the concrete girder, the structural safety is superior to the scaffold installation method using the half life used in the field.

In addition, it is possible to easily mount the cantilever bracket using a grid clamp, it is possible to perform the angle adjustment and scaffolding at the same time.

In addition, by connecting the vertical scaffold mounted on the scaffold integrated bracket to the angle adjuster of the cantilever bracket provides an effect that does not require the installation of a separate safety rail.

In addition, two mounting portions of the scaffolding fixing clamp connecting the scaffold to the scaffold integrated bracket are formed in two places, so that the height of the scaffold can be selected according to the site situation.

In addition, the scaffold can be fastened to the bottom of the scaffold integrated bracket, compared to the conventional method of using the scaffold to closely adhere to the bottom of the concrete beam of the preflex girder, so that the work space of the worker is secured enough to install and dismantle the concrete formwork. The work efficiency can be improved.

In addition, by forming a bolt fastening hole in the grid-type clamp to fasten the bolts for coupling with the wooden formwork, it is possible to firmly maintain the form of the wooden formwork (vertical climb angle, horizontal climb angle, plywood).

Scaffold integrated bracket according to an embodiment of the present invention for achieving the above object,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

The lower bolt-type handle is configured on the upper side when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or spaced apart from the concrete beam (180); characterized in that it comprises a.

At this time, the scaffold integrated bracket,

And a second scaffold mounting portion 170 installed below the lower diagonal panel.

Further, the first scaffold mounting portion or the second scaffold mounting portion,

The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; characterized in that it further comprises.

On the other hand, the scaffold integrated bracket according to another embodiment of the present invention,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

A lower fixing cup 180 configured to be disposed on an upper side of the lower bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the lower bolt-type handle;

A horizontal panel 300 installed below the vertical panel;

A grid-type clamp 400 configured to be installed above the vertical panel and inserting and fixing the vertical panel and the cantilever bracket 700;

A vertical scaffold connection member 310 configured at one end of the horizontal panel to couple and fix any one side of the vertical scaffold;

And a vertical scaffold 500 configured to be parallel to the vertical panel and coupled to the bolt vertical scaffold connecting member 320.

In addition, the scaffold integrated bracket according to an additional aspect of another embodiment of the present invention,

And a second scaffold mounting portion 170 installed below the lower diagonal panel.

At this time, the first scaffold mounting portion or the second scaffold mounting portion,

The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; characterized in that it further comprises.

At this time, the grid clamp 400,

It is characterized by constituting a bolt fastening hole 410 for fastening the bolt for coupling with the wooden formwork.

At this time, the lower side of the concrete beam,

At least one horizontal scaffold may be mounted.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a scaffold integrated bracket according to an embodiment of the present invention.

2 is a front view of the scaffold integrated bracket according to an embodiment of the present invention.

As shown in Figure 1 to 2, the scaffold integrated bracket according to an embodiment of the present invention,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

A second scaffold mounting portion 170 installed below the lower diagonal panel;

The lower bolt-type handle is configured on the upper side when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or spaced apart from the concrete beam (180); characterized in that it comprises a.

That is, the upper panel 120 is formed on the upper side of the vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10. The upper panel has upper bolt handles at both ends. It is preferable to form a 'T' shaped upper panel so as to form the 125, but a shape other than the 'T' shaped for forming the upper bolt grip on both sides may be used.

In addition, the upper fixing cup 130 is formed on the lower side of the upper bolt-type handle so that when the operator rotates the upper bolt-type handle, the upper fixing cup is in close contact with the concrete beam or spaced apart from the concrete beam.

In order to fasten the upper bolt-type handle at both ends of the upper panel 120, a coupling member 130a having a space for inserting the upper bolt-type handle is fastened to both ends of the upper panel 120 or fixed by welding. It is to be firmly fixed by welding the nut member (130b) coupled with the upper bolt-type handle in the coupling member.

Therefore, when the upper bolt-type handle is turned, the upper fixing cup configured at the lower side is lowered and the upper fixing cup is in close contact with the concrete beam or is raised (separated) from the concrete beam.

In addition, the upper bolt-type handle and the upper fixing cup may be configured as one, but may also be configured to two or more for more firm adhesion.

On the other hand, the lower panel 140 is installed below the vertical panel, it is connected to any one side of the lower panel and any one side of the vertical panel through the lower diagonal panel 150.

The first scaffold mounting portion 160 is installed on the lower diagonal panel, and the lower bolt-type handle 165 is installed on both ends.

At this time, the method of coupling the first scaffold mounting portion and the lower bolt-type handle is the same as the method of fixing the upper bolt-type handle to both ends of the upper panel 120.

Further, the first scaffold mounting portion has a cylindrical shape, but may be any shape capable of mounting a horizontal scaffold regardless of the shape.

In the drawing, since the cylindrical shape, a separate member may be attached to firmly weld the cylindrical diagonal and rectangular lower diagonal panels.

On the other hand, the second scaffold mounting portion 170 is installed below the lower diagonal panel.

The lower fixing cup 180 is configured on the lower bolt-type handle to perform the function of being in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the lower bolt-type handle.

One of the advantages of the present invention is to configure at least one or more of the first scaffold mounting portion and the second scaffold mounting portion in the lower diagonal panel.

This is to form two places where the horizontal scaffold 190 can be mounted, so that the height of the scaffold can be selected according to the site situation.

That is, in order to mount the horizontal scaffold to the bracket of the present invention, the first fastening portion 210 of the scaffold fixing clamp 200 is fastened and fixed to the first scaffold mounting portion or the second scaffold mounting portion, and the second fastening portion 220 ) To fix the horizontal scaffold.

The scaffolding fixing clamp is as shown in the drawings, and anyone skilled in the art will be aware of the detailed description thereof.

In conclusion, as described above, two mounting portions of the scaffolding fixing clamp connecting the horizontal scaffolding to the integrated scaffolding bracket (the first scaffolding mounting and the second scaffolding mounting) can select the height of the scaffold according to the site situation.

In addition, the scaffold can be fastened to the bottom of the scaffold integrated bracket, compared to the conventional method of using the scaffold to closely adhere to the bottom of the concrete beam of the preflex girder, so that the work space of the worker is secured enough to install and dismantle the concrete formwork. The work efficiency can be improved.

Next will be described the operational relationship of the present invention.

In order to install and configure the clamp of the present invention on the upper and lower concrete beams, the concrete beam is positioned between the upper panel and the lower panel, and the lower bolt type knob is turned to raise the lower fixing cup, and the upper bolt type knob is turned to lower the upper fixed cup. The fixing cups are brought into close contact with the concrete beam.

Then, after selecting the position to install the horizontal scaffolding, if the corresponding position is the first scaffold mounting part, the first fastening part of the scaffold fixing clamp is fastened to the first scaffold mounting part, and the horizontal scaffolding part is fastened to the second fastening part 220. It will be fixed.

3 is a perspective view of a scaffold integrated bracket according to another embodiment of the present invention.

Figure 4 is a perspective view of the cantilever bracket is mounted on the scaffold integrated bracket according to another embodiment of the present invention.

As shown in Figure 3 to 4, the scaffold integrated bracket according to another embodiment of the present invention,

In the bracket,

A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10;

An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends;

An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle;

A lower panel 140 installed below the vertical panel;

A lower diagonal panel 150 connecting the vertical panel and the lower panel;

A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends;

A lower fixing cup 180 configured to be disposed on an upper side of the lower bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the lower bolt-type handle;

A horizontal panel 300 installed below the vertical panel;

A grid-type clamp 400 configured to be installed above the vertical panel and inserting and fixing the vertical panel and the cantilever bracket 700;

A vertical scaffold connection member 310 configured at one end of the horizontal panel to couple and fix any one side of the vertical scaffold;

And a vertical scaffold 500 configured to be parallel to the vertical panel and coupled to the bolt vertical scaffold connecting member 320.

By using the grid clamp as described above to easily mount the cantilever bracket, it is possible to perform the angle adjustment and scaffolding at the same time.

In addition, by connecting the vertical scaffold mounted on the scaffold integrated bracket to the angle adjuster of the cantilever bracket provides an effect that does not require the installation of a separate safety rail.

In detail, the inventor of the present invention by attaching the angle adjustable cantilever bracket of the patent application No. 83089 filed on August 25, 2008 to the grid clamp, it is possible to perform the angle adjustment and scaffolding at the same time.

In general, when the bridge construction of the preflex girder (Preflex Girder) method is connected to the angle adjuster to adjust the angle of the bridge.

However, conventionally, for this purpose, it was inevitable to have a problem in the process of installing a scaffold and installing a separate angle adjuster.

Therefore, it is possible to solve the above problems through the bracket according to another embodiment of the present invention.

Specifically, it is as follows.

The horizontal panel 300 is installed on the lower side of the vertical panel, and the grid type clamp 400 is installed on the vertical panel.

At this time, the lattice clamp forms a space for inserting and fixing the vertical panel and the cantilever bracket 700. The grid-type clamp is inserted through the bolt and nut after inserting the vertical panel and the cantilever bracket into the corresponding space.

Fastening or welding the vertical scaffolding connecting member 310 as shown in FIG. 5 to either end of the horizontal panel is firmly fixed.

In addition, by forming a fastening hole in the vertical scaffold connection member to match the fastening hole formed on any one side of the vertical scaffolding 500 to the fastening hole, the bolt is inserted into the hole and then fastened and fixed by a nut.

The vertical scaffold 500 is configured to be parallel to the vertical panel is coupled to the other side of the bolt vertical scaffold connecting member 320.

To this end, a fastening hole is formed in the lower side of the bolt vertical scaffolding connecting member, and a fastening hole is formed in the vertical scaffolding, and the bolt is inserted into the corresponding fastening hole and then coupled by a nut.

At this time, the bolt vertical scaffold connection member 320 forms a space to move the angle adjusting bolt 760 of the cantilever bracket up and down.

To briefly describe the cantilever bracket, the fixed bracket vertical panel 720 inserted into the grid clamp,

A top fixed bracket horizontal panel 710 for supporting the bridge horizontally;

It is installed on the lower side of the upper fixed bracket horizontal panel, which one side is coupled to the fixed bracket vertical panel, the other side is fixed to the lower fixed bracket horizontal panel 730 and the angle adjustment fixing body 740,

Fixed bracket diagonal panel 770 which one side is coupled with the fixed bracket vertical panel, the other side is coupled with the angle control fixing body,

And angle adjusting nut 750 to adjust the angle,

The angle adjusting nut is configured to include an angle adjusting bolt 750 coupled to the upper fixed bracket horizontal panel.

Rotating the angle adjustment nut configured as described above is to move the angle adjustment bolt up and down and the top fixed bracket horizontal panel combined with the angle adjustment bolt is to move up and down to adjust the angle of the bridge.

On the other hand, according to an additional aspect of the present invention the grid clamp 400,

It is characterized in that the bolt fastening hole 410 for fastening the bolt 420 for coupling with the wooden formwork.

That is, referring to FIGS. 6 to 7, the bolt fastening hole 410 is formed in the center portion of the grid clamp to fasten the bolt to the hole.

The bolt passes through the vertical climbing angle 40 and the horizontal climbing angle 50 to be fastened to the back cone 440 via the plywood 60.

In addition, the other side of the back cone is fastened with the 'b' shaped bolt 450.

As shown in FIG. 6, the concrete is cured in the central portion of the preflex girder (the space where the '-'- shaped bolt is located).

Inserting the washer 430 between the bolts may be more firmly fastened with the vertical climb angle.

The reason for fastening the bolts 420 for coupling the wooden formwork 30 with the bolt fastening hole 410 as described above is to maintain the shape of the wooden formwork (vertical climb angle, horizontal climb angle, plywood) firmly. will be.

Therefore, the safety net is to be coupled to the vertical scaffold 500 by a rope and a binding line.

Through the configuration and operation as described above it is possible to reduce the work cost by facilitating the installation of the scaffold installed when the bridge construction of the Preflex girder (Preflex Girder) method.

In addition, since the scaffold is fastened to the bracket fastened to the concrete girder, the structural safety is superior to the scaffold installation method using the half life used in the field.

Those skilled in the art to which the present invention pertains as described above may understand that the present invention may be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not restrictive.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

Scaffold integrated bracket according to the present invention,

It will be widely used in the field of bridge scaffolding to reduce the work cost by facilitating the installation of scaffolds installed in the construction of preflex girder bridges.

1 is a perspective view of a scaffold integrated bracket according to an embodiment of the present invention.

2 is a front view of the scaffold integrated bracket according to an embodiment of the present invention.

3 is a perspective view of a scaffold integrated bracket according to another embodiment of the present invention.

Figure 4 is a perspective view of the cantilever bracket is mounted on the scaffold integrated bracket according to another embodiment of the present invention.

5 is an exploded perspective view of a vertical scaffold of a scaffold integrated bracket according to another embodiment of the present invention.

6 is a front view of the scaffold integrated bracket according to another embodiment of the present invention.

Figure 7 is an exploded perspective view of the grid clamp of the scaffold integrated bracket according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

110: vertical panel

120: upper panel

130: upper fixing cup

140: lower panel

150: lower diagonal panel

160: first scaffold mounting portion

165: Lower Bolt Handle

170: second scaffold mounting portion

180: lower fixing cup

190: horizontal scaffolding

Claims (10)

In the bracket, A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10; An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends; An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle; A lower panel 140 installed below the vertical panel; A lower diagonal panel 150 connecting the vertical panel and the lower panel; A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends; The lower bolt-type handle is configured on the upper side, when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or the lower fixing cup 180 is separated from the concrete beam; scaffold integrated bracket comprising a. In the bracket, A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10; An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends; An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle; A lower panel 140 installed below the vertical panel; A lower diagonal panel 150 connecting the vertical panel and the lower panel; A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends; A second scaffold mounting portion 170 installed below the lower diagonal panel; The lower bolt-type handle is configured on the upper side, when the operator rotates the lower bolt-type handle is in close contact with the concrete beam or the lower fixing cup 180 is separated from the concrete beam; scaffold integrated bracket comprising a. The method of claim 1, In the first scaffold mounting portion, The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; scaffold integrated bracket further comprising a. 3. The method of claim 2, The first scaffold mounting portion or the second scaffold mounting portion, The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; scaffold integrated bracket further comprises a. In the bracket, A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10; An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends; An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle; A lower panel 140 installed below the vertical panel; A lower diagonal panel 150 connecting the vertical panel and the lower panel; A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends; A lower fixing cup 180 configured to be disposed on an upper side of the lower bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the lower bolt-type handle; A horizontal panel 300 installed below the vertical panel; A grid-type clamp 400 configured to be installed above the vertical panel and inserting and fixing the vertical panel and the cantilever bracket 700; A vertical scaffold connection member 310 configured at one end of the horizontal panel to couple and fix any one side of the vertical scaffold; Scaffolding integrated bracket, characterized in that it comprises a; and a parallel scaffold 500 is configured to be parallel to the vertical panel and the other side is coupled with the bolt vertical scaffold connection member (320). In the bracket, A vertical panel 110 for vertically supporting the concrete beam 20 installed at the lower end of the preflex beam 10; An upper panel 120 installed at an upper side of the vertical panel, and having upper bolt-type handles 125 installed at both ends; An upper fixing cup 130 configured below the upper bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the upper bolt-type handle; A lower panel 140 installed below the vertical panel; A lower diagonal panel 150 connecting the vertical panel and the lower panel; A first scaffold mounting portion 160 installed at an upper side of the lower diagonal panel, and having lower bolt-type handles 165 installed at both ends; A second scaffold mounting portion 170 installed below the lower diagonal panel; A lower fixing cup 180 configured to be disposed on an upper side of the lower bolt-type handle to be in close contact with the concrete beam or spaced from the concrete beam when the operator rotates the lower bolt-type handle; A horizontal panel 300 installed below the vertical panel; A grid-type clamp 400 configured to be installed above the vertical panel and inserting and fixing the vertical panel and the cantilever bracket 700; A vertical scaffold connection member 310 configured at one end of the horizontal panel to couple and fix any one side of the vertical scaffold; Scaffolding integrated bracket, characterized in that it comprises a; and a parallel scaffold 500 is configured to be parallel to the vertical panel and the other side is coupled with the bolt vertical scaffold connection member (320). The method of claim 5, In the first scaffold mounting portion, The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; scaffold integrated bracket further comprises a. The method of claim 6, The first scaffold mounting portion or the second scaffold mounting portion, The first fastening portion 210 is fastened and coupled, the scaffolding fixing clamp 200 for fastening and fixing the horizontal scaffolding to the second fastening portion 220; scaffold integrated bracket further comprises a. The method according to claim 5 or 6, The grid clamp 400, A scaffolding integral bracket, comprising a bolt fastening hole 410 for fastening a bolt for joining with a wooden formwork. The method according to claim 2 or 6, Under the concrete beam, A scaffolding integral bracket, wherein at least one horizontal scaffold can be mounted.

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