KR102039732B1 - Apparatus for supporting form of a concrete beam - Google Patents

Abstract

The present invention relates to an apparatus for supporting a beam form which can firmly support and fix a beam form in a longitudinal and a lateral direction. The apparatus for supporting a beam form supports a beam form including a vertical Euroform vertically installed on both sides thereof and provided with a Euroform hole formed along an edge thereof, and a horizontal Euroform horizontally installed on a lower side thereof and provided with a Euroform hole formed along an edge thereof, and comprises: a longitudinal horizontal support having a coupling hole formed on an upper surface thereof in a longitudinal direction and a mounting pipe formed downwards on a lower surface thereof, and supporting a lower portion of the horizontal Euroform; a vertical support which is vertically coupled to one end of the longitudinal horizontal support, has a height adjustment hole, and supports a side of the vertical Euroform; an ascending support inserted into the vertical support to be vertically slid, and provided with a locking hole corresponding to the height adjustment hole and a coupling hole; and a coupling means including a first wedge pin inserted into the coupling holes of the longitudinal horizontal support and the ascending support, a second wedge pin simultaneously inserted into a wedge hole of the first wedge pin and the Euroform holes of the horizontal Euroform and the vertical Euroform, and a third wedge pin inserted into a wedge hole of the second wedge pin. The longitudinal horizontal support, the vertical support, and the ascending support all consist of a beam with a U-shaped cross section. The ascending support is fixed by a fourth wedge pin simultaneously penetrating the height adjustment hole and the locking hole and a fifth wedge pin penetrating a wedge hole of the fourth wedge pin.

Description

Apparatus for supporting form of a concrete beam}

The present invention relates to a beam formwork support apparatus, and more particularly, to a beam formwork support apparatus capable of supporting and fixing a horizontal euroform and a vertical euroform constituting the formwork for installing the formwork for forming concrete beams.

 In building construction, in order to form a concrete beam, it is necessary to install a beam formwork for placing the concrete beam, because the concrete beam is projected downward from the ceiling of the building can be formed by installing the formwork in a rectangular container shape concrete beam.

Such formwork is subjected to a concentrated load due to the greater amount of concrete than the adjacent slab structure when concrete is placed. Various supporting facilities have been developed to support the concentrated load at the bottom.

However, when supporting only the bottom of the formwork, the load caused by the concrete is distributed to both sides, which causes the formwork to be filled, causing the concrete to cure in an undesired form, or during the curing process, the concrete inside the formwork bursts. Cause problems.

In order to solve this problem, various formwork supporting devices have been developed and proposed as in the following patent document.

Beam formwork supporting devices are installed to support the '2' shaped formwork (2) that can accommodate the beam as shown in FIG.

At this time, the beam formwork support device is installed and fixed to face each other on the outer side of the flow path on each side of the formwork (2), the separate support for interconnecting the base member 10 of the two support devices to support the bottom of the formwork ( 3) should be provided.

That is, most conventional formwork support devices have a disadvantage in that the structure is complicated and requires a lot of time to assemble and dismantle because a separate support is required.

In addition, since the formwork and the support are not normally fastened, the fastening state of the formwork to the support device is weak.

In addition, a plurality of beam formwork supporting devices must be installed in parallel with a predetermined distance along the longitudinal direction of the beam, there is no separate support for supporting the formwork between the support devices.

-Republic of Korea Utility Model Registration 20-0321372 (2003.7.15) "Side support system of formwork for forming concrete beam" -Republic of Korea Patent Registration 10-1213439 (2012.12.12) "Eurofoam fixing clamp and integral support structure of the formwork using the same" -Republic of Korea Patent Publication No. 10-2015-0010552 (2015.1.28) "Bo Formwork Supporting Device" -Republic of Korea Utility Model Registration 20-0439551 (2008.4.11) -Republic of Korea Utility Model Registration 20-0441933 (2008.9.16) "Bo Formwork Support Device"

Accordingly, the present invention is to solve the above-mentioned problems, the object of the present invention does not need a separate support for supporting the horizontal eurofoam of the formwork, and the structure is simple, but firmly supporting and fixing the formwork in the longitudinal, transverse direction It is to provide a formwork support device that can be.

Another object of the present invention is to provide a formwork support device that can be fastened with wedge pins without the need for a separate fastening means for fastening the present invention with the Eurofoam.

The formwork support apparatus according to the present invention for achieving the above object is a vertical euro foam is installed vertically on both sides and the flow path formed along the rim, and a horizontal euro foam installed horizontally on the lower side and formed along the edge An apparatus for supporting a formwork, comprising: a fastening hole is formed along a longitudinal direction on an upper surface thereof, and a support tube is formed downward on a lower surface thereof, and a vertical support for supporting a lower portion of the horizontal eurofoam; A vertical support coupled to one end of the vertical support vertically and having a height adjusting hole formed to support a side of the vertical euro foam; An elevating support inserted into the vertical support and slidable up and down, having a locking hole corresponding to the height adjusting hole, and having a fastening hole formed therein; A first wedge pin inserted into a fastening hole of the vertical support and an elevating support, a second wedge pin and a second wedge simultaneously inserted into a wedge hole of the first wedge pin and a channel form hole of the horizontal and vertical euro foams; Fastening means consisting of a third wedge pin inserted into the wedge hole of the pin; including, the vertical horizontal support, vertical support, lifting support are all made of a '의' shaped beam cross section, the height The lifting support may be fixed by a fourth wedge pin penetrating the adjustment hole and the locking hole at the same time and a fifth wedge pin penetrating the wedge hole of the fourth wedge pin.

Here, both sides of the vertical horizontal support is made of a beam having a cross-section '┏┓' shape, the fastening hole is formed on the upper surface is a horizontal horizontal support or a cross-section is a '┗┓' shape beam coupled to the horizontal eurofoam. And, a fastening hole is formed at the top may be further provided with a horizontal horizontal support that can be combined with the horizontal euroform.

At this time, the first wedge pin penetrates the fastening hole of the horizontal horizontal support, and the second wedge pin penetrates the wedge hole of the first wedge pin and the flow path of the horizontal eurofoam at the same time. The third wedge pin may be inserted into the wedge hole to be fastened.

In addition, a reinforcing member may be further provided at a portion coupled to the vertical horizontal support in the horizontal horizontal support.

In addition, the upper end of the elevating support may be further provided with a 'b' shaped bearing angle.

On the other hand, the auxiliary auxiliary horizontal support for supporting the lower portion of the horizontal euro-foam, and the first auxiliary support means consisting of a mounting pipe which is vertically coupled to the lower surface of the auxiliary horizontal support may be further provided.

Or a second auxiliary support means comprising an auxiliary support plate supporting a portion to which the horizontal eurofoam is connected, a latching jaw bent at one end of the auxiliary support plate, and a mounting tube vertically coupled to a lower surface of the auxiliary support plate. It may be provided.

According to the present invention made of the above configuration,

First, since most of the conventional formwork support devices require a separate supporter, the structure is complicated, and a lot of time is required for assembly and disassembly. Eurofoam can be firmly supported.

Second, fastening the present invention with the Eurofoam using a common wedge pin on the construction site, because it locks the elevating support does not require a separate fastening means is very efficient, and the cost is reduced.

Third, the horizontal horizontal support is further provided, which can reliably support the load of the horizontal eurofoam in the longitudinal and lateral directions. In addition, the installation of the formwork is very easy by using the first auxiliary supporting means and the second auxiliary supporting means. Reliable

1 is a cross-sectional view showing a conventional beam formwork support device
Figure 2 is a perspective view showing the overall structure of the beam formwork support apparatus according to an embodiment of the present invention
3 is a bottom view of the present invention shown in FIG.
4 is a side view showing a state of use of the present invention shown in FIG.
5 is a perspective view showing a first auxiliary support means and a second auxiliary support means of the present invention;
Figure 6 is a state diagram showing a state in which the formwork is installed using the present invention

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

For reference, the description with reference to the drawings is for easier understanding of the present invention, and the scope of the present invention is not limited thereto. In the following description of the present invention, when it is determined that the detailed description of the related known technology may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted.

Figure 2 is a perspective view showing the overall structure of the formwork support device according to an embodiment of the present invention, Figure 3 is a bottom view of the present invention shown in Figure 2, Figure 4 is the use of the present invention shown in Figure 2 It is a side view which shows a state.

The present invention relates to a device that can support the formwork for curing the beam of the building to concrete. Since the formwork for forming the beam is made of a rectangular cross-section protruding downward, generally a pair installed vertically at both ends of the horizontal eurofoam (hu) and the horizontal eurofoam (hu) may be composed of vertical eurofoam (vu).

A plurality of flow path holes u1 are formed at edges of the horizontal euroform hu and the vertical euroform vu at regular intervals along the length direction. The flow path hole u1 may be a rectangle, and generally, the flow path hole u1 has a rectangular shape that is vertically long with respect to the longitudinal direction of the edge of the horizontal flow path hu and the vertical flow path vu.

The present invention relates to a support device that can support the formwork consisting of horizontal eurofoam (hu) and vertical eurofoam (vu) in the lower and both sides, as shown in the vertical longitudinal support 100, vertical support ( 200, the lifting support 300, the fastening means 400 may be configured, the horizontal support 500 may be further included.

First, the vertical horizontal support 100 will be described.

The vertical horizontal support 100 is a configuration for supporting the lower portion of the horizontal euroform (hu), the cross section may be a '┏┓' shape. That is, one surface may be formed in an open square beam shape, in which the opening is disposed to face downward.

In addition, a plurality of fastening holes 110 are formed at predetermined intervals on the upper surface of the vertical support 100. The fastening holes 110 are rectangular in shape and are arranged in a line along the longitudinal direction of the longitudinal support 100.

In addition, the lower surface of the longitudinal support 100 is coupled to the mounting pipe 120 protruding downward. The mounting pipe 120 may be inserted into the upper end of the support for supporting between the ground and the formwork.

At this time, the mounting pipe 120 is further provided with a square washer-shaped fixing plate 130 between the inner both sides of the mounting pipe 120 and the vertical horizontal support 100 to be firmly fixed to the vertical horizontal support 100. Can be.

Next, the vertical support 200 will be described.

The vertical support 200 is a configuration for supporting the side of the vertical euro foam (vu), the cross section may be a '┏┓' shape. That is, similar to the vertical horizontal support 100, one surface may be formed in an open rectangular beam shape.

At this time, the vertical support 200 is vertically coupled to one end of the vertical horizontal support (100). Coupling method can be mutually coupled by welding, the opening of the vertical support 200 is arranged to face in the opposite direction to the vertical support (100).

One side of the vertical support 200 is formed with a plurality of height adjustment holes 210 at regular intervals. The height adjustment holes 210 are rectangular in shape and are formed perpendicular to the longitudinal direction of the vertical support 200, respectively.

Next, the lifting support 300 will be described.

The lifting support 300 is provided in a state inserted into the vertical support 200, and can be slidably moved up and down while being guided by the vertical support 200.

The lifting support 300 may also be a beam having a square beam shape or a cross section of which one side is opened in the same manner as the vertical horizontal support 100 or the vertical support 200.

The lifting support 300 is formed with the same locking hole 320 corresponding to the height adjustment hole 210 formed in the vertical support (200). That is, the locking hole 320 of the lifting support 300 is formed in the same shape and spacing as the height adjustment hole 210 of the vertical support 200.

Therefore, the fourth wedge pin 440 to be described later is inserted into the locking hole 320 and the height adjustment hole 210, and the fifth wedge pin 450 is inserted into the wedge hole of the fourth wedge pin 440. The lifting support 300 may be fixed.

On the other hand, the fastening hole 310 is formed on the lifting support 300.

The fastening hole 310 is for fastening the lifting support 300 to the vertical euro form vu, and the fastening hole 310 of the lifting support 300 is formed in a rectangular shape and the lifting support 300 of the lifting support 300. One or more along the longitudinal direction may be formed at regular intervals.

And the support angle 330 of the 'b' shape may be further coupled to the top of the vertical support 200. The support angle 330 supports and supports a support angle (not shown) fixed to an outer surface of the vertical euro foam vu.

Next, the fastening means 400 will be described.

The fastening means 400 is a first wedge pin 410 as a configuration for fastening the vertical horizontal support 100 with a horizontal euro foam (hu), and fastening the lifting support 300 with a vertical euro foam (vu), The second wedge pin 420 and the third wedge pin 430 may be configured.

In general, the wedge pin is a wedge pin that is used by inserting into the euroform hole formed in the euroform to fasten the euroform and the euroform to each other. One side is relatively wide and the width narrows toward the other side is formed a wedge hole for inserting the other wedge pin in the center.

At this time, the wedge hole is rectangular and is formed long in the longitudinal direction of the wedge pin.

The first wedge pin 410 is a wedge pin inserted through the fastening holes 110 and 310 of the vertical support 100 and the lifting support 300.

The second wedge pin 420 is inserted through the wedge hole of the first wedge pin 410 and the flow path hole u1 of the horizontal eurofoam at the same time. Likewise, the second wedge pin 420 is inserted while simultaneously passing through the wedge hole of the first wedge pin 410 and the flow path hole u1 of the vertical euro foam vu.

In addition, the third wedge pin 430 is a wedge pin inserted into a wedge hole of the second wedge pin 420 to fix the second wedge pin 420 so as not to be separated. Thus, the horizontal euro foam (hu) is firmly fixed to the vertical horizontal support 100, the vertical euro foam (vu) may be firmly fixed to the lifting support (300).

In the present invention, the horizontal horizontal support 500 may be further coupled to both side surfaces of the vertical horizontal support 100.

The horizontal horizontal support 500 is coupled to the side of the horizontal euro foam (hu) to support the horizontal euro foam (hu).

The lateral horizontal support 500 may be formed of a beam having a '┏┓' shape in cross section, and one or more fastening holes 510 may be formed at predetermined intervals along the length direction. At this time, the fastening hole 510 may be rectangular, and is formed long in the longitudinal direction of the horizontal horizontal supporter 500.

Insert and penetrate the first wedge pin 410 into the fastening hole 510 of the horizontal horizontal support 500 to fasten the horizontal euro form (hu) to the horizontal horizontal support (500), the second wedge pin 420 is inserted and penetrated simultaneously into the wedge hole of the first wedge pin 410 and the flow path hole u1 of the horizontal eurofoam (hu), and the third wedge pin 430 is inserted into the second wedge pin ( Insert into the wedge hole of 420 to complete the fastening.

In the present invention, the reinforcing member 600 is further provided at the point where the horizontal horizontal support 500 and the vertical horizontal support 100 are coupled. The reinforcing member 600 may be a plate having a substantially right triangle shape, and may be provided in the horizontal horizontal support 500, respectively.

One surface of the reinforcing member 600 is coupled to the side surface of the longitudinal horizontal support 100, the other surface is coupled to the lower surface of the horizontal horizontal support 500.

In addition, the reinforcing member 600 may be further provided at a point where the vertical support 200 and the vertical support 100 are coupled.

On the other hand, in another embodiment of the present invention, the first auxiliary support means 700 may be further provided. 5 is a perspective view showing a first auxiliary support means and a second auxiliary support means of the present invention.

In the case of the present invention, as shown in Figure 4 is installed so as to face each other at the corners of the beam formwork, in this case, if the width of the beam is long, the center of the beam formwork between the present invention, that is, horizontal eurofoam (hu) It is preferable that the first auxiliary support means 700 that can support the auxiliary is further installed.

Referring to FIG. 5 (a), the first auxiliary support means 700 includes an auxiliary horizontal support 710 and a mounting tube 720 that is vertically fixed to a lower surface of the auxiliary horizontal support 710. It may be configured as.

The auxiliary horizontal support 710 is made of a beam of the '┏┓' shape on the upper surface, one or more fastening holes 711 in the longitudinal direction may be formed at a predetermined interval. At this time, the mounting pipe 720 is coupled to the center of the auxiliary horizontal support 710, the fastening hole 711 is formed on both sides of the mounting pipe 720.

As another embodiment, the second auxiliary support means 800 may be further provided.

The second auxiliary support means 800 supports the connection portion of the horizontal euro form (hu) coupled in a line along the longitudinal direction of the beam, as shown in Figure 5 (b) auxiliary support plate 810, the locking step 820, may be configured as a cradle 830.

The auxiliary supporting plate 810 has a flat plate shape, and one or more fastening holes 811 are formed.

A pair of locking jaws 820 bent at one end of the auxiliary support plate 810 is formed.

The locking jaws 820 are spaced apart from each other to form a gap 821 in the middle.

In addition, the lower surface of the auxiliary support plate 810, the mounting pipe 830 is vertically coupled.

Hereinafter, a state in which the formwork is installed using the present invention will be described with reference to FIG. 6. 6 is a state diagram showing a state in which the formwork is installed using the present invention.

In order to form concrete beams, horizontal euro foams (hu) are installed on the lower sides, and vertical euro foams (vu) are installed on both ends of the horizontal euro foams (hu) to be vertically connected to each other.

The present invention is installed at the corner portion where the horizontal eurofoam (hu) and the vertical eurofoam (vu) meet in a state in which the formwork is installed.

first. The vertical horizontal support 100 is in close contact with the lower portion of the horizontal euro foam (hu) and the lifting support 300 to be in close contact with the side of the vertical euro foam (vu).

Then, the first wedge pin 410 is inserted to upwardly penetrate the fastening hole 110 of the vertical supporter 100, the wedge hole of the first wedge pin 410 and the flow path of the horizontal eurofoam (hu). Inserting the second wedge pin 420 to penetrate (u1) at the same time, by inserting the third wedge pin 430 into the wedge hole of the second wedge pin 420, the vertical support 100 and the horizontal euro foam (hu) is concluded.

At this time, the vertical pipe support 120 of the vertical support 100 is inserted into the support installed in the ground so that the vertical support 100 is supported.

In addition, the first wedge pin 410 is inserted to penetrate the fastening hole 310 of the lifting support 300 from the rear, and the wedge hole of the first wedge pin 410 and the flow path of the vertical flow path (vu). Inserting the second wedge pin 420 to penetrate (u1) at the same time, by inserting the third wedge pin 430 into the wedge hole of the second wedge pin 420, the lifting support 300 and the vertical euro foam ( vu) is completed.

At this time, the height of the lifting support 300 can be appropriately selected to match the height of the vertical euro foam (vu). That is, after sliding the lifting support 300 to raise or lower, the fourth wedge pin 440 is inserted to simultaneously penetrate the height adjusting hole 210 and the locking hole 320 and the fourth wedge pin 440. By inserting the fifth wedge pin 450 into the wedge hole of the) it can be fixed so that the lifting support 300 is not lifted.

Next, the horizontal horizontal support 500 may also be fastened with the horizontal eurofoam (hu). That is, a first wedge pin 410 is inserted to upwardly penetrate the fastening hole 510 of the lateral horizontal support 500, and the wedge hole of the first wedge pin 410 and the flow path of the horizontal eurofoam (hu). The second wedge pin 420 is inserted to penetrate the hole u1 at the same time, and the third wedge pin 430 is inserted into the wedge hole of the second wedge pin 420 so as to be horizontal to the horizontal supporter 500. The fastening of the euro foam (hu) is completed.

On the other hand, the first auxiliary support means 700 and the second auxiliary support means 800 described above may be further installed so that the formwork is firmly supported.

The first auxiliary support means 700 is located between the vertical horizontal support (100) facing the horizontal support 710 and the fastening hole 711 and the horizontal euro foam (hu) formed in the auxiliary horizontal support 710 ) Can be fastened to each other with the first, second and third wedge pins. At this time, the mounting pipe 120 of the first auxiliary support means 700 is connected to the support.

And the second auxiliary support means 800 is installed so that the two horizontal euro foam (hu) is seated on the latching jaw 820 and the auxiliary support plate to simultaneously support two adjacent horizontal euro foam (hu) as shown in the auxiliary The fastening hole 811 formed in the support plate 810 and the flow path hole u1 of the horizontal euro form hu are fastened with the first, second and third wedge pins. At this time, the mounting pipe 120 of the second auxiliary support means 800 may be connected to the support.

As another embodiment of the present invention below as shown in Figure 7 it is possible to use a horizontal support of a different shape and structure. 7 is a perspective view showing the overall structure of the support for formwork support device according to another embodiment of the present invention, Figure 8 is a side view showing a state of use of the present invention shown in Figure 7, Figure 9 is shown in Figure 7 It is a state diagram which shows the state which installed the formwork using this invention.

Another embodiment of the present invention may be composed of vertical horizontal support 100, vertical support 200, lifting support 300, fastening means 400 and horizontal horizontal support 500, the vertical support, The elevating support and the fastening means are substantially the same as those described above, so detailed description thereof will be omitted and the horizontal support will be described.

The horizontal horizontal support is coupled to both sides of the vertical horizontal support (100). Of course, it can be combined by welding or the like.

The horizontal horizontal support 500 is coupled to the side of the horizontal euro foam (hu) to support the horizontal euro foam (hu).

The horizontal horizontal support 500, as shown, the cross section is made of a '┗┓' shaped beam. That is, the upper vertical plate 520 formed vertically at the top, the lower vertical plate 530 formed vertically at the bottom, and the intermediate horizontal plate connecting the upper vertical plate 520 and the lower vertical plate 530 horizontally. 540,

The horizontal horizontal support 500 may be manufactured by bending the plate twice.

In this case, one or more fastening holes 510 may be formed in the upper vertical plate 520 of the horizontal horizontal support 500 at predetermined intervals along the length direction. In this case, the fastening hole 510 may be rectangular, and is formed vertically long to correspond to the flow path hole u1 of the horizontal flow path (hu).

In order to fasten the horizontal euroforms (hu) to the horizontal horizontal support (500), the first wedge pin (410) and the fastening hole (510) of the horizontal horizontal support (500) and the flow path holes of the horizontal euro form (hu) ( u1) can be inserted and penetrated simultaneously, and the second wedge pin 420 can be inserted into the wedge hole of the first wedge pin 410 to complete the fastening.

That is, the structure can be fastened only by the first and second wedge pins 410 and 420 without using the third wedge pin 430.

Although the exemplary embodiments of the present invention have been described above with reference to the drawings, those skilled in the art will be able to perform various applications and modifications within the scope of the present invention based on the above contents. Therefore, the scope of the present invention should not be limited to the embodiments described, but should be defined by the claims below and equivalents thereof.

100: vertical horizontal support 110: fastening hole
120: mounting tube 130: fixed plate
200: vertical support 210: height adjustment hole
300: lifting support 310: fastening hole
320: locking hole 330: support angle
400: fastening means 410: first wedge pin
420: second wedge pin 430: third wedge pin
440: fourth wedge pin 450: fifth wedge pin
500: horizontal horizontal support
510: fastening hole 520: upper vertical plate
530: lower vertical plate 540: intermediate horizontal plate
600: reinforcing member
700: first auxiliary support means 710: auxiliary horizontal support
711: fastening hole 720: mounting tube
800: second auxiliary support means 810: auxiliary support plate
820: Hanging jaw 830: Mounting pipe
hu: Horizontal Euroform u1: Euroform Hole
vu: vertical euroform u1: euroform hole

Claims (8)

In the apparatus for supporting the formwork consisting of vertical euro foam installed vertically on both sides and formed with a euro foam hole along the rim, and horizontal euro foam installed horizontally on the lower side and formed with the euro foam hole along the rim,
A fastening hole is formed along a longitudinal direction on an upper surface thereof, and a mounting tube is formed downward on a lower surface thereof, and a vertical support for supporting a lower portion of the horizontal eurofoam;
A horizontal horizontal support having a cross section having a '┏┓' shape or a '┗┓' shape and having a fastening hole formed thereon, the horizontal horizontal support being coupled to both sides of the vertical horizontal support to be coupled to the horizontal eurofoam;
A vertical support coupled to one end of the vertical support vertically and having a height adjusting hole formed to support a side of the vertical euro foam;
An elevating support inserted into the vertical support and slidable up and down, and having a locking hole corresponding to the height adjusting hole at a lower portion thereof, and a fastening hole formed at an upper portion thereof;
A 'b' shaped support angle provided at an upper end of the lifting support;
A first wedge pin inserted into a fastening hole of the vertical support and an elevating support, a second wedge pin and a second wedge simultaneously inserted into a wedge hole of the first wedge pin and a channel form hole of the horizontal or vertical euro foam; Fastening means consisting of a third wedge pin inserted into the wedge hole of the pin;
And a reinforcing member provided at a portion coupled to the vertical horizontal support and at a portion at which the vertical support and the vertical horizontal support are coupled to the inside of the horizontal horizontal support.
The vertical horizontal support, vertical support, lifting support are all made of a '┏┓' shaped beam,
The first wedge pin penetrates the fastening hole of the lateral horizontal support, and the second wedge pin penetrates the wedge hole of the first wedge pin and the flow path of the horizontal eurofoam simultaneously, and the wedge hole of the second wedge pin. Insert and insert the third wedge pin into
And a fourth wedge pin penetrating the height adjusting hole and the locking hole at the same time and the fifth wedge pin penetrating the wedge hole of the fourth wedge pin. delete delete delete delete delete The method of claim 1,
And an auxiliary horizontal support for supporting a lower portion of the horizontal eurofoam, and a first auxiliary support means composed of a support pipe vertically coupled to a lower surface of the auxiliary horizontal support. The method of claim 1,
A second auxiliary support means further comprises a secondary support plate for supporting the portion connected to the horizontal euro-foam, a locking jaw bent at one end of the auxiliary support plate, and a mounting tube vertically coupled to the lower surface of the auxiliary support plate. Beam formwork support device characterized in that it is.

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