KR100956148B1 - Ceil mold device and constructing methode of ceil slab using there of - Google Patents

Abstract

PURPOSE: A ceiling form apparatus and a ceiling construction method using the same are provided to facilitate the installation and deconstruction of a ceiling form and thus to improve work efficiency and reduce construction period. CONSTITUTION: A ceiling form apparatus(100) comprises beam foam(110), a table foam(120), a sleeve member(130), a winch, and a movement guide unit. The beam form is placed on a support to form a ceiling beam and supported with a supporting post. The table form is placed on the support to form a ceiling slab and supported with a supporting post. The sleeve member is fastened to a fixing member and supports the table form when placing concrete. The winch is used to separate the beam and table forms from the ceiling slab. The movement guide unit is installed on the corner of the ceiling slab to guide the descent of the beam form.

Description

Technical Field [0001] The present invention relates to a ceiling mold apparatus and a ceiling construction method using the same,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ceiling for partitioning a floor of a building, more specifically, a beam form and a table form which form a ceiling are made of metal and reused, thereby minimizing the generation of waste, And then transferred to the conveying unit, and a ceiling construction method using the same.

Generally, when a building having a multi-layer structure such as an apartment or a building is constructed, a mold is installed to form beams and slabs on the upper part of the wall formwork, and the concrete and the ceiling are formed to dismantle the wall formwork and the formwork After the disassembled form is moved to the upper layer, the process of forming the wall form and the form is repeated every layer to form the building.

The ceiling dies are formed by placing a support on a bottom slab and then forming a form on the support. This is achieved by placing and fixing a support plate on an upper part of the support in a state in which each support is fixed in a lattice form on the support, Reinforcement is placed on the upper surface of the supporting plate, and concrete is laid and cured to complete the ceiling construction.

However, when the ceiling construction is completed through the above-described process, since disassembling work of the support plate closely adhered to the concrete when the ceiling is cured in a state where the support is separated is required under the ceiling form, there is a problem of safety accident due to the stenosis accident. The supporting plate and the supporting body, which are disassembled from the ceiling formwork, collide with the bottom slab, which causes breakage and construction noise as well as being incapable of recycling, which is a cause of environmental pollution.

In addition, since the formation and disassembly of the ceiling using the supporting plate and the supporting body are performed manually, the working time is excessively increased, the work efficiency is lowered, the construction period is delayed and the labor cost is increased and the construction cost is increased due to excessive purchase of the material cost There was a problem.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned conventional defects, and it is an object of the present invention to provide a beam form and a table form which form beams and slabs of a building, The present invention provides a ceiling formwork apparatus and a ceiling construction method using the ceiling formwork apparatus that can reduce air by improving work efficiency by facilitating installation and disassembly of a ceiling mold by separating the ceiling slab from a ceiling slab by a wire.

It is another object of the present invention to provide a method of manufacturing a ceiling slab, in which a beam form and a table form separated from a ceiling slab are slowly moved downward by a wire to prevent a slab from being hit by a bottom slab, thereby preventing damage and noise pollution, And a ceiling construction method using the same.

In the ceiling molding apparatus of the present invention,

A beamform which is mounted on a support so as to form a beam of a ceiling, and which supports the beam;

A table foam which is supported on a support so as to form a slab of a ceiling in the same line as the beam foam,

A sleeve member fixed to the through hole of the table foam so as to protrude at an end thereof and fixed by a fixing member to support the table foam when the concrete is poured;

When the concrete poured to form a ceiling slab on the beam foam and the table foam is cured so that the upper end of the sleeve member is not buried, the beam foam and the tablet foam are sequentially descended by the wires fixed to the support member through the respective sleeve members And a winch for separating the slab from the ceiling slab.

Further, in the ceiling construction method using the ceiling molding apparatus of the present invention,

A foam mounting step of installing a beam form and a table form to form a ceiling beam and a slab;

A ceiling slab forming step of forming a ceiling slab by placing and curing concrete on a beam form and a table form so that the sleeve member mounted on the table form is not buried;

A foam separating step of separating the beam form and the tablet form sequentially by wire of the winch in a state in which the sleeve member is separated from the tablet form after the formation of the ceiling slab;

And a finishing step of finishing the mounting hole of the ceiling slab, which occurs when the beam foam and the table foam are detached from the ceiling slab, when the beam foam and the table foam are separated from the ceiling slab.

According to the ceiling formwork apparatus of the present invention and the ceiling construction method using the same, a beam form and a table form forming a beam and a slab of a building are made of a metal material and are raised to a heavy equipment such as a crane, separated from a ceiling slab So that the installation and disassembly of the ceiling formwork can be easily performed. Thus, it is possible to shorten the air due to the improvement of the work efficiency, and also it is possible to improve the economical efficiency by reducing the construction cost.

In addition, according to the present invention, the beam form and the tablet form separated from the ceiling slab can be prevented from colliding with the floor slab while being slowly moved by the wire, thereby preventing damage due to impact and noise pollution. In addition, since it can be recycled, it can be advantageous to prevent environmental pollution due to disposal.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. FIG. 2 is a perspective view of a gap adjusting unit to which the present invention is applied, and FIG. 3 is a perspective view of a conveyance unit to which the present invention is applied.

The beam forming apparatus 100 according to the present invention includes a beamform 110 that is mounted on a support base 10 to support a beam of a ceiling and supports the beam 110 by the beam 20. The beamforming apparatus 100 includes a ceiling- The table foam 120 is placed on the support table 10 so as to form the slab and supported by the tumbler 20. The end of the table foam 120 protrudes from the through hole 120 ' The sleeve 130 may be fixed to the beam form 110 and the table form 120 so that the upper end of the sleeve 130 may not be buried. The beam form 110 and the table form 120 are sequentially lowered and moved by the wire 141 moved to the respective sleeve members 130 so as to form the ceiling slab S And a winch 140 for separating the winch 140 from the winch 140, When more specifically described as follows.

The beamformer 110 is provided with bottom and side forming plates 111 and 112 forming the bottom and side surfaces of the beam and includes a reinforcing member 111 'protruding from the bottom forming plate 111, And a plurality of horizontal and vertical supports 113 and 113 'fixed and reinforced by the horizontal and vertical supports 112 and 113. The horizontal and vertical supports 113 and 113' And a separating member 114 which is inclinedly separated from the end of the bottom surface forming plate 111.

In order to prevent damage to the corners of the beam, it is preferable that the end portions of any one of the bottom and side forming plates 111 and 112 are formed to be inclined.

And an arm fixing part 115 mounted on an upper end of the side surface forming plate 112 to raise and lower a wooden piece 115b, A guide 115a for guiding the lifting and lowering of the slant 115b is formed and a slant 115b for seating the slant 115b is formed on the slant 115b, Down moving member 115c for raising and lowering the movable member 115c.

The lifting and lowering moving member 115c is formed with a fixing nut 115c-1 fixed to communicate with a guide hole 115a 'penetrating the moving guide member 115a. The fixing nut 115c- 2 so that the fastening bolt 115c-2 is idled on the fastening bolt 115c-2 so that the fastening bolt 115c-2 protrudes from the guide hole 115a ' It is preferable that a perforated foot plate 115c-3 is mounted to prevent damage to the slope 115b.

A reinforcement member 116 fixed to the bottom plate 111 between the horizontal supports 113 and fixed to the reinforcement member 111 'and having through holes 116' penetrated at both ends thereof to guide the movement of the wiper 141 , And a ring fixing member 116 '' for fixing the reinforcing member 116 to the vertical pedestal 113 '.

The sleeve member 130 includes a body 131 having a wide upper end and a narrow lower end while the movement guide hole 132 passes through the sleeve 141 to allow the wire 141 to move, And includes a threaded portion 133.

And a fixing member 130 'fixed to the table foam 120 so that the threaded portion 133 is fastened and fixed.

And a fastening hole 134 penetrating the upper end of the body 131 to easily fasten the threaded portion 133 to the fixing member 130 '.

It is further contemplated that each of the foams 110 and 120 may further include a tongue engaging portion 150 for allowing the tongue 20 to be easily coupled to the respective foams 110 and 120. The tongue- And a receiving groove 152 formed in the bottom plate 20 to receive the coupling guide member 151. [

The gap adjusting unit 160 may further include a gap adjusting unit 160 that adjusts the gap of the table foam 120 that is fixed to the beam foam 110 and is seated on the support table 10, And a first fixing member 162 for fixing the adjusting body 161 to the side surface forming plate 112 is provided on the side surface of the side plate 112 of the beamformer 110, And a second fixing member 164 having a gap adjusting member 163 movably mounted on the adjusting body 161 and fixing the gap adjusting member 163 to the adjusting body 161 .

The connection part 170 may further include a connection part 170 connecting the beam foam 110 and the table foam 120 such that a space between the beam foam 110 and the table foam 120 is not generated. 115 and the plate supporting member 121 of the table foam 120. The connecting plate 171 and the legs 115b and 115b of the leg plate 115 and the leg plate supporting member 121 of the table foam 120, And a connection fixing member 172 for fixing the connection plate 171 and the plate support member 121. The connection plate 171 fixed by the connection fixing member 172 is connected to the table foam 120, It is preferable to maintain the same horizontal line as that of the table plate 122 fixed to the plate support member 121.

The ceiling slab S may further include a movement guide 180 mounted on an edge of the ceiling slab S to guide the downward movement of the beam foam 110a engaged with the wall, Is provided with a wire support member 181 mounted to support the wire 141 released from the winch 140 to the ceiling slab S and the wire 141 is moved to the wire support member 181 And a roller 182 that is mounted to guide the sheet material.

The conveying unit 190 may further include a beam form 110 and a table form 120 that are lowered by the operation of the winch 140. The conveying unit 190 includes the beam form 110 and the table form 120, A pair of main feed rollers 192 mounted at the center of the feed plate 191 and a front and rear of the feed plate 191 are provided, And an auxiliary feed roller 193 which is mounted to be adjustable in height.

It is preferable that the auxiliary conveying roller 193 is formed to have a smaller diameter than the main conveying roller 192 to facilitate the movement.

Hereinafter, the installation and disassembly process of the present invention will be described in detail.

4A to 4I, a side surface forming plate 112 is formed at both ends of the bottom surface forming plate 111 of the beam foam 110. The surface of the bottom surface forming plate 111 The end of one of the forming plates 111 and 112 is formed to be inclined so as to prevent damage to the corner of the ceiling beam and a horizontal bearing 113 is provided on a stiffener 111 'protruding from the bottom surface of the bottom surface- And the horizontal and vertical pedestals 113 and 113 'are connected and fixed by the separating member 114 after the vertical pedestal 113' is fixed to the side surface forming plate 112.

Here, the side surface forming plate 112 to which the vertical pedestal 113 'is fixed by the rotation of the separating member 114 should be able to rotate obliquely from the end of the bottom surface plate 111.

The moving guide member 115a of the fixing member 115 is mounted on the upper end of the side surface forming plate 112 so that the guide member 115a 'of the moving guide member 115a can communicate with the guide hole 115a' The locking bolt 115c-2 is rotated in the forward direction by the fixing nut 115c-1 while the fixing nut 115c-1 of the moving guide member 115c-1 is fixed on the bottom surface of the moving guide member 115a, And then the individual sheet support plate 115c-3 is mounted so as to idle on the fastening bolt 115c-2.

When the leg 115b is seated so as to be in surface contact with the inner surface of the moving guide member 115a in a state where the leg support plate 115c-3 is mounted on the fastening bolt 115c-2, Descending along the inner surface of the moving guide member 115a, and the bottom surface of each piece 115b is mounted on the perforated plate 115c-3.

A reinforcing member 116 through which a through hole 116 'is passed is fixed to a stiffener 111' of a bottom plate 111 between the horizontal supports 113. The reinforcing member 116 is fixed to the stiffener 111 ' And the shaping of the beamform 110 is completed while the reinforcing member 116 is fixed to the vertical pedestal 113 'using the ring fixing member 116' '.

When the shaping of the beamform 110 is completed, the metal plate 122 and the plywood plate 122 are fixed to the plate supporting member 121 of the table foam 120, The table foam 120 is formed at the end of the plate support member 121 by forming a space in which the connection plate 171 of the connection portion 170 can be seated.

After fixing the fixing member 130 'to the bottom surface of the plate supporting member 121 of the table foam 120 by welding so as to communicate with the through hole 120' of the table plate 122, The threaded portion 133 of the sleeve member 130 can be fastened and fixed to the fixing member 130 'via the fastening guide member (not shown) on the fastening hole 134 of the sleeve member 130, So that it can be tightened while being rotated.

A coupling guide member 151 of the beam coupling unit 150 is coupled to the beamform 110 and the table foam 120 and a receiving groove 152 for receiving the coupling guide member 151 is connected to the beam 20 The coupling guide member 151 may be formed so as to be inserted into each of the foams 110 and 120.

After the beams 110 and 120 are formed, the foam 110 and the foam 120 are moved to the building site, and then the foam and the foam are installed. At least one The beam form 110 wrapped by the rope L is lifted by a heavy equipment operation such as a crane and is mounted on the support table 10 while the height of the support table 10 is adjusted while positioning the support table 10.

When the receiving groove 152 formed on the upper part 20 is coupled to the coupling guide member 151 of the upper part coupling part 150 coupled to the beam foam 110 mounted on the supporting part 10, And the lower part is in close contact with the bottom slab S 'to support the beam foam 110.

When the rope L is seated on the support portion 10 or the beam 20 is supported by the beam 20, the rope L is released from the beam form 110 and tensioned to the upper portion of the beam form 110 by a heavy equipment operation such as a crane The fastening bolt 115c-2 of the lifting / lowering moving member 115c mounted on the side plate 112 of the beamform 110 is rotated so as to move upward. At this time, the fastening bolt 115c-2 is fastened to the guide nut 115a 'of the moving guide member 115a while being fastened to the fastening nut 115c-1, and the fastening bolt 115c- When the upper surface of each piece 115b is brought in line with the side surface forming plate 112 by lifting and lowering the piece 115b along the inner surface of the moving guide member 115a and rotating the fastening bolt 115c- .

The spacing adjusting unit 160 may be provided on the side plate 112 so as to adjust the spacing between the table foam 120 and the side plate 112, The adjustment body 161 of the unit 160 is seated on the side surface formation plate 112 to receive the side surface formation plate 112 and at the same time when the first fixing member 162 is rotated and brought into close contact with the side surface formation plate 112 The adjusting body 161 is fixed and the gap adjusting member 163 is moved forward and backward in the adjusting body 161 to adjust the gap with the table foam 120 and then the second fixing member 164 So that the gap adjusting member 163 is fixed to the adjusting body 161. [

At this time, the gap adjusting part 160 may be installed on each of the four side surface forming plates 112 of the four side surface forming plates 112 formed to form the beam of the ceiling, It is preferable to install such a structure.

When the gap adjusting part 160 is fixed to the side surface forming plate 112 by the above process, the through hole 120 'penetrating the table plate 122 of the table form 120, And the rope L is fixed to the heavy equipment such as a crane by hooking the loop member G with the loop member G fixed to the fixing member 130 ' And is then lifted and secured to the support (10).

The table foam 120 is moved downward while being in close contact with the gap adjusting member 163 of the gap adjusting unit 160 fixed to two sides or four sides of the side surface forming plate 112, Can be accurately installed.

When the receiving groove 152 formed on the upper part 20 is coupled to the coupling guide member 151 of the tongue coupling part 150 coupled to the table foam 120 seated on the support table 10, ) Is closely attached to the bottom slab S 'to support the beam foam 110.

The rope L is loosened from the loop member G and is tensioned onto the top of the table form 120 by a heavy duty operation such as a crane when the rope L is seated on the support portion 10 or when the loom 20 supports the table form 120. [ The annular member G is separated from the through hole 120 'while the annular member G is rotated in the opposite direction in a state where the annular member G is separated from the body 131 of the sleeve member 130 So that the threaded portion 133 is fastened and fixed to the through hole 120 'and then the fixing force of the first fixing member 162 of the gap adjusting portion 160 is released, 161 are separated from the side surface forming plate 112.

The connection plate 171 of the connection part 170 is seated in the space between the main body 115b of the installation part 115 and the table foam 120, The connecting plate 171 is fixed to the connecting plate 171 and the connecting members 172 of the wood of the plate supporting member 121 of the table foams 120 and the connecting members 171, The same horizontal line as the plate 122 is maintained.

Here, the table plate 122 may be formed by laminating a metal plate and a plywood or a metal plate and a plywood.

After the beam form 110 and the table form 120 are installed so as to form the ceiling slab S by repeating the above steps, reinforcement rods are installed between the euro form and the gum form, and between the beam form 110 and the table form 120 The concrete is poured so that the fastening hole 134 of the sleeve member 130 mounted on the through hole 120 'of the table foam 120 is not buried and is cured so as to maintain the level through the horizontal operation, (S).

5A to 5L, when the concrete laid on the ceiling slab S cures, the winch 140 is moved to the upper surface of the ceiling slab S so as to be positioned on each of the sleeve members 130 The wire 141 to be unwound from the winch 140 is projected to the through hole 116 'of the reinforcement member 116 of the beamform 110 via the movement guide hole 132 of the sleeve member 130 do.

The wire support 142 is attached to the end of the wire 141 protruding from the through hole 116 'and then the wire 141 is wound by the operation of the winch 140, The beam foam 110 and the torsion bar 20 supporting the table foam 120 are separated from each other.

When the hoist 20 is detached, the hoisting and lowering moving member 115c of the hoisting and mounting portion 115 of the hoisting and lowering installation portion 115 is separated from the hoisting bolt 115 installed on the side forming portion 112 of the beamform 110, 2 is rotated in the reverse direction to move to the lower portion of the fixing nut 115c-1 so that the perforated plate 115c-3 mounted on the fastening bolt 115c-2 approaches the moving guide member 115a.

At this time, since the legs 115b of the leg fixing part 115 are fixed by the connecting plate 171 of the connecting part 170 and the connecting fixing member 172, an external force is applied to the leg body 115b, When the beam 115b separated from the connection fixing member 172 descends along the inner surface of the moving guide member 115a due to its own weight and is placed on the beam supporting plate 115c-3, The separating member 114 is rotated.

When the side plate 112 is pulled by the vertical support 113 'with respect to the horizontal support 113 in accordance with the rotation of the separating member 114, the side plate 112 is separated from the bottom plate 111 The side plate 112 is separated from the beam side of the ceiling while the bottom plate 111 descends from the beam bottom of the ceiling by the weight of the beam foam 110 and is separated from the bottom side of the ceiling, The beamform 110 descends on the upper surface of the bottom slab S 'by the wire 141 that is released by the operation of the winch 140 while the wire 141 is firmly supported.

As shown in FIG. 6, the movement guide unit 180 for guiding the downward movement of the beam slab S and the downward movement of the beam form 110a engaged with the wall includes a roller 182 provided at the corner of the top slab S, The wire 141 released from the winch 140 while the wire supporting member 181 is mounted is lowered to the upper surface of the bottom slab S 'while supporting the beam form 110 through the roller 182.

The beamform 110 descending through the above process is transferred to the transfer plate 191 which maintains the state in which the main transfer roller 192 and the auxiliary transfer roller 193 of the transfer unit 190 are in close contact with the upper surface of the bottom slab S ' After the wire support 142 closely attached to the through hole 116 'of the reinforcing member 116 is separated from the end of the wire 141 in the mounted state, the wire 141 is wound by the operation of the winch 140 , The wire 141 is moved upward in the beamform 110 while being separated from the through hole 116 '.

When the wire 141 is separated from the through hole 116 ', the auxiliary conveying roller 193 of the conveying unit 190 is moved upward to separate from the upper surface of the bottom slab S' The beam form 110 wrapped by the rope G can be lifted by the operation of a heavy equipment such as a crane and lifted to the top of the ceiling slab S while the beam form 110 is moved to the edge of the bottom slab S ' It is.

The wire 141 is attached to the end of the wire 141 separated from the through hole 116 'of the reinforcing member 116 and then the wire 141 is wound by the operation of the winch 140, A fastening guide member (not shown) is coupled to the fastening hole 134 of the sleeve member 130 in a state where the earth 142 is brought into close contact with the bottom surface of the plate support member 122 of the table foam 120, So that the sleeve member 130 is separated from the fixing member 130 '.

The table foam 120 in which the sleeve member 130 is separated from the fixing member 130 'is separated from the floor slab S by the wire 141 which is supported by the wire 141 and is released by the operation of the winch 140 ') Upper surface of the table form 120.

The table foam 120 descending in the above-described process is conveyed to the transfer plate 191 which maintains the main transfer roller 192 and the auxiliary transfer roller 193 of the transfer unit 190 in close contact with the upper surface of the bottom slab S ' The wire 141 is separated from the end of the wire 141 in a state of being closely attached to the plate support member 122 of the table form 120 and then the wire 141 is moved by the operation of the winch 140 The wire 141 is moved upward in the table form 120 while being separated from the through hole 120 'of the table plate 122.

When the wire 141 is separated from the through hole 120 ', the auxiliary conveying roller 193 of the conveying unit 190 is moved upwards to be separated from the upper surface of the bottom slab S' And the loop member G is fastened and fixed to the through hole 120 'of the table foam 120 while the table foam 120 is moved to the edge of the bottom slab S' G to a heavy equipment such as a crane, lifting the roof slab S by lifting by the operation of the heavy equipment, and lifting the roof slab S to the top.

When the beam form 110 and the table form 120 are separated from the ceiling slab S by the above process, the wire 141 is wound by the operation of the winch 140, And the winch 140 wound with the wire 141 is moved to the edge of the ceiling slab S. As shown in FIG.

When the body 131 of the sleeve member 130 from which the wire 141 is detached is detached from the ceiling slab S, it is formed in the mounting hole S1 in the ceiling slab S, S1 and then the concrete is placed and cured in the mounting hole S1 so as to be in close contact with the cap C so that the mounting hole S1 is closed while the ceiling slab S is completed And the ceiling of the building can be easily formed by repeating the above process.

Although the present invention has been described in connection with certain exemplary embodiments and drawings, it is to be understood that the phraseology and terminology used herein are for the purpose of description and should not be interpreted to limit the scope of the present invention. It must be interpreted in terms of meaning and concept. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only examples of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It is to be understood that equivalents and modifications are possible.

1 is an exploded perspective view

Fig. 2 is a perspective view of an interval adjusting unit to which the present invention is applied.

Fig. 3 is a perspective view of a conveying portion to which the present invention is applied

4A to 4I are views showing a state in which a beam form and a table form are installed to form a ceiling slab according to the present invention

5A to 5L are diagrams illustrating a state in which a beam form and a table form are separated from a ceiling slab formed by the present invention and conveyed

Fig. 6 is an operational state diagram of another embodiment of the present invention

Description of the Related Art

100: ceiling formwork device 110: beam form

120: table foam 130: sleeve member

140: winch 141: wire

150: fastening coupling part 160:

170: connection part 180: movement guide part

190:

Claims (28)

A beamform which is mounted on a support so as to form a beam of a ceiling, and which supports the beam; A table foam placed on a support so as to form a slab of a ceiling in the same line as the upper surface of the beam foam, A sleeve member for supporting the table foam when the concrete is poured into the fixing member while the end of the tablet foam is protruded by the through hole of the tablet foam; When the concrete is cured by placing the beam foam and the table foam so as to prevent the upper end of the sleeve member from being buried, the beam foam and the tablet foam are sequentially moved downward by the wires moved to the respective sleeve members to be separated from the ceiling slab A winch to allow the winch; And a movement guide unit mounted on an edge of the ceiling slab and guiding the downward movement of the beam foam engaged with the ceiling slab and the wall. [2] The method according to claim 1, A bottom / side forming plate forming a bottom surface and a side surface of the beam; A plurality of horizontal and vertical pedestals fixed to and reinforced by the reinforcing member protruding from the bottom surface forming plate and the side surface forming plate; And a separating member having both ends fixed to the horizontal and vertical supports so that the side forming plates are inclinedly separated from the bottom forming plate ends. The method of claim 2, Wherein at least one of the bottom plate and the side plate is formed to be inclined to prevent corner damage of the beam. The method of claim 2, Further comprising: an overhang mounting part mounted on an upper end of the side surface forming plate so as to raise and lower the wooden parts of the wood. The apparatus according to claim 4, A movable guide member mounted on an upper end of the side surface forming plate to guide the lifting and lowering of the respective members, an upright member to be mounted on the movable guide member, and an up-down moving member for raising and lowering the respective members are formed Characterized by a ceiling formwork device. [7] The apparatus according to claim 5, Wherein a fixing nut is formed to be in communication with a guide hole penetrating through the movement guide member and is formed as a fastening bolt that is fastened to the fixing nut and protruded from the guide hole to support the shape of the fastening bolt. The method of claim 6, Wherein the fixing bolt is mounted on the upper portion of the fastening bolt so that the fastening bolt idles so as to prevent damage to the fixing bolt. The method of claim 2, And a reinforcing member fixed to the bottom surface forming plate stiffener between the horizontal supports and having through holes at both ends thereof to guide movement of the wires. The method of claim 8, And a ring fixing member for fixing the reinforcing member to the vertical pedestal. The connector according to claim 1, And a threaded portion formed at the end of the body, wherein the body includes a body having a wide upper end and a narrow lower end while a moving guide hole penetrates the wire to allow the wire to move. The method of claim 10, And a fixing member fixed to the table form so that the threaded portion is fastened and fixed. The method of claim 11, And a fastening hole penetrating the upper end of the body to easily fasten the threaded portion to the fixing member. The method according to claim 1, Further comprising a tongue-engaging portion for allowing the tongue to be easily coupled to each of the foams. 14. The connector according to claim 13, A coupling guide member coupled to each of the foams; And a receiving groove formed on the bottom of the housing to receive the coupling guide member. The method according to claim 1, Further comprising an interval adjusting unit fixed to the beamform to adjust a spacing of the table foam to be mounted on the support. 16. The apparatus of claim 15, An adjusting body mounted to receive the side forming plate of the beamform; A first fixing member fixing the adjustment body to the side surface plate; A space adjusting member movably mounted on the adjusting body; And a second fixing member for fixing the gap adjusting member to the adjusting body. The method according to claim 1, Further comprising a connecting portion for connecting the beam form and the table form so as not to generate a space between the beam form and the table form. 18. The connector according to claim 17, A connection plate that is seated on the support members of the table foam and the respective parts of the beam installation parts of the beamform; And a connection fixing member for fixing the connecting plate and the plate supporting member to each other, Wherein the connection plate fixed by the connection fixing member maintains the same horizontal line as the table plate fixed to the plate support member of the table foam. delete [3] The apparatus according to claim 1, A wire support member mounted on the ceiling slab to support a wire released from a winch; And a roller mounted to guide the movement of the wire to the wire support member. The method according to claim 1, And a conveying unit for conveying the beam foam and the tablet foam which are lowered by the operation of the winch. 22. The image forming apparatus according to claim 21, A transfer plate on which the beam foam and the table foam are placed; A pair of main feed rollers mounted at the center of the feed plate; And an auxiliary conveying roller which is installed to be adjustable in height before and after the conveying plate. 23. The method of claim 22, Wherein the auxiliary conveying roller is formed to have a smaller diameter than the main conveying roller to facilitate movement of the auxiliary conveying roller. A foam mounting step of installing a beam form and a table form to form a ceiling beam and a slab; A ceiling slab forming step of forming a ceiling slab by placing and curing concrete on a beam form and a table form so that the sleeve member mounted on the table form is not buried; A foam separating step of separating the ceiling slab and the ceiling slab from the ceiling slab and separating the beam foam from the ceiling slab and the ceiling slab by a wire of a winch while separating the sleeve member from the tablet foam, ; And a finishing step of finishing a mounting hole of the ceiling slab, which is generated when the beam form and the table form are separated from the ceiling slab, by the sleeve member. 27. The method of claim 24, Further comprising a conveying step of placing the beam form and the table form descending by the wire of the winch on the conveying plate and conveying the beam form and the table form to the next installation place. 25. The method of claim 24, A beamforming step of placing a beamform on a support which is tensioned in accordance with a beam height of the ceiling, and then supporting the beamform by a beam; A step of attaching a beam to the side forming plate of the beamform; A spacing adjusting unit mounted on the side forming plate of the beamform to adjust the spacing of the table foams; A table foam mounting step of mounting a table foam on a support table which is pulled down to fit the slab height of the ceiling so that the plate support member is brought into close contact with the gap control unit, And connecting the beam form and the table form to each other by connecting the beam form and the table form to each other through the connection plate of the connection part. 27. The method of claim 24, Moving the winch to an upper surface of the ceiling slab and locating the winch above the sleeve member; The wire released from the winch protrudes through the reinforcing member through hole of the beamform via the movement guide hole of the sleeve member and the wire support is attached to the protruded wire end portion so as to be brought into close contact with the reinforcement member; A torsion bar separating step of separating the torsion bar from the beam foam and the tablet form when the wire support is in close contact with the reinforcing member; After separating each piece of the beam installation part of the separated beamform from the connection plate, the separating member is rotated to separate the side formation plate from the beam side surface of the ceiling, and then the upper surface of the bottom slab Downward; Separating the beam member from the tablet form; Attaching the wire support to the end of the wire protruding from the through-hole of the separated table foam so that the sleeve member is in close contact with the wire support; And a table foam separating step of separating the tablet form from the bottom of the bottom slab by a wire unwound by the operation of the winch. 25. The method of claim 24, Separating the sleeve member from the ceiling slab; Mounting a stopper such that the sleeve member engages a mounting hole formed in the separating door ceiling slab; And a step of closing the mounting hole by concrete cured by being placed on the mounting hole with the stopper.

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