KR101871280B1 - Restoration type support with the axis with a drop bangbeop and drop device - Google Patents

Abstract

In the present invention, the beams, the standing type support, and the slab panel are installed in this order, the concrete is laid in order, the ceiling concrete is cured, and the beam and the slab panel are integrally dropped on the shaft as a shaft. The present invention relates to a slab aluminum panel drop construction method and a drop device that utilize a durable support that minimizes noise, dust, and complaints generated during construction, as well as improved work safety and construction efficiency.
And a dismantling step of dismantling a beam and a slab panel when curing of the cement is finished, the method comprising: disposing a beam and a slab panel;
The installation step (S1000)
A step S1100 of installing a wall panel on a slope, a step S1200 of installing an SL body 1100 on the wall panel, and a step of joining the end beam and the middle beam to the prop head using a fixing piece, A step S1400 of installing a slab panel fixing SL and a beam fixing SL inside the SL main body, a step S1500 of installing a beam integrated in the SL 1000, A step S1600 of installing a supporter at a lower portion of the head, a step S1700 of installing a slab panel in the beam, the prop head and the slab panel fixing SL, and a step S1800 of pouring and curing the slab panel );
The disassembling step S2000
A step S2100 of dismantling the wall panel when the cement is poured, a step S2200 of disassembling the slab panel fixing SL, the beam fixing SL in the SL body, and fixing the end beam, the middle beam and the slab panel to the prop head (S2300). When the fin is dismounted, the entire end portion of the slab panel provided on the end beam, the middle beam, the end beam, and the middle beam is dropped, and the beam is fixed to the fixing bar provided on the supporter (S2500) of gradually lowering along the low-speed apparatus by the self weight of the end beam, the middle beam, and the slab panel installed in the end beam and the middle beam; And a step S2600 of taking out the slab panel installed in the middle beam, the end beam, and the middle beam to the outside.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a slab aluminum panel drop construction method and a drop device,

The present invention relates to a prophead having a fixed anchor for supporting the weight of concrete and the weight of concrete generated during the curing process after the ceiling concrete is poured, a slab panel drop construction method and a dropping apparatus using the built- Specifically, it is installed in the order of beams, retaining supports, and slab panels in order. After concrete is laid, ceiling concrete is cured, beam and slab panels are integrally dropped on the shaft as a shaft, and disassembled. The present invention relates to a slab aluminum panel drop construction method and a drop device that utilize a durable support that minimizes noise, dust, and complaints generated during construction as well as improved work safety and construction efficiency.

Generally, when constructing a multi-layered structure such as an apartment or a building, first, the wall form is installed, cured, and then the form is dismantled and the material is lifted up to the upper layer and disassembled.

The slab panel is mainly used as a plywood having a predetermined area, for example, in a flat posture in the slab panel area while being supported by a support in the form of a standpost.

As described above, the support body for supporting the slab panel is mainly a square tree, and is arranged in an orthogonal posture orthogonal to the upper portion of the wall formwork, for example, in a grid pattern structure, and the vertical load, that is, It is firmly installed so that the attitude set by the concrete weight is not changed.

The installation process of the slab panel will be briefly described. A slab panel is installed on the support body after the support body is installed to correspond to the slab panel area.

The work of installing the support may be accomplished by using a separate ladder on the slab panel area spaced from the floor of the worker or climbing up the wall formwork and installing the work on the wall formwork using a fastening member such as a nail, A plurality of supporters are spaced apart from each other to secure a supporting force of the supporting body.

Also, when the slab panel is cured after the slab panel is cured, the operator also dismantles the slab panel on the head under the support and the mold.

However, since the conventional slab panel support has a structure in which the pipes or the slabs are installed with nails or wires to support the slab panel, a satisfactory supporting force can not be obtained. For this reason, since a plurality of supporters for supporting the support member must be installed on the floor of the workplace, it is difficult to prevent the noise, dust, and complaints generated during the construction as well as the additional cost.

In addition, since the worker must climb up the work area directly to the area where the formwork is to be installed in order to install the support, it causes a safety accident such as a fall during the work, and since the fastening operation is performed using the nail every time, There is a problem that the efficiency of the operation is lowered as well as the delay of the air (construction period).

In addition, since the support is manufactured so as to correspond only to the size of the slab panel to be constructed, it can not be expected to be recycled or compatible with other construction sites after the construction once. Therefore, the support is discarded as it is, there is a problem.

Also, when the slab panel is cured after the curing of the slab panel, the operator performs the dismantling work under the support body and the formwork, so that the support body and the formwork fall apart at the same time and cause stenosis or impact load. Therefore, .

Korean Patent Publication No. 10-2005-0029967

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the conventional art, and it is an object of the present invention to provide a method of installing a beam, a durable support, and a slab panel in this order, pouring concrete, curing a ceiling concrete, It is easy to install and dismantle the slab panel when the slab panel is completely dropped by dismantling the slab panel in an integrated manner, and furthermore, it is possible to improve the work safety and the construction efficiency by using the aluminum support utilizing the support type that minimizes the noise, A ceiling drop construction method, and a drop device.

According to an aspect of the present invention, there is provided an aluminum ceiling drop device including:

The building material used for concrete ceiling construction is installed on the wall panel installed on one side of the wall and has a SOFFIT LENGTH (1000, hereinafter referred to as "SL") in which a beam (BEAM, 3000) and a slab panel );

A beam (BEAM, 3000) installed in the SL to insert a slab panel (SLAB PANEL) therein;

A PROP HEAD 5000 connecting the beam (BEAM, 3000);

And a supporter (7000) supporting the prop head at the bottom of the prop head and lowering the stick of the low speed device provided inside by the load of the slab panel when the slider is released.

At this time, SL (SOFFIT LENGTH) 1000 is installed on an upper part of a wall panel to be fastened to a wall, and a beam panel (BEAM) 3000 and a slab panel are installed. The wall panel fixing piece 1110 An SL body 1100 including a slab fixing piece 1130 formed to extend and bend from the fixing piece in an upper "n" shape so as to install the slab;

A slab panel fixing SL 1300 inserted into the main body and including a slab support portion 1310 having an upper end extended to one side and a slab installed on the upper portion;

A main body 1510 inserted in the main body and fastened to the wall panel by a fixing pin 4000 and a beam 1510 extending from the main body 1510 so as to fix the end beam with the fixing pin 4000 and the triangular piece 4500. [ And a support piece 1550 formed to be inclined downwardly from the beam fixing piece 1530 and one end of which is supported by the wall panel to prevent the beam fixing piece from being warped by the weight of the beam and the slab panel, SL 1500 as shown in FIG.

Also, the beam (BEAM, 3000) is mounted on the beam fixing SL, and the slab panel (SLAB PANEL) is inserted therein. One end is inclined to the right and to the bottom so as to minimize the close contact with the slab fixing piece The other end of the second inclined surface portion 3110 is formed to be in contact with the inclined surface of the PROP HEAD 5000 and then to be dropped downward. A fixing pin insertion slot 3150 and a slab panel insertion slot 3160 for allowing the fixing pin 5500 and the fixing pin 4000 to be fastened to the PROP HEAD 5000 and the fixing pin insertion hole 3170, And an end beam 3100 composed of an elongated groove 3180 formed so that a beam fixing piece 1530 of the beam fixing SL 1500 can be fastened with a fixing pin 4000 and a triangular piece 4500;

An inclined surface portion 3310 formed at both ends so as to be fastened between the PROP HEAD 5000 and the PROP HEAD 5000 and a fixing portion 3310 formed on the front and back surfaces and fixed to the PROP HEAD 5000 And a middle beam 3300 composed of a slab panel insertion groove 3340 and a fixing pin insertion hole 3350. The fixing pin insertion hole 3330 is formed by a fixing pin insertion hole 3330 and a fixing pin insertion hole 3330, .

The PROP HEAD 5000 connects the beam (BEAM) 3000 and supports the slab panel and the beam supported by the supporter at the bottom. The PROP HEAD 5000 supports an inclined portion 5100 A slab panel insertion groove 5200 into which the slab panel is inserted, a fixing piece insertion groove 5300 formed on the front surface and capable of fixing the beam by the fixing piece 5500, and a protrusion 5510 And then prevented from being interfered with the prophead when the beam is lowered. The fixture 5500 is installed on the prop head by the fixing pin 4000 and the triangular piece 4500, And an anchor bolt (5700) which can be fixed.

The supporter 7000 includes a fixed bar 7100 which is installed on the ground and is formed in a pipe shape so that the sliding bar can be inserted and slid up and down, and a prop head which is inserted into the fixed bar and slides up and down, A slider panel 7300 provided on the inside of the sliding bar and having a groove 7310 formed to allow the beggit bar of the beam 3000 and the slab panel 7000 to descend, 9000) is gradually lowered, but the beam 3000 is fixed, and a fixing rod fixing hole 7730 for fixing the downward fixed fixing rod, which is provided at one side of the groove, And a low-speed device 7700. The low-

And the slab aluminum panel drop construction method using the durable support is to install the beam and the slab panel, install and cement the ceiling with the cement, and dismantle the beam and the slab panel when the cement is cured. In a construction method comprising the steps of:

The installation step (S1000)

Installing a wall panel on the slope (S1100);

A step (S1200) of installing the SL main body 1100 on the wall panel;

A step (S1300) of integrating the beam and the probe head by fastening the end beam and the middle beam to the prop head using a fixing piece;

Installing a slab panel fixing SL and a beam fixing SL inside the SL main body (S1400);

A step (S1500) of installing an integrated beam on the SL 1000;

Installing a supporter at a lower portion of the prop head (S1600);

(S1700) of installing the slab panel in the beam, the prop head, and the slab panel fixing SL;

And curing the slab panel by pouring and curing the slab panel (S1800).

In addition, the disassembling step S2000

(S2100) of dismantling the wall panel when pouring of the cement is completed;

Disassembling the slab panel fixing SL and the beam fixing SL in the SL main body (S2200);

Disassembling the pins fixing the end beam, the middle beam and the slab panel to the prop head (S2300);

(S2400), when the fin is disassembled, the entire end of the slab panel installed in the end beam and the middle beam, and the end beam and the middle beam are partially dropped, and a fixing member for fixing the beam to the fixing bar provided in the supporter is seated;

A step S2500 of gradually lowering the end beam and the middle beam along with the end beam and the middle beam according to the self weight of the slab panel;

(S2600) carrying out the lowered end beam, the middle beam, the end beam, and the slab panel installed in the middle beam to the outside.

According to the present invention, there is provided a method for dismantling a slab panel according to the present invention, comprising the steps of installing a beam, a durable support, and a slab panel in this order to pour concrete, curing a ceiling concrete, It is possible to easily install and disassemble the slab panel when the formwork is constructed, and to further improve the work safety and construction efficiency, and to minimize the noise, dust, and complaints generated during the construction.

The slab panel can be easily installed and dismounted, and since the support assembly can be installed on the floor, a safety accident occurring during the work can be prevented beforehand, and work safety can be maximized.

In addition, the construction method according to the present invention has a simple work process, which greatly shortens the time required for installing the slab panel, thereby improving the work efficiency as well as the construction quality.

1 is an exploded perspective view according to an embodiment of the present invention;
2 is a perspective view of an embodiment of the present invention,
3 is a perspective view illustrating a state in which a slab panel is fastened according to an embodiment of the present invention;
4 is an enlarged perspective view of the main part of the present invention,
5 is a perspective view showing another example of the present invention,
FIGS. 6 to 10 illustrate a disassembly process according to an embodiment of the present invention;
11 and 12 are block diagrams showing a construction process according to an embodiment of the present invention.

The terms and words used in the present specification and claims should not be construed to be limited to ordinary or dictionary meanings, but the inventor may appropriately define the concept of the term to describe its invention in the best way Can be interpreted as meaning and concept consistent with the technical idea of the present invention.

It should be noted that the embodiments described in this specification and the configurations shown in the drawings are merely preferred embodiments of the present invention and do not represent all the technical ideas of the present invention, It should be understood that various equivalents and modifications may be present.

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

As shown in FIGS. 1 to 11, a building material used for concrete ceiling construction is installed on a wall panel installed on one side of a wall, and a beam (BEAM) 3000 and a slab panel 9000 are installed SOFFIT LENGTH (1000, hereinafter referred to as "SL"); A beam (BEAM, 3000) installed in the SL to insert a slab panel (SLAB PANEL) therein; A PROP HEAD 5000 connecting the beam (BEAM, 3000); And a supporter 7000 for supporting the prop head at the bottom of the prop head and lowering the stick of the low speed device provided inside by the load of the slab panel when the slider is released.

SL (SOFFIT LENGTH) 1000 is a wall panel fixing piece 1110 which is installed on a wall panel to be fastened to a wall and has a beam (BEAM) 3000 and a slab panel, An SL body 1100 including a slab fixing piece 1130 formed so as to extend and bend in an upper "n" A slab panel fixing SL 1300 inserted into the main body and including a slab support portion 1310 having an upper end extended to one side and a slab installed on the upper portion; A main body 1510 inserted in the main body and fastened to the wall panel by a fixing pin 4000 and a beam 1510 extending from the main body 1510 so as to fix the end beam with the fixing pin 4000 and the triangular piece 4500. [ And a support piece 1550 formed to be inclined downwardly from the beam fixing piece 1530 and one end of which is supported by the wall panel to prevent the beam fixing piece from being warped by the weight of the beam and the slab panel, SL (1500).

Beam (BEAM, 3000) is installed in beam fixing SL, and slab panel (SLAB PANEL) is inserted. One end is slanted to the right and to the bottom so as to minimize adhesion with slab fixing piece of SL A second inclined face portion 3130 formed to be in contact with the inclined face of the PROP HEAD 5000 and then dropped to the bottom, and a second inclined face portion 3130 formed on the front and rear faces A fixing pin insertion slot 3150 and a slab panel insertion slot 3160 for fixing the fixing pin 5500 and the fixing pin 4000 to the PROP HEAD 5000 and the fixing pin insertion hole 3170, An end beam 3100 composed of an elongated groove 3180 formed so that a beam fixing piece 1530 of the beam fixing SL 1500 can be fastened with a fixing pin 4000 and a triangular piece 4500; An inclined surface portion 3310 formed at both ends so as to be fastened between the PROP HEAD 5000 and the PROP HEAD 5000 and a fixing portion 3310 formed on the front and back surfaces and fixed to the PROP HEAD 5000 And a middle beam 3300 composed of a slab panel insertion slot 3340 and a fixing pin insertion hole 3350. The fixing pin insertion slot 3330 is formed by a fixing pin insertion hole 3330, .

The PROP HEAD 5000 supports a slab panel and a beam by supporting a beam (BEAM, 3000) and supported by a supporter at the bottom. The PROP HEAD 5000 includes an inclined portion 5100 formed at both ends to correspond to the inclined surface portion of the beam, A slab panel insertion groove 5200 into which the slab panel is inserted, a fixing piece insertion groove 5300 formed at the front surface to fix the beam to the fixing piece 5500, and a protrusion 5510 at the center thereof And then the probe head is prevented from being interfered with when the beam is lowered. The fixing pin 5500 is fixed to the top of the prop head by the fixing pin 4000 and the triangular piece 4500, And an anchor bolt 5700 for allowing the bolts 5700 to be attached.

At this time, when the fixed piece having no projection 5510 is used, the lower step of the fixed piece insertion groove 5300 of the prop head is cut to disassemble the beam and the slab panel, etc., so that the fixing piece 5500 interferes with the step So that it can be lowered without receiving any force.
Anchor bolts (5700) can be excluded from construction according to the construction process and environmental conditions.

The supporter 7000 includes a fixing bar 7100 installed on the ground and formed in a pipe shape so that a sliding bar can be inserted and slide up and down; A sliding bar 7300 which is inserted into the fixing bar and slides up and down to support the prop head fastened to the upper portion and has a groove 7310 for lowering the fixing bar of the low speed device; A mounting bar 7710 provided inside the sliding bar and gradually lowering the beam 3000 and the slab panel 9000 when the beam 3000 and the slab panel 9000 are removed, And a low speed device 7700 formed thereon.

At this time, when the sliding bar is pulled out from the fixing bar, the mounting bar of the low speed device rises like a supporting bar to support the sliding bar.

Further, the low speed apparatus is not limited to the low speed apparatus, and can be used as long as it can absorb the pressure applied from the upper portion and gradually lower the beam 3000, the slab panel 9000, and the like.
And low speed device (77000) can be excluded from construction according to construction process and environmental conditions.

In the construction process, a method of installing a beam and a slab panel and installing and dismounting a beam and a slab panel when the cement is cured,

The installation step (S1000)

Install a wall panel on the slope.

Then, the SL body 1100 is installed on the upper part of the wall panel.

Then, the end beam and the middle beam are fastened to the prop head using a fixing piece, thereby integrating the beam and the prop head.

Then, the slab panel fixing SL and the beam fixing SL are installed inside the SL body.

Thereafter, a beam integrated in the SL is installed in the beam fixing SL.

Then, install the supporter at the bottom of the prop head and fasten the anchor bolt at the top.

Then install the slab panel in beam, pro head, slab panel fixed SL.

After that, cement is poured into the slab panel and cured.

And the disassembling step S2000

When the cement is poured, dismantle the wall panel.

Then, the slab panel fixing SL and the beam fixing SL are disassembled from the SL main body.

Then disassemble the end beam and middle beam on the prop head and the pins holding the slab panel.

Then, when the fin is dismantled, the entire end of the slab panel installed in the end beam, the middle beam, and the end beam and the middle beam falls down, and a fixing member for fixing the beam to the fixing bar provided on the supporter is seated.

Then, the end beam and the middle beam are gradually lowered along the low-speed device due to the self weight of the slab panel installed in the end beam and the middle beam.

The lower end beam, the middle beam, the end beam, and the slab panel installed in the middle beam.

1000: SL (LENGTH) 1100: SL body
1110: Wall panel fixing piece 1130: Slab fixing
1300: Slab panel fixing SL 1310: Slab support
1500: Beam fixing SL 1510: Body
1530: beam fixing piece 1550: supporting piece
3000: Beam (BEAM, 3000) 3100: End beam
3110: first inclined surface portion 3130: second inclined surface portion
3150: Fixing piece insertion groove 3170: Fixing pin insertion hole
3180: groove 3300: middle beam
3310: sloped surface portion 3330: fixed piece insertion groove
5000: PROP HEAD (PROP HEAD, 5000)
5100:
5300: Fixing piece insertion groove 5500: Fixing piece
5700: Anchor Bolt
7000: Supporter 7100: Fixed bar
7300: Sliding bar 7310: Groove
7700: Low speed device 7710: Mounting rod

Claims (6)

The building material used for concrete ceiling construction is installed on a wall panel installed on one side of a wall surface and is installed in a small foot length 1000 with a beam (BEAM, 3000) and a slab panel (9000) A beam 3000 to which a slab panel is inserted and a prop head 5000 connecting the beam 3000 and a prop head supporting the prop head at the lower part of the prop head and a low speed And a supporter (7000) for lowering the mounting rod of the apparatus, the apparatus comprising:
The small pit length 1000 is provided on an upper portion of a wall panel to be fastened to a wall surface and includes a wall panel fixing piece 1110 provided with a beam 3000 and a slab panel to be installed above the wall panel, And a slab fixing piece 1130 formed to extend and bend in an upper "n" shape so as to install a slab;
And a slab support part (1310) inserted into the main body and having an upper end extended to one side to provide a slab on an upper part thereof;
A main body 1510 inserted in the main body and fastened to the wall panel by a fixing pin 4000 and a beam 1510 extending from the main body 1510 so as to fix the end beam with the fixing pin 4000 and the triangular piece 4500. [ And a support piece 1550 formed to be inclined downwardly from the beam fixing piece 1530 and one end of which is supported by the wall panel to prevent the beam fixing piece from being warped by the weight of the beam and the slab panel, (1500). The slab aluminum panel drop device according to any one of the preceding claims,
delete The method according to claim 1,
The beam 3000 is mounted on the beam fixation SL, and a slab panel is inserted therein. The beam 3000 is slidably mounted on the beam fixing SL so that one end of the beam 3000 is sloped to the right and to the left so as to minimize adhesion to the slab- A second inclined surface portion 3130 formed to be in contact with the inclined surface of the prop head 5000 and capable of falling down to the bottom, A fixing pin insertion slot 3150 and a slab panel insertion slot 3160 for fixing the fixing pin 4000 with the fixing pin 5500 and the fixing pin 4000, An end beam 3100 composed of an elongated groove 3180 formed so that a piece 1530 can be fastened by a fixing pin 4000 and a triangular piece 4500;
A slope part 3310 formed at both ends so as to be fastened between the prop head 5000 and the prop head 5000 and a fixing part 5500 and a fixing pin 4000 And a middle beam 3300 composed of a slab panel insertion groove 3340 and a fixing pin insertion hole 3350. The support member 3330 includes a fixing member insertion hole One slab aluminum panel drop device.
The method according to claim 1,
The prophead 5000 supports the slab panel and the beam supported by the supporter at the bottom by connecting the beam 3000 and includes an inclined portion 5100 formed at both ends so as to correspond to the inclined surface portion of the beam, A fixing piece insertion groove 5300 formed on the front surface of the fixing piece 5500 so as to fix the beam to the fixing piece 5500 and a projecting portion 5510 formed at a central portion thereof, The fixing pin 5500 is fixed to the head by the fixing pin 4000 and the triangular piece 4500. The anchor bolt 5500 is fastened to the ceiling by fastening it to the top. (5700);
The supporter 7000 includes a fixed bar 7100 which is installed on the ground and is formed in a pipe shape so that the sliding bar can be inserted and slid up and down, and a prop head which is inserted into the fixed bar and slides up and down, A slider panel 7300 provided on the inside of the sliding bar and having a groove 7310 formed to allow the beggit bar of the beam 3000 and the slab panel 7000 to descend, And a low speed device (7700) having a fixing bar (7710) on which the beam (3000) is mounted so that the lower bar (9000) is gradually lowered.
And a dismantling step of dismantling a beam and a slab panel when curing of the cement is finished, the method comprising: disposing a beam and a slab panel;
The installation step (S1000)
Installing a wall panel on the slope (S1100);
A step (S1200) of installing a small-sized length main body 1100 on the wall panel;
A step (S1300) of integrating the beam and the probe head by fastening the end beam and the middle beam to the prop head using a fixing piece;
A step (S1400) of installing a slab panel fixed small pit length and a beam fixed small pit length inside a small pit length main body;
A step (S1500) of installing an integrated beam in the small-pitched length (1000);
Installing a supporter at a lower portion of the prop head (S1600);
(S1700) of installing a slab panel on the beam, the prop head, and the slab panel fixing small footprint;
And curing the slab panel by pouring and curing the slab panel (S1800).
6. The method of claim 5,
The disassembling step S2000
(S2100) of dismantling the wall panel when pouring of the cement is completed;
Disassembling the slab panel fixed small foot length and the beam fixed small foot range in the small foot length main body (S2200);
Disassembling the pins fixing the end beam, the middle beam and the slab panel to the prop head (S2300);
(S2400), when the fin is disassembled, the entire end of the slab panel installed in the end beam and the middle beam, and the end beam and the middle beam are partially dropped, and a fixing member for fixing the beam to the fixing bar provided in the supporter is seated;
A step S2500 of gradually lowering the end beam and the middle beam along with the end beam and the middle beam according to the self weight of the slab panel;
And a step (S2600) of carrying out the lowered end beam, the middle beam, the end beam, and the slab panel installed in the middle beam to the outside (S2600).

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