KR20150030919A - Prefab construction-absorbing insulation support Panel - Google Patents

Abstract

The present invention relates to a panel for supporting a sound-absorbing insulation material of a prefabricated building, which is provided to be manufactured to have different widths from each other in accordance with the width of an insulation material, and prevented from being deformed by being bent or folded, even though the panel is long; and is capable of fundamentally preventing the movement of the insulation material by pressurizing the insulation material and, more specifically, to a panel for supporting a sound-absorbing insulation material of a prefabricated building, which comprises: groove-shaped reinforcement units formed at equidistant intervals on a board in the widthwise direction of the board; an upper horizontal plate; a vertical plate vertically extended from the upper horizontal plate; and a lower horizontal plate vertically bent and extended from the end of the vertical plate in the different direction from that of the upper horizontal plate. The upper horizontal plate has a first support end formed on the end thereof, wherein the first support end is inclined downwards, has a corrugated shape, and has a first concave part and a first convex part consecutively formed in a lengthwise direction. The lower horizontal plate has a second support end formed on the end thereof, wherein the second support end is inclined upwards, has a corrugated shape, and has a second concave part and a second convex part consecutively formed in a lengthwise direction. As the panel for supporting a sound-absorbing insulation material of a prefabricated building includes a support unit formed by pressing an edge part, where the upper, horizontal plate, the lower horizontal plate, and the vertical plate meet each other, into a concave groove shape, the panel is capable of preventing the self-bending deformation of the insulation material due to the long length of the insulation material by stably fixating the insulation material on a stable position by having a corrugated support end on the end thereof.

Description

{Prefab construction-absorbing insulation support panel}

The present invention relates to a sound absorbing and heat insulating support panel, and more particularly, to a sound absorbing insulation supporting panel which can be manufactured differently according to the width of a heat insulating material and can prevent a bending deformation or a bending deformation even when a long length is used, Sound insulation insulator support panel.

In general, the roofs of architectural structures have been developed in various ways according to their lifestyle and customs. In recent years, in order to install a large building structure to accommodate a large number of personnel at the same time, In order to remove it, it is installed by using arch roof type panel which is steel roof material which maintains its own strength.

Particularly, the sandwich panel is made of a material such as styrofoam (EPS), urethane, glass wool, etc., which is made of heat-resistant, heat-resistant, flame-retardant, or incombustible filler and steel steel sheet, It refers to the panel for construction.

Such a sandwich panel is formed as a joining part so that both ends can be connected to each other in a horizontal form or a vertical form and is continuously assembled to a wall or a roof. Such a sandwich panel is a lightweight but fully assembled structure having a strong self- It is possible to save the construction period and the construction cost as much as possible because it is easy to work.

In addition, since it does not absorb moisture, it has a good waterproof effect as well as moisture proof, and it provides a comfortable space. It is hygienic and has good efficiency of indoor air cooling and heating due to heat insulation and is made flame retardant and nonflammable. Therefore, it can be used as a power house, a villa, , A factory, a logistics center, a warehouse, etc. These sandwich panels are usually divided into a wall assembly panel and a roof assembly panel.

At this time, the interior finishing work is performed for the interior heat insulation and aesthetic finish on the bottom surface of the roof panel.

For such interior finishing, insulation is essential, and various other treatments are performed for other aesthetic finishes.

The interior finishing is generally performed by applying an adhesive to the back surface of the sound absorbing board having a predetermined thickness, and then attaching the sound absorbing board to the bottom surface of the roof panel.

Such a sound-absorbing board can not be installed in the winter season due to the high cost and safety problems as well as the condensation phenomenon of the iron plate, and the sound-absorbing board must be attached to each inner surface of the curved roof panel. It is not only hard but it is also difficult to fit the thickness of the sound absorption board to the legal standard.

Such a roof panel system is disclosed in, for example, Japanese Unexamined Patent Application Publication No. 10-2001-100979, in which a lower metal panel is provided on an upper part of a frame corresponding to a ceiling of a building, an insulating board using glass fiber on the lower metal panel, And a panel laminated structure.

However, in the above conventional roof panel system, since the insulation board between the upper metal panel and the lower metal panel is weak in the rigidity against the load, when the worker climbs up the roof, the supporting force against the load is weak, And there is a safety problem.

In addition, in the conventional roof panel system, there is a problem that the sound-absorbing and thermal insulating material is displaced from the initial position when external vibration or shock occurs, and there is a problem that when the person rides on the roof for repairing, it is turned off or the panel is deformed.

1. Registration No. 10-0278775 (Roof panel construction) 2. Registration No. 10-0540785 (Method of manufacturing a roof panel with a fixing device for fixing a sound-absorbing panel and structure of the manufactured roof panel) 3. Registration No. 20-0274229 (fixing device for installing sound-absorbing board)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a sound absorbing and thermal insulating material supporting panel for building, which prevents the self- And the like.

Another object of the present invention is to prevent deformation of the support panel by forming a plurality of reinforcing portions and supporting portions along the longitudinal direction.

In order to achieve the above object, according to the present invention, there is provided a plate-shaped reinforcing plate, which comprises a plate-like reinforcing portion for reinforcement at equal intervals along a width direction of a plate material and, at an end of a vertical plate extending perpendicularly to the upper plate, The end of the upper horizontal plate is inclined downward and a first supporting end in which a first bone and a first acid are continuously formed along a longitudinal direction in the form of a wave, And the lower end of the lower horizontal plate is inclined upwardly and forms a second support end in which a second bony and a second acid are continuously formed along the longitudinal direction in the form of a waveform, and the upper and lower water level plates and the vertical plate meet And a sound absorbing thermal insulating material is fixed between the upper and lower metal panels of the roof, It provides a sound-absorbing insulation support panel.

As described above, the present invention has the effect of preventing the self-bending deformation due to the stable positional fixed length of the heat insulating material from being formed by forming the corrugated support end at the end.

Further, it is possible to prevent the support panel from being deformed by forming a plurality of reinforcing portions and supporting portions along the longitudinal direction.

FIG. 1 is a view showing a state of use in which a sound absorbing thermal insulator supporting panel for a building construction according to the present invention is applied,
FIG. 2 is a perspective view of a sound absorbing thermal insulator support panel according to the present invention,
3 is a side view of a sound absorbing thermal insulator support panel for a building construction according to the present invention,
4 is a side cross-sectional view to which a sound absorbing thermal insulator support panel according to the present invention is applied.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

1 to 4, the prefabricated constructional sound absorbing thermal insulator support panel of the present invention comprises an upper metal panel 1, a lower metal panel 2, and a sound absorbing thermal insulator 3 between the upper and lower metal panels, To a supporting panel (100) for reinforcing the sound absorbing insulating material of the prefabricated building.

The support panel 100 is supported by the vertical plate 30 connecting the upper horizontal plate 20 with the lower horizontal plate 40 and the upper and lower horizontal plates 20 and 40 vertically, And a vertical bar is integrally connected and bent.

That is, the supporting panel 100 is bent in the form of a long plate so that the size of the vertical plate 30 is determined according to the bending lengths of the upper horizontal plate 20 and the lower horizontal plate 40, So that the length can be adjusted according to the thickness of the substrate.

The upper end of the upper horizontal plate 20 is inclined downward and forms a first supporting end 23 in which a first rib 21 and a first ridge 22 are continuously formed along a longitudinal direction in the form of a wave. do.

The lower end of the lower horizontal plate 40 is inclined upwardly and forms a second supporting end 43 in which a second rib 41 and a second mountain 42 are continuously formed along the longitudinal direction in the form of a wave. do.

At this time, the first and second supporting ends 23 and 43 are manufactured using a manufacturing machine having a different waveform shape in the pre-bending step for manufacturing the upper and lower horizontal plates 20 and 40 .

That is, the first and second troughs 21 and 41 of the first and second supporting ends 23 and 43 are brought into contact with the sound-absorbing and thermal insulating material 3 and pressed and clamped to a predetermined depth, do.

In addition, the upper and lower horizontal plates 20 and 40 and the vertical plate 30 are formed with support portions 50 formed by press-forming the corner portions.

At this time, the support part 50 is folded to form the upper and lower horizontal plates 20 and 40, and then the upper horizontal plate 20 and the lower part 20 are formed in the longitudinal direction of the support panel 100 by using a Viza- And the V-shaped grooves are formed by pressing the corners tangent to the horizontal plates 40 respectively.

That is, the support part 50 prevents the upper horizontal plate 20 from being warped when a load acts on the upper part of the support panel 100 so that the first support end 23 digs into the sound-absorbing and thermal insulating material 3 So as to perform a support function for preventing a malfunction.

The operation and effect of the present invention constructed as described above will be described below.

The soundproof thermal insulating material 3 is installed between the upper metal panel 1 and the lower metal panel 2 at the upper part of the roof, and the upper and lower metal panels 1, The panel 100 is vertically installed and reinforced to secure a supporting force against the load applied from the upper part of the roof.

At this time, the upper metal panel 1 is connected using a holder 4 for continuous connection and the holder 4 is located on the upper part of the sound-absorbing thermal insulator 3.

For example, by installing loads (sunlight collecting panels, snow guards, etc.) on the upper part of the roof, loads are applied to the upper metal panel 1 And the lower metal panel 2, thereby providing robustness against the load.

Particularly, the support panel 100 is formed in such a manner that the upper and lower horizontal plates 20 and 40 formed on the upper and lower sides of the vertical plate 30 secure a sufficient supporting area on the upper and lower metal panels 1 and 2 So that the sound-absorbing thermal insulator 3 can be stably supported.

In addition, when the sound-absorbing thermal insulating material 3 is installed using the support panel 100, the first trough 21 of the first supporting end 23 formed on the upper horizontal plate 20 has the lowest point of the sound- The pressing force is transmitted by the bent angle? Of the first supporting end 23 while being in contact with the upper surface so that the sound-absorbing and thermal insulating material 3 is closely fixed to the lower metal panel 3 have.

The second trough 41 of the second support end 43 formed on the lower horizontal plate 40 is in contact with the lower surface of the sound-absorbing thermal insulator 3 at its highest point, the pressing force is transmitted to the upper metal panel 2 while the sound-absorbing and thermal insulating material 3 is closely attached to the upper metal panel 2,

Also, since the first and second supporting ends 23 and 43 are bent at an angle?, The position fixing function and the external vibration function perform the function of interlocking to prevent separation even if an impact occurs, The angle? Formed by the upper and lower horizontal plates 20 and 40 and the first and second supporting ends 23 and 43 may be an obtuse angle.

In addition, since the first and second supporting ends 23 and 43 are formed in the shape of a corrugated shape, the support panel 100, which is manufactured to have a long length, is prevented from being deformed by external force.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limited to the embodiments set forth herein. Various changes and modifications may be made by those skilled in the art.

1: upper metal panel 2: lower metal panel
3: Sound absorption insulation 4: Holder
10: reinforcement part 20: upper horizontal plate
21: 1st goal 22: 1st mountain
23: first supporting end 30: vertical plate
40: lower horizontal plate 41: second goal
42: second acid 43: second support stage
50: Support part 100: Support panel

Claims (2)

A reinforcing portion 10 of a groove shape is formed for reinforcing at equal intervals along the width direction of the plate material,
The lower horizontal board 40 is bent at an end of the vertical board 30 extending at right angles to the upper horizontal board 20 along the longitudinal direction so as to extend at right angles to the other direction from the upper horizontal board 20,
The upper end of the upper horizontal plate 20 is inclined downward and forms a first supporting end 23 in which a first ridge 21 and a first ridge 22 are continuously formed along a longitudinal direction in the form of a wave,
The end of the lower horizontal plate 40 is inclined upwardly and forms a second support end 43 in which a second valley 41 and a second peak 42 are continuously formed along the longitudinal direction in the form of a wave,
And a support portion 50 formed by press-forming a corner portion where the upper and lower water leveling plates 20 and 40 meet the vertical plate 30 so as to form a gap between the upper and lower metal panels 2 and 3 And the sound absorbing thermal insulating material (3) is fixed to the support panel (3). The sound absorption heat insulating material (3) according to claim 1, characterized in that the first supporting end (23) and the second supporting end (43) are formed to have the same bending angle so as to support the sound- Insulation support panel.

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