KR200345484Y1 - A Structure for Liner Panel using of Roof - Google Patents

Abstract

The present invention enables the structural liner panel to form a wide roof width of the prefabricated building by simultaneously serving as a lower structural member supporting the building ceiling and the upper roof panel, and can form a long span structurally through the structural liner panel. The present invention relates to a roof ceiling structure using a liner panel that can improve the support of the roof while improving the support of the roof, as well as improve the aesthetics of the ceiling from the inside of the building, and further improve sound absorption and insulation.

The technical configuration of the structural liner panel 110, the heat insulating material 100 is stacked in a plurality of layers alternately inside each other, a plurality of lower steel plate 140 in the width direction above the structural liner panel 110. Rolled up, installed to correspond to the positive pressure and negative pressure of the roof 200, the board 150 is installed on the upper side between a plurality of gibbi structural steel plate 140 to maintain the smooth surface of the roof screw (not shown) It is installed so as to be coupled to the lower steel plate 140, the roof panel 170 is installed on the upper side of the board 150 via the waterproof sheet 160, and constitutes the ceiling of the roof panel 170 At the bending coupling end 180, the sliding clip 190 is coupled to correspond to the expansion and contraction according to the temperature difference of the roof panel 170.

Description

A structure for liner panel using of roof

The present invention is formed by stacking the lower steel plate and the roof panel on the upper side of the liner panel (Liner Panel) which allows the insulation to be laminated in multiple layers and simultaneously serves as a lower structural material supporting the building ceiling and the upper roof panel. By combining the coupling end of the roof panel with a sliding clip, to form a wide roof width of the prefabricated building, to improve the support of the roof, improve the aesthetics when viewed from the inside of the building, and further improve sound absorption and insulation It relates to a roof ceiling structure using a liner panel, in particular, the insulation is laminated in a plurality of layers with each other interposed therebetween, vertical and horizontal bent on one side to fix the insulation to form a plurality of perforations on the surface To the upper side of one structural liner panel, the lower steel plate and board are sequentially stacked In addition, by forming a roof panel on the upper side to be coupled to the coupling end is bent by a sliding clip to be folded, thereby making it possible to form a wide roof width of the prefabricated building, it is possible to form a long span structurally through the structural liner panel. Roofing structure using liner panels to improve the support of the roof, improve the aesthetics from inside the building, reduce the cost of the structural materials, and further improve sound absorption and insulation. It is about.

In the case of a generally known prefabricated roof, as shown in FIG. 1, a heat insulation member 30 is built between the bottom panel 10 and the top panel 20 formed of a metal plate to form a heat insulation roof. Will be.

In this case, the lower panel 10 and the upper panel 20 are manufactured by connecting metal plates long in the width direction to each other, and the lower panel 10 and the upper panel 20 are connected through bolts 50. By coupling and fixing to each other, it is to be able to maintain the gap between the lower panel and the upper panel while simultaneously fixing each metal plate constituting the panel.

However, the upper and lower panels 20, 10 having the heat insulating member 30 installed therein as described above are connected to each other in the vertical direction by using a bolt through the heat insulating member on the upper side of the lower panel. By connecting, there is an advantage that the construction of the panel is easy, but the upper panel 20 and the lower panel 10 penetrates the support beams through the bolts 50, and there are many seams on the roof, causing leakage and corrosion, and insulation. There is a big disadvantage of damage to the panels that make up the roof.

In particular, the panels constituting the insulating roof is not possible to be designed in a cross section that can cross the long distance because it is extremely vulnerable to the static pressure and negative pressure that the roof must bear structurally because of the long construction is impossible, and the supportability of the roof is weak Deformation is easily generated, of course, there are many problems such as not properly secure sound absorption and heat insulation.

The present invention has been made in order to improve the conventional problems as described above, its purpose is to enable the role as a lower structural material to support the building ceiling and upper roof panel at the same time to form a wide roof width of the prefabricated building, Structural liner panels allow structural cross sections to be cross-sectioned, while improving roof support, as well as improving the aesthetics of the interior ceiling and further improving sound absorption and insulation. It is to provide a roof ceiling structure using a liner panel that can improve the structural stability while reducing the cost of the underlying structure.

1 is a cross-sectional structural view showing a general prefabricated insulating roof structure.

Figure 2 is a cutaway perspective view showing a roof ceiling structure using a liner panel according to the present invention.

Figure 3 is a laminated structure for explaining the roof ceiling structure using the liner panel of the present invention.

Figure 4 is a cross-sectional view showing a roof ceiling structure using a liner panel of the present invention.

* Description of Signs of Major Parts of Drawings

100 Insulation 110 Structural Liner Panel

111 Vertical bend 112 Horizontal bend

113.Fixed projection 120

130 ... beam 140 ... bottom structural steel

150 ... board 160 ... waterproof sheet

170 ... roof panel 180 ... bending end

190 ... sliding clip 200 ... roof

210 ... Nonwoven

The present invention as a technical means for achieving the above object, in the prefabricated insulating roof that is built with a heat insulating material,

Insulation material is formed to be stacked in a plurality of layers alternately therein, the vertical and horizontal bent portion is formed on one side to fix the heat insulating material, the horizontal and vertical bent portion is fixed to the fixing projection to fix the heat insulating material, the sound absorbing on the surface Structural liner panel formed with a plurality of perforations for the beam is installed on the upper side;

A plurality of structural steel sheets which are rolled up above the structural liner panel and installed so as to correspond to the positive pressure and the negative pressure of the roof;

A board installed on the upper side between the plurality of horizontally laid down structural steel sheets to be fixedly coupled with the underlying structural steel sheet as a screw to maintain a smooth surface;

A roof panel mounted on a top of the board via a waterproof sheet; And

The roof ceiling structure using a liner panel is provided, comprising: a sliding clip fixedly coupled to a bent coupling end constituting the ceiling of the roof panel and installed to correspond to the expansion and contraction according to the temperature difference of the roof panel. By

In addition, the present invention is the upper side of the structural liner panel formed by laminating a plurality of layers of heat insulating material therein, through the non-woven fabric for buffering so that the lower steel plate is transverse to the upper side, the roof panel has a constant fluorine resin on the surface It is characterized in that the thickness coating is formed.

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

Figure 2 is a cutaway perspective view showing a roof ceiling structure using a liner panel according to the present invention, Figure 3 is a laminated structure for explaining the roof ceiling structure using a liner panel of the present invention and Figure 4 is a liner panel of the present invention As a cross-sectional view showing the roof ceiling structure used, the insulation liner 110 is zigzag and stacked in a plurality of layers in the interior of the structural liner panel 110, and the insulation liner 110 of the structural liner panel 110 is fixed to the fixing line. The vertical and horizontal bending portions 111 and 112 are formed at one side, respectively, and the fixing protrusions 113 are fixed to the horizontal and vertical bending portions 111 and 112 to fix the heat insulating material 100. A plurality of perforations 120 for sound absorption are formed on the surface of the structural liner panel 110 and installed above the beam 130.

In addition, the structural liner panel 110, the upper side of the structural steel plate 140 in the width direction, a plurality of horizontal structural steel plates 140 are installed so as to correspond to the positive pressure and negative pressure of the roof 200, a plurality of horizontal structural steel plate 140 The board 150 is installed on the upper side between the board 150 is installed to be fixed to the base structural steel plate 140 as a screw (not shown) to maintain the smooth surface of the roof, and the waterproof sheet 160 on the upper side of the board 150. Roof panel 170 is installed through the ().

At this time, the bending coupling end 180 constituting the ceiling of the roof panel 170, the sliding clip 190 is coupled to correspond to the expansion and expansion according to the temperature difference of the roof panel 170, the heat insulating material therein The structural liner panel 110 formed by stacking a plurality of layers 100 has a structure in which the structural steel sheet 140 is rolled on the upper side of the structural liner panel 110 through a nonwoven fabric 210 for buffering.

Referring to the operation and effects of the present invention made of such a configuration as follows.

As shown in FIGS. 2 to 4, the structural liner panel 110 installed above the beam 130 such as the H-beam, etc. to constitute the roof 200 is staggered from each other in a zigzag manner. By stacking and forming a plurality of layers, the insulation 100 can be further improved in the interior of the structural liner panel 110, in which the vertical and horizontal formed to one side of the structural liner panel 110 After the heat insulating material 100 is stably interpolated in the bent portions 111 and 112, the heat insulating material 100 can be firmly fixed by the fixing protrusions 113 formed in the horizontal and vertical bent portions 111 and 112. .

On the other hand, a plurality of perforations 120 are formed on the surface of the structural liner panel 110, so that the sound absorption through the perforations 120 can be improved.

In addition, the structural liner panel 110 overhangs a plurality of structural steel plates 140 in the width direction through the non-woven fabric 210 for the buffer, so as to correspond to the positive pressure and negative pressure of the roof 200. On the upper side between the plurality of horizontally laid down structural steel sheet 140, the board 150 is installed in sequence, so as to maintain a smooth surface of the roof as a screw (not shown) to couple and fix the ground structural steel sheet 140. .

Subsequently, the roof panel 170 is installed on the upper side of the board 150 via the waterproof sheet 160. At this time, the bent coupling end 180 constituting the ceiling of the roof panel 170, By coupling the sliding clip 190 to correspond to the expansion and contraction according to the temperature difference of the roof panel 170, the sliding clip 190 can be slid left and right by thermal expansion of the roof panel 170.

In particular, the roof panel 170 is formed so that the surface of the fluorine resin is coated with a predetermined thickness, it is possible to suppress the occurrence of rust due to moisture or the like outside.

As described above, according to the roof ceiling structure using the liner panel according to the present invention, while simultaneously enabling the role as a lower structural material supporting the building ceiling material and the upper roof panel, while making it possible to form a wide roof width of the prefabricated building, Structural liner panels can be formed into cross sections that can be structurally crossed over long distances, improve the supportability of the roof, improve the aesthetics of the interior ceiling, and further improve sound absorption and insulation. At the same time as reducing the cost of the structural material has an excellent effect to improve the structural stability.

Although the present invention has been illustrated and described in connection with specific embodiments, it should be understood that the present invention may be variously modified and changed without departing from the spirit or the scope of the present invention provided by the following claims for utility model registration. Those skilled in the art will want to know easily.

Claims (3)

In the prefabricated insulation roof that the heat insulating material 100 is built in, Insulating material 100 is formed to be stacked in a plurality of layers alternately therein, and to form the vertical and horizontal bent portion 111, 112 on one side to fix the heat insulating material 100, the horizontal and vertical bent portion 111 In the 112, the fixing protrusion 113 is rolled to fix the heat insulating material 100, and a plurality of perforations 120 for sound absorption are formed on the surface, and the structural liner panel 110 is installed above the beam 130. ; A base steel sheet 140 which is plurally rolled up above the structural liner panel 110 and installed to correspond to the positive pressure and the negative pressure of the roof 200; A board 150 installed on the upper side between the plurality of horizontally laid down structural steel sheets 140 and installed to be fixed to the ground structural steel sheet 140 as a screw to maintain a smooth surface; A roof panel 170 installed on the board 150 via the waterproof sheet 160; And And a sliding clip 190 fixedly coupled to the bent coupling end 180 constituting the ceiling of the roof panel 170 and installed to correspond to the expansion and contraction according to the temperature difference of the roof panel 170. Roof ceiling structure using a liner panel characterized by. According to claim 1, wherein the upper portion of the structural liner panel 110 in which the heat insulating material 100 is formed of a plurality of layers laminated therein, the structural steel sheet 140 is laid on the upper side via a non-woven fabric 210 for buffering. Roof ceiling structure using a liner panel characterized in that it is. The roof ceiling structure using a liner panel according to claim 1, wherein the roof panel (170) has a fluorine resin coated on a surface thereof.