KR200316936Y1 - A Build Structure of Adiabatic Roof - Google Patents

Abstract

The present invention consists of a plastic saddle installed between the upper and lower panels during the construction of the insulation roof to completely block external cold and heat, thereby increasing the thermal insulation effect while preventing condensation. Of course, the upper and lower panels coupled to the sliding structure of the bird to be able to sufficiently cope with the contraction and expansion of the roof plate due to the temperature difference, it can be used safely in the structure of the roof formed a relatively long panel, By forming a large corrugation of the lower panel, the insulation roof is structurally safe and can receive enough rainwater during heavy rains, preventing the risk of over-flow of rainwater, while the panel and the panel Since it is joined by a sliding structure, the hole for joining the bolt does not occur without the bolt being exposed, thereby preventing the occurrence of leakage. The present invention relates to a prefabricated insulating roof construction structure.

The technical configuration is that the first saddle 150 is installed in the bent hill 140 of the upper and lower panels 110 and 120 with the heat insulator 130 embedded therein, and the first saddle 150. A locking groove 160 is formed at the lower side of the lower panel 120 such that the bending plate 120b of the lower panel 120 slides, and an upper side of the bending panel 170 is inserted therein so that the coupling panel 180 is protruded. 190 is installed to be fixed, the lower panel 120 is inserted into the engaging groove 160 of the first saddle 150 integrally with the bending plate (120b) of the lower panel 120, so that the lower end is fixed to the step of the lower panel 120 The plate-shaped panel support 200 is fixedly installed as a bolt perpendicular to the portion 120a, and the upper portion 110 of the upper panel 110 so that the upper bent end 170 of the first saddle 150 is sliding interpolated. It is to the subject matter that the bending coupling groove 210 is formed.

Description

A Build Structure of Adiabatic Roof

The present invention is a prefabricated insulating roof having a double structure consisting of a top panel and a bottom panel with an insulating material installed therein, the top panel and the bottom panel can be easily and easily connected through a saddle (Saddle) to construct a heat insulation roof The present invention relates to a saddle for prefabricated insulating roofing saddles, which in particular, has a plate-shaped panel support on both sides of the lower side of the bottom of the saddle, which is installed on Purlin of the roof, and is fixed to the bottom panel and bolts. Since the support is inserted into the bent coupling groove of the upper panel vertically to the saddle upper portion to be coupled to the support piece and bolt of the saddle, the connection of the upper and lower panels using the saddle during the construction of the insulating roof It can be easily made and connected to the lower panel without fastening bolts to the upper panel to prevent leakage. It relates to a prefabricated insulating roof saddle that can be prevented.

In general, in the case of the construction structure of the prefabricated roof, as shown in FIG. 1, a heat insulating member 30 is installed between the lower panel 10 and the upper panel 20 formed of a metal plate to form a roof. The lower panel 10 and the upper panel 20 are manufactured by connecting long metal plates to each other, and the lower panel 10 and the upper panel 20 are connected and fixed by the coupling of the bolts 50, and the panel. It is configured to hold the gap between the lower panel and the upper panel while fixing each metal plate constituting each other.

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 bolts penetrate the upper and lower panels to be coupled to the support beam, causing damage to the panels constituting the insulation roof, as well as leaks accordingly It is.

In addition, the panel constituting the insulating roof has a number of problems, such as due to the coupling by the bolt, can not cope with the expansion and expansion of the steel sheet due to the external temperature difference, such that deformation is easily generated.

The present invention has been devised to improve the conventional problems as described above, its purpose is to completely block the external cold, heat by forming a saddle (Saddle) that is installed between the upper and lower panels during the construction of the insulation roof made of plastic In addition, the thermal insulation effect is further increased while preventing condensation, and the bird can be coupled to the upper and lower panels in a structure capable of sliding, so that the roof plate can sufficiently cope with contraction and expansion due to temperature difference. It can be used safely in the structure of the roof with a relatively long panel. The corrugation of the upper and lower panels is largely formed so that the insulation roof is structurally safe and can receive sufficient amount of rainfall during heavy rains. If the panel and panel are joined to each other by sliding structure to prevent the risk of over-flow, Prefabricated with holes for engagement of bolts is not generated can prevent the occurrence of leakage it is to provide a heat insulating roof structure construction.

1 is a cross-sectional structural view showing the upper, lower panel connection construction of a typical prefabricated insulating roof.

Figure 2 is a cross-sectional structural view showing the upper, lower panel construction structure of the prefabricated insulating roof according to the present invention.

Figure 3 (a) and Figure 3 (b) is a schematic perspective view of the first and second birds installed in the coupling portion of the upper and lower panels of the present invention.

* Description of Signs of Major Parts of Drawings

110 ... top panel 120 ... bottom panel

120a ... stage 120b ... bending plate

130 Insulation 140 Acid

150,150 '... First and Second Birds 160,160' ...

170,170 '... Bending end 180,180' ... Combined panel

190,190 '... Mating bolt 200 ... Panel support

210.Bending Joining Groove

The present invention as a technical means for achieving the above object, in the prefabricated insulating roof is installed between the upper panel and the lower panel,

It is installed in the bent mountain part of the upper and lower panels with the heat insulating material inside, and the locking groove is formed so that the bending plate of the lower panel slides into the lower side, and the coupling panel with the bent end protruding from the upper side is inserted into the coupling bolt. First saddles fixedly installed as;

A plate-shaped panel support having a lower end vertically fastened to a stepped portion of the lower panel so as to be inserted into the locking groove of the first saddle integrally with the bending plate of the lower panel;

By providing a prefabricated insulating roof construction structure comprising a; a bending coupling groove formed in the upper portion of the upper panel so that the upper bent end of the first saddle is sliding interpolated.

In addition, the present invention has a second groove is installed in the adjacent mountain portion of the upper and lower panels in which the first birds are installed, a locking groove formed at a right angle so that the bent plate of the lower panel slides interposed downward is formed, the upper side of the second birds It characterized in that the bent end protruding the coupling panel is inserted to be installed to be fixed as a coupling bolt.

In addition, the first birds and the second birds installed in the adjacent mountain portion of the panel is installed is characterized in that the synthetic resin.

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

Figure 2 is a cross-sectional structural view showing the upper and lower panel construction of the prefabricated insulating roof according to the present invention, Figure 3 (a) and Figure 3 (b) is installed inside the coupling portion of the upper and lower panels of the present invention As a schematic perspective view of the first and second birds, between the upper panel 110 and the lower panel 120 constitutes a prefabricated insulating roof on which the heat insulating material 130 is installed, and an upper part of the heat insulating material 130 embedded therein. And the first saddle 150 is installed in the bent mountain 140 of the lower panels 110 and 120, and the bending plate 120b of the lower panel 120 slides under the first saddle 150. The locking groove 160 is formed to be inserted, and the coupling panel 180 protruding from the bent end 170 is inserted therein so as to be fixed to the coupling bolt 190.

In addition, the lower panel 120 is inserted into the locking groove 160 of the first saddle 150 integrally with the bending plate 120b of the lower panel 120 so that the lower end thereof is perpendicular to the step 120a of the lower panel 120. The plate-shaped panel support 200 is fixedly installed as a bolt, and the bent coupling groove 210 is formed in the hill 140 of the upper panel 110 so that the upper bent end 170 of the first saddle 150 is sliding interpolated. ) Is formed.

In addition, a second saddle 150 'is installed in an adjacent mountain portion 140' of the upper and lower panels 110 and 120 on which the first saddle 150 is installed, and at this time, a lower side of the second saddle 150 '. In the lower panel 120 is formed a locking groove 160 'formed at right angles so that the bending plate 120b of the lower panel 120 and the plate-shaped panel support 200 are slidingly interpolated, and the upper side of the second saddle 150' is formed. Coupling panel 180 'protruding end 170' is inserted into the interior is configured to be fixed to the coupling bolt 190 '.

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

As shown in Figure 2 and 3 (a) (b), between the upper plate 110 and the lower plate 120 of the panel constituting the roof is built a heat insulating material 130 to form a prefabricated insulating roof, The first saddle 150 is installed in the bent mountain 140 of the upper and lower panels 110 and 120 in which the heat insulating material 130 is embedded, so that the upper and lower panels 110 and 120 are disposed. Sliding insert is fixed.

At this time, the lower side of the first saddle 150 is formed with a locking groove 160 inclined to both sides, the bending plate 120b of the lower panel 120 is interpolated sliding inside the locking groove 160, In addition, the plate-shaped panel support 200 which is vertically mounted on the stepped portion 120a of the lower panel 120 integrally with the bent plate 120b of the lower panel 120 is also a locking groove of the first saddle 150. Sliding interpolation 160 to support the lower panel 120 to be fixed.

In addition, the upper side of the first saddle 150, the bent end 170 is protruded by the coupling panel 180 is inserted therein to be fixed as the coupling bolt 190,

The upper bent end 170 of the first saddle 150 slides into the bent coupling groove 210 formed in the hill 140 of the upper panel 110 to be fixed.

Therefore, the first saddle 150 is slidably coupled to the upper and lower panels 110 and 120 to sufficiently cope with the contraction and expansion of the roof plate due to the temperature difference, and the roof panel is formed to be relatively long. It can be used safely in the structure of the roof, of course, by forming a large waveform of the valley of the upper and lower panels 110, 120 so that the insulation roof is structurally safe, and can receive a sufficient amount of rain during heavy rains. .

On the other hand, the second saddle 150 'is installed in an adjacent mountain portion 140' of the upper and lower panels 110 and 120 on which the first saddle 150 is installed to fix the upper and lower panels 110 and 120. In this case, a locking groove 160 'formed at a right angle is formed at the lower side of the second saddle 150' such that the bending plate 120b of the lower panel 120 and the plate-shaped panel support 200 are inserted at a right angle. The upper side of the second saddle 150 'is a coupling panel 180' protruding from the bent end 170 'is inserted therein and fixed as the coupling bolt 190'.

In this case, the first saddle 110 and the second saddle 150 ′ installed in the adjacent mountain portion 140 ′ of the panel on which the first saddle 110 is installed are made of synthetic resin, thereby providing external cold and hot air. It completely blocks and prevents condensation, which can increase the insulation effect.

As described above, according to the prefabricated insulating roof construction structure according to the present invention, the birds installed between the upper and lower panels when constructing the insulating roof is made of plastic to completely block external cold and heat, condensation phenomenon In addition, the insulation effect is further increased, and the upper and lower panels are connected to the sliding structure of the birds so as to sufficiently cope with the contraction and expansion of the roof plate due to the temperature difference, and the roof having a relatively long panel is formed. It can be used safely in the structure of the upper and lower panels, and the corrugation of the upper and lower panels is largely formed, so that the insulation roof is structurally safe and can receive enough rainwater during heavy rains. While preventing the risk, the panel and the panel are joined to each other in a sliding structure so that the bolts can be joined without the bolts being exposed. It is not generated there is an excellent effect capable of preventing the occurrence of leakage.

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 insulating roof is installed between the upper panel 110 and the lower panel 120, the heat insulating material 130, It is installed in the bent mountain portion 140 of the upper and lower panels 110 and 120 with the heat insulating material 130 built therein, so that the bending plate 120b of the lower panel 120 slides into the lower locking groove ( 160 is formed, the first saddle 150 is installed to be fixed as a coupling bolt 190 is inserted therein the coupling panel 180 protruding from the bent end 170 therein; The lower end portion is inserted into the locking groove 160 of the first saddle 150 integrally with the bending plate 120b of the lower panel 120 so that the lower end portion is vertically fastened to the stepped portion 120a of the lower panel 120. Plate-shaped panel support 200 to be; Prefabricated insulation, characterized in that it comprises a; bending engaging groove 210 formed in the mountain portion 140 of the upper panel 110 so that the upper bent end 170 of the first saddle 150 is sliding interpolated Roof construction The lower saddle of claim 1, wherein the second saddle 150 ′ is installed at an adjacent mountain portion 140 ′ of the upper and lower panels 110 and 120 on which the first saddle 150 is installed. A locking groove 160 'formed at right angles is formed so that the bending plate 120b of the bending plate 120b is sliding, and the coupling panel 180' having the bent end 170 'is formed on the upper side of the second saddle 150'. Prefabricated insulation roof construction structure, characterized in that the insertion bolt is fixed to be installed as a coupling bolt (190 '). The method of claim 1 or 2, wherein the first saddle 150 and the second saddle 150 'installed in the adjacent mountain portion 140' of the panel on which the first saddle 150 is installed are made of synthetic resin. Prefabricated insulation roof construction structure, characterized in that the.