KR101332618B1 - A construction method of roof which having metal panel and thereof it - Google Patents

Abstract

The present invention relates to a construction method of a metal panel roof and the metal panel roof manufactured by the same. The construction method of the metal panel roof comprises the steps of; fixing and installing a plurality of drain guide pipes, which comprises a center drain formed by a pair of side walls separated at a fixed gap, a support end formed on the center of the center drain by including an insertion groove of a fixed depth on the center and a horizontal plate on both sides of the upper end of the insertion groove, a side drain formed on both sides of the center drain, and a holding unit horizontally extended on the outer surface of each side drain, on the upper part of an insulation member by being separated at a regular interval; mounting both ends of a filler member on the fixed holding unit of each drain guide pipe by facing each other while being separated at the fixed gap whereas the filler member formed at the fixed depth is mounted on the upper part of the insulation member; installing a metal panel member of which both ends are bent downwards on the upper part of the filler member and mounting each bent unit of both sides on the upper part of the horizontal plate of the drain guide pipe fixed by facing each other while being separated at the fixed gap; and connecting the drain guide pipe and a finishing strip including an attachment plate and an insertion end protruding downwards from the attachment plate, compulsorily inserting the insertion end into the insertion groove of the drain guide pipe, and pressing and fixing each bent unit of the metal panel member mounted on the upper part of the horizontal plate of the drain guide pipe with the attachment plate.

Description

A construction method of roof which having metal panel and glowing it}

The present invention provides a method for constructing a metal panel roof and a metal panel roof by the same, in particular a central drainage path formed by a pair of sidewalls spaced at regular intervals, and an insertion groove having a predetermined depth in the center of the metal panel roof, Is provided with a horizontal plate is provided with a plurality of drainage guide pipe consisting of a support end formed in the central portion of the central drainage passage, side drainage passages formed on each side of the central drainage passage, and a cradle extending horizontally from the outer surface of each side drainage passage. Preparing and fixing spaced intervals at an upper portion of the insulating member; Placing a filling member having a predetermined thickness on an upper portion of the heat insulating member, the both ends of which are placed in a cradle of each of the drainage guide pipes fixedly opposed to each other at a predetermined interval; Mounting metal panel members bent at both ends to the upper part of the filling member, and mounting the bent portions at both ends to the top of the horizontal plate of each of the drainage guide pipes fixedly opposed to each other at a predetermined interval; A closing strip provided with an insertion end protruding downwardly from the contact plate and the contact plate with the drainage guide pipe, wherein the insertion end is forcibly inserted into the insertion groove of the drainage guide pipe and the contact plate is the drainage guide pipe. Pressing and fixing each bent portion of the metal panel member mounted on the horizontal plate; It relates to a construction method of a metal panel roof comprising, and a metal panel roof thereby.

The prefabricated construction method is the main method used when building roofs in an early time. The roof of a building made by such a prefabricated construction method is usually constructed by connecting exterior metal panels made of surface-treated steel or aluminum or copper. Forming the roof using metal panels not only shortens the construction period, but also reduces the cost of construction and further enhances the appearance of the constructed building. Metal panels are widely used for roof construction of various buildings.

In the conventional prefabricated building method, welding and silicon are widely used as a method of finishing metal panels. The former is a method of finishing by welding both edges of the metal panel, there is an advantage that the connection is firmly coupled, there is a problem that the weld is easily corroded by rain water. On the other hand, the latter is excellent in adsorption, but like the former is vulnerable to rain or moisture and separated by stretching, of course, the finishing work is not only difficult but also aesthetically beautiful problem.

One way to improve this is to apply a metal panel bonding site using a thermoplastic adhesive. However, the method of using the adhesive has a disadvantage in that the leak is not completely blocked in that the application of the adhesive to the metal panel bonding site itself is not easy. In addition, the adhesive is not only rapidly weaken the adhesive force over time, but also the metal panel is frequently exposed to high heat, which is a factor that further weakens the adhesive force, there is a problem that must be repaired after construction. .

In addition, there is a method of fastening the connection between the adjacent panels through the fixing bolt and the appropriate parts include the Republic of Korea Utility Model Registration No.0208231, Republic of Korea Patent No. 0278775. These techniques use baton bars and baton caps, or mediate separate parts such as fastening plates and movable supports to adjacent panels and then secure them as bolts. However, in the case of using the fixing bolt in this way, rainwater may be introduced through the fastening ball of the fixing bolt, and the coupling force between the roof panel and the separate parts is dropped due to repeated temperature changes, thereby providing a cause of leakage. there is a problem.

To this end, the applicant has proposed the Republic of Korea Patent No. 1193114 of the configuration as disclosed in FIG. This technology installs the drainage guide pipe 100 provided with a central drainage channel and a side drainage spaced at regular intervals, and mounted both ends of the metal panel member 300 to face the center of the drainage guide pipe 100 mutually, While forcibly inserting the closing member 400 into the drainage guide pipe 100, the method is to seal the space at each end portion of the metal panel member 300 mounted to face each other.

According to this, there is no fear of leakage through the through-holes because the fixing bolt is not used, and by securing a plurality of drainage paths, even if rainwater flows through the gap between the metal panel member and the finishing member, the introduced rainwater can be easily induced to the outside. As a result, it is expected to have an advantage of preventing leakage of the inside of the building. However, for complete waterproofing, both ends of the metal panel member should be bent, aligned and mounted on one side of the drain guide pipe, and then the closing member should be forcibly inserted. If the metal panel member has a considerable length, such alignment may be performed on-site. There is a possibility that it will not be easy to do so, a supplement is needed.

Republic of Korea Utility Model Registration No.0208231, Republic of Korea Patent No. 0278775, Republic of Korea Patent No. 2011-0000268, Republic of Korea Patent No. 2011-0033560, Republic of Korea Patent No. 1193114

The present invention has been proposed to solve the above problems, the present invention is not only excellent in appearance, but also can easily combine the metal panel member to the drainage guide pipe and the construction method of the metal panel roof and thereby the metal panel roof The purpose is to provide.

The present invention, in order to achieve the above object, the lower portion is provided with a heat insulating member (5) of a predetermined thickness, the heat insulating member (5) above the construction method of the metal panel roof is provided with a plurality of metal panel members, The central drainage path 12 formed by a pair of sidewalls 11 spaced apart from each other, and the insertion groove 14 of a predetermined depth in the center is provided, and the horizontal plate 15 on the upper left and right of the insertion groove 14 Is provided with a support end formed in the central portion of the central drainage channel 12, the side drainage paths 18 formed on each side of the central drainage path 12, and extending horizontally from the outer surface of each side drainage path 18 Preparing a plurality of drainage guide tubes (10) consisting of a holder (19) and fixedly spaced apart from each other at an upper portion of the heat insulating member (5); A cradle 19 of each of the drainage guide pipes 10 is fixed to the filling member 20 made of a predetermined thickness on the heat insulating member 5, the opposite ends of the filling member 20 fixedly spaced apart from each other by a predetermined interval. Placing it in; Each drain guide is installed on both sides of the metal panel member 30 bent to the lower portion installed on the top of the filling member 20, the bent portion 32 of both ends facing each other at a predetermined interval apart from each other Mounting on an upper portion of the horizontal plate (15) of the tube (10); The closing strip 40 is provided with a close contact plate 42 and an insertion end 46 protruding downward from the close contact plate 42 and the drainage guide pipe 10, the insertion end 46 is Each bending portion of the metal panel member 30 is forcibly inserted into the insertion groove 14 of the drainage guide tube 10 and the contact plate 42 is mounted on the horizontal plate 15 of the drainage guide tube 10. 32) pressing and fixing; And the present invention is characterized in that it includes the technical features.

In addition, another technical feature of the present invention is a lower portion of the insulating member 5 is provided with a predetermined thickness, the upper portion of the insulating member 5 is a metal panel roof is provided with a plurality of metal panel members, a pair of spaced apart a certain interval The central drainage path 12 formed by the side wall 11 and the insertion groove 14 of a predetermined depth are provided in the center, and horizontal plates 15 are provided on the upper left and right sides of the insertion groove 14 to provide the central drainage path. (12) a support end formed at a central portion, side drainage channels 18 formed at both sides of the central drainage passage 12, and a cradle 19 extending horizontally from the outer surface of each side drainage passage 18; A plurality of drainage guide pipes 10 fixedly spaced apart from each other at an upper portion of the heat insulating member 5; Filling member having a predetermined thickness and placed in the upper portion of the heat insulating member (5), which is placed in the cradle 19 of each of the drainage guide pipe (10) fixedly installed opposite to each other at a predetermined interval spaced apart from each other ( 20); The horizontal plate 15 of each of the drain guide pipe 10 is located above the filling member 20, the bent portion 32 of the both ends bent to the lower side is fixed to face each other at a predetermined interval apart from each other A metal panel member 30 mounted on the upper portion thereof; The contact plate 42 and the insertion end 46 which protrudes downward from the contact plate 42 is provided, the insertion end 46 is forcibly inserted into the insertion groove 14 of the drain guide pipe 10, The close contact plate 42 has a finish strip 40 for pressing and fixing each bent portion 32 of the metal panel member 30 mounted on the horizontal plate 15 of the drainage guide pipe 10; It consists in what is included.

After coupling the finishing strip 40 to the drainage guide pipe 10, the lighting strip 50 is installed on the top of the close contact plate 42 of the finishing strip 40, the transparent cap 60 of the material The step of sealing the upper space of the central drainage channel 12 of the drainage guide tube 10 may be followed.

The vertical height of the support end is preferably formed lower than the vertical height of the side wall 11 of the central drain 12.

,

,

형상 중의 어느 하나로 이루어지는 보조방수패널(70)의 양측 절곡부가 삽입될 수 있다.Vertical grooves 17 are provided in each sidewall 16 forming the sidewall drainage path 18 of the drainage guide pipe 10, and each vertical groove 17 of the drainage guide pipe 10 has a cross section.

,

,

Both bent portions of the auxiliary waterproof panel 70 formed of any one of the shapes may be inserted.

The present invention adopts a method of placing the ends of the metal panel member bent downward to face the center portion of the drain guide pipe and then press-fixed to the finishing strip, so that even if the metal panel member is made of a considerable length in the field easily It is possible to provide an excellent workability compared to the conventional in that it can be aligned.

In addition, the present invention proposes a method for installing the lighting strip in the longitudinal direction on the metal panel member connection portion to be able to beautifully finish the appearance of the roof made of metal material.

In addition, the present invention has the advantage that it is possible to prevent the leakage through the connection portion of the drain guide pipe made of a certain length by adding an auxiliary waterproof panel to the bottom of the drain guide pipe.

1A to 1F are schematic construction flowcharts of metal panel roofs according to the present invention.
Figure 2 is a schematic configuration diagram of a metal panel roof according to the present invention.
Figure 3 is a schematic configuration diagram of a conventional metal panel roof.

Preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, it looks at the construction method of the metal panel roof according to the present invention. The present invention in the construction of the metal panel roof, the step of fixing the drainage guide pipe on the top of the heat insulating member, the step of placing the filling member on the top of the heat insulating member, the step of installing the metal panel member on the filling member, and the finishing strip It is characterized in that it comprises a step of pressing and fixing the metal panel member using.

The step of fixing the drainage guide pipe is a step of preparing a plurality of drainage guide pipe to be fixed in a state spaced apart from each other on top of the heat insulating member. As disclosed in Figure 1a, it is preferable that the drainage guide pipe 10 used in this step is provided with a central drain 12, side drain 18, and a cradle 19.

The central drainage passage 12 is formed by a pair of left and right sidewalls 11 facing each other with a predetermined distance therebetween, and the upper portion 13 of each sidewall 11 may extend a predetermined length in the horizontal direction. The central drainage path 12 is a means for preventing leakage primarily by guiding rainwater flowing from the outside of the constructed metal panel roof toward the center portion below the eaves or slopes. The upper part 13 of the side wall functions as a support part of the bent part 32 of the metal panel member 30 which will be described later.

The side drainage channels 18 are spaces formed at the left and right sides of the central drainage channel 12 and are formed by sidewalls 16 spaced apart from each sidewall 11 of the central drainage channel by a predetermined distance. The side drain 19 is rainwater flowing into the side portion from the outside of the constructed metal panel roof, and the rainwater flowing over the central drainage 12 space is induced to drain to the outside. The vertical height of each side wall 16 of the side drainage channel is preferably made equal to the vertical height of each side wall 11 of the central drainage channel.

The cradle 19 is formed to extend horizontally from the outer bottom of each side drain 18. The cradle is a portion on which both ends of the charging member 20 to be described later are mounted.

On the other hand, the present invention proposes a case in which the support end is provided in the central drainage passage 12 space of the drainage guide pipe 10 as shown. Insertion grooves 14 and the horizontal plate 15 is formed in the support end. The insertion groove 14 is made of a predetermined depth in the center portion is inserted into the insertion end of the finish strip to be described later, the horizontal plate 15 is later described as a portion extending horizontally from the top to the top of the insertion groove 14 The bent portion of the metal panel member is placed. For easy mounting of the metal panel member, it is preferable that the vertical height of the support end, that is, the vertical height of the horizontal plate 15 is lower than the vertical height of the side wall 11 of the central drainage passage 12.

,

,

형상 중의 어느 하나로 이루어지는 보조방수패널의 삽입을 위한 것이다. 본 발명에 따른 보조방수패널은 기본적으로 밑판과 상기 밑판 양측 단부에서 상방으로 일정 각도 절곡된 절곡부로 이루어질 수 있다. 도면에는 밑판(72)과 상기 밑판(72) 양측 단부에서 상방으로 수직하게 절곡된 절곡부(76)를 가지는 보조방수패널(70)의 일례가 개시되어 있다. 보조방수패널(70)은 일정길이로 이루어지는 단위 배수가이드관(10)의 연결부위를 통한 누수를 방지하기 위한 수단이다. In addition, the present invention does not exclude the case in which the vertical grooves 17 are formed inside each side wall 16 of the side drain. The vertical groove 17 has a cross-sectional structure as shown

,

,

It is for insertion of the auxiliary waterproof panel made of any one of the shapes. The auxiliary waterproof panel according to the present invention may basically include a bottom plate and a bent portion that is bent upward at an angle from both end portions of the bottom plate. In the figure, an example of an auxiliary waterproof panel 70 having a bottom plate 72 and a bent portion 76 vertically bent upward at both ends of the bottom plate 72 is disclosed. The auxiliary waterproof panel 70 is a means for preventing leakage through the connection portion of the unit drainage guide pipe 10 made of a predetermined length.

The material of each of the drain guide pipe and the auxiliary waterproof panel is not particularly limited, and may be made of any one of synthetic resin or aluminum. The heat insulation member 5 to which the drainage guide pipe is fixedly installed may be made of glass fiber material, and may be configured to exert a sound absorption function as well as a heat insulation function. Reference numerals 1 and 3 are each a support bar and a bottom plate made of metal. In addition, the waterproof member 7 may be further provided on the heat insulating member 5 as shown in the drawing.

When the drainage guide pipe is fixedly installed, the filling member is placed on the heat insulating member. In this step, as shown in FIG. 1B, the filling member 20 having a predetermined thickness is placed on the upper portion of the heat insulating member 5, and both end portions of the drain guide pipes 10 are fixedly installed in a state in which they are spaced apart from each other by a predetermined interval. ) Is mounted on the cradle 19. Stepped portions may be formed at both ends of the filling member 20 to correspond to the holder 19. Filling member can be used arbitrarily selected from a variety of materials, plywood, polyethylene foam is one of them.

Next, as shown in FIG. 1B, the metal panel member 30 is installed on the filling member 20. The bent portion 32 is provided at both ends of the metal panel member 30, and the bent portion 32 is bent downward as shown in the drawing, and then the end portion thereof is preferably formed in a b-shape so as to extend horizontally. . The horizontal extension part is a part which is mounted on the horizontal plate 15 of the support end, and it is optional whether the horizontal extension part extends to the horizontal direction.

The reason why the present invention forms a bent portion of such a shape at the end of the metal panel member is to improve the workability in the field. As described above, the metal panel member is disposed after the drainage guide tube is fixedly installed on the upper portion of the heat insulating member. The bent portion is formed at the end of the metal panel member having a considerable length, and the drainage guide tube is fixed on the drainage guide tube. When mounted, the end of the bent portion is not aligned as originally intended in the upper portion of the drain guide pipe.

This is caused by minute errors in the construction process of fixing the drainage guide pipe to the upper part of the insulation member, and errors in the process of cutting the metal panel member and forming the bent portion at the end thereof. Do. Accordingly, the present invention solves this problem by forming a horizontal extension portion that can compensate for a certain length error in the bent portion formed at the end of the metal panel member. In addition, through this cross-sectional structure rainwater through the connection portion of the metal panel member can be more naturally directed toward the central drainage of the drain guide pipe.

When the bent end portions of the adjacent metal panel members adjacent to each other are mounted on the horizontal plate of the drainage guide tube, the metal panel members are pressurized and fixed using a finishing strip. Finishing strip may be composed of the contact plate 42 and the insertion end 46 protruding downward from the contact plate 42 as shown in Figure 1c. The insertion end 46 is a portion to be inserted into the insertion groove 14 of the support end, the contact plate 42 of the adjacent metal panel member 30 mounted on the horizontal plate 15 of the support end It is a part which press-fixes each bending part edge part.

Accordingly, the end portions of the metal panel members adjacent to each other in the space of the drain guide pipe 10 in the central drainage path are sealed from the external environment. The close plate 42 of the finishing strip 40 preferably extends from side to side so that the bent end portion of the metal panel member 30 mounted on the horizontal plate 15 of the support end is completely sealed from the external environment. Do. In addition, a plurality of protrusions may be formed on the outer circumferential surface of the insertion end 46 of the finishing strip 40 as shown in the drawing, and a corresponding protrusion may be further formed on the inner circumferential surface of the insertion groove 14 of the support end to further double the coupling force. Self-explanatory

The finish strip may be made of synthetic resin, but preferably made of the same material as the metal panel member. When the construction is completed through each step as described above, the metal panel roof of the configuration as shown in FIG. That is, the overall appearance after the completion of the construction is beautiful made of a plurality of metal panel member 30, the space between the adjacent metal panel member is closed by the finishing strip 40 made in the longitudinal direction, while the finish is clean and leaks through the site Can be prevented at the source.

On the other hand, the present invention after the step of coupling the finishing strip 40 to the drainage guide pipe 10, as shown in Figure 1e and Figure 1f, respectively, the light strip (42) on the top of the close contact plate 42 of the finishing strip (40) 50) is installed, and the step of sealing the upper space of the central drainage passage 12 of the drainage guide tube 10 using the closing cap 60 of the transparent material is not excluded.

The lighting strip 50 is preferably made of a configuration in which a plurality of lights 56 are mounted spaced apart at regular intervals on the lighting panel 52 extending in the longitudinal direction, the lighting 56 may be made of an LED. . For easy mounting of the lighting strip 50, the upper surface of the finish strip 40 may be formed with a groove 43 of a suitable depth in the longitudinal direction as shown in the figure.

The finishing cap 60 is to protect the lighting strip 50 to separate the central drainage passage 12 space of the drainage guide pipe 10 from the external environment. Finishing cap 60 is preferably made of a transparent material, in addition to the various colors may be added. In the drawings, the cross-sectional structure is disclosed as having a ∩ shape, which is merely an example, and it is sufficient if the upper space of the central drainage passage 12 is configured to be easily sealed.

In this way, when the lighting strip is further added, the appearance of the metal panel roof is further enhanced in that it can compensate to some extent the discontinuous surfaces between adjacent metal panel members. In addition, since the closing cap is disconnected from the outside of the upper space by the central drainage, the closing cap itself can function as a waterproof cap, thereby more completely preventing rainwater from flowing through the gap between the metal panel members.

On the other hand, the present invention proposes a configuration of a metal panel roof as disclosed in FIG. The metal panel roof basically includes a drainage guide tube 10, a filling member 20, a metal panel member 30, and a finishing strip 40, and may be implemented by the above-described construction method. . Therefore, the detailed technical configuration and operation of each element constituting the metal panel roof can be applied to the same bar, and the detailed description thereof will be omitted.

First, the drainage guide tube 10 is fixedly installed on the upper portion of the heat insulating member (5) consists of a plurality of spaced apart from each other by a predetermined interval. The drainage guide tube 10 is provided with a central drainage path 12 formed by a pair of sidewalls 11 spaced apart at regular intervals, and an insertion groove 14 having a predetermined depth at the center thereof and having an upper end of the insertion groove 14. A horizontal plate 15 is provided on the left and right sides, and a support end formed at a central portion of the central drainage passage 12, side drainage passages 18 formed on both sides of the central drainage passage 12, and the side drainage passages 18, respectively. It is preferably made of a holder 19 extending horizontally on the outer side of the.

The central drainage channel 12 and the side drainage channel 18 are configured to guide rainwater introduced into the roof to the outside. In addition, an insertion groove 14 and a horizontal plate 15 may be formed at the support end. The insertion groove 14 has a predetermined depth and is provided at the center portion, and the horizontal plate 15 is configured to extend horizontally horizontally from the top of the insertion groove 14. In order to easily mount the metal panel member to be described later, it is preferable that the vertical height of the support end, specifically, the vertical height of the horizontal plate 15 is lower than the vertical height of the side wall 11 of the central drainage passage 12.

The heat insulating member 5 is positioned above the lower plate 3 made of a metal material, and the lower plate 3 is made of a metal material and placed on an upper portion of the support bar 1 spaced apart from each other. The lower plate 3 may be made of a perforated plate as disclosed in the drawing.

The filling member 20 is located above the heat insulating member 5 between the drainage guide pipe 10, the both ends of each of the drainage guide pipe 10 is fixedly installed to face each other at a predetermined interval spaced apart from each other It is placed in the cradle 19. Filling member 20 preferably has a certain thickness so as not only to absorb the external shock transmitted to the metal panel member 30 to be described later, but also to perform sound absorption and heat insulation functions.

The metal panel member 30 is positioned above the filling member 20, and each of the drainage guide pipes fixed to the bent portions 32 at both ends bent downward are opposed to each other at a predetermined interval. It is preferable that the configuration is mounted on the horizontal plate 15 of the (10).

The finishing strip 40 is a portion for pressing and fixing each bent portion 32 provided on both sides of the metal panel member 30, the insertion end projecting downward from the contact plate 42 and the contact plate 42. 46 is formed. In the double, the insertion end 46 is forcibly inserted into the insertion groove 14 of the drain guide pipe 10, the close plate 42 is mounted on the upper portion of the horizontal plate 15 of the drain guide pipe 10 The ends of each bent portion of the adjacent metal panel member 30 mounted on the horizontal plate 15 of the support end are fixed by pressure. Accordingly, the end portions of the metal panel members adjacent to each other in the central drainage pipe space of the drain guide pipe 10 are completely sealed from the external environment.

,

,

형상 중의 어느 하나로 이루어질 수 있다. 도면에는 이 중에서 밑판(72)과 상기 밑판(72) 양측 단부에서 상방으로 수직하게 절곡된 절곡부(76)를 가지는 보조방수패널(70)의 일례가 개시되어 있다. Vertical grooves 17 for installing an auxiliary waterproof panel may be formed in each sidewall 16 of the side drainage channel of the drainage guide pipe 10. The auxiliary waterproof panel has a cross-sectional structure as a means for preventing leakage through the connection portion of the unit drainage guide pipe 10 having a predetermined length.

,

,

It may be made of any one of shapes. In this figure, an example of an auxiliary waterproof panel 70 having a bottom plate 72 and a bent portion 76 vertically bent upward from both ends of the bottom plate 72 is disclosed.

In addition, the upper part of the finishing strip 40, the illumination strip 50 is installed as shown in the figure, the upper space may be sealed with a closing cap (60). In this case, the lighting strip 50 is preferably installed extending in the longitudinal direction on the upper center portion of the finishing strip 40, the closing cap 60 is preferably made of a transparent material. When the closing cap 60 is mounted in the upper space where the lighting strip 50 is located, the central drainage passage 12 space of the drainage guide tube 10 is completely separated from the external environment.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. It will be apparent that the present invention can be practiced with added features.

1: support bar 3: lower plate
5: insulation member 7: waterproof member
10: drain guide pipe 20: filling member
30: metal panel member 40: finish strip
50: light strip 60: finish cap

Claims (9)

In the lower portion is provided with a heat insulating member 5 of a predetermined thickness, the upper portion of the heat insulating member 5 as a construction method of the metal panel roof is provided with a plurality of metal panel members,
The central drainage path 12 formed by a pair of sidewalls 11 spaced apart from each other, and the insertion groove 14 of a predetermined depth in the center is provided, and the horizontal plate 15 on the upper left and right of the insertion groove 14 Is provided with a support end formed in the central portion of the central drainage channel 12, the side drainage paths 18 formed on each side of the central drainage path 12, and extending horizontally from the outer surface of each side drainage path 18 Preparing a plurality of drainage guide tubes (10) consisting of a holder (19) and fixedly spaced apart from each other at an upper portion of the heat insulating member (5);
A cradle 19 of each of the drainage guide pipes 10 is fixed to the filling member 20 made of a predetermined thickness on the heat insulating member 5, the opposite ends of the filling member 20 fixedly spaced apart from each other by a predetermined interval. Placing it in;
Each drain guide is installed on both sides of the metal panel member 30 bent to the lower portion installed on the top of the filling member 20, the bent portion 32 of both ends facing each other at a predetermined interval apart from each other Mounting on an upper portion of the horizontal plate (15) of the tube (10);
The closing strip 40 is provided with a close contact plate 42 and an insertion end 46 protruding downward from the close contact plate 42 and the drainage guide pipe 10, the insertion end 46 is Each bending portion of the metal panel member 30 is forcibly inserted into the insertion groove 14 of the drainage guide tube 10 and the contact plate 42 is mounted on the horizontal plate 15 of the drainage guide tube 10. 32) pressing and fixing;
Construction method of a metal panel roof comprising a. The method of claim 1,
After coupling the finishing strip 40 to the drainage guide pipe 10, the lighting strip 50 is installed on the top of the close contact plate 42 of the finishing strip 40, the transparent cap 60 of the material Method for constructing a metal panel roof, characterized in that the step of sealing the upper space of the central drainage channel (12) of the drainage guide pipe (10) is followed. The method according to any one of claims 1 to 3,
The vertical height of the support end is a construction method of the metal panel roof, characterized in that formed lower than the vertical height of the side wall (11) of the central drainage (12). The method according to any one of claims 1 to 3,
Vertical grooves 17 are provided in each sidewall 16 forming the sidewall drainage path 18 of the drainage guide pipe 10, and each vertical groove 17 of the drainage guide pipe 10 has a cross section.

,

,

Method for constructing a metal panel roof, characterized in that the bent portion of both sides of the auxiliary waterproof panel 70 made of any one of the shape is inserted. The lower portion is provided with a heat insulating member 5 of a predetermined thickness, the upper portion of the heat insulating member 5 as a metal panel roof is provided with a plurality of metal panel members,
The central drainage path 12 formed by a pair of sidewalls 11 spaced apart from each other, and the insertion groove 14 of a predetermined depth in the center is provided, and the horizontal plate 15 on the upper left and right of the insertion groove 14 Is provided with a support end formed in the central portion of the central drainage channel 12, the side drainage paths 18 formed on each side of the central drainage path 12, and extending horizontally from the outer surface of each side drainage path 18 A plurality of drainage guide pipes 10 which are made up of a holder 19 and fixedly spaced apart from each other at an upper portion of the heat insulating member 5;
Filling member having a predetermined thickness and placed in the upper portion of the heat insulating member (5), which is placed in the cradle 19 of each of the drainage guide pipe (10), which is fixedly opposed to each other in a state in which both ends are spaced apart from each other by a predetermined interval ( 20);
The horizontal plate 15 of each of the drain guide pipe 10 is located above the filling member 20, the bent portion 32 of the both ends bent to the lower side is fixed to face each other at a predetermined interval apart from each other A metal panel member 30 mounted on the upper portion thereof;
The contact plate 42 and the insertion end 46 which protrudes downward from the contact plate 42 is provided, the insertion end 46 is forcibly inserted into the insertion groove 14 of the drain guide pipe 10, The close contact plate 42 has a finish strip 40 for pressing and fixing each bent portion 32 of the metal panel member 30 mounted on the horizontal plate 15 of the drainage guide pipe 10;
Metal panel roof comprising a. The method of claim 5,
The upper end of the finishing strip 40 is provided with an illumination strip 50 extending in the longitudinal direction, the upper space of the central drainage passage 12 of the drainage guide pipe 10 is sealed with a closing cap 60 of a transparent material Metal panel roof, characterized in that the. The method according to any one of claims 5 to 6,
The vertical height of the support end is a metal panel roof, characterized in that formed lower than the vertical height of the side wall (11) of the central drainage (12). The method according to claim 6,
Vertical grooves 17 are provided in each sidewall 16 forming the sidewall drainage path 18 of the drainage guide pipe 10, and each vertical groove 17 of the drainage guide pipe 10 has a cross section.

,

,

Metal panel roof, characterized in that the bent portion 76 of the both sides of the auxiliary waterproof panel 70 made of any one of the shape is inserted. The method of claim 7, wherein
Vertical grooves 17 are provided in each sidewall 16 forming the sidewall drainage path 18 of the drainage guide pipe 10, and each vertical groove 17 of the drainage guide pipe 10 has a cross section.

,

,

Metal panel roof, characterized in that the bent portion 76 of the both sides of the auxiliary waterproof panel 70 made of any one of the shape is inserted.

Images