KR102299955B1 - Waterproof roofing material that is easy to connect and assemble in four directions - Google Patents

Abstract

The present invention relates to a waterproof roofing material which can be easily connected and assembled in four directions and, more particularly, to a new concept technology for easily connecting and assembling a roofing material in four directions (up, down, left, and right) through a connection structure thereof without using separate materials, and perfectly implementing waterproofing of connection parts. The conventional roofing material cannot be connected up and down by itself, even if roofing materials are stacked up and down, waterproofness is lowered, and a separate material as a fixing clip is required to connect the roofing materials left and right. To solve these problems, the present invention provides the technology by which a lower elastic connection hook formed on a lower part of the exterior surface of another roofing material is fitted and assembled to an upper elastic connection groove formed on an upper part of the exterior surface of the roof material, so that roof materials are connected up and down, a left part of the other roofing material is seated on a lateral connecting step part formed on a right side of the roofing material, an upper side of the other roofing material is fitted and assembled to the upper elastic connection groove, and a lower side of the lateral connecting step part is fitted and assembled to the lower elastic connection groove formed in the lower part, so that the roofing materials are connected left and right.

Description

Waterproof roofing material that is easy to connect and assemble in four directions}

The present invention relates to a new concept technology for easily connecting and assembling roofing materials in four directions (up and down, left and right) through its own connection structure without using a separate material, as well as completely implementing waterproofing of the connection part.

In general, products that prevent water leakage on the roof of a building were used in various ways depending on the production and shape. As an example, the bolt method for fixing bolts is a structure in which the upper plate and the lower steel plate of insulation are constructed by overlapping wings, and the bolt fixing is a structure in which a bolt is penetrated on the left wing to fix it. Even if it is corroded, it is difficult to partially replace it, and it is a structure that cannot effectively prevent leakage of the roof of a building because water leakage occurs through bolts and condensation occurs.

In addition, as another example, a seam folding method has been proposed, and this seam folding method partially solved the problem of water leakage through bolts or heat shrinkage of the steel plate occurring in the bolt method, but the machine forcibly seams the strong iron plate. Therefore, the attachments and construction are complicated. In addition, the paint of the roofing material is peeled off, which is fatal to the durability of the roofing material, and it is not possible to fix the bolts in a certain section, so a phenomenon that is blown away by strong winds occurs, causing a lot of damage to the building.

As a prior art to solve this problem, "Patent Registration No. 2074403, Name/Multipurpose prefabricated roof system with double interlocking connection structure", which is a previously registered invention of the applicant of the present invention, is disclosed.

The prior art provides the effect of not only constructing a roof by simply connecting and assembling roofing materials, but also completely implementing waterproofing of the connection parts between the roofing materials, preventing deformation due to the shrinkage and expansion of the roofing materials, and utilizing the roofing materials for various purposes. .

However, in the prior art, it is possible to connect the roofing material to the left and right, but it is not possible to connect by itself up and down. As the material cost increases, the overall construction is complicated and takes a long time, causing problems in that the construction cost increases.

In addition, the roof material of the prior art is not provided with a separate heat insulating material integrally, so that the performance of the insulation cannot be exhibited, which causes a problem in that the usability is lowered.

In addition, the roofing material of the prior art had a disadvantage in that the exterior surface was made of metal and could not give beauty and a luxurious image like a clay finishing material.

As a means for solving the above problems, the present invention connects the roofing materials up and down by fitting and assembling an elastic connecting hook formed on the lower portion of the outer surface of another roofing material into an upper elastic connection groove formed on the outer surface of the roofing material, and The left part of the other roofing material is seated on the left and right connection step formed on the right side, and the upper side of the other roof material is fitted into the upper elastic connection groove, and the lower side of the left and right connection step part is fitted into the lower elastic connection groove formed on the lower side. Develop a technique to connect the liver to the left and right.

In addition, the present invention seeks a technique for integrally attaching a heat insulating material that becomes thicker as it goes down to the inner surface of the exterior surface.

In addition, the present invention seeks a technique for integrally inserting and installing the clay finishing panel into the inner groove of the finishing panel recessed in the exterior surface.

According to the present invention, the construction is very simple by connecting the roofing materials up and down without using separate materials, as well as connecting them left and right, and the construction cost according to the roof construction is reduced by significantly reducing the material cost, labor cost, and construction time. Significant savings, especially the four-way connection part of the roof material, provides a very good waterproof effect due to the overlapping and curved structure.

In addition, according to the present invention, the insulating material is integrally attached to the inner surface of the roof material, and silver foil is installed on the outer surface of the insulation material, thereby providing not only a heat insulating effect but also an antibacterial action and moisture removal effect.

Furthermore, the present invention provides the effects of excellent durability, beautiful and luxurious, environmentally friendly, moisture-proof and wind-proof, as the clay finishing panel is integrally inserted and installed into the inner groove of the finishing panel recessed in the roof material.

1 is a perspective view of a roof material to which the present invention is applied;
Figure 2 is a front view of the present invention roofing material;
3 is a bottom view of the roofing material of the present invention;
4 is a side cross-sectional view of the present invention roofing material;
5 is a front view of the top, bottom, left and right connection state of the roofing material of the present invention;
6 is a side cross-sectional view of the top and bottom separation state and connection state of the roofing material of the present invention;
7 is a side cross-sectional view of a state in which a piece is driven into the fixing part of the present invention;
8 is a plan cross-sectional view of the roofing material of the present invention;
9 is a front view of a state in which another roofing material is fitted to the left and right sides of the roofing material of the present invention;
10 is a front view of a state in which another roofing material is fitted left and right to the roofing material of the present invention;
11 is a front view of a roof material in which a clay finish panel according to the present invention is integrally installed;
12 is a plan cross-sectional view of a roof material in which the clay finish panel according to the present invention is integrally installed;

A preferred embodiment for implementing the means for solving the problem to be solved by the present invention in more detail will be described.

The overall configuration of the roofing material 100 according to a preferred embodiment of the present invention will be described in detail to facilitate implementation based on the accompanying drawings.

In the roofing material 100 of the present invention, a left and right connection step 102 is formed on the right side of an exterior surface 101 forming an exterior by overlapping other roofing materials 100a to be connected left and right, and the left and right connection stepped portion 102 is formed. ) is formed at the lower end of the left and right connection insertion part 103 upwardly backward, and at the upper end of the upper part of the exterior surface 101 and the left and right connection step part 102 , the elastic bump 104 protrudes downward as shown in FIG. 4 . By being formed, an upper elastic connection groove 105 with an open lower portion is formed between the elastic bump 104 and the exterior surface 101, while a left and right connection insertion protrusion 106 is formed at the left end of the elastic bump 104. A fixing part 107 which is formed to protrude and is integrally fixed to the roof fixing material 1 such as a purlin, rail, etc. in the same line with the exterior surface 101 at the upper end of the elastic bump 104 using the piece 2 extension is formed.

Here, a reinforcing fold 108 is folded toward the outer surface at the tip of the left and right connection step 102, as well as a reinforcing fold 108 is folded toward the inner surface at the left end of the exterior surface 101. The connection step 102 and the exterior surface 101 are prevented from being bent, and a configuration in which the reinforcing fold 108a is folded down is also added to the upper end of the fixed part 107, so that the plate-shaped fixing part 107 is It provides the effect of maintaining excellent durability by preventing bending.

And at the lower end of the outer surface 101, an elastic connection hook 109 is formed to protrude rearward upward as shown in FIG. 4, and a lower elastic connection with an open upper part between the elastic connection hook 109 and the exterior surface 101. A groove 110 is formed.

The roof material 100 of the present invention having such a configuration can be easily connected by its own connection structure without using a separate material in four directions, up, down, left, and right as shown in FIG. 5 .

That is, in the method of connecting the roofing material 100 in four directions, first, the fixing part 107 of the roofing material 100 is penetrated by the piece 2 to be firmly fixed to the roof fixing material 1 .

At this time, when the piece (2) is directly applied to the fixing part (107) and driven, a technique for preventing the piece (2) from being easily pierced and thrown out due to the nature of the metal material is additionally grafted.

To this end, the piece line grooves 111 are recessed left and right in the center of the fixing part 107, so that the piece 2 is driven in a state where the end of the piece 2 is partially fitted into the piece line groove 111. As the piece 2 is sewn in place without bouncing, it provides a special effect of preventing safety accidents.

In this way, in the state in which the fixing part 107 of the roof material 100 is firmly fixed to the roof fixing material 1, the upper elastic connection groove 105 and the elastic bump 104 are located above the other roof material as shown in FIG. 6 ( By fitting and assembling each of the elastic connection hook 109 and the lower elastic connection groove 110 formed in the lower part of 100b), the roofing materials 100 and 100b can be connected vertically to each other, and in particular, the elastic bump 104 and the elastic connection By the elastic force of the hook 109, it is possible to maintain a solid connection state without being easily separated in an assembled state by fitting up and down with each other.

Next, in order to connect the roofing material 100 to the left and right, the left part of the other roofing material 100a is seated on the left and right connection step 102, and the upper elastic connection groove 105 and the left and right connection insertion part 103 are attached to the side. By fitting and assembling each of the left and right connection insertion protrusions 106 and the lower elastic connection groove 110 of the other roofing material 100a located in the ) and the elastic force of the elastic connection hook 109, it is possible to maintain a solid connection state without being easily separated in the assembled state.

Therefore, the roofing materials 100, 100a, and 100b can be connected up and down without using separate materials, as well as left and right, so that the construction is very simple, and the material cost, labor cost, and construction time are greatly reduced to construct the roof. construction cost is greatly reduced, and in particular, the four-way connection portions between the roofing materials 100, 100a, and 100b not only overlap each other but also provide a special effect of excellent waterproofness due to the curved structure.

In addition, in the present invention, a round portion 106a is formed at the front edge as shown in FIG. 2 so that the left and right connection insertion protrusions 106 can be easily inserted into the upper elastic connection groove 105 when the roof material 100 is connected left and right. , These left and right connection insertion protrusions 106 are formed to be inclined while going backward and downward from the round portion 106a, thereby gradually expanding the surface area, thereby increasing the upper elastic connection groove 105 while being inserted into the upper elastic connection groove 105. ), it does not fall out by being in close contact with the inner surface, and maintains a solid connection state.

In addition, a pair of rainwater blocking protrusions 112 are additionally protruded from the outer surface of the left and right connection step 102 at intervals, so that the left and right connection steps 102 in a state where the roofing materials 100 and 100a are connected to overlap each other. Even if rainwater flows into the sill, it is caught on the rainwater blocking sill 112 and blocks the inflow of rainwater to the inside, thereby providing the effect of greatly improving the waterproofing power.

In addition, in the present invention, when assembling the roofing materials 100 and 100a to the left and right, the upper part is first fitted in a state where one roofing material 100a is tilted, and then the lower part is secondarily fitted in a stepwise connection assembly. Techniques to facilitate this are additionally incorporated.

As a technical configuration for this, the elastic bump 104, the upper elastic connection groove 105 and the right side of the fixing part 107 are partially provided with the elastic bump 104, the upper elastic connection groove 105 and the fixing part 107. The interference prevention unit 113 corresponding to the non-formed section is formed.

Therefore, the interference prevention part 113 tilts the other roofing material 100a as shown in FIG. 9 when the left part of the other roofing material 100a is seated on the left and right connection step 102 to insert the upper left-right connection insertion protrusion 106 . By preventing interference in the first fitting assembly process into the upper elastic connection groove 105, a smooth connection assembly is possible, and the lower elastic connection groove 110 of the other roof material 100a is sequentially inserted into the lower left and right connection insertion parts 103 in sequence. It provides the effect of quickly and conveniently assembling the left and right connections of the roofing material 100, 100a by dividing the secondary fitting assembly operation into stages and smoothly performing it.

On the other hand, the present invention provides a thermal insulation effect by integrally attaching the insulating material 114, which becomes thicker as it goes down, to the inner surface of the exterior surface 101, as well as providing a thermal insulation effect. It is possible to provide the effect of antibacterial action and moisture removal by being installed.

In addition, an inner groove 116 of the finish panel is recessed in the exterior surface 101, and the clay finish panel 117 inserted into the inner groove 116 of the finish panel is integrally bonded and installed using high-performance silicon to separate the finish panel. While omitting the process of additionally constructing the clay finish panel 117, the durability of the roofing material 100 is very excellent, the appearance is beautiful and luxurious, and it is eco-friendly as well as provides excellent moisture-proof and wind-proof effects.

1: Roof fixing material 2: Piece
100, 100a, 100b: roof material 101: exterior surface
102: left and right connection step 103: left and right connection insertion part
104: elastic bump 105: upper elastic connection groove
106: left and right connection insertion protrusion 107: fixed part
108, 108a: reinforcing folds 109: elastic connection hook
110: lower elastic connection groove 111: piece line groove
112: rainwater sill 113: interference prevention unit
114: insulation material 115: silver foil paper
116: finish panel inner groove 117: clay finish panel

Claims (7)

The left and right connection insertion part 103 is formed at the lower end of the left and right connection step portion 102 formed on the right side of the exterior surface 101 , and downward on the upper part of the exterior surface 101 and the upper end of the left and right connection step portion 102 . An upper elastic connection groove 105 is formed between the elastic bump 104 and the exterior surface 101 protruded by the , a fixing part 107 integrally fixed to the roof fixing material 1 is extended at an upper end of the elastic bump 104, and an elastic connection hook 109 formed to protrude backward and upward at the lower end of the exterior surface 101. and a waterproof roofing material that is easy to connect and assemble in four directions, characterized in that a lower elastic connection groove 110 is formed between the exterior surfaces 101 .
The method of claim 1,
The upper elastic connection groove 105 and the elastic bump 104 are respectively fitted and assembled with the elastic connection hook 109 and the lower elastic connection groove 110 of the other roofing material 100b located on the upper portion of the roofing material 100, 100b. ) while connecting up and down to each other;
The left side portion of the other roofing material 100a is seated on the left and right connection step 102, and the upper elastic connection groove 105 and the left and right connection insertion part 103 are left and right connection insertion protrusions 106 of the other roofing material 100a. and a waterproof roofing material that is easy to assemble in a four-way connection, characterized in that the lower elastic connection grooves 110 and the lower elastic connection grooves 110 are respectively fitted to connect the roofing materials 100 and 100a to the left and right.
The method of claim 1,
The left and right connection insertion protrusions 106 are formed with a round portion 106a at the front edge for easy insertion, and are formed to be inclined from the round portion 106a to the rear and downward direction so that the surface area is gradually expanded. Waterproof roofing material that is easy to connect and assemble.
The method of claim 1,
An interference prevention part 113 is partially formed on the right side of the elastic bump 104, the upper elastic connection groove 105 and the fixing part 107, and the interference prevention part 113 is a left and right connection step part 102. When the left part of the other roofing material 100a is seated on the Four-way connection assembly, characterized in that the secondary fitting and assembling of the left and right connection inserts 103 into the lower elastic connection grooves 110 of the other roofing materials 100a can be smoothly divided by stages. waterproof roofing material.
The method of claim 1,
In the center of the fixing part 107, a piece line groove 111 is formed to be recessed left and right to prevent the piece 2 from bouncing when the piece 2 is pressed into the piece line groove 111. A waterproof roofing material that is easy to assemble with a 4-way connection.
The method of claim 1,
A waterproof roofing material that is easy to assemble in a four-way connection, characterized in that an insulating material 114, which becomes thicker as it goes down, is integrally attached to the inner surface of the exterior surface 101.
The method of claim 1,
A waterproof roofing material with easy four-way connection and assembly, characterized in that a clay finish panel 117 is integrally inserted and installed in the inner groove 116 of the finish panel recessed in the exterior surface 101.

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