KR101257288B1 - Korean-style house tile roof structure - Google Patents

Abstract

PURPOSE: A Korean-style house roof tile is provided to simplify a structure and to reduce weight of a roof due to dry construction. CONSTITUTION: A Korean-style house roof tile comprises a rafter(110), a pillow timber(120), an extension rafter(130), a run-off bout(140), an insulating material or a waterproof material, a roofing tile hanger(160), and a ridge roof supporting board(170). The rafter comprises a short rafter(111) and a long rafter(113). The pillow timber is arranged in a longitudinal direction while intersecting with the short rafter and the long rafter on a section in which the short rafter and the long rafter are connected. The extension rafter is closely arranged to the rafter and the pillow timber. The run-off bout is fixed to an upper surface of the extension rafter and finishes a surface of the extension rafter. The insulating material or a waterproof material is installed on an upper surface of the run-off bout. The roofing tile hanger is installed on the upper surface of the insulating material or the waterproof material to hang a gear. The ridge roof supporting board is arranged at a top end of a roof to support a ridge roof(60).

Description

Korean-style house tile roof structure

The present invention relates to a Korean roof tile structure constructed using wood, which replaces the hanok roof formed by filling the soil and the clay, and more particularly, to form a natural suspension curve of the Korean roof tile roof based on dry construction. The present invention relates to a Korean roof tile structure that is easy to construct.

The rafters on which the Hanok roof is based consist of obtuse angled straight lines, while the finish of the roof is curved. Traditional hanok is filled with soaking and clay. Soil is a material that can be easily obtained from the surrounding area, is cheap, and is easy to handle, such as molding. However, it has a fatal weakness that makes the roof excessively heavy, soaks up water by osmosis and damages the wood, and damages the attached tile by shrinkage expansion due to freeze-thawing.

To partially solve the heaviness of the roof with soil, a method of constructing a so-called "hut" in the roof was used. The closer the obtuse angle formed by the rafters (long edge, short edge) that is the base of the roof is closer to 180 degrees, the closer to the straight line the thinner the roof can be. On the other hand, as the obtuse angle becomes smaller, the middle part of the roof must be deeply filled in order to express a gentle curve. A hut is one of the ways to prevent the roof from being overfilled with the latter rafters. Wetting consists of filling the timber in a direction orthogonal to the rafters to form a curvilinear roof, which is replaced by an empty space made of wood. The roof weight is reduced by releasing the depth between the obtuse line and the roof finish surface, mainly by placing another rafter on the rafters across the obtuse angle. As an example, we can grasp the reality of the "house" applied to the roof of "Gyeongbok Palace", which was dismantled and repaired around 2000.

However, the "house" does not replace all of the roof fills, but only replaces the 'wet', and partially eliminates the thickened soil fill through the relief of the roof tunes. Botos, lime compacts, and falcons are installed on the barn to complete the shape of the roof and install the tiles.

The present invention, unlike the existing hanok roof construction techniques, to reduce the load on the roof, to achieve the construction piece, cost reduction through the wood configuration, to be able to express the curved shape of the hanok roof in the state of excluding the use of soil (botto) will be. Soil increases the load and has a great impact on the safety and durability of the structure. Therefore, it is to devise a method for expressing roof valleys and attaching tiles without using soil.

In addition, to solve the above problems, the object of the present invention is to simplify the construction and easy construction and maintenance, lightweight construction of the roof by dry construction rather than wet construction methods such as filling, and traditional suspension of Korean roof tiles It is to provide a Korean-style roof structure that can represent a curve.

In addition, to reduce the cost of materials and high labor costs by professional skilled workers, and to provide a cost-effective, Korean-style roof tile structure that can reduce labor consumption, construction period, defect rate.

Korean-style roof structure using the timber according to the embodiment of the present invention to achieve the above object is the traditional roof layer from the top of the roof consisting of red roofing, boto, limyeo compacts and almead constituting the roof from top to bottom The rafters arranged along the direction of descending, the pillows (adjustment timbers) to properly adjust the height of the members, and the coverings covering the roofs and the roofs (the rafters covering the rafters) Replacement with a covering structure).

Natural suspension curves in the longitudinal and transverse directions of the tile roof are expressed through the multiple segments of the members constituting the roof structure. This segment starts from the three-segment segment of the rafters and gradually adds the number of segments to the upper member. The segment includes a bottom tile that is installed close to the suspension curve with about 50 segments at the finish of the roof top facade. .

In a preferred embodiment, a gating plate for finishing the surface at the top and the top surface of the short and long smoke is installed, to block the inflow of condensation and condensation in the empty space formed between the installed gutter and the rafters and pads In order to further include a heat insulating plate having a water repellent effect.

In a preferred embodiment, on the upper surface of the cover plate is installed a reflective insulating plate for blocking the radiating heat and the moisture-permeable waterproof resin effective for preserving the wooden structure, and further includes a tile rack for hanging the tile.

In a preferred embodiment, the top of the paddle rafters and the padding plate includes the provision of a stage for supporting the ridge.

As described above, according to the present invention, it is possible to provide a lightweight Korean roof structure with a simplified structure and reduced weight of the roof based on dry construction rather than wet construction using a bot and the like.

In addition, it is possible to provide a roof structure that can express the traditional design of the Korean roof tile roof by overcoming the limitation of unnatural molding, which is a limitation of the dry construction method using a rafter.

In addition, there is less cost burden such as material costs, labor costs, there is an effect that can provide an economical Korean roof tile structure that can reduce the labor consumption, construction period, defect rate.

1 is a view showing the configuration of a Korean roof tile structure according to an embodiment of the present invention,
Figure 2 is an enlarged view of the main portion of the Korean roof tile structure according to an embodiment of the present invention,
3 is a conceptual diagram of forming a suspension curve by using a pullover of a Korean-style roof structure according to an embodiment of the present invention,
Figure 4 is a view showing the installation method of the rafters of Korean-style tile roof structure according to an embodiment of the present invention,
5 is a view showing a connection structure of the rafters of Korean-style tile roof structure according to an embodiment of the present invention,
Figure 6 is an enlarged view of the main part showing the ridge base of the Korean roof tile structure according to an embodiment of the present invention,
Figure 7 is a view showing the heat transfer form of the heat of the Korean roof tile structure according to an embodiment of the present invention.

Hereinafter, the technical structure of the present invention will be described in detail with reference to preferred embodiments shown in the accompanying drawings. However, the invention is not limited to the embodiments described herein but may be embodied in other forms.

Like reference numerals designate like elements throughout the specification.

1 is a view showing the overall configuration of the Korean roof tile structure 100 according to an embodiment of the present invention, Figure 2 to explain the configuration connection relationship of the Korean roof tile structure 100 according to an embodiment of the present invention 3 is a conceptual view of forming a suspension curve of a roof tile using the rafters 130 of the Korean-style roof structure 100 according to an embodiment of the present invention, FIG. 4 is according to an embodiment of the present invention. Fig. 5 shows a form in which the rafters 130 of the Korean-type roof structure 100 are installed to form a roof, and FIG. 5 shows the rafters 130 of the Korean-type roof structure 100 according to the embodiment of the present invention. ) Is a view showing a structure in which the various connections. Referring to the drawings, the Korean-style roof structure according to an embodiment of the present invention comprises a rafter 110, a pillow neck 120, the rafters 130.

In the traditional Hanok roof, the shape of the roof fills up the shape of the suspension curve (which looks a little hollow inwardly) in the longitudinal section and the curves of both ends of the cross section. The end is filled with wetting and filling of the base formed at the obtuse angle of the rafter (long edge, short edge) to form the finishing surface of the roof with thick curves. Fill deep and thin shallows. The cross of Anggok is formed by raising the roof surface by filling it thicker from the center to both ends. A typical Korean tile roof structure has a roof 10 of a roof 10 and a plurality of beams 30 formed on the eaves 20. Centrally disposed in the transverse direction to support the intermediate region in the down direction, a plurality of rafters cross-arranged with the middle purlin 40 above the middle purlin 40 and forming a triangular shape of the roof and laterally disposed in the narrowing upper part of the roof Includes a claw hammer 50 supporting a plurality of rafters.

In the structure of the Korean roof tile roof according to an embodiment of the present invention, the rafter 110 is composed of a leading edge 111 and a long edge 113.

The leading edge 111 and the leading edge 113 is disposed along the direction of the roof descending, and the arranged leading edge 111 and the leading edge 113 are spaced apart in the width direction according to the specifications of the roof and are arranged in plurality.

On the other hand, the edge 111 is one side of the upper end in the longitudinal direction is crossed and crosses the bellows 50, is formed to be inclined to form a triangular shape of the roof and crosses in the middle purlin (40).

In addition, the long side 113 is coupled to one side of the upper end crosses the middle purlin (40) and at the same time extending along the downward direction of the roof at the lower end of the end 111. Here, the means 111 and the leading edge 113 is coupled means that the leading edge 113 may be extended in the longitudinal direction in the side portion by moving the width of the leading edge (111). Alternatively, the upper and lower portions of the short edge 111 and the long edge 113 may be processed and combined by shape matching. Or, it may be coupled by butt at the end, it is preferable that the long edge 113 is moved by the width of the short edge 111 to extend in the longitudinal direction in the side so as to simplify the construction and to facilitate the method.

In addition, the long edge 113 is to form a gentle slope than the slope of the edge 111. This is to express the design of the radially extending shape toward the bottom which is a characteristic of the Korean roof tile roof. Therefore, in order to express such a shape, the short edge 111 and the long edge 113 must form different inclined surfaces, respectively, so that the roof valley of the roof shape is formed in the extending connection region.

Representation of the thick curve in the composition of wood was conceived in that the more the angle of the polygon is, the closer it is to the curve of the circle or arc. In other words, the number of angle segments was increased to solve the problem by making the final roof surface close to curved. The underlying rafters are obtuse, with a length of about 2: 1 between the length and length of the edges (the length is longer than the edges because it extends the eaves). And increased so that they appear at even distances. In a typical five-room household, three-segment segments are used as the basis. In the three-family household, when the tile roof is constructed, such as two-segment segments, more segments are formed according to the scale, and the roof valley is formed.

On the other hand, the pillow neck 120 is disposed on the upper surface of the roof portion so as to support the rafters 130 to be described later. In the Korean type roof tile structure 100 according to an embodiment of the present invention, the pillow neck 120 supports and supports the rafters 130 from below, and at the same time serves to form a suspension curve of the roof. As in 40), it can serve as a reinforcement for the whole structure.

Referring to FIG. 2, the pillow neck 120 may be disposed to extend in the transverse direction and intersect the short edge 111 and the long edge 113 on a region where the short edge 111 and the long edge 113 are coupled to each other, or It may also be possible in a short form corresponding to the width of the edge 111 and the long edge 113. However, in the Korean roof tile structure according to the embodiment of the present invention, it is preferable to be parallel to the middle purlin 40 so as to reinforce the overall structure, and to be disposed in the transverse direction. In addition, when the pillow neck 120 is disposed on the upper surface of the roof valley portion, it is preferable to process the contact portion corresponding to the roof valley portion so as to be disposed in close contact with the rafters 110 without creating an empty space. Do.

On the other hand, the rafters 130 is disposed in close contact with the rafters 110 and the pillow neck 120 in the direction of the roof down. Referring to FIG. 2, the rafters 130 may be arranged in a curved rafter 110 without using a conventional method such as a bot, a hawk, or the like to achieve a natural suspension curve. The rafter 130 may correspond to the installed rafter 110 and may be disposed thereon, or may be variously arranged according to the standard and shape of the roof. For example, referring to Figure 4, the three rafters 130 in the down direction of the roof may be coupled to extend the upper and lower, respectively, a plurality of combined rafters 130 in the width direction spaced apart. The means that the scavenger 130 is extended and coupled with reference to FIG. 5 may be coupled by side engagement as shown in FIG. 5 (A), or faced at upper and lower ends as shown in FIG. 5 (B). It can be combined by butt.

On the other hand, in the upper surface of the paddle board 130 is provided with a pad plate 140 for closing the surface of the paddle board 130. The padding plate 140 is in the form of plywood, is covered and fixed to cross on the upper surface of the paddle pad 130. This is to form a surface of the roof, it is fixed flat so as not to form a layer or a valley, and finish the fine bent portion of the rafters 130 to achieve a natural suspension curve.

In addition, it may be provided to include a heat insulator 150 or a waterproof material for the insulation, sound insulation, waterproofing, or both above the upper surface of the pad 140.

The heat insulator 150 may selectively use any one or more of heat insulators 150, such as glass, minerals, metal insulators or organic insulators such as expanded polystyrene, foamed polyurethane, and plastic insulators. . Korean-style roof structure according to an embodiment of the present invention is preferable to use a heat reflection insulating material that can block the radiant heat transmitted from the heated tile and reflect the heat, wrapped with a tarpaulin on the heat insulating material 150, such as rain water It can prevent from infiltration.

On the other hand, the upper surface of the heat insulator 150 or waterproof material is provided with a tile rack (160) for hanging the tile. The roof tile rack 160 is to prevent the fall of the roof tile when the tile is connected to be fixed by mounting. Roof tile rack 160 is installed to cross the transverse direction of the roof, the installed tile rack 160 is spaced in the downward direction of the roof may be installed in plurality depending on the specifications of the roof. It is preferable to use the shape of the rectangular square material to facilitate the construction or production, the shape and size is not largely limited.

On the other hand, the top of the roof is provided with a ridge pedestal 170 for supporting the ridge 60.

Referring to Figure 6, the ridge 60 is installed on the top end of the roof, a plurality of rafters 130 is arranged in a triangular shape on the top end of the roof is suitable for installing the ridge 60 It does not form. Therefore, the ridge floor support 170 having a flat surface on which the ridge floor 60 is formed may be installed at the top end of the roof to stably install the ridge floor 60.

Meanwhile, referring to FIG. 2 in the Korean-style roof structure 100 according to the embodiment of the present invention, the paddle claws 130 are formed on the roof valley portion where the edge 111 and the long edge 113 are extended and connected. Arranged, with spaces between them.

Therefore, the Korean-type tile roof structure according to the embodiment of the present invention is installed on the top surface of the edge 111 and the long edge 113, the plate 115 and the paddle board 130 of It is preferable to use the filler 116 for structural stability and insulation, sound insulation, water resistance, and shortening of air in the space.

Here, the filler 116 is preferably used by mixing water according to the ratio of mud, quicklime, masato, etc. according to the standard specification for cultural property repair, the material of the filler 116 is not greatly limited.

Hereinafter, the construction step and the effect of the Korean roof tile structure according to an embodiment of the present invention. Specifications and sizes to be described later are not limited only to the preferred embodiment of the present invention.

First, a pillar 10 of a conventional Korean roof structure and the eaves 20 to be ended in the upper end of the column 10, a plurality of purlins 30 to be connected to the eaves 20, In the middle of the plurality of purlins (30) in the longitudinal middle area of the roof lower surface is disposed in the transverse direction 40 and the longitudinal purse (50) disposed in the transverse direction in the narrowing upper portion of the roof,

The upper end of the bellows 50 is connected to the upper end, the lower end is connected to the middle purlin 40 and inclined to form a triangular shape of the roof inclined. In this manner, a plurality of edges 111 are installed in the width direction, that is, spaced apart in the longitudinal direction of the bellows 50.

Next, the long edge 113 is coupled to the upper end extending from the lower end of the installed edge 111, the lower end is provided with a plurality of long edges 113 to the eaves (20) corresponding to the edge 111. At this time, the long edge 113 is to make a gentle slope than the short edge (111).

Next, the open plate 115 is covered over the upper surfaces of the short edge 111 and the long edge 113. The thickness or size of the open plate 115 is not largely suggested, and a thickness of 30 mm and 11 mm OSB plywood may be used. In addition, it is preferable to use the most common plywood having a size of 1,220 x 2,440 because the material is easy to obtain and easy to process. In addition, the part where the roof meets or the upper end of the roof may be processed to suit the shape. The open plate 115 is installed to be in close contact with the upper surface of the edge 111 and the long edge 113.

A plurality of layers are installed on the base to form a roof valley.

The first turn is the 'Rockfish' and the cravings that are the members to support it. (This is the "house" above.) The long lumber is fixed at right angles to the rafters at the point where the roof slope is divided into three. In the length ratio between the long and short edges (2: 1), the middle segment of the long lead can be obtained to form a three-segment form in which each length becomes more even. At this time, the 'back pillow' increases the height of the other to reduce the depth of the obtuse angle. The rafters are fixed by placing them on the 'back pillow' in the same length as the rafters. Pillow neck 120 is disposed in the coupling region of the edge 111 and the long edge 113. The pillow neck 120 is a rectangular cross section of a rectangular shape, the bottom width is preferably used 100mm to 120mm, on the other hand, may be used to a specific value of 80mm to 150mm. In addition, the height is processed and used differently according to the position. In addition, the pillow neck 120 is preferably disposed close to the processing by processing the bottom portion so as to correspond to the roof portion formed when the leading edge 111 and the long edge 113 is connected, it is arranged long in the horizontal direction like the purlin 40 It is desirable for structural stability.

The second turn is the 'paddle' covering the rafters. In particular, the 'paddle' should be installed to cover the segmented part of the rafters properly. In other words, the rafters and paddles of the segmental part increase the number of segments by forming a triangular gap. 'Paddle' is laid horizontally, nailed around the plywood surface and fixed. As a result, the three-segment of rafters became the five-segment when it reached the lamellar plate. In addition, the rake 130 is preferably a floor width of 50mm to 70mm, a height of 80mm to 100mm of the angle, and can also be used as a specific value of the floor width 40mm to 80mm, height 90mm to 110mm according to the specifications of the roof. . In addition, the fork 130 may be disposed parallel to and corresponding to the top 111 and the long edge 113, it may be further arranged according to the size and shape of the roof. At this time, the space due to the roof of the coupling portion of the edge 111 and the long edge 113 is created. The space can be replenished by filling with filler, and it is preferable to use a mixture of water according to the ratio set forth in the Standard Specification for Cultural Heritage Repair such as mud, quicklime and masato. The paddle plate 140 which finishes the surface of the paddle board 130 is installed. The paddle plate 140 may use the same type of plywood as the open plate 115, and is fixed flat so that no layer or valley occurs, and finishes the fine bent portion of the paddle pad 130.

The third is the floor and the frame installed at the interval between the bones on the side of the paddle board (the base and base of the tile and the supporting member that is the base of the tile). In the same principle, increase the number of segments across the segment of the disc. When the five-segment of the disc plate reaches the base and the frame, it is divided into eight-segments. Insulating material 150 and the waterproofing material for the insulation and waterproofing is disposed on the upper surface of the pad plate 140. The heat insulating material 150 may be installed in close contact with the expanded polystyrene heat insulating material having a thickness of 100 mm to the pad plate 140, and the thickness thereof is not largely limited. Or, it is preferable to use a heat reflection insulating material to block the radiant heat transferred from the heated tile. Next, to cover and fix the waterproofing material to be waterproof from the rain over the installed insulation (150). Roof tile rack 160 is installed on the upper surface of the waterproofing material. Roof tile rack 160 is preferably a cross-section 45mm x 45mm rectangular box, it is not limited to this may be used in other forms or different sizes. The roof tile rack 160 is arranged in the transverse direction of the roof, a plurality of spaced apart in the longitudinal direction of the down surface of the roof is installed.

The last one is a floor tile (memory tile) that is laid over like fish scales. Depending on the length of the nest, it is estimated to be '8.33 segment / m' in the three-frame foaming, which can be seen as a standard, and 30 to 50 segments are generated on one longitudinal section of the hanok roof. In this way, each segment is evenly divided and its number is increased, and when it reaches the roof tile, it is possible to form a shape close to the suspension curve of the traditional Hanok roof. In addition, the ridge base 170 is provided to facilitate the construction of the ridge 60 at the top end of the roof. The ridge base 170 is provided in a flat shape so that the ridge 60 may be placed in the same length direction as the bellows 50.

Therefore, the tiles generally standardized in the Korean tile roof structure according to the embodiment of the present invention, a cementless molding machine, a synthetic resin integrated molding machine, and a metal group can be used in various applications.

Angok expression of Hanok roof crossing was solved by installing a member that applied (galmo) ridge, which is a long triangular support member that lifts the rafters. These "scattered members" are provided at both ends of the pillow neck row, raising the height of the rafters of that part. The length of the "scattered member" is 1/4 (double bisected) of the length of the 'plum', and the height of the ridge varies from one position on the longitudinal section to the top of the gable at the installation location. The gables here play an important role in determining the expression of anggok. That is, the change in the angular formed by the "scattered member" ends at the top of the gable. The gable serves as the terminator of the Hanok roof crossing Anggok.

It prevents the radiant heat of the summer sun from entering the interior of the roof and prevents the warmth of the winter in the winter, creating a pleasant indoor heat environment. The insulation performance of bot is 0.204w / mk ℃, while Styrofoam 0.037w / mk ℃ and ALC block 0.092w / mk ℃. In other words, the ALC block should be 25cm and the clay (55cm) should be 55cm in order to achieve insulation performance such as 10cm thick styrofoam. In the traditional Hanok roof, the insulation performance was secured by the 20 ~ 30cm thick clay, wetting and structural space on the ceiling. The thicker the roof, the more the benefits of the insulation side, but leading to an increase in load, resulting in structural irrationality.

In the present invention, by using a 100mm thick 'bead method insulation plate' as the roof insulation, while pursuing the load of the roof better insulation performance was pursued. In addition, the insulating plate has a water-repellent performance, it is effective to prevent rain water, condensation water from penetrating the air gap of the insulating material to lower the thermal insulation performance.

A rafter is placed on the torii to form the basis of the hanok roof. In the traditional Hanok roof, there is a small earthen wall between the torii and the rafters. This place is called "carnacle" (wall), or "carnel" for short. 'Dangerous' is often caused by dry shrinkage of the soil, dry shrinkage of the surrounding wood members, and torsional deformations, and because of the high and narrow installation place, it is difficult to install insulation materials. "Heat bridge". In particular, the gap due to shrinkage deformation is concentrated in the rafter opening. After the shrinkage of shrinkage, the 'dangerous bone' sinks down by gravity.

In the present invention was solved by opening the open plate of the top of the purlin to be installed 'dangerous'.

By installing the 'dangerous' between open gutters, and leaving more than the gutter, the gap between the 'dangerous bone' and the gutter is prevented from opening even after dry shrinkage. In addition, by bonding the 'carbon' and the insulation of the roof, a more effective thermal crosslinking effect is obtained. Opening up the game improves the efficiency of the 'carousel' installation work. Originally, he looked up from the bottom of the roof and placed a 'galley' in the narrow gap between the purlin and the open ground, but now it was installed on the roof between the open ground to reduce the difficulty of the work.

As described above, the form in which heat is transferred from the outside to the inside of the Korean-style roof structure according to the embodiment of the present invention will be described. As shown in FIG. 7, the first solar radiation, roof tile, paddle board 140, paddle pad 130, pillow neck 120, paddle board 115, ceiling, and room in order of radiation, conduction, and convection. Heat is transferred by Here, due to the waterproof layer and the heat insulator 150 formed between the roof tile and the pad plate 140, it can be primarily suppressed from the radiation and conduction of heat. In addition, the radiant heat may be secondarily suppressed as the filler 116 filling the empty space between the padlock 130 and the pillow neck 120.

In addition, heat transfer may be blocked by the paddle plate 140 and the plate plate 115. Therefore, the external air temperature interlocking section protects the structure and the insulation layer through waterproofing, and if possible, it can be confined to the outside by placing the section that can be condensed by external insulation and interlocking with the indoor air temperature to form a suitable temperature and pleasant interior. have.

Hereinafter, as described above, the Korean roof tile structure according to the embodiment of the present invention simplifies the construction, and is easy to construct based on dry construction instead of wet construction using a bot, etc., and a lightweight Korean roof structure. Can be provided.

In addition, it is possible to provide a Korean-style roof structure that can express the traditional design of the Korean roof tile roof by the dry construction using the clapper 130.

In addition, there is less cost burden such as material costs, labor costs, there is an effect that can provide an economical Korean roof tile structure that can reduce the labor consumption, construction period, defect rate.

In the above, the Korean-style roof structure according to the present invention has been shown in accordance with the above description and drawings of the configuration and operation of the present invention, which is just described for example and within the scope without departing from the spirit and scope of the present invention In addition to the embodiments described in the form of the rafter 110, pillow neck 120, the rafters 130 can be variously changed and changed in the form of course.

10: pillar 20: eaves
30: multiple beams 40: midori
50: Jongdori 60: Dragon Ridge
100: Korean type roof structure 110: rafters
111: by far 113: by Jang Yeon
115: Opening 116: Filling material
120: pillow neck 130: rafters
140: pad 150: heat insulating material
160: tile racks 170: ridge base

Claims (6)

In the Korean-style roof structure including a eaves, a plurality of purlins, mid-doris, bells, rafters, ridges provided to form a roof tile,
The rafter consists of a plurality of edges arranged along the downward direction from the top to the bottom of the roof, and a plurality of long edges extending from the longitudinal bottom of the edge;
A pillow neck disposed on an upper surface of an area where the short and long edges are coupled; And
Korean roof tile roof structure comprising a; a plurality of rapeseed to form a natural suspension curve is arranged covering the pillow neck in the same longitudinal direction as the short and long lead at the top. The method of claim 1,
Korean roof tile structure, characterized in that the upper surface of the clack further comprises at least one paddle to close the surface of the roof. 3. The method of claim 2,
Korean-style roof structure, characterized in that the upper surface of the partition plate further comprises a heat insulating material or waterproof material or both of the insulation and waterproofing of the roof. The method of claim 3, wherein
Korean-style roof structure is installed on the upper surface of the heat insulating material or waterproof material, characterized in that it further comprises a tile rack for hanging the tile. The method of claim 4, wherein
Korean-style roof structure, characterized in that the ridge support for supporting the ridge is provided at the top of the rafters. The method according to any one of claims 1 to 5,
Opening plate is installed to finish the surface on the upper surface of the short and long lead,
It is interposed in the empty space formed between the installed plate and the paddle, the Korean roof tile structure, characterized in that it further comprises a filler for reinforcing shortening and empty space of the air.

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