KR101006225B1 - Modern korean-style house having steel structure - Google Patents

Abstract

In the present invention, a modern hanok having a steel structure, by setting the area to be built on the ground on which the foundation work is made, the main stone is placed at predetermined intervals along the edge of the area, and the insertion is installed using the groove formed in the upper end of the main stone A steel structure consisting of a pillar to be formed, a window installed on an upper side of the pillar, a lower portion fixed to an upper surface of the window and an upper portion formed in a roof shape on the lower portion thereof, and a hanok to be installed and built on the upper portion of the steel structure. An eave assembly protruding outward, an outer assembly installed on the lower side of the steel structure and covering the steel structure, a roof assembly covering the upper portion of the steel structure, and a bore installed perpendicular to the window on the upper side of the column; It is inserted into the cross groove formed at the upper end of the window and the bollard, and is installed on the upper surface of the window and the bore. The iron plate and grooves are formed, the modern type Hanok having a steel frame structure, characterized in that the changbang boahji and fixed to the pole by a steel plate which is accommodated in the iron plate groove is proposed.

Modern hanok having a steel structure according to the present invention has the effect of shortening the construction period and reducing the construction cost because the construction is convenient because the roof is built using a steel structure having a higher homogeneity than wood.

Column, Window, Steel Structure, Eave Assembly, Exterior Assembly, Roof Assembly

Description

Modern Korean-style house having steel structure

The present invention relates to a modern hanok having a steel structure, and more particularly to a modern hanok having a steel structure that can be stable and shorten the construction period by employing a steel structure on the roof in building the hanok. .

A hanok is a building built in the traditional Korean style. First, the foundation construction is carried out on the ground to be built, the main cornerstone is placed in the place where the pillar is to be erected, the pillar is placed on the cornerstone, and the girders and middle beams are placed horizontally and vertically on the pillar. Intersect to form a space. In addition, a floor having an ondol is formed on the inner bottom of the space, and between the pillar and the pillar is blocked with a brick or window to partition the room and the floor, and a roof is formed by placing a tile on the rafters or parapets.

At one time, Hanok was perceived as an uneven and inefficient architecture, and was mostly replaced by yangok. As it is regarded as a remnant of the old days to be removed, even Hanok, which has many historical values, disappeared. In addition, atopy and asthma and other diseases can be prevented, and the drama set-up centered on hanok is booming under the influence of historical dramas, and the demand for hanok is continuously increasing.

However, the traditional building method of hanok is handed down to only a handful of experts, and it takes long construction period and high construction cost until the hanok is completed because the expert has to take responsibility and solve from design to material selection and assembly.

In addition, the girders and pillars are used to support the load of the hanok roof, but the girder, which is a wood, is vulnerable to bending moments caused by the load, so it is weak in structural stability due to twisting or splitting after construction. Accordingly, in order to distribute the load of the roof, the pillars were also set inside the hanok, and due to the pillars, there is a problem in that the internal form is restricted and the utilization of the internal space is lowered.

In addition, the conventional hanok has a disadvantage in that a lot of repair costs due to the complicated coupling relationship between the members even if a partial defect occurs.

The present invention employs a steel structure as a roof of the hanok, and by covering the outside of the steel structure with wood and roof tiles, etc., the modern having a steel structure that can secure the stability of the hanok and shorten the construction period while maintaining the conventional shape of the traditional hanok It is related to brother Hanok.

In order to achieve the above object, the present invention is a modern hanok having a steel structure, the main cornerstone which is placed at predetermined intervals along the border of the area by setting the area to be built on the ground on which the foundation construction is made, and the upper end of the cornerstone A steel frame structure comprising a pillar to be inserted by using a groove formed, a window chamber installed on an upper side of the pillar, a lower portion fixed to an upper surface of the window, and an upper portion formed in a roof shape on the lower portion thereof; The eave assembly protruding toward the outside of the hanok to be built and constructed on the upper part, the outer assembly installed on the lower side of the steel structure to cover the steel structure, the roof assembly covering the upper part of the steel structure, and orthogonal to the window on the upper side of the column Including bores to be installed, inserted into the cross groove formed in the upper part of the window and the visible pillar And, an upper surface of the changbang boahji, the iron plate groove is formed, the modern type Hanok having a steel frame structure, characterized in that the changbang boahji and fixed to the pole by a steel plate which is accommodated in the iron plate groove is proposed.

Preferably, a modern hanok having a steel structure is characterized in that it further comprises a thread that is inserted in parallel to the window and both ends are inserted into the groove formed on the side of the pillar.

Preferably, the cornice assembly is fixed to the steel structure on the rim vertex of the area to be built, the chumyeo protruding diagonally outside the rim; Cottages fixed at the distal ends of the chucks and spaced apart at predetermined intervals in parallel to the outside direction of the hanok to be built at the window; One end is vertically fixed to the bottom surface of the cottage and the other end is fixed to the top of the steel structure; And it is proposed a modern hanok having a steel structure, characterized in that one side of the cottage and one end in contact with the bone cover plate covering the top of the rafters.

Preferably, the cornice assembly, the Sarajeukyeo fixed to the top surface of the ugyeo further protrude in parallel with the ugyeo; Two ends are fixed to the distal end of the Sarangukyeo and installed at a predetermined interval in parallel to the outside direction of the hanok to be built in the cottage; One side portion is fixed vertically to the bottom surface of the sheet, the other side is fixed to the bone plate plate; A sub-arrangement installed vertically between the sub-sections between the sub-sections; And a modern hanok having a steel structure is characterized in that it further comprises a side of the side contacting the one side of the sheet and cover the top of the side of the parayeon.

Preferably, the outer assembly, the head is installed on the upper bore of the lower side of the steel structure; Sohrok height is installed in parallel with the window between the head of the lower side of the steel structure; Jangyeo covering the lower side of the steel structure is installed on the top surface of the narrow road; The bow head and the side that is in contact with the side is installed on the main head; And it is proposed a modern hanok having a steel structure characterized in that it comprises a furnace installed at predetermined intervals on the side of the furnace.

Preferably, the roof assembly, the top surface is cut in a continuous fan-shaped form, the softness is installed on the top surface of the picking machine; Roof tile hooks are installed at predetermined intervals in parallel with the window on the upper portion of the steel structure and the bone plate or the secondary marginal plate; The modern hanok having a steel structure is characterized in that it comprises a plurality of roof tile which is in contact with the upper surface of the fan-shaped form of softness and is fixed to the tile hook to cover the top of the steel structure.

Modern hanok having a steel structure according to the present invention has the effect of shortening the construction period and reducing the construction cost because the construction is convenient because the roof is built using a steel structure having a higher homogeneity than wood.

In addition, since the steel structure has more durability and shock resistance than wood and is resistant to bending moments due to the load on the roof, the space between the columns and the columns can be widened, thereby increasing the utilization of the internal space.

And, by covering the outside of the steel structure with wood and roof tiles, the appearance can maintain the aesthetics and personality of the traditional hanok, and since there is no complicated coupling relationship between the members, only a member can be repaired if a defect occurs in a specific member. There is an advantage to reduce the repair cost.

In addition, various effects in accordance with various embodiments of the invention can be understood from the configuration of the various embodiments described in the claims and embodiments by those skilled in the art.

Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings. In describing one embodiment, redundant additional descriptions are omitted below. In the following embodiments, the same reference numerals refer to the same configuration.

1 is a perspective view showing a modern hanok having a steel structure 4 according to an embodiment of the present invention, Figure 2 is an exploded view showing the arrangement of the steel structure 4 shown in Figure 1, Figure 3 1 is an exploded view showing the coupling relationship of the pillar 2, the window 3 and the bore 8 shown in Figure 1, Figure 6 is a side view showing the outline assembly of a modern hanok having a steel structure according to an embodiment of the present invention to be.

As shown in FIG. 1 or 6, the present invention is the main corner stone (1), pillar (2), window (3), steel structure (4), cornice assembly (5), appearance assembly (6), roof assembly ( 7), bore 8 and pulley 9.

The main cornerstone (1) is a member that serves to fix the pillar (2), and sets the area to be built on the ground on which the foundation work is made, and is placed at predetermined intervals along the border of the set area. Since the number of pillars 2 supporting the load of the roof is determined by the number of the cornerstone 1, if the weight is relatively heavy in consideration of the load of the roof, the predetermined interval is narrowed to increase the number of the cornerstone 1, and the load of the roof If it is relatively light, the predetermined interval is widened to reduce the number of the cornerstones 1.

On the other hand, the pillar (2) is inserted and installed using the groove formed in the upper end of the above-described cornerstone (1). Preferably, the diameter of the pillar 2 coincides with the diameter of the groove formed in the upper end of the cornerstone 1 so that the pillar 2 is completely fixed to the cornerstone 1.

In addition, since the pillar 2 is a member supporting the load of the roof, if the load of the roof is relatively heavy, the diameter is made large, and if the load of the roof is relatively light, the diameter is made small.

In this case, the pillar 2 may be a pillar 2 of various forms such as a shedding pillar, a shedding pillar, a ditch, a samosa pillar and the like used in a traditional hanok.

On the other hand, the window (3) is a member for connecting the upper end of the column (2) to load the steel structure (4) on the upper surface, the groove formed along the border direction of the area to be built on the upper end of the column (2) Both ends are inserted and installed.

In addition, the bore 8 is a member that protrudes from the upper end of the pillar 2 to the outside of the hanok, indicating the beauty of the hanok, and is formed at the upper end of the pillar 2 in the direction of the hanok to be perpendicular to the window 3 and to be constructed. It is inserted and installed using the groove.

Preferably, as shown in FIG. 3, the window 3 and bore 8 are inserted into a cross groove 2a formed at the upper end of the pillar 2, and on the upper surface of the pillar 2 thereon. The coupling between the pillar 2, the window 3 and the bore 8 can be further strengthened by positioning the corresponding iron plate 10 and coupling it to the pillar 2 using fastening means including bolts 30.

At this time, since the lower plate 42 and the window 3 of the steel structure 4 is spaced apart by the thickness of the steel plate 10 by employing the iron plate 10, the upper end of the window 3 and the bore 8 to prevent this It is preferable that the lower plate 42 and the window 3 of the steel frame structure 4 are brought into close contact with the entire surface by placing the iron plate 10 in the above-described groove by providing the steel plate groove 3a on the surface.

Meanwhile, the thread 9 is a member for installing a window frame or a door frame between the pillar 2 and the pillar 2, and both ends thereof are inserted into a groove formed in the side surface of the pillar 2 to be parallel to the window 3. Is installed.

Preferably, the lintel 9 includes a lintel provided at the upper end of the pillar 2 and a middle chamber installed at the center of the pillar 2 and a lower chamber provided at the lower end of the pillar 2. Accordingly, one or more of the lintel, the middle room or the lower room can be selectively installed.

On the other hand, as shown in Figure 2, the steel structure 4 is composed of a lower portion 42 and the upper portion 41, the lower portion 42 is formed in a shape corresponding to the upper surface of the window 3 described above It is mounted to face the upper surface of the window 3, and the upper portion 41 is formed in the form of a roof on the lower portion 42.

Preferably, the lower portion 42 of the steel frame structure 4 is coupled to the window 3 or the pillar 2 and the like by using a fastening means including a bolt, the roof shape of the upper portion 41 is occluded roof, cross roof, It can be variously modified according to the choice of the operator such as the right angle roof. In addition, the steel structure 4 can be used, such as H beam, C-shaped steel, to form the shape of the steel structure (4) using a welding or the like.

The present invention can reduce the number of pillars (2) by employing a steel structure (4) resistant to the bending moment can increase the internal space utilization of hanok.

As shown in FIG. 1, the cornice assembly 5 protrudes toward the outside of the hanok to be installed and built on the upper portion 41 of the steel frame structure 4.

On the other hand, Figure 4 is a detailed view of the eave assembly 5 of the modern hanok having a steel frame structure 4 according to an embodiment of the present invention. Referring to FIG. 4, the cornice assembly 5 includes a chuck 11, a booth 12, a rafter 13, and a bone plate 14.

The duct 11 is fixed to the steel structure 4 above the edge vertex of the area to be built and protrudes diagonally outside the edge. Preferably, the chuck 11 is coupled to the steel structure 4 using a fastening means including a bolt or the like.

In addition, the booth 12 is fixed at both ends to the distal end of the chumyeo 11, respectively, and is spaced apart by a predetermined interval in parallel to the outside direction of the hanok to be built in the window (3). That is, the booth 12 is a member that connects both ends of the chuck eleven 11 and serves as a reference when installing the rafter 13 to be described later.

In addition, the rafter 13 is a member of the eave assembly 5 together with the chuck 11, one end of which is vertically fixed to the lower surface of the cottage 12, and the upper portion 41 of the steel structure 4 The other end is fixed and installed.

In addition, the bone plate 14 is a member that serves to prevent rain, snow, etc., one side of the cottage 12 is in contact with one end and covers the upper end of the rafters (13).

The eave assembly 5 comprising the above-mentioned vertebral 11, booth 12, rafter 13 and bone plate 14 forms a single eave, which is a form of a traditional eave.

On the other hand, Figure 5 is a detailed view of the eave assembly 5 of the modern hanok having a steel frame structure 4 according to another embodiment of the present invention. Referring to FIG. 5, the cornice assembly 5 may additionally be used in addition to the hermitage 11, the booth 12, the rafter 13, and the bone valve plate 14. (17), the secondary softening 18, and the secondary softening plate 19 is further included.

Sarai chuck 15 is a member that further extends the ugly 11, is fixed to the top surface of the ugly 11 and further protrudes in the outer diagonal direction of the above-described border in parallel with the ugly 11.

In addition, the maegi 16 is a member having a role similar to the booth 12, both ends are respectively fixed to the distal end of the Sarangyeo 15, a predetermined interval in parallel to the outside of the hanok to be built in the booth 12 It is installed spaced apart. That is, the maggie 16 is a member for connecting both ends of the Sarangyeo 15 and is a reference when installing the side 17 to be described later.

The paraffin 17 is a member that further extends the rafter 13, and one end is vertically fixed to the lower end surface of the pawler 16, and the other end is fixed to the bone plate 14.

In addition, the parade anchorage 18 is a member in the form of a board that blocks the space between the parade 17 when viewed from the outside of the hanok to be built, between the parade 17 and the parade 17, installed vertically with the parade 17 do. Preferably, grooves are formed on both sides of the secondary edge 17 to insert the secondary edge 18 into the groove.

In addition, the parapet opening plate 19 is a member having a role similar to that of the bone plate 14, and one end of the mating machine 16 is in contact with and covers the upper end of the parapet 17.

In addition to the above-mentioned ugly 11, booth 12, rafters 13 and bone graft plate 14, in addition to the hermitage 15, Lee Maegi (16), parade (17), parade (18), parade The cornice assembly 5 further comprising the open plate 19 forms a layer of cornice, which is a form of traditional cornice.

On the other hand, the outer assembly 6 is installed on the lower 42 side of the steel structure 4 to cover the steel structure 4 to maintain the beauty of traditional hanok.

Figure 6 is a side view showing the outer assembly of a modern hanok having a steel structure according to an embodiment of the present invention. Referring to FIG. 6, the outer assembly 6 includes a head 20, a small crotch 21, a donor 22, a bow 23, and a small 24.

Although the above-mentioned Odeol 20, Sorocheokgo 21, Jangyeo 22, Borim 23 and Soro 24, etc., in the traditional Hanok construction method, the roof support member, the steel structure according to the present invention (4 In the modern hanok with), rather than supporting the roof, it serves to cover the steel structure 4 or to maintain the aesthetic appearance of the hanok.

The head 20 is installed in the upper part of the bore 8 of the lower side 42 of the steel frame structure (4). Originally the head 20 is a cross-shaped groove is formed on the top surface to support the girder and the donor 22, but in the present invention there is no girder and the donor 22 to be described later also the lower 42 side of the steel structure 4 Since it can be fixed to, the stigma 20 does not support the girder and the ledge 22.

In addition, the narrow road 21 is installed in parallel with the window 3 between the head 20 of the lower side 42 side of the steel frame structure (4).

And, the donor 22 is a member in the form of a plank, is installed on the top surface of the narrow road 21 to cover the side of the lower portion 42 of the steel structure (4). Therefore, although the donor 22 is also a member that supports the load of the roof, in the present invention, it is simply installed on the upper end surface of the sawtower 21 so that the load of the roof is not applied.

In addition, the bow head 23 is in contact with the donor 22, one side is installed on the head 20. Originally, the bow 23 is the distal end of the girder, but in the present invention, there is no girder, so only the shape of the bow 23 is provided on the head 20.

And the lane 24 is provided in the side surface of the narrow passage 21 at predetermined intervals. Originally, the furnace 24 is a member supporting the donor 22. However, in the present invention, the furnace 22 does not need to support the donor 22 because the donor 22 is already installed at the lower 42 side of the steel structure 4.

As described above, the members of the outer assembly 6 do not form a complicated coupling with each other or support other components unlike the traditional Hanok construction method, so that the construction order of each member can be easily adjusted and defects may occur in a specific member. In this case, only a specific member can be easily maintained or replaced without having to disassemble all other members, thereby reducing the repair cost.

As shown in FIG. 1, the roof assembly 7 covers the upper portion 41 of the steel structure 4 to cover the steel structure 4 to maintain the beauty of the traditional hanok and prevent rain from inside the hanok.

On the other hand, Figure 7 is a detailed view showing the roof assembly 7 shown in FIG. Referring to FIG. 7, the roof assembly 7 includes a softness 25, a tile rack 26, and a plurality of roof tiles 27.

Softness 25 is a member for supporting the tile layer 27 at the bottom, the upper end surface is cut in a continuous fan-shaped form, is installed on the upper end of the paja 16. The top surface of the softness 25 cut in a fan shape is in contact with the bottom surface of the tile 27 at the bottom to support the tile 27.

In addition, the tile rack 26 is a member for fixing the tile 27, a predetermined parallel to the window (3) on the upper portion 41 and the bone plate 14 or the secondary plate 19 of the steel structure (4). Install at intervals. The predetermined interval of the tile rack 26 is determined in consideration of the size and weight of the tile 27.

In addition, the plurality of roof tiles 27 cover the upper part 41 of the steel structure 4 of the roof assembly 7 as the most important member to prevent rainstorm and maintain the beauty of the hanok, in the fan shape of the softness 25. The bottom surface of the tile 27 at the bottom is in contact with the support, is fixed to the tile rack 26 is installed.

In addition, the plurality of roof tiles 27 are constituted by amkiwa and sukiwa, and cover the amkiwa with the sukiwa after the amkiwa is installed.

In this case, various tiles 27 such as earthenware, cement, and metal may be used according to the choice of the practitioner.

Preferably, the construction work of the roof assembly 7 can be facilitated by employing a plank, panel or metal plate covering the upper portion 41 of the steel frame structure 4 and installing a plurality of tiles 27 thereon. .

On the other hand, the construction process of the modern hanok having a steel frame structure 4 according to the present invention will be described.

First, the area to be built is set on the ground on which the foundation work is made, and the main cornerstone 1 is placed at predetermined intervals along the edge of the set area. Then, the pillars 2 are inserted into the grooves formed in the upper edge of the main cornerstone 1 to stand.

Thereafter, the window 3 and the bore 8 are inserted into and installed in the cross grooves formed at the upper end of the pillar 2, and the bolt 30 is attached to the iron plate 10 corresponding to the upper surface of the pillar 2. It is coupled to the pillar (2) using a fastening means included. Then, the lower portion 42 of the steel structure 4 is positioned to face the upper surface of the window 3, and then coupled using a fastening means including a bolt.

Then, it is fixed to the steel structure (4) on the rim vertex of the area to be built the ugyeo 11, and protrudes in the diagonal direction of the above-mentioned outer edge. The booth 12 is fixed to both ends at the distal end of the chuck 11, respectively. The rafter 13 is fixed to both ends of the booth 12 and the upper portion 41 of the steel structure (4) is installed. And a single edge (short) is formed by covering the rafters 13 with the bone plate 14.

Thereafter, after installing the Sarang ugyeo 15 on the ugyeo 11, and further protrude in parallel with the ugyeo 11, the two maggi 16 is fixed to the distal end of the Sarang ugyeo 15, respectively. The secondary edge 17 is installed by fixing both ends to the paja 16 and the bone plate (14). The space between the secondary edge 17 and the secondary edge 17 is blocked using the secondary edge height 18, and the overlap edge is formed by covering the upper edge 17 with the secondary edge plate 19. However, overlapping eaves can be selectively performed according to the needs of the implementer.

Then, the head 20 is installed on the bore 8, and the small road 21 and the donor 22 are installed on the side of the lower portion 42 of the steel structure 4. Then, the bow head 23 is installed on the head 20, and the outer passage 6 is completed by installing the lanes 24 at predetermined intervals on the side surfaces of the narrow path gutter 21. However, since the members of the outer assembly 6 may be installed independently, the members may not be necessarily installed in the above order, and the order may be adjusted according to the needs of the practitioner.

In addition, the softness 25 is installed on the upper surface of the paja 16, and the tiled hanger 26 is installed on the upper portion 41 and the bone plate (14) or the secondary plate 19 of the steel structure (4). At this time, the upper portion 41 of the steel frame structure 4 may be covered with a board, panel or metal plate. Thereafter, the roof tile 7 is completed by placing a tile 27 at the bottom on the fan-shaped upper end surface of the softness 25 and fixing a plurality of tiles 27 to the tile hanger 26.

Although the present invention has been described in detail with reference to the accompanying drawings and embodiments, the accompanying drawings and the foregoing embodiments are described by way of example to help those skilled in the art to understand the present invention. Accordingly, the foregoing embodiments are to be considered as illustrative and not restrictive, and the scope of the invention should be construed in accordance with the invention set forth in the appended claims, the scope of which is to be understood by those of ordinary skill in the art. It may further include various modifications, alternatives, and equivalents by the ruler.

1 is a perspective view showing a modern hanok having a steel structure according to an embodiment of the present invention,

Figure 2 is an exploded view showing the arrangement of the steel structure shown in Figure 1,

3 is an exploded view showing the coupling relationship of the pillar, the window and the bore shown in FIG.

Figure 4 is a detailed view of the cornice assembly of the modern hanok having a steel structure according to an embodiment of the present invention,

5 is a detailed view of the cornice assembly of the modern hanok having a steel structure according to another embodiment of the present invention,

Figure 6 is a side view showing the outer assembly of a modern hanok having a steel structure according to an embodiment of the present invention,

7 is a detailed view illustrating the roof assembly illustrated in FIG. 1.

* Explanation of symbols used in the main part of the drawing

1: cornerstone

2: pillar

3: window

4: steel structure

5: cornice assembly

6: External assembly

7: roof assembly

8: boa

9: room

10: iron plate

11: ugly

12: booth

13: rafters

14: bone plate

15: Saranguk

16: maggie

17: More

18: minor delay

19: More

20: the head

21: Soro Hakgo

22: Best offer

23: bow head

24: Soro

25: soft

26: tile hanger

27: roof tiles

Claims (6)

In the modern hanok having a steel structure, A main cornerstone placed at predetermined intervals along the edge of the area by setting an area to be built on the ground on which the foundation work is made; A pillar which is inserted and installed using a groove formed at an upper end of the main corner stone; A window room installed above the pillar; A steel frame structure formed of a rectangular frame shape and having a lower portion fixed to an upper surface of the window and an upper portion formed in a roof shape on the lower portion; An eave assembly protruding toward an outside of the hanok to be installed and built on top of the steel frame structure; An outer assembly installed on the lower side of the steel structure to cover the steel structure; A roof assembly covering an upper portion of the steel frame structure; And It includes a bore installed on the upper side of the pillar orthogonal to the window, The window and the bore is inserted into the cross groove formed in the upper end of the pillar, the upper surface of the window and the bore is formed with a steel plate groove, the window and the bore is fixed to the column by the iron plate accommodated in the steel plate groove and the steel frame Modern hanok having a steel structure, characterized in that the lower portion of the structure and the window close contact. The method of claim 1, The modern hanok having a steel structure, characterized in that it further comprises a thread that is inserted at both ends by using a groove formed parallel to the rim direction of the area to be built on the side of the pillar. The method according to claim 1 or 2, The cornice assembly, A chumyeo fixed to the steel structure above the edge vertex of the area to be built and protruding diagonally outside the edge; Cottages fixed at the distal ends of the chucks and spaced apart at predetermined intervals in parallel to the outside direction of the hanok to be built at the window; One end is vertically fixed to the bottom surface of the cottage and the other end is fixed to the top of the steel structure; And Modern hanok having a steel structure, characterized in that one side of the cottage and one end in contact with the rafters covering the top of the rafters. The method of claim 3, wherein The cornice assembly, Sarajeukyeo fixed to the top surface of the ugyeo further protrude in parallel with the ugyeo; Two ends fixed to the distal end of the Sarangukyeo and installed at a predetermined interval in parallel to the outer direction of the hanok to be built in the cottage; One side portion is fixed vertically to the bottom surface of the sheet, the other side is fixed to the bone plate plate; A sub-arrangement installed vertically between the sub-sections between the sub-sections; And Modern hanok having a steel structure characterized in that it further comprises a side of the side contacting the one side of the picking machine and covering the top of the side of the parapet. The method according to claim 1 or 2, The outer assembly, A head installed in the upper portion of the bore of the lower side of the steel structure; Sohrok height is installed in parallel with the window between the head of the lower side of the steel structure; Jangyeo covering the lower side of the steel structure is installed on the top surface of the narrow road; The bow head and the side that is in contact with the side is installed on the head of the head; And Modern hanok having a steel structure, characterized in that it comprises a furnace is installed at predetermined intervals on the side of the furnace. The method according to claim 1 or 2, The roof assembly, The upper surface is cut in a continuous fan shape, the softness is installed on the upper surface of the sheet machine; Roof tile hooks are installed at predetermined intervals in parallel with the window on the upper portion of the steel structure and the bone plate or the secondary marginal plate; The modern hanok having a steel structure, characterized in that it comprises a plurality of roof tiles which are in contact with the upper surface of the fan-like shape of the softness, and fixed to the tile hook to cover the upper portion of the steel structure.

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