KR20110009882A - Tailor-made manufacturing method for furniture-style buildings and traditional korean-style structure - Google Patents

Abstract

PURPOSE: A customized construction method of furniture-style buildings and a tradition Korean style structure thereof are provided to facilitate design, assembly on site, and construction, since required building components are modularized. CONSTITUTION: A customized construction method of furniture-style buildings comprises following steps. The ground is reinforced and a foundation plane is formed. A foundation wood is installed and fixed on the edge of the area on the foundation and a cornerstone. Electric facilitated are formed on the foundation wood. A first post is installed and fixed. An exterior wall with dual heat reflecting and heat insulator is assembled with the side of the first post. The structure of walls is formed. A roof frame member is installed. A roof plate is formed. A light weight gable wall is installed, antiseptic paint is applied, and a metal panel is installed.

Description

Tailor-Made Manufacturing Method for Furniture-style Buildings and Traditional Korean-style Structure}

The present invention is to build a wooden house, which is classified in the dry construction method of the building construction method, to industrialize the furniture-type buildings to build prefabricated, shortening the time required for construction by standardizing the building structural parts and equipping the prefabricated structure, It is about the prefabricated building method for traditional hanok and the structure and industrialized construction of traditional hanok that wants to work and can reduce the demand of technical personnel and build accurately.

In order to build a traditional Korean hanok, first construct a site to be built, select the location of the building to be built on the ground, add salt, charcoal, and ash to the ground, and then place natural stone headstone in the place where the column will be built. It is a structure that forms a space by setting up the pillars vertically by arranging the pillars vertically on the headstones and crossing the girders and the intermediate beams horizontally and vertically on the pillars, and forming a space between the headstones and the pillars in the space structure. Forms a floor with floors and ondols, and the walls between pillars, columns, and intermediate beams are lined with both cans or shrouds, or walls are formed by blocking walls of mud bricks or window frames. It is a structure that partitions the floor, etc., and forms a roof using tile to install rafters on girders and intermediate beams. It consists of a structure.

When building such a traditional hanok, a large carpenter must be responsible for and resolve the building materials and processes.The selected carpenter purchases materials and installs the structure in such a way that they can be processed according to their purpose until the hanok is completed. There was a problem that it takes a long period of construction.

In addition, it is very difficult to obtain high-quality carpenters to build traditional hanok in the present surrounding situation, so it is not easy to proceed with work, and individual buildings are possible, but only construction, mass production, and mass construction are impossible. Since the building materials are processed and used according to the shape of the members directly in the field, there is a problem in that precision and handling are very low. In other words, the building material is not standardized, so the material is processed to meet the site's specifications, increasing time and labor, and of course, lacking precision. This is impossible to mass production and construction that is the basis for the modern industry.

In particular, in the structural structure, the wall and the column maintain a simple butt structural state, so that a relaxation phenomenon occurs after the construction, and thus the insulation function is lost. Due to the structure of the roof, heavy loads such as soil weight and roof tile weight are concentrated on girders, intermediate beams, and columns. In addition, there is a problem in creating a modern plane and a space that is limited to the size of the plane and the height of the building to be constructed by limited structural strength in natural wood.

There is a basic structural problem in the insulation of walls and the tightness of windows. Also, building members such as columns, girders, and intermediate beams are used only as raw wood. The deflection phenomenon cannot be excluded, and the walls formed between the pillars and the pillars are relaxed by stretching and contraction, and since the pillars and the soil bricks exist as respective structures, there is a problem of lacking overall structural stability.

The present invention is a hanok construction method of the furniture wooden house building construction method that is classified in the dry construction method of the building construction method, by designing the mass of building wooden house building and hanok in a stable structure without the need for advanced technical personnel by modularizing the building member required It aims to ensure that no structural defects such as torsion or relaxation occur after construction.

The present invention aims to solve the problem of sagging due to cracking, deformation and heavy loads of members, since all members are integrally integrated with dried wood and use engineering wood and engineering members.

The present invention connects the column and the wall as a vertical material in the uneven state coupled to each other to prevent space gaps in the structure and at the same time, the horizontal material, also connected to the top and bottom to reinforce the rigidity by strengthening the strength of the roof wall load wall murals, It aims to improve the stability of the structure by distributing it evenly throughout.

The purpose of the present invention is to strengthen the ground on the ground, to form a ground foundation surface to set the area to be built on the foundation floor surface, while setting the foundation wood to the retaining wall of the area moisture-proof between the foundation surface and the foundation wood, Step of fixing buffer material and foundation wood for laminating waterproof buffer member, installation of facility piping on base wood (electric, communication, TV) and wall connector with built-in reinforcement at the corner of base wood and molding (MOLDING) connector The pillar installation step of installing and fixing the pillars, and the lintels with built-in windows and equipment guide grooves are assembled at the upper and lower ends of the walls, and the outer walls of each wall with the opening of the elastic function, the plastering completed, and the opening are attached to the first pillar. Assemble to side groove and molding groove, and install and install bore with window connecting groove and + head connecting groove and + head projection to the top of first pillar. Assembling the wall installation step, and the second column having a wall connector and a molding connector with a reinforcing material is built in the other end of the outer wall member fixed to the first pillar assembled with the protrusions of the wall and assembled to the foundation of the installation pipe, At the upper end of the second pillar, after assembling the bore and the ovule, an outer wall fixing step of installing and assembling a tongue between the upper end of the outer wall body and the head of the first and second pillars, and assembling the tongue and the window at the outer wall fixing step Before setting up, place a third pillar with reinforcement on the foundation that extends to the interior of Hanok at a predetermined interval with respect to the second pillar, and assemble and install the inner wall member with a window installed between the third pillar and the second pillar. After the installation of the upper end of the second column and the upper end of the third pillar with the girder connecting groove and the + girder connecting projection is installed in the lower part of the girder with a built-in reinforcement, and forming the internal space for connecting, Connect the copper column to the structure connecting groove on the top of the girder, and install the weight after installing the copper column on the upper part, and then install the weight and install the plate in the center at the upper connecting groove in the middle to build the truss structure. Install the eaves on the roof frame structure member to install the truss structure fixing step, and the top of the truss structural member to raise the rafters roof panel member is integrated with the rafters and panel, and the secondary board is fixed and the secondary board is fixed It is achieved by providing a method of sequentially performing a roof plate installation step of mounting on a rafter panel member.

In addition, the present invention is to set the area to be built on the ground to the ground to be built on the ground to be built, the surface to be horizontal and the fixing surface at the predetermined intervals, and the base surface protruding the fixing hardware And a buffer member at the edge of the area, the foundation having a projection protruding from the upper surface thereof, and a first recess installed at a corner position of the foundation with concave grooves in which structural connections and wall moldings are installed on vertical surfaces of the pillars. A panel having a pillar, a concave fist hole in a vertical plane of the first pillar, or a frame inserted into a hillside pitch hole groove, and a fist field or mountain hole hole recessed groove that is installed and coupled to a basin hole fitting jaw of a foundation tree as a bottom of a linch. An outer wall plate having a shape, and a fist pad and an accommodating groove into which the base wall fitting jaw of the foundation tree and the molding tree of the outer wall board are inserted are provided at the bottom and both vertical surfaces. An extension which is assembled in a window having a second pillar and a connecting protrusion of an upper bore of the outer wall located between the first and second pillars, the outer wall member, the second pillar, the first pillar and the tongue + -Shaped connection with a bore fitted with a wall structure that is repeatedly installed on one foundation tree to form a wall structure on the entire foundation tree in which facility piping is completed, and a window that is assembled with grooves provided at the upper ends of the first and second pillars. A groove with a groove and a + -shaped connecting protrusion, and a fitting groove coupled to the accommodating fitting jaw of the foundation tree extending from the outer wall to the inner chamber side of the hanok is provided at the upper and lower ends, and having a frame coupled to the side groove of the second pillar. Girders, weight and a girder inserted between the inner wall member and a third pillar vertically installed on a foundation tree leading to the inner chamber side of the hanok, and a reinforcement connecting the second pillar on the outdoor side and the pillar on the indoor side. The roof structure is completed by a purlin, and the roof finishing structure is achieved by rafters roof panels, side panels, laminate roof boards, and wood board panels.

As described above, the present invention has a structure in which the outer surface and the shape of each structure in the construction of a wooden furniture structure and a hanok are mutually matched as a dry construction method among the construction methods, so that the load distribution for vertical load after construction is integrated. Safety is improved by making the entire structure through the pillars and walls, reducing the loss of members by the construction of the building parts in the factory and assembling them on site, and reducing the demand for high-quality manpower due to the assembly process, The simplicity of work has the advantage that the construction period is significantly shortened.

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

Furniture wooden method and the traditional hanok described in the embodiment of the present invention is not limited to the configuration shown in the drawings because there are many forms and structures.

1 is a building process diagram for the present invention, Figure 2 is an exploded view of the pre-assembly state for the present invention.

Among the building construction methods according to the present invention, the wooden construction of the dry construction method, the furniture construction method and the assembly construction of the traditional hanok to select the ground to be built to strengthen the ground on the floor to form a base surface by making the floor surface flat Perform the basic steps. At this time, the strengthening method is reinforced with lime, loess, salt, charcoal and the KGSC method developed. In the foundation step, it is preferable to insert the reinforcing bar and reinforcement when reinforcing the ground in order to prevent the floor from splitting or falling after the construction of furniture buildings and traditional hanok by calculating the load of the building and the hardness of the land. When forming the base surface, install a fixed hardware for fixing the foundation timber with the fitting of the accommodating mating connector type at regular intervals and the pillar portion is installed on the headstone. (1 step)

Install the pad on the edge of the area by setting the position to be built on the foundation and the top of the headstone, and install the pad to laminate the damping and waterproof buffer member between the foundation and the foundation.

Electrical equipment installation step on the top of the foundation (3 steps)

A pillar installation step of installing and fixing a first column made of a connector and a fist connector, and a wall molding connector at a pillar having a reinforcement in the pillar position of the foundation, and (4 step)

Outer wall is assembled to the upper and lower sides of the upper and lower chambers, and the outer wall made of double heat reflection and heat insulator with constant tension on the side of the first column, and the outer wall for assembling and installing the bore and the head of the window with the fist hole of the window as the top of the first pillar. Installation step, (5 step)

Assemble on the other end of the outer wall member fixed and assembled to the first pillar assembling the fist connector and the connector with the reinforcement material, and the second column with the wall molding connector to assemble on the foundation installed with the installation facility of the connection ledger of the accompaniment After assembling the bore with the window connecting groove and the head of the + -shaped connecting projection at the upper end of the second pillar, the outer wall body is repeatedly fixed to the upper wall of the outer wall and the barrier between the first and second pillars. do

In the fixing step of the outer wall, before installing and assembling the donor and the window, the third pillar with the reinforcement is erected in the foundation tree which extends to the inner chamber side of the hanok at a predetermined interval with respect to the second pillar, and between the third pillar and the second pillar. Assemble and install the inner wall member with built-in fist and connecting protrusions, and install the upper end of the second column and the third column where the pod with the + -shaped link ring is installed. The internal space forming step by connecting the grooves made girders,

The outer wall installation step, the outer wall fixing step and the inner space forming step are repeatedly performed to form a wall structure (step 6).

After the outer wall formation step, secure the copper column with the copper column base on the upper and the girders of the upper and the girders, install the weight on the upper girder and install the weight on the upper part, Roof structure forming step by installing roof frame member with stairway, middle way, Jongdori, middle long woman and long long woman (step 7)

The rafters connecting grooves, circuit wall connecting grooves, the saddle seating grooves where the rafters are fixed to the upper part of the eaves with the function of saddle together with the saddle and the saddle and installed together, the rafter panel member integrated on the roof frame member Step up and fix the roof panels on the rafters to lift the side panels. (8 steps)

In case of roof structure, install fat on roof board, install panelized wooden board on fixed gable panel, and install lightweight gable wall. Prefabricated Hanok construction method of furniture building consisting of preservative paint treatment or gable structure installation step reinforced with metal panel. (9 steps)

The structure of furniture wooden building and traditional hanok that is constructed in this way is based on the foundation to be built and ground strengthening of the entire ground to form the entire surface to form a flat surface, the foundation surface (1) Block panel acting as a buffer and blocking on the base member (2) is fixed to the periphery of the area to be built, a column vertically installed on the upper surface of the base member 2 and the outer wall member made of a horizontal wall ( 4), the window member (5), the barrier material (8), the girders (14), the head material (13), the bore material (7), copper material (16), heavy material (19) installed on the outer wall member ), Roof frame member, cornice material (9), claw hammer material (18), bellows material (23), flooring material (24), ugly flooring material (25) and jangjaejae (23-1) to reinforce it, and Rafter panel member 11 installed on top of the roof frame member, and secondary panel member 12 installed on the rafter member 11 ), Wood edge panel member 26, gable panel member 27 and tile roof plate member (14).

It is divided into an ondol panel layer or floor member 27 formed at the bottom of the inner space formed by the outer wall member 4, a heat insulating layer member, and an inner wall member 4 which vertically divides the inner space.

The base surface (1) of the above-described furniture wooden building construction and traditional hanok configuration is formed with a larger area than the area to be built, and is buried to expose the fasteners of the fixing hardware (1-1) at predetermined intervals.

The foundation wood (2) is installed on the border of the furniture wooden building construction and the installation area of the traditional hanok has a fitting pit (2-1) and the upper part of the fitting pipe protruding into the uneven shape in the center of the upper surface The dove 2-2 and each column form a column connecting groove 3-4 at the installation position.

The pillars installed vertically on the foundation wood (2) is the first pillar (3-1) and the second pillar (3-2) and the third pillar (3-3) located at the corner of the foundation wood, the outer wall body on the side A fist hole for assembling or a fist-feeding connection groove (3-4) and a molding groove to hide the wall finishing surface is formed, the fitting jaw (2-1) of the base wood (2) on the lower surface, the bore (7) ) And a fitting groove is formed for coupling. In the Mindori structure, the grooves, girders, and eaves are simultaneously connected to the upper portion and have a form of a fist connection.

The outer wall body 4 assembled to the first pillar 3 and the second pillar 3-2 has a lower lining 32 having a fist-joint connection groove fixed to the connection part at the base and a plurality of lattice beams thereon. Plywood is installed between the grids with the dog installed.

The plate (4-1) is formed in a state in which the waterproof paper on the surface, the heat reflection paper on the back with the adhesive, the space formed between the plate and the plate ocher coated vegetable fiber insulation (4), charcoal coated plant fiber insulation, vacuum Insulation Material The structural insulation material (4-2) is filled and the edge is fixed with the design wood (4-3), but the design wood (4-3) is the design groove of the column on the upper surface and both sides except the bottom of the wall (3- To form a height that can be assembled with 1). At this time, construct the switch line and the electric pipe line (4-4), and usually plastering the waterproofing wall and the fire wall (4-5) after lath treatment on the outside, and the ocher plastering (4-6) after lath treatment on the inside To complete.

The fixing plate 10 of the rafter member 11, which is installed by forming the guide groove 9-3 for fixing when installing the rafter member 11, is caught in the eaves 9 at the same time for electrical wiring work in the room. It serves as a guide groove (9-3). In addition, the interior of the plaster (9-4) treatment to cut off the air flow, the purlin connecting portion is provided with a fixed wood (9-5) to function as a structural connection reinforcement.

At this time, the lower part of the wall is fixed at the same time with the lower wall 32, the wall frame 41 and the plate at the same time to maintain the skeleton and strength as a load-bearing wall in one-piece production, the connection to the half-fingers on the lower room 32 in the lower soil It is vertically descended to the tree and moved horizontally to the inside to be moved and fixed by the vest poles on the left and right columns. The upper part of the window (5) is produced in one piece, and the lower part of the room is also produced in one piece.

In addition, in the upper part of the window 5, the structure 8 is integrally formed with the window 5 and the object 8 when exposed to rain or water in a two-layer structure and prevents leakage from the outside. The horizontal panel or the horizontal member can always be connected to the lower part of the projecting upper groove, and the vertical member has a structure to block the external air layer from the expansion and contraction of the member by placing a bent jaw. .

In addition, the window 5 has the equipment port 5-1 therein, and the connection which raises through the base wood 2 and the wall center 4 equipment 4-4 is provided in the window 5-1. Placed in double with the eaves (9), connected to the girders (15), through the copper column 16 to the weight (19), from the weight (19) to the plate large hole (20), plate large hole (20) Is connected to the wiring in the middle purlin (18), and has a structure to form a pipe connecting groove with the floor.

The rafters panel member 11 on the structure is a configuration that is formed in advance in the size of the furniture wooden building and the hanok to be built, and installs a parade panel 12 to express the beauty of the hanok in the corner of the rafters. The roof tiles 14 of the rafter panel 11 and the secondary panel 12 are held by the roof tiles, and the roof panel members 14 of the member 11 are mounted and fixed.

The roof panel 11 is made of a non-combustible panel on the upper and lower surfaces thereof, and a lower part of the roof panel 11 is manufactured by foaming a urethane panel having strong panel structural strength.

In the case of the roof structure of the roof of the roof hang the ugyeo maru and the Ullimsanbang on the top of eaves (18), install a panel of mountain rafters on the top to form a roof plate.

In addition, it is fixed to the upper part of the roof plate with fat and completed the structure of the gable panel after installing the aggregated gable panel has a structure that is fixed on the top by mounting the woodworking panel made in the upper part, curved floor material Either use it or install Maru Ullimsanbang at a curved angle.

The construction method of the furniture wooden building and the traditional hanok of the present invention and the structure of the furniture wooden building and the hanok of the present invention as described above are combined with each other, and the composite structure by the integral joining structure of the pillar and the wall and the rigidity forming method. It gives structural stability, and it can be manufactured and supplied by mass production by supplying it by simple process precisely without high skill by processing the engineering member by simple process production, and after drying, it is dried under 15% water content. Because it is made of wood, there is little deformation and no gaps, twists and warpages occur.

In addition, the furniture wooden structure and hanok structure of the present invention is convenient to produce, handle and transport because the parts are structured.

Example 1

The present invention can be constructed of a furniture fireproof wood structure building and a fireproof wood structure hanok having a structure of two or more layers in addition to the single-layer structure.

In the construction method of two or more floors, the foundation step of forming the foundation floor surface by constructing concrete on the ground (1),

By setting the area to be built on the bottom surface of the foundation to install and fix the base wood (2) on the border of the area between the base surface and the base wood, the step of stacking the damping, waterproof buffer member, and on the lower surface of the wall portion (4) Installing a foundation (2) having a connection structure with a fist hole, a jaw structure for installing a pillar (3) on an axis, and a fist structure for a plumbing facility;

A pillar installation step of fixing and fixing the first pillar 3 having the reinforcement embedded therein at the corner position of the foundation wood 2;

Assembling each of the outer wall members with the heat insulating material provided with upper and lower ends of the window 5 and the lower chamber 32 on the side of the first pillar, and the bore 7 and the beam 15 with the reinforcement to the top of the first pillar. The outer wall installation step of assembling and installing,

Assembling a second column (3-1) with a reinforcing material in the other end of the outer wall member is fixed to the first pillar (3), assembled and fixed to the foundation wood (2), the second pillar (3-1) On the upper end of the bore (7) and the beam (15), the outer wall fixing step of assembling and fixing the upper end of the outer wall member and between the first pillar and the second pillar (7),

Before installing and assembling the Jangyeo (8) in the outer wall fixing step, the third pillar (3-2) with the reinforcement is built in the foundation wood (2) leading to the inner chamber side of the hanok at a predetermined interval with respect to the second pillar, An inner space forming step of assembling and installing the inner wall member between the third pillar and the second pillar, and connecting the upper end of the second pillar with the bore 7 and the upper end of the third pillar with a beam having reinforcement therein;

Repeatedly performing the outer wall installation step, the outer wall fixing step and the inner space forming step to form a one-layer outer wall body;

An ondol panel installation step of constructing a heat insulation panel and a heating panel on the floorboard structure 27 for receiving the upper structure on the base surface of the room separated by the outer wall forming step;

After forming the outer wall and the two-layer skeleton step of installing and assembling the layer beam 28 is inserted into the reinforcement on top of the donation,

A floor-forming step of installing a plate by installing a steel deck bottom panel member 27 having a predetermined thickness inside the floor beam 28 and having a reinforcement built therein by fixing bolts;

The two-layer outer wall step of forming a two-layer outer wall body by repeating the same step of forming the first-layer outer wall body 4 on the upper surface of the floor beam 28 and the bottom plate 27,

On each column 3 and the outer wall member 4 of the two-layer outer wall body, the two-layer outer wall fixing for assembling and installing the tongue and bore assembled tongue and the bore 7 and bore 13 assembled beam 15 Steps,

An ondol panel installation step of constructing a heating panel on the heat insulation panel and the ocher heat storage plate on the steel deck bottom plate 27 of the inner space formed by the fixing of the two-layer outer wall;

A roof frame fixing step of installing a roof frame member in which the eaves (9) are installed stepwise on the upper part of the tongue (9-1) and the beam (15);

The upper part of the roof frame member is fixed by raising the integrated rafter panel member, and the upper part of the rafter panel 11 is fixed by raising the secondary panel 12, and the roof tile plate 14 is placed on the rafter part panel member 11 It is a construction method that sequentially executes the fixed roof installation step.

These two-storey furniture fireproof wooden furniture and hanok structure is the first pillar (3), the second pillar (3-1), and the third pillar (3-2) is a one-story furniture wooden structure and hanok Reinforcement formed of a length longer than the length, and provided with a latching jaw for assembling a two-level steel deck floor panel member 27 on the barrier 8 to be assembled to the window 5 on the upper wall 4. There is added a structure to assemble the floor beam 28 is built.

The steel deck flooring member 27 assembled to the latching jaw of the floor beam 28 may be provided with an ondol panel, a floor panel may be installed.

In addition, the floor beam 28 into which the reinforcing material is inserted is installed on the lower linch 3 or the lower wall of the outer wall to integrally install the lower wall 4 of the second floor, and the floor beam 28 and the lower wall 3 are directly It is the structure that is connected.

In the upper window (5) and the top of the pillar (3) of the two-story outer wall (4) is installed in the floor beam 28, the first floor furniture wooden building and small house installed in the hanok structure, bogie, tongue and eaves Sequentially installed, the rafter member panel 11 and the pillar roof panel member 14 is provided.

1 is a building process of the present invention.

Figure 2 is an exploded view of the structure of the present invention.

Figure 3 is a column assembly sequence diagram for a one-layer structure of the present invention.

Figure 4 is a column assembly completion of the one-layer structure of the present invention.

5 is a wall assembly sequence diagram for a one-layer structure of the present invention.

6 is a wall assembly completion of the one-layer structure of the present invention.

7 is a column assembly sequence diagram for a two-layer structure of the present invention.

8 is a column assembly completion of the two-layer structure of the present invention.

9 is a wall assembly sequence diagram for a two-layer structure of the present invention.

10 is a wall assembly completion of the two-layer structure of the present invention.

11 is a flow chart of assembling two layers of the present invention

Figure 12 is a two-layer cylindrical column assembly complete view of the present invention

Figure 13 is a flow chart assembly flow chart of the present invention

Figure 14 is a complete rail handrail assembly completeness of the present invention

Figure 15 is a flow chart of the separation railing assembly of the present invention

Figure 16 is a complete assembly of separation railing of the present invention

17 is a detailed view of assembling the wall portion railing of the present invention

Figure 18 is a wall partial railing assembly completeness of the present invention

19 is a block diagram of a roof superstructure

20 is a gable portion configuration of the present invention

21 is a wall assembly flow chart of the present invention.

22 is a wall assembly complete view of the present invention

Claims (12)

Among the building construction methods according to the present invention, the wooden construction of the dry construction method, the furniture construction method and the assembly construction of the traditional hanok to select the ground to be built to strengthen the ground on the floor to form a base surface by making the floor surface flat Perform the basic steps. At this time, the strengthening method is reinforced with lime, loess, salt, charcoal and the KGSC method developed. In the foundation step, it is preferable to insert the reinforcing bar and reinforcement when reinforcing the ground in order to prevent the floor from splitting or falling after the construction of furniture buildings and traditional hanok by calculating the load of the building and the hardness of the land. When forming the base surface, install a fixed hardware for fixing the foundation timber with the fitting of the accommodating mating connector type at regular intervals and the pillar portion is installed on the headstone. (1 step) Install the pad on the edge of the area by setting the position to be built on the foundation and the top of the headstone, and install the pad to laminate the damping and waterproof buffer member between the foundation and the foundation (2 steps) Electrical equipment installation step on the top of the foundation (3 steps) A pillar installation step of installing and fixing a first column made of a connector and a fist connector, and a wall molding connector at a pillar having a reinforcement in the pillar position of the foundation, and (4 step) Outer wall is assembled with upper and lower chambers at the upper and lower ends, and the outer wall made of double heat reflection and heat insulating material with constant tension is mounted on the side of the first column, and the bore and the head with the punched hole of the window are assembled to the top of the first pillar. Installation step, (5 step) Assemble on the other end of the outer wall member fixed and assembled to the first pillar assembling the fist connector and the connector with the reinforcement material, and the second column with the wall molding connector to assemble on the foundation installed with the installation facility of the connection ledger of the accompaniment After assembling the bore with the window connecting groove and the head of the + -shaped connecting projection at the upper end of the second pillar, the outer wall body is repeatedly fixed to the upper wall of the outer wall and the barrier between the first and second pillars. do In the fixing step of the outer wall, before installing and assembling the donor and the window, the third pillar with the reinforcement is erected in the foundation tree which extends to the inner chamber side of the hanok at a predetermined interval with respect to the second pillar, and between the third pillar and the second pillar. Assemble and install the inner wall member with built-in fist and connecting protrusions, and install the upper end of the second column and the third column where the pod with the + -shaped link ring is installed. The internal space forming step by connecting the grooves made girders, The outer wall installation step, the outer wall fixing step and the inner space forming step are repeatedly performed to form a wall structure (step 6). After the outer wall formation step, secure the copper column with the copper column base on the upper and the girders of the upper and the girders, install the weight on the upper girder and install the weight on the upper part, Roof structure forming step by installing roof frame member with stairway, middle way, Jongdori, middle long woman and long long woman (step 7) The rafters connecting grooves, and the circuit wall connecting grooves, the saddle seat groove where the rafters are fixed in the upper part of the eaves with the function of saddle together with the giraffe saddle and installed along the rafters, rafters panel integrated on the top of the roof frame member Raising and fixing the member, and installing the roof panel on the rafter panel by placing a parade panel. (8 steps) In case of roof structure, install fat on roof board, install panelized wooden board on fixed gable panel, and install lightweight gable wall. Prefabricated Hanok construction method of furniture building consisting of preservative paint treatment or gable structure installation step reinforced with metal panel. (9 steps) According to claim 1, wherein the foundation is installed in the wall position of the foundation floor in the foundation step is a fastening element is buried in the foundation floor and the fastening element coupled to the foundation having a moisture removal air passage in the lower portion Prefabricated hanok construction method of a furniture structure, characterized in that the fastening combination and the groove is fixed to the pillar. The method of claim 1, wherein the first, second and third pillars having wall connecting grooves and wall molding connecting grooves in the fixing step of the outer wall and the base and the tongue and the outer wall portion in contact with the structural connection of the pillars and molding connection recess A method of building a prefabricated hanok of a furniture structure, characterized in that the protrusions corresponding to the grooves and the concave grooves are joined to each other to maintain engagement. A buffer member is provided at the edge of the foundation, and on the bottom thereof, there is an air passage for removing moisture, and the foundation wood with the fitting jaw protruding from the upper surface thereof. A first pillar having a recess on the bottom of the pillar having a recess on the vertical surface of the column and having a recess on the bottom thereof, the groove being assembled vertically to the corner position of the foundation piece; A wall-shaped outer wall member provided with a wall molding tree inserted into a concave groove of a vertical surface of the first pillar, and a bottom surface of a lower room with equipment guide grooves in a concave groove installed and coupled to a base fitting; A second column having grooves inserted into the fitting jaws of the foundation wood and the framework of the outer wall on the bottom and both vertical surfaces thereof; A tongue tongue assembled to an upper window of an outer wall body having a connection protrusion with a bore positioned between the first pillar and the second pillar, When the outer wall member, the second pillar and the first pillar and the tongue is repeatedly installed on the foundation wood bore having a window connecting groove for assembling and fixing on the first and second pillars and the top of the outer wall, and connected with the + -shaped connector Projections with projections, A third pillar and a girder connecting the second pillar and the third pillar to be vertically installed in the foundation pillar connecting groove extending to the interior side of the hanok; A roof frame member connected to the outer wall and the first pillar and the second pillar, A rafter panel member having an integrated rafter installed on the top and eaves of the roof frame member, A prefabricated hanok structure of a furniture structure consisting of a panel made of a parapet panel integrated with the parapet installed on the rafters and a roof plate, and a wooden panel made of wood chimney installed on the roof gable plate. According to claim 5, The outer wall body is formed of a molding neck having a protrusion that is coupled to the foundation and the first pillar, the second pillar, the outer wall, the heat reflection paper on one side of the heat reflection paper attached to the waterproof paper A prefabricated hanok structure of a furniture structure, which wraps around the outer circumference with plywood and lattice, and fills the flame retardant coating with natural vegetable insulation, and consists of walls with internal and external plastering and openings. A prefabricated hanok structure of a furniture structure, characterized by installing a floor covering with floor plates that divides the space of the hanok into the first and second floors. According to claim 6, The tongue installed in the upper window of the outer wall is further provided with a floor beam having a locking step inward to the upper side of the floor beam is installed on the wall plate for the installation of the second layer wall, the locking step The prefabricated hanok structure of a furniture structure, characterized in that the second floor is installed. 6. The post member according to claim 5, wherein the groove is formed on the outer surface of the vertically arranged pillar member and the beam provided horizontally on the upper end of the pillar member. The furniture is characterized in that the width of the width and the width between the two pieces are arranged between the two pieces so as to aggregate the installation groove, the upper structure connecting groove and the lower structural member fixing groove on one side or both sides. Prefabricated Hanok structure of the style building. According to claim 5, wherein the vertically arranged pillar member and the beam horizontally installed on the top of the pillar member is formed into three pieces each having the same width and thickness, and aggregated by collecting each piece Prefabricated hanok structure of a furniture building, characterized in that formed by the pillar member, but the one side located on the other side is formed by a core material different in physical properties from the side bonded to one side. 11. The method according to claim 10, wherein the vertically formed pillar member and the beams installed horizontally on the upper end of the pillar member are formed into each of three pieces, and each piece is bonded to each other to form a single aggregated pillar However, the grooves are formed on both sides of the adhesive side to be bonded, and the grooves for molding the wall of the wall are inserted next to the grooves, and the grooves are bonded and crimped with the core material inserted into the grooves having different physical properties from the pieces. Prefabricated hanok structure of furniture architecture, characterized in that the According to claim 5, The vertically standing pillar member and three beams horizontally installed on the top of the pillar member is formed in each of the convenience, each groove is formed in the center of the two sides of the adhesive to be bonded, Prefabricated hanok of furniture structure, characterized in that the upper and lower parts of the installation piping groove and the upper structure saddle groove, the lower structure fixed groove at the bottom by integrating at least one core material having a different physical properties than the piece. rescue. The prefabricated hanok structure of a furniture structure according to claim 6, wherein the Hanji multi-layer insulation window, a Korean-style wooden window, and a folding Korean-style window are installed in the wall.

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