KR100982694B1 - A remodeling method of ancient and honorable korean-style house for a in the past building - Google Patents

Abstract

PURPOSE: A remodeling method is provided to easily remodel a building into a Korean-style house through assembly and installation of members made of a material with excellent workability. CONSTITUTION: A method for remodeling a building into a Korean-style house is as follows. Detailed drawings for a Korean-style house are designed and made into a database(s1,s2). Parts of a structure are cut into the forms indicated in the detailed drawings and assembled together with an adhesive(s3,s4). The joints or junction gaps of the assembled structure are filled up with putty(s5). The projected or rough surfaces are smoothened by sanding(s6). The entire surface of the sanded structure is subject to hard-coating in order to increase the surface strength(s7). A binder is spread on the hard-coating surface and a finishing material is spread on the binder-coated surface(s8,s9).

Description

A remodeling method of ancient and honorable korean-style house for a in the past building}

The present invention is made of styrofoam or plastic, which is lightweight, inexpensive, and excellent in workability, to produce various building members of traditional hanok such as beams, pillars, rafters, etc., and decorative members such as softwood and yeonyeon. After manufacturing the exterior wall member to be replaced with the earthen wall, the simple and cheap, lightweight and easy to process various members can be easily assembled and remodeled in existing buildings that require renovation and remodeling general buildings into traditional hanok. It is about.
More specifically, a detailed drawing design for manufacturing various building members and decorative members constituting the traditional hanok as a database is constructed with a method of manufacturing sculptures which are various hanok members based on this, and construction of the sculptures in the field. It is about a method.
According to the present invention, it is possible to remodel an existing building into a traditional hanok without professional craftsmen, such as Togesu or Daemokjang.
According to the present invention, the construction cost can be reduced and the construction period can be shortened so that the traditional hanok can be remodeled to a traditional hanok more easily and inexpensively.

In general, traditional hanok refers to a building constructed by Korea's long-standing traditional architectural styles. The types of architecture of Hanok include palaces, temples, shrines, pavilions, and general houses. The structure is very diverse, such as gut-style, chundu-style, masonry and one-piece.

In the past, the traditional hanok was neglected by the general consumer due to the recognition that the traditional hanok was somewhat uncomfortable, but recently, as the new value and function of the retro were highlighted, the preference for the traditional hanok is increasing, thus the tendency to build the traditional hanok to live in person. There are a lot.

However, the traditional Korean hanok is difficult to build as a traditional hanok unless its structure is complicated and special knowledge is available.

In addition, the traditional hanok process the building members such as beams, columns, rafters, and decorative members such as softwood, paraffin, etc. made of wood, and then assembled together without a separate coupling means to process the various building members and decorative members It is not only easy to assemble, but also a lack of professional technical personnel to process and assemble the building and decorative members.

Therefore, in order to build Handong traditional hanok, the chief craftsman of the wooden building, namely, Daemokjang or Doksu Su, which is responsible for solving various building members, decorative parts and processes, decides everything such as selecting members, processing parts and assembling them, and manually After processing by hand, the construction is made according to the method of assembling and assemble, the construction procedure is very complicated, as well as the need for a large number of manpower and construction periods have a disadvantage.

In addition, the overall work process that allows the cutting work such as sawing, cutting with a planer, and digging holes with chisels, which is the main material of traditional hanok, is called jingum. The problem is that it takes a long time.

Recently, traditional hanok architecture has been actively introduced into amusement parks and parks, and the construction of drama sets based on traditional hanok has been booming under the influence of historical dramas.

However, there is a problem in that the traditional building method of traditional hanok takes not only a long building period but also a high building cost.

The construction cost of traditional hanok, which is still built as a general house, is relatively high compared to other modern buildings, and it is necessary to promote the export of traditional hanok as a core project in the mid to long term. Due to the urgent need for limited technicians and the absence of a systematic system, the current internationalization of traditional hanok has not been achieved yet.

Accordingly, Republic of Korea Patent Publication No. 2002-37002 discloses a method of building a prefabricated hanok and a hanok structure of a furniture structure, but the disclosed hanok structure after the basic construction such as digging on the ground to be built, The construction method is organized so that the construction period can be shortened.

However, the hanok structure is a sequence of construction steps to build a conventional hanok in the prior art, not only to solve the problems as in the prior art, but also a structure that can easily build a hanok bar, especially constitute a hanok The wood sculptures, which are various building members and decorative members, must be processed by professional carpenters, such as ranches and saw blades, so that the construction air can not be shortened and construction costs can not be reduced. Was doing.

The problem related to the manufacturing of the traditional hanok is related to the traditional hanok, which is newly constructed, and is not related to the case of remodeling an existing building into the traditional hanok, and it is possible to shorten the air through the traditional hanok construction method. Of course, there was a problem that could not reduce the construction cost, and it was almost impossible to remodel the existing building that needs renovation into a traditional hanok.

The present invention is to solve the problems presented above, an object of the present invention is to make a variety of members of the traditional Hanok made of styrofoam, FRP, GFRC, FRC or plastic of simple and inexpensive and excellent processability and to the existing buildings It is intended to be easily remodeled into a traditional Hanok by assembling and constructing it.
Another object of the present invention is easy to maintain the remodeling method by calculating the quantity of the member from the design stage by using the information already established about the various building members and decorative members and the outer wall member constituting the traditional hanok To improve.
Still another object of the present invention is to provide a site construction method that can be easily remodeled into a traditional hanok without professional technical personnel such as the number of swords and ranch.

The remodeling method of the present invention for achieving the above object relates to a method of manufacturing a hanok sculpture which is the core of the remodeling prerequisite process and a construction method that can be constructed in the field as the manufactured sculpture.
The overall process for remodeling an existing building into a hanok is described below.
First of all, in order to remodel the traditional hanok, it is necessary to construct a drawing of an existing building, which is called a plan and elevation design stage.
In order to establish the floor plan and elevation of the existing building, the analysis of the existing building structure should be performed in advance. This process is the most basic process for remodeling an existing building into Hanok. It is a basic step of securing basic data such as the height, width, size of the door, shape, and dimensions of the existing building.
This process is a well-known process that accompanies any remodeling, and the data obtained is databased on a computer.

Regarding the basic form of traditional hanok, the following basic information on hanok should be secured and computerized.
In other words, the cross section for determining the number of columns, beams, and torii of traditional hanok, such as the information on the number of hanoks and the layout of the spaces, the information of the traditional hanoks such as bosik, gutlet, cheondu, masonry, and monolithic. Type information, roof shape information such as haptic roof, gable roof, collection roof, woojin roof, double roof, moon roof, hair growth roof, polygon roof, upper roof, tower roof, sperm roof and floor roof, sliding door, sliding door Basic information such as windows, doors, doors and doors, etc. should be collected, and these data should be computerized. In the present invention, since the remodeling is performed with the hanok on the exterior of the existing building, only the data related to the appearance of the hanok need to be constructed.

In the next step, the basic information on the existing buildings and the traditional hanok obtained as described above is analyzed to select how to change the existing building into the traditional hanok model.

Next, plan and elevation design stages are constructed to build design drawings such as floor plans and elevations for the traditional hanok model selected in the above steps. These requirements are also databased on the computer.
When calculating the required quantity, it is of course included to calculate the quantity of steel structure for remodeling the existing building into a traditional Hanok.
As a result, the type, number, and information on the existing buildings required for remodeling the hanok are all databased on the computer.

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The information constructed in the database is sent to a factory that manufactures sculptures, such as building members, and at the same time, the information is also sent to the construction site.
Next, a remodeling execution step for remodeling an existing building into a traditional hanok through the information structured and organized in the database is required, thereby achieving the technical gist of the present invention.
The remodeling step is composed of the manufacturing step of the traditional Hanok sculpture and the field construction step of constructing the sculpture in the field.

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The sculpture manufacturing step goes through the following process.
That is, the detailed drawing design step of the sculptures of various building members, decorative members; Building the design output into a database through computer programming; A design drawing of the sculpture constructed by the database is input to the CNC machine, and the cutting operation is performed in the shape indicated in the design by the input information; A sculpture assembly step of attaching the cut various sculptures by an adhesive; Filling the voids of the joint of the assembled sculpture with putty; Sanding to smooth the protruding or roughened surface in the assembly and filling of the voids; Hard coating a surface of the sanded sculpture to enhance surface strength; Before applying the hard coating surface of which the strength of the surface of the sculpture is strengthened with a finishing material, applying with a binder to block peeling with the finishing material; Applying a finishing material to the binder coating surface to complete a sculpture; Characterized in that it comprises a.
It is preferable to pack the vinyl so as not to be contaminated when transporting the finished sculpture.

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After the sculpture is completed as described above is subjected to a site construction step. The site construction phase proceeds as follows.
The site construction phase begins with the removal of gas pipelines, air conditioners, and outdoor units, which are obstacles protruding from the outside of the building, using data on the existing buildings in the database. At this time, scaffolding, dry bits, various sculptures, etc. necessary for the construction of the hanok remodeling are preferably distinguished and installed and arranged according to the use in view of work efficiency.
In particular, scaffolding must be installed in advance for the demolition work.

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In addition, it is necessary to make a framework for the construction of beams, square tubes, and C-beams, which are steel structures, to secure safety during construction.

In particular, the upper part of the existing building as a means for matching the linear of the traditional tile roof, wooden frame reinforcement work is required. This is because a typical Slavic house has a completely different structure from the traditional roof.

Next, after attaching the plywood evenly to the lower surface of the eaves of the existing building, the galvanized iron is folded to meet the end of the plywood eaves so that the existing roof and the steel structure cannot be seen from the front. do.

Next, the eaves remodeling is completed by performing the eave completion step of attaching the eaves to the roof inclination angle on the eaves reinforcing work.

On the other hand, after the timber frame reinforcement work, go through the roofing construction step to fit the roof tile so that rain water does not leak.

The wall construction will be described below.
Using the mortar bond on the outer wall of the existing building, the building outer wall surface vertical work to attach the dry bit to the vertical surface is carried out, and then to the outer wall surface of the existing vertical work, the large sculptures of traditional hanok, torii, beam, Attaching and assembling large sculptures that attach windows, lintels, columns, etc. using mortar bonds is first performed.
Subsequently, the color painting and mono working steps are performed to apply a color coating of a color designated as paint, which is a finishing material selected in order to express an aesthetic feeling on the outer wall surface of the existing building.

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When the color painting and mono work are completed, the small sculptures attached and assembled are attached to the outer wall by attaching and assembling the small sculptures of traditional hanok, such as softwood, yeonyeon, Ikgong, Dapo, poncho, poncho, etc. using mortar bonds. .

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By using the hanok remodeling method according to the present invention, it is simple and inexpensive and easy to process. can do. In addition, sculptures that are relatively small in volume and easy to transport are pre-manufactured and assembled at the factory and delivered to the construction site, while sculptures that are relatively large and not easy to transport can be manufactured and assembled at the construction site to popularize traditional Hanok. There is an effect that can make a significant contribution to.
According to the method of remodeling the hanok according to the present invention, by using the information already constructed about the various building members and decorative members constituting the traditional hanok and the outer wall member, the maintenance of the member by calculating and managing the quantity of the member from the design stage It is easy.
By the remodeling method of the hanok according to the present invention, it is possible to easily remodel into a traditional hanok without professional technical personnel such as Togesu or Daemokjang. In the past, the production of hanok sculptures was too complicated and unified, but according to the present invention, information on sculptures previously constructed as a database can be used quickly and easily.

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Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
In the claims of the present invention will be claimed as the scope of the present invention to the sculpture production step and the site construction step, which is a work step associated with Figure 2 and 3 below.

2 is a view showing a manufacturing step of the various sculptures of the hanok according to the present invention, Figure 3 is a view showing a site construction step for remodeling an existing building according to the invention to a hanok. (Figure 1 is deleted)

(Whole process)
The overall process for remodeling an existing building into a hanok is described below.
An analysis of the plan and elevation design of the existing building for remodeling with traditional Hanok should be performed in advance. This process is the most basic process for remodeling an existing building into Hanok. It is a basic step of securing basic data such as the height, width, size of the door, shape, and dimensions of the existing building. This process is a well-known process that accompanies all remodeling, and the data obtained is databased on a computer.
Regarding the basic form of traditional hanok, the following basic information about hanok should be secured in advance and computerized.
In other words, the cross section for determining the number of columns, beams, and torii of traditional hanok, such as the information on the number of hanoks and the layout of the spaces, the information of the traditional hanoks such as bosik, gutlet, cheondu, masonry, and monolithic. Type information, roof shape information such as haptic roof, gable roof, collection roof, woojin roof, double roof, moon roof, hair growth roof, polygon roof, upper roof, tower roof, sperm roof and floor roof, sliding door, sliding door Basic information such as windows, doors, doors and doors, etc. should be collected, and these data should be computerized.
In the next step, the basic information on the existing buildings and the traditional hanok obtained as described above is analyzed to select how to change the existing building into the traditional hanok model.
Next, the plan and elevation design stages for constructing the design drawings such as floor plans and elevations for the traditional hanok model selected in the above steps are performed, and the required quantity of sculptures, which are various building and decorative members of the traditional hanok, can be calculated. These requirements are also databased on the computer.
When calculating the required quantity, it is of course included to calculate the quantity of steel structure for remodeling the existing building into a traditional Hanok.
As a result, the type, number, and information on the existing buildings required for the remodeling of the hanok are all databased on the computer.
As a next step, the information constructed in the database is sent to the factory for manufacturing sculptures such as building members and the hanok remodeling construction site. Since the present invention is not a BM (Business Model) invention, the transmission of the information may be either online or on-line.
The next stage is the actual remodeling process using information on the hanok sculpture, which is already built into the database, and information on the existing building.
Hereinafter, the remodeling implementation steps forming the technical gist of the present invention will be described in detail with reference to FIGS. 2 and 3. The remodeling consists of firstly, the stage of manufacturing traditional Hanok's sculptures, and secondly, the site construction stage of constructing the above-mentioned sculptures on site.

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(Part 1: process of sculpture production)

Sculpture production phase is a detailed drawing of hanok sculptures, which is carried out using information including the type, quantity, and color of the hanok sculptures already constructed by computer database, and information on the size, dimensions, and quantity of the existing buildings to be remodeled. Step s1;

A detailed drawing design result of the sculpture is built into a database through computer programming (s2);

(S3) a design drawing constructed by the database is input to the CNC machine and cut into the shape indicated in the detailed drawing design by the input information;

A sculpture assembly step of attaching and assembling each part of the cut sculpture through an adhesive (s4);

A step (s5) in which the gaps of the joint or the joint of the assembled sculpture are filled with putty;

(S6) smoothly sanding the protruding surface or the roughened surface in the step of filling the joint or junction;

Hard coating the entire surface of the sanded sculpture to enhance the strength of the surface of the sculpture (s7);

Before applying the hard coating surface of which the strength of the surface of the sculpture is reinforced with the finishing material, applying with a binder to block peeling with the finishing material (s8);

Applying a finish to the coated surface of the binder (s9);
Characterized in that it comprises a.
In the step (s7) of strengthening the strength of the surface of the sculpture, the hard coating is coated with a specially manufactured polyurethane to enhance the strength of the surface.

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When applying the finish to the hard coating surface, in order to block the peeling phenomenon with the finish first to apply a binder to the pre-treatment, wherein the binder is applied is urethane.

After cutting on the CNC machine, the uncut parts are three-dimensionally sliced by hand, and the carved sculptures are attached by adhesive with the adhesive as the detailed drawing, and the first assembly is performed. The cuts are then reassembled again by welding and bolting the framework.
When filling the seam of the joint or the joint part of the sculpture with a putty is carried out as follows.
In other words, while expressing and carving the texture of the assembled sculpture while sanding the protruding or rough surface at the step of assembling the sculpture and filling the voids, the finishing of the texture is performed by sanding again.
Hereinafter, the operation after the sanding operation s6 will be described in detail.
Hard coating is performed on the entire surface of various sculptures that have finished the finishing work of the texture by sanding. At this time, the hard coating is applied to the curved member moldings or the small moldings by spraying urethane exclusively for the moldings.
At this time, the thickness of the coating is based on 1 ~ 5mm, the tolerance is + -0.5mm, urethane coating works under the conditions of more than 5 degrees Celsius and humidity of 70% or less through spray spraying, the coating is continuously sprayed The thickness of the standard coating is to be reached, and the sand sand is sprayed in parallel according to the shape and strength of the texture of the sculpture. The flat or straight members (except for the small sculptures) are surface-reinforced by the dry bit method. .
Then, the finishing work is carried out a primer work, by the spray injection method as described above, using water paint or paint for special effects.
For reference, the well-known "dry bit method" is widely known. "Dry bit" is a compound word of English "DRY" and French "VIT" (= QUICK). It is called, and it is an external heat insulation method that attaches EPS (Insulation plate) or non-combustible rock wool to the existing structure, and attaches mesh (MESH), which is glass fiber, and treats it with external finish. The dry bit method consists of insulation, mesh, adhesive mortar, and finishing material. The insulation material mainly uses styrofoam or incombustible rock wool. The glass fiber, called mesh, is a material with high tensile strength. Used.
Hereinafter, a method of actually constructing the completed sculpture as described above in the field will be described.

(Part 2: Field Construction Stage)
The site construction phase is as follows.
Demolishing obstacles (gas pipes, air conditioners, outdoor units, wire and telephone wire troughs, etc.) protruding out of the existing building using data on the existing building databased through computer programming (s-1);

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(S-2) classifying the materials necessary for the remodeling (including scaffolding, dry bit, steel structure, panel and roofing, and various building and decorative members);

Installing a scaffold to smoothly move materials and spaces and to prevent falling objects from falling to pedestrians and workers (s-3);

A step of installing a frame of an iron structure (beam, square tube, C-shaped steel, etc.) for structural safety by changing the shape of the existing building into a traditional hanok (s-4);

The wood frame reinforcement step (s-5) which is carried out to fit the linear of the traditional tile roof on top of the existing building;

An eaves reinforcement step (s-6) of evenly attaching the water-resistant plywood to the lower surface of the eaves of the existing building, and then folding the zinc iron plate so that the existing roof and the steel structure are not seen from the front;

An eave completion step of attaching a sculpture, which is a building member for eaves according to the elevation design on the eave reinforcing work, according to the roof inclination angle (s-7);

After the timber frame reinforcement work, roofing construction step to fit the roof tile so that rain water does not leak (s-8);

Attaching a dry bit including a styrofoam, a mesh, and a finishing material to the exterior wall of the existing building by using a mortar bond; building exterior wall vertical work step (s-9);

Attaching and assembling the large sculptures (s-10) to which the large sculptures (traditional beams, beams, windows, lintels, pillars, etc.) of the traditional hanok are attached and assembled as mortar bonds on the outer wall of the existing building (s-10);

 In order to express an aesthetic feeling on the outer wall surface of the existing building, the color painting and mono working steps of the color painting and mono working (s-11):

After completion of the color coating and mono work, attaching and assembling the small sculptures of traditional hanok (softwood, paraffin, pike, dapo, poncho, poncho, etc.) using mortar bonds (s-12) ;
Construction finishing stages such as waste treatment (s-13 stage);
Characterized in that it comprises a.

The field construction step will be described in more detail below.
The first priority in the field construction is to construct the base based on the skeleton drawing in a triangular form. At this time, the shape and size of the sculptures and the floor area of the 1: 1 to build the construction, the diameter of the anchor is constructed more than three times the thickness of the base plate, the stability of the base anchor. However, the area is added or subtracted by the surrounding environment.
In the eaves reinforcing step (s-6), the eaves should have a minimum distance of at least 1,200 mm from the outer wall to the end of the roof line, and the inclination angle of the outer wall and the roof should be maintained at 60 to 80 degrees to give a traditional house feel.

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The water-resistant plywood attached to the lower part of the cornice in the eaves reinforcing operation step (s-6) to secure the strength using a thickness of 10mm or more, and to finish the zinc iron plate at the end of the water-resistant plywood board 5 to 50mm.

In the roofing construction step (s-8), the roofing material may be selected from steel sheet folk tile, plastic folk roof tile, cement traditional roof tile, and clay traditional roof tile. Because it is different from the color, it is sprayed in advance with a matte black lacquer before construction, and the roofing nail is characterized by being treated with silica to prevent water from leaking.

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Styrofoam for dry bits in the existing building outer wall surface vertical work step (s-9) to attach the dry bit, including styrofoam, mesh, finishing material using a mortar bond to the existing building outer wall uses 10mm or more.

On the other hand, the work is proceeded based on all the data constructed in the database as described above, it is desirable to maintain the horizontal level of the surrounding floor of the existing building and to secure a large base area for fixed anchor construction, the basic area of the anchor possible Most preferably, at least 1.5 times the floor area.

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As an external temporary construction, scaffolding is installed 30cm away from the base wall of an existing building. At this time, it is desirable to maintain the height of the upper and lower members of the scaffold installation horizontally from 1.8 to 2.0m.

On the other hand, the movement or installation of sculptures, which are various building members and decorative members, should depend on the shape, size, weight, height of the installation site, and the situation of the site, that is, a beam or column, which is a relatively bulky building member, which is not easy to carry. Sculptures are manufactured directly at the construction site, not directly at the factory, but assembled and installed directly on the existing building, and relatively small decorative members are pre-fabricated at the factory and transported to the construction site, and then assembled directly on the surface of the existing building. Install.

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When joining the base anchor with a large sculpture, the bolt should be tightened sufficiently. Cover the joint of the anchor with silicon or cement or urethane so that it is not exposed to the air. It is preferable to carry out the inspection.

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FIG. 2 is a flow chart showing the manufacturing steps of various sculptures of hanok in partial process 1 included in the overall process of FIG. 1;

3 is a flowchart illustrating a site construction step by a partial process 2 included in the overall process of FIG.

<Description of the symbols for the main parts of the drawings>

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s1: Detailed drawing design stage of sculpture

s2: Database detail drawing design

s3: cutting work stage of the sculpture

s4: Assembly step

s5: filling the cavity of the sculpture

s6: sanding step on the surface of the sculpture

s7: Strengthening step of the surface of the sculpture

s8: urethane binder coating step

s9: sculpture completion stage

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s-1: Dismantling of obstacles

s-2: Material Arrangement

s-3: scaffolding installation steps

s-4: Installation step of fabricating steel structure

s-5: Wood frame reinforcement work step

s-6: Eaves reinforcement step

s-7: Eave completion stage s-8: Roofing construction stage

s-9: Building exterior wall vertical work stage

s-10: Attaching and Assembling Large Sculptures

s-11: Color painting and mono work steps

s-12: Attaching and assembling small sculptures

s-13: Finishing step

Claims (12)

delete In order to remodel the exterior of an existing building into a hanok, a method of remodeling a general building into a traditional hanok, which includes a sculpture production step and a site construction step, which consists of the following work steps. [Sculpture production stage] s1 step The detailed drawing of the hanok sculptures is designed by utilizing the information such as the quantity, color, and quantity of the hanok sculptures constructed by computer database and the size, dimensions, and quantity of the existing buildings to be remodeled. s2 step The detailed drawing design result of the sculpture is built into a database through computer programming s3 steps The design drawings constructed with the database are entered into the CNC machine, Sculpture is produced using a material selected from styrofoam, FRP, GFRC, FRC or plastic, the sculpture is cut into the shape indicated in the detailed drawing design by the information input to the CNC s4 step Each assembly of the cut sculpture is attached to the primary assembly by using an adhesive, and the first assembly is not assembled to cut the frame according to the skeleton drawing, the second assembly assembly by welding and bolt tightening s5 step Filling the seam of the joint or joint of the assembled sculpture with a putty s6 step In the step of filling the seam or joint, smoothly sanding the protruding surface or the rough surface s7 step Hard coating the entire surface of the sanded sculptures to enhance the strength of the surface of the sculpture, the urethane is applied to the curved member sculptures or small sculptures in a spray method, but applied under conditions of 5 degrees Celsius or more and humidity of 70% or less The thickness of the coating is based on 1 to 5mm, the tolerance is + -0.5mm, the silica sand is sprayed together during the urethane coating, the flat member or the linear member (except small sculpture) dry bit Step to strengthen the surface strength s8 steps Applying a urethane binder to block the peeling phenomenon with the finish before applying the hard coating surface of the strength of the sculpture surface to the finish material s9 steps Applying a finish on the coated surface of the binder to complete the molding [Site Construction Stage] s-1 step Demolish obstacles (gas pipelines, air conditioners, outdoor units, wire and telephone wire troughs, etc.) protruding out of the existing building, using data on existing buildings that are databased through computer programming. s-2 Classifying the materials necessary for the remodeling (including scaffolding, dry bits, steel structures, panels and roofing materials, and various building and decorative members, etc.) by use. s-3 Steps to install scaffolding to facilitate material and space movement and to prevent falling objects from falling on pedestrians and workers s-4 Frame construction of steel structures (beams, square tubes, C-beams, etc.) is installed for structural safety by changing the shape of the existing building into a traditional Hanok. s-5 Wood frame reinforcement work step is carried out to fit the linear of the traditional tile roof on top of the existing building s-6 Eave reinforcement step of evenly attaching the water-resistant plywood to the lower surface of the existing building eaves, folding the zinc iron plate so that the existing roof and the steel structure is not visible from the front side of the eaves plywood s-7 steps Eave completion step of attaching the sculpture, which is a building member for eaves by the elevation design on the eave reinforcement work, according to the roof inclination angle s-8 After the timber frame reinforcement work, roofing construction step to fit the roof tile so that rain water does not leak s-9 Attaching a dry bit including a styrofoam, mesh, and finishing material to the existing outer wall of the building by using a mortar bond, a building outer wall surface vertical work step s-10 steps The large-scale sculptures (traditional beams, beams, windows, lintels, pillars, etc.) of traditional hanok are attached and assembled on the exterior walls of existing buildings as mortar bonds. s-11 steps  In order to express the aesthetics on the outer wall surface of the existing building, color painting and mono working steps s-12 steps After completion of the color coating and mono work, attaching and assembling the small sculptures of the traditional hanok (softwood, paraffin, pock, dapo, poncho, poncho, etc.) using mortar bonds s-13 steps Construction finishing stage including waste disposal. delete delete delete delete delete The method according to claim 2, In the eave reinforcing step (s-6), the eaves should have a minimum distance of at least 1,200 mm from the outer wall to the end of the roof line, and maintain the inclination angle of the outer wall and the roof at 60 to 80 degrees. The water-resistant plywood attached to the lower part of the cornice in the eaves reinforcing step (s-6) to secure the strength using a thickness of 10mm or more, and finish the zinc iron plate at 5 ~ 50mm of the plywood cornice end line, In the roofing construction step (s-8), any one of the steel sheet tile, plastic folk tile, cement traditional tile, and clay traditional tile can be selected as the roofing material, and the steel folk tile is sprayed in advance with a matt black laca before construction. And nails for fixing roofing materials are treated with silica to prevent rain water from leaking, Styrofoam for dry bits is more than 10mm in the existing building exterior wall vertical step (s-9) of attaching the dry bits to the existing building exterior wall using mortar bonds, remodeling a general building into a traditional hanok How to. delete delete delete delete

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