KR101180075B1 - Panel assembly structure of Korean-style house - Google Patents

Abstract

The present invention relates to a panel-assembled hanok structure, which is manufactured in a factory and vertically mounted on an upper portion of a support bracket installed at regular intervals on an upper surface of a base end to assemble an inner space according to a use; A finishing column mounted vertically on an outer surface of the assembly panel and the assembly panel, wherein the assembly panel constitutes an outer surface; An assembly roof fabricated in a factory and orthogonal to the beam member, and mounted on an upper portion of the main claw hammer installed on an upper portion of the assembly panel and a lower claw hammer mounted on a large hole; A finisher installed on the assembly roof; , ≪ / RTI >
The assembly panel and the assembly pillar is installed perpendicular to the corner portion; An assembly thread for horizontally installing the upper and lower portions of the assembly pillar to fix the assembly pillar; A wall formed between the assembly pillar and the assembly lintel and mounted in a vertical space; Characterized in that consists of.
According to the present invention, by constructing the construction of the hanok excluding the finishing corners, finishing pillars and finishers with the assembly panel and the roof, it is not only easy to assemble and replace the required space configuration and members of the hanok, but also the construction period of the hanok It can shorten, reduce construction costs, and recycle parts.

Description

Panel assembly structure of Korean-style house}

The present invention relates to a panel-assembled hanok structure, and more particularly, to a panel-assembled hanok structure to facilitate the assembly and disassembly of the hanok structure and improve the thermal insulation effect.

In general, hanoks are built in various types according to the functions and structures of palaces, temples, shrines, private houses, and thatched roofs.In recent years, as the value and function of unique hanoks have been highlighted, the preference for hanoks has increased The trend is to build a hanok for private residence.

However, the unique hanok has a complicated structure, and requires specialized knowledge of the hanok, making it difficult for non-experts to construct it. Uneasy.

Therefore, in order to build Han-dong Hanok, a professional carpenter must be responsible for the construction materials and processes, and the selected carpenter purchases materials and installs the structure in a way that is suitable for the purpose. Until there was a problem that takes a long period of construction of 7 to 9 months.

In other words, in the private house where modern people can live, even though the structure is not relatively complicated, many building members are processed by hand, which shortens the construction period and the cost of construction is high.

In particular, in recent years, many sets are being built by broadcasters, which have to build a large number of hanoks, ie private houses, thatched houses, palaces, temples, shrines, shrines, pavilions, etc. in a short time. In the scheme, it is difficult to construct a set site according to a broadcast schedule and has a relatively high cost.

In addition, Korean Patent Laid-Open Publication No. 2002-0037002 discloses a prefabricated Hanok building method of a furniture building and its hanok structure to overcome the above problems.

In other words, the prefabricated Hanok building method and the hanok structure of the furniture building is disclosed a structure that can shorten the construction period by arranging the construction method of the conventional hanok sequentially after the basic construction on the site to be built.

However, the prefabricated Hanok building method of the conventional furniture building and its hanok structure is a sequence of construction stages for building the structure of the conventional general hanok, not a structure that can easily build a hanok. In particular, the building members constituting the hanok had to be processed by a carpenter or expert, so it was difficult to shorten the air according to the construction of the hanok and there was a problem that the unit price could not be lowered.

Korean Laid-Open Patent No. 2002-0037002

 The present invention has been made in order to solve the above problems, by assembling the construction of the hanok except the finishing corners, finishing pillars and finishers in the field with the assembly panel and assembly roof produced in the factory, the assembly of the wall and roof and It is easy to replace, not only to shorten the air and reduce the cost, but also to make it easier to build a certain quality hanok.

In addition, the purpose is to improve the composition of the roof and walls of the hanok to solve the problem of the thermal insulation of the hanok.

In addition, it is possible to improve the aesthetics by installing a finishing column on the outer surface where the assembly panel and the assembly panel come into contact with each other, as well as to solve problems such as gap cracking and weakening of strength, which may occur at the contact area between the assembly column and the assembly column. The purpose is.

In order to achieve the above object, the assembly panel is manufactured in a factory and vertically mounted on the upper portion of the support bracket installed at regular intervals on the base surface of the base to form an internal space for use; A finishing column mounted vertically on an outer surface of the assembly panel and the assembly panel, wherein the assembly panel constitutes an outer surface; An assembly roof fabricated in a factory and orthogonal to the beam member, and mounted on an upper portion of the main claw hammer installed on an upper portion of the assembly panel and a lower claw hammer mounted on a large hole; A finisher installed on the assembly roof; , ≪ / RTI >
The assembly panel and the assembly pillar is installed perpendicular to the corner portion; An assembly thread for horizontally installing the upper and lower portions of the assembly pillar to fix the assembly pillar; A wall formed between the assembly pillar and the assembly lintel and mounted in a vertical space; Characterized in that consists of.

According to the present invention, by constructing the construction of the hanok excluding the finishing corners, finishing pillars and finishers with the assembly panel and the roof, it is not only easy to assemble and replace the required space configuration and members of the hanok, but also the construction period of the hanok It can shorten, reduce construction costs, and recycle parts.

In addition, by improving the composition of the roof and walls of the hanok has the effect that can reduce the heating and cooling costs by solving the problem of insulated Hanok.

In addition, by installing a finishing column on the outer surface of the assembly panel and the assembly panel, there is an effect that can improve the aesthetics and solve problems such as gap cracks and weakening of the strength that may occur in the contact portion of the assembly pillar and the assembly pillar.

1 is an assembly view showing an embodiment of a panel assembly hanok structure according to the present invention.
Figure 2 is an exploded perspective view showing an assembly panel, an assembly roof, a finishing pillar, a finishing corner, a beam member, a large hole, a purlin constituting an embodiment of the panel assembly type hanok structure according to the present invention.
3 and 4 is a front view and a plan view showing an embodiment of the panel assembly hanok structure according to the present invention.
5 and 6 are cross-sectional views showing an embodiment of the assembly panel and the assembling roof constituting the panel assembly type hanok structure according to the present invention.
7 and 8 are a cross-sectional view and an exploded perspective view showing the assembly panel constituting the panel assembly hanok structure according to the present invention.
9 and 10 are a front view and an exploded perspective view showing an embodiment of the assembling roof constituting the panel assembly hanok structure according to the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the present invention, Figure 1 is installed the support bracket on the base surface and vertically install the assembly panel on the upper side after assembling the finishing column on the outer surface of the assembly panel in turn It is an assembly diagram showing an embodiment of the panel-assembled hanok structure according to the present invention for coupling the assembling roof on the top after installing the purlin in the roof structure position consisting of the member and the hole.

2 is an exploded perspective view showing an assembly panel, an assembling roof, a finishing pillar, a finishing corner, a beam member, a hole, a purlin, constituting an embodiment of the panel-assembled hanok structure according to the present invention, and FIGS. Front and plan cross-sectional view showing an embodiment of the panel assembly type hanok according to.

Figure 5 shows the assembly panel showing the combined drawing of the non-exposed assembly roof for mounting the finishing rafters on the outer eaves of the lower part of the structure rafters, Figure 6 is an exposed assembly roof mounted with the finishing rafters inside and outside the structure rafters Cross-sectional view showing an embodiment of the assembly roof showing the combined drawing.

7 and 8 are a cross-sectional view and an exploded perspective view showing an assembly panel constituting the panel assembly hanok structure according to the present invention.

9 and 10 is a front view showing an embodiment of the assembling roof is installed by connecting the main core and the bell to the upper part of the beam member and the hole, and the non-exposed assembling roof is connected by distinguishing the exposed and unexposed places inside the roof. Fig. And exploded perspective view.

The panel-assembled hanok structure of the present inventors 10 is a support bracket 20 which is installed at intervals on the base surface above the base end, the assembly panel 30 is installed on the support bracket 20, and the assembly panel 30 ) And the finishing cornerstone 40 installed between the assembly panel 30 and the assembly panel 30 and the assembly panel 30 to be in contact with each other and vertically installed at an upper portion of the finishing cornerstone 40. Finishing column 50, the connection bracket 60 for connecting the assembly panel 30 from the top, the beam member 70 and the large hole 71 connected to the connection bracket 60, and the assembly panel ( 30 and the main core (80) is installed on the upper portion of the beam member 70, the lower bell (90) and jangyeo (91) mounted on the large hole 71, the main core (80) and bell (90) It is composed of an assembling roof 100 mounted on the top of the), and a finisher 200 mounted on the upper portion of the assembling roof 100.

Here, the finishing cornerstone 40 and the finishing column 50 are installed with various shapes, heights, sizes, etc. according to the size, use, and purpose of the hanok, the finishing cornerstone 40 and the finishing column 50 in the present invention. Since the alternative is composed of a known cornerstone and a finishing pillar, a separate description will be omitted.

The support brackets 20 which are installed at intervals above the base surface above the proximal end are installed firmly so that the assembly panel 30 can be stably assembled by adjusting the horizontal and height before installing the assembly panel 30 on the upper side. do.

The assembly panel 30 is installed vertically on the upper side of the support bracket 20 and is connected not only vertically but also horizontally or at right angles to form a living room space. At this time, the assembly panel 30 is manufactured in the factory and the window is necessary for the interior space before and after or left and right are selectively formed.

And the assembly panel 30 is an assembly pillar 31 is installed vertically in the corner portion, the assembly lint 32 for fixing the assembly pillar 31 while being installed horizontally on the upper and lower portions of the assembly pillar 31. And a wall 33 mounted in a vertical space formed between the assembly pillar 31 and the assembly lintel 32.

The assembly pillar 31 and the assembly lintel 32 are formed to have a predetermined height and size and are installed vertically and horizontally at intervals. Here, the assembly column 31 serves to carry out a structural role of transferring the roof load of the panel assembly type hanok structure 10 as well as the assembly panel 30.

In the present invention, the assembly column 31 will be described by taking an example in which a cross section is formed in a rectangular shape in consideration of fixing and coupling of the lower support bracket 20 and the upper connection bracket 60.

The connecting jaw 31a formed on the upper side of the adjacent assembly pillar 31 and the connecting bracket 60 mounted on the upper side of the assembly lintel 32 are formed of a metal plate having a predetermined thickness to form adjacent adjacent assembly panels 30. At the same time as connecting and firmly fix the beam member (70).

The finishing column 50 installed on the outside of the assembly pillar 31 is formed to have a predetermined width and thickness and has a height corresponding to that of the assembly panel 30.

That is, the finishing column 50 is mounted at the portion where the assembly pillar 31 and the assembly pillar 31 abut, such as cracks and weakening of strength, which may occur at the portion where the assembly pillar 31 and the assembly pillar 31 abut. The problem can be solved.

In this case, the outer surface of the finishing column 50 reveals that letters or patterns may be displayed to improve aesthetics.

The wall 33 formed between the assembly column 31 and the vertical space of the assembly lintel 32 closes the vertical space so that a living space can be formed therein, but the wall 33 is one side depending on the purpose. Or not only the part is opened, but also the window and the door are configured selectively.

The wall 33 is mounted on the outer wall of the wall frame 331 formed by coupling the spacer bar vertically and horizontally, the heat insulating material 332 mounted between the wall frame 331, and the heat insulating material 332. An outer support plate 333, an inner plywood 334 attached to an inner surface of the heat insulating material 332, a pulley material 335 selectively mounted on an outer surface of the outer support plate 333, and the pulley material 335 Thermal insulation plate 336 installed between the), the finishing material 337 is installed on the outer surface of the outer thermal insulation plate 336, the gypsum board 338 is installed to the inner plywood 334, and the gypsum board It consists of a Korean paper 339 that is selectively attached to 338.

In this case, not only the paint may be selectively applied to the Hanji 339 in consideration of aesthetics, etc., but also the fixing bar may be further mounted on the outer surface of the outer support plate 333 for fixing.

In other words, the wall 33 of the present invention, unlike the existing hanok wall is equipped with an outer support plate 33 and the insulation plate 336 and the finishing material 337 on the outside of the wall frame 331 is provided with a heat insulating material 332 and , The interior of the plywood 334 and gypsum board 338 and Hanji 339 is to increase the thermal insulation effect.

The beam member 70 is assembled with a large hole 71 in the upper center, and a predetermined section is inserted into the upper guide groove 50a constituting the closing pillar 50 on both sides to the outside of the closing pillar 50 A bow is formed, and the opposite side is mounted on an upper portion of the connection bracket 60 connecting the assembly panel 30.

And the lower portion of the beam member 70 reveals that the bore 51 or the like to be fitted or added to the finishing column 50 may be selectively formed. In addition, the protruding portion of the beam member 70 reveals that the fixing bracket 72 may be mounted to fix the main core purlin 80 seated on the upper portion of the assembly panel 30.

In the upper portion of the structure consisting of the beam member 70 and the large hole 71, the main core 80 is installed in the horizontal direction of the assembly panel 30, the large hole 71 assembled in the center of the beam member 70 At the top of the lower bell (90) and the jangyeo 91 is mounted.

Here, the lower type purlin mounting groove 71a and the different length mounting groove 71b are continuously formed on the upper portion of the large hole 71, and the lower type purlin mounting groove 71a is provided on the lower type purlin mounting groove 71a. It is mounted, the donor 91 is mounted in the mounting mounting groove (71b).

The lower cladding mounting groove 71a is formed to support the roof support plate 109 constituting the assembling roof 100 and to accommodate a part of the upper vertical purlin 102 mounted on the upper portion of the lower cladding 90. .

Through this, as well as easy to install and replace the lower bell (90) and jangyeo 91 will be able to obtain an advantageous advantage in balancing.

The main core 80 installed on the assembly panel 30 and the beam member 70 is perpendicular to the upper part of the assembly lintel 32 constituting the assembly panel 30 and the upper part of the assembly panel 30. It is installed on the upper portion of the beam member 70 is installed.

Wherein the main core (80) is configured by alternatively known main core to suit the purpose, purpose and size of the hanok, and a separate description will be omitted.

The assembly roof 100 mounted on the main core 80 and the bellows 90 supports the roof rafter 101 and the assembly roof 100 under the roof rafter 101. The upper bellows 102 mounted on the upper portion of the lower bellows 90, the adiabatic sugar film 103 bonded to the upper end of the outer finishing rafter 104 and mounted on the upper core hammer 80, and the The external finishing rafter 104 mounted below the structural rafter 101 and constituting the external eaves, the roof support plate 109 mounted between the structural rafter 101 and the external finishing rafter 104, and On the upper part of the roof insulation material 110 to be mounted between the structural rafters 101 adjacent to the upper portion of the roof support plate 109, the lower corner of the structural rafters 101 and the lower corner of the outer finishing rafters 104 Equipped with a flat plate 106 is a horizontal member constituting the cornice line, the finisher on the top A soft rock 107 for installing the 200, a redwood tree 108 for supporting the truss on the upper part of the structure rafters, a truss 111 made of a plurality of horizontal bars and an inclined bar for supporting the upper roof finishing plate 112, The roof finishing plate 112 is mounted on the upper part of the roof frame 111, and the tiled hanger shell 113 is installed on the upper part of the roof finishing plate 112.

That is, the assembly roof 100 is manufactured in the factory and is external to the structure rafter 101 and the lower portion which are installed at a predetermined interval from the lower bellows 90 to the main eaves 80 at the upper end of the roof support plate 109. After mounting the finishing rafters 104, the horizontal rafters 106 and the soft rock 107 is installed horizontally on the upper end of the lower rafters to form an external eaves, and the upper structural rafters 101 and the roof support plate 109 The upper vertical purlin (102) and the insulating sugar film (103) are supported by the lower vertical purlin (90) and the main purlin (80).

In addition, the roof insulation material 110 is installed between the structural rafter 101, and the upper part is finished with the roof frame 111 and the roof finishing plate 112 that curves the roof, and the finisher 200 can be mounted. To install a tile hanger angle member 113 composed of a plurality of horizontal members at regular intervals to allow.

Here, the assembly roof 100 is assembled on one side of the assembly panel 30 on one side and is installed on the upper side of the main core purlin 80 and the lower bell core 90 so that the upper part of the structure rafter 101 and the roof support plate 109 are installed. ) Combine the lower upper purlin (102).

In addition, the redwood wood 108 is placed on the upper part of the rafters 101, the roof frame 111 is finished, and then a finisher is installed to construct a hanok space to facilitate the installation and replacement of the hanok and to shorten the construction period. Can be.

In addition, the structure rafters 101 is unlike the general rafters of the traditional hanok is made of a long trapezoid made of lumber to serve as a structure to catch the upper roof music and receive the roof load to the lower portion.

And the structure rafter 101 reduced the width of the dance can effectively reduce the construction period and construction cost by making it possible to withstand the roof load while using the material efficiently.

In addition, the part exposed inside the roof of the assembling roof 100 is installed at a predetermined interval between the insulation lacquer 103 in the upper bellows 102, the inner finishing rafter 105 mounted on the structural rafter 101 By constructing the interior roof facade, the interior aesthetics can be improved.

The heat insulation sugar film 103 is installed on the lower portion of the roof support plate 109 to support the assembly roof 100, the sugar film support (103a), and the cartilage insulation material (103b) installed inside the support (103a) and It consists of an inner plywood (103c) to be installed and finished in the inside of the carcass heat insulating material (103b), an outer finishing material (103d), and a paper (103e) selectively finishing on the plywood (103c).

That is, the heat insulation sugar film 103 is the upper end of the external finishing rafter 104 is mounted on the sugar film support 103a and finishes with an external finishing material 103d, and the sugar film insulation material 103b is installed inside the support film. After finishing with the inner plywood (103c), the insulation of the inner part of the roof exposed portion 103 is formed in the inner plywood through-holes through which the lower ribs of the inner finishing rafter and the inner rafter (105) The lower part of the) to allow the sugar film to be installed to the support (103a) to create an elevation of the inner roof, and to block the outside air introduced through the upper part of the hanok and the internal air discharged from the inside as well as the assembly It is to support the roof (100).

Finisher 200 is mounted on top of the assembly roof 100 is manufactured by selecting a material such as clay, cement, the shape and size may vary depending on the intended use and location, and a separate description is omitted. Let's do it.

Referring to the embodiment of the panel assembly type hanok structure 10 is configured as described above with reference to the assembly sequence as follows.

First, the support bracket 20 is installed on the base surface of the base at regular intervals, and then assembled by assembling the assembly panel 30 vertically on the top, and then the upper portion of the assembly pillar 31 of the assembly panel 30. Attach the bracket 60 to the connection to the adjacent assembly panel 30.

And the assembly panel 30 is installed in order to meet the purpose and function to configure the required living room space.

Here, the windows 33 of the assembly panel 30 are selectively formed windows and windows for the internal space, the assembly panel 30 is an assembly pillar 31 and the assembly lintel 32 and the wall frame 331 and the heat insulating material. It is assembled with a wall consisting of 332, the interior of the wall 33, the hanji 339 is finished with a heat insulating plate 336 and the finishing material 337 on the outside to enhance the aesthetics and thermal insulation performance of the hanok.

Next, install the finishing column 50 vertically to the outside of the assembly pillar 31 constituting the assembly panel 30, the bottom of the finishing column 50 is equipped with a finishing cornerstone 40, the lower part of the hanok Construct an elevation.

And the beam member 70 orthogonal to the assembly panel 30 is assembled to the connecting bracket 60 so that the bow head is installed in the upper guide groove 50a of the finishing column 50.

Next, a lower bellows 90 and an inlet 91 are installed in the large hole 71 pre-installed at the center of the beam member 70 to connect between the adjacent large hole and the large hole. After mounting the main core purlin 80, the fixing member 72 is fixed to the upper part of the beam member 70, and the assembly roof 100 is installed on the main core purlin 80 and the lower bell core 90.

Here, the assembly roof 100 is installed on one side of the assembly panel 30 one by one, and the inner roof is exposed where the interior finishing rafter 105 is selectively formed.

The roof rafter 101 of the assembled roof 100 is inclined from the bell to the end of the eaves through the main core 80 to receive the roof load, and the roof support plate 109 and the external finishing rafter 104 are mounted on the lower part. do.

Next, the upper vertical purlin 102 supporting the roof support plate 109 when the assembly roof 100 is installed is mounted on the upper bottom of the lower purlin 90, and the heat-insulated sugar film is bonded to the ridge of the external finishing rafter 104. The 103 is mounted on the main core 80 to form one surface of the roof.

Similarly, after installing the opposite assembly roof 100, the upper part of the structure rafters (101) and the upper bellows (102) connected to raise the redwood tree 108, after arranging the truss 111, the roof tile hanger 113 is attached Finishing the upper part of the roof finishing plate 112, the construction of the hanok is completed by placing the finisher 200 on the top of the assembly roof 100 to complete the hanok roof.

Here, the construction order of the panel assembly Hanok structure 10 reveals that it can be configured differently from the above depending on the site situation.

As described above, the panel-assembled hanok structure 10 of the present invention can be changed according to the use except for the finishing pillar 50 and the finishing device 200 at the top of the finishing corner 40, and is easy to replace. Benefit from reusability.

And the panel assembly type hanok structure 10 of the present invention can increase the heat insulating effect by minimizing the loss of heat through the assembly panel 30 and the assembly roof (100) consisting of a plurality.

In addition, by blocking the air flowing through the upper portion of the main core (80) by installing a heat insulation sugar film 103 can be obtained an advantage that can solve the heat insulation problem.

In the above description of the panel assembly type hanok structure of the present invention with reference to the accompanying drawings, the present invention has been described with a particular shape and direction, the present invention can be variously modified and changed by those skilled in the art, such modifications and changes are the rights of the present invention. It should be construed as being included in the scope.

10: panel assembly type hanok structure, 20: support bracket,
30: assembly panel, 31: assembly pillar,
32: assembly lining, 33: wall,
40: finishing corner, 50: finishing column,
60: connecting bracket, 70: the auxiliary member,
71: Grand Duke, 80: chief referee,
90: Hajongdori, 91: Jangyeo,
100: assembled roof, 101: rescue rafters,
102: Sangjong-dori, 103: adiabatic sugar film,
104: external finishing rafters, 200: finisher.

Claims (13)

An assembly panel 30 manufactured in a factory and vertically mounted on an upper portion of the support bracket 20 installed at predetermined intervals on the base surface of the base to form an internal space according to a use; A finishing column 50 mounted vertically on the outer surface where the assembly panel 30 and the assembly panel 30 are in contact with each other and constituting an external elevation surface; Assembly roof (100) manufactured in the factory and orthogonal to the beam member (70) and mounted on the upper core (80) and the lower bell (90) seated in the large hole (71) installed on the assembly panel (30). )and; A finisher 200 installed on an upper portion of the assembling roof 100; , ≪ / RTI >
The assembly panel 30 has an assembly pillar 31 installed perpendicular to the corner portion; An assembly lintel 32 for horizontally installing the upper and lower portions of the assembly pillar 31 to fix the assembly pillar 31; A wall 33 formed between the assembly column 31 and the assembly lintel 32 and mounted in a vertical space; Panel assembly type hanok structure, characterized in that consisting of.
The method according to claim 1,
The support bracket 20 is a panel-assembled hanok structure, characterized in that to fix the horizontal and the assembly panel 30 of the base surface and to connect and fix the adjacent assembly panel 30.
delete The wall (33) of claim 1,
A wall frame 331 formed by combining the grid bars vertically and horizontally;
A heat insulating material 332 mounted between the wall frame 331;
An outer support plate 333 mounted on an outer surface of the heat insulator 332;
An inner plywood 334 mounted on an inner surface of the heat insulator 332;
A finishing material 337 mounted on an outer surface of the outer support plate 333;
A heat insulating plate 336 installed between the outer support plate 333 and the finishing material 337;
A gypsum board 338 installed inside the inner plywood 334; Panel assembly type hanok structure comprising a.
The method of claim 4,
A panel assembly type hanok structure, characterized in that the phosphorus material 335 is selectively mounted on the outer surface of the outer support plate 333, the hanji (339) is attached to the gypsum board (338).
The method according to claim 5,
The hanji (339) panel assembly hanok structure, characterized in that the paint is selectively applied.
The method according to claim 1,
The finishing column 50 has a predetermined width and thickness and is formed at a height corresponding to the assembly panel 30, and an upper guide groove 50a for inserting and mounting the bow of the beam member 70 thereon. ) Is formed, the panel assembly type hanok structure, characterized in that the bore 51 is selectively formed on the outer surface.
The method according to claim 1,
The beam member 70 is assembled with a large hole 71 in the upper center, is mounted on the connection bracket 60 connecting the assembly panel 30, the upper guide constituting the closing pillar 50 on both sides Panel-mounted hanok structure, characterized in that the bore is formed in the groove (50a) by inserting a predetermined section to the outside of the finishing column (50).
The method according to claim 1,
The upper portion of the assembly panel 30 is further equipped with a connection bracket 60 for fixing and binding,
The connecting bracket 60 is fixedly mounted on the connecting jaw 31a formed on the upper part of the assembling pillar 31 constituting the assembling panel 30 and the assembling thread 32 to connect the adjacent assembling panel 30. The panel assembly type hanok structure, characterized in that for fixing the beam member 70 is installed orthogonal to the assembly panel 30.
The method according to claim 1 or 8,
The large hole 71 has a lower purlin mounting groove (71a) and the mounting mounting groove (71b) having a different size is formed continuously in the upper, the lower purlin mounting groove (71a) is equipped with a lower purlin (90), The panel mounting type hanok structure, characterized in that the length (91) is mounted on the mating mounting groove (71b).
The method of claim 10,
The lower type purlin mounting groove 71a is formed to support the roof support plate 109 constituting the assembling roof 100 and to accommodate a portion of the upper type purlin 102 mounted on the upper portion of the lower type purlin 90. Panel assembly type hanok structure characterized by.
The method of claim 1, wherein the assembly roof 100,
A structural rafter (101) subjected to a roof load;
An upper vertical purse 102 positioned below the structural rafter 101 and mounted on an upper portion of the lower vertical purlin 90;
A heat insulation sugar film 103 mounted on an upper portion of the main core 80;
An external finishing rafter 104 mounted at a lower part of the structural rafter 101 and coupled with the adiabatic saccharin 103 and an upper rib, and constituting an external eaves;
A roof support plate 109 mounted between the structural rafter 101 and the external finishing rafter 104;
A roof insulation material 110 mounted between the structural rafters 101 adjacent to the upper portion of the roof support plate 109;
A flat plate 106 mounted on an upper portion of the lower rib of the structural rafter 101 and the lower rib of the outer finishing rafter 104 to form a cornice;
A lotus rock 107 mounted on the flat plate 106 and provided with the finisher 200;
A redwood tree 108 installed on the roof insulation 110 and supporting the roof frame;
A roof frame (111) installed on the roof insulation material (110) and composed of a plurality of horizontal bars and a slope bar supporting the upper roof finishing plate (112);
A roof finishing plate 112 mounted on an upper portion of the truss 111;
Roof tile hanger 113 is installed on the top of the roof finishing plate 112; Panel assembly type hanok structure, characterized in that consisting of.
The method of claim 12,
The heat insulation sugar film 103,
A sugar film support 103a mounted below the roof support plate 109 to support the load of the assembled roof 100;
And the sugar film insulation material 103 is installed inside the support film 103a;
An inner plywood (103c) installed and finished in the inside of the sugar insulation material (103b);
Finishing material (103d) is mounted on the outside of the support film (103a);
Hanji (103e) selectively finishing over the plywood (103c); Panel assembly type hanok structure, characterized in that consisting of.

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