KR200437664Y1 - building-construction for using a howe-truss in a traditional Korean-style house - Google Patents

Abstract

The present invention relates to a hanok building assembly using a howe truss, and has a roof including a pillar to be installed on the ground and a howe truss installed on the pillar and a howe truss installed at an opposite position. It includes a hanok building assembly using a hows truss.

In addition, the haul truss, but using a horror truss assembly that is not to be observed from the inside and the winged terror assembly to be observed from the outside includes a hanok building assembly using a howe truss.

How Truss, Horror, Hanok

Description

Building construction of Hanok using Howe Truss {building-construction for using a howe-truss in a traditional Korean-style house}

1 is a cross-sectional view showing a hanok building assembly using a haul truss according to an embodiment of the present invention.

Figure 2 is an exploded view showing the arrangement of the hows truss employed in the hanok building assembly using the hows truss shown in FIG.

Figure 3 is an exploded view showing the components of the formal fear employed in the hanok building assembly using the hows truss shown in FIG.

4A to 4D are perspective views showing the assembling process of the components of the wing fear shown in FIG.

Explanation of symbols on the main parts of the drawings

100: pillar

200: Official Terror

210: column coupling

211: window

212 super wing

220: eave support

221: Lanes

222: head

223: Janbo

224: award

225: purlin

300: roof

310: How truss

350: ceiling

The present invention relates to a building assembly of a hanok, and in particular, to a building assembly of a hanok in which a haul truss is used in a roof while using a formal fear.

The building assembly of the traditional hanok is made of an internal support assembly using pillars, purlins and beams, and roofs and walls are formed.

At this time, the head of the column is a wooden member framed to support the load of the eaves, and the horror, which also serves as a decoration, is used as the most important design expression of the building.

On the other hand, in order to support the load of the roof of the hanok, this horror is provided with girders that traverse the interior, and dongjaju, jongbo, towering joints, and Jongdori, etc. are installed on the girders. There is a weak point to the bending moment generated by the load.

In addition, when the size of the hanok grows, the timber used for the girder, Dongjaju, and Jongbo should grow. Therefore, there is a problem in that the construction cost is high as the price of the timber used as the girders, purlins, copper column.

As a result, it is necessary to develop a building assembly of hanok that does not harm the external beauty of the traditional hanok while replacing the hanok roof support including the girder, dongjaju, and Jongbo.

The present invention is devised to solve the problems as described above, an embodiment of the present invention has an object to provide a building assembly of the hanok using a haul truss instead of the hanok roof support using conventional terror.

It is also an object of the present invention to provide a building assembly of a hanok using a formal horror assembly that hides the how-to truss so as not to harm the appearance of the hanok.

In order to achieve the above object, the present invention is a pillar, horror, Hanok building assembly consisting of a roof, a pillar installed on the ground; A formal fear that is installed on the pillar; It provides a hanok building assembly using a how-to truss; and a roof including a how-to truss is installed between the pike terror of the opposite position.

In addition, the pike terror is inserted into the pillar cross groove in the direction perpendicular to the window and the window is inserted and installed using the stepped portion formed in the end along the wall surface direction of the pillar cross groove formed on the top of the pillar Pillar coupling portion containing the wing; And a column head is formed on the pillar coupling portion is a main head cross groove is coupled, one end of the house truss that the roof is supported in the main head cross groove in the indoor direction is placed, and the donor is coupled to the main head cross groove symmetrical in the wall direction, It provides a hanok building assembly using a hows truss;

In addition, in the outdoor direction of the main cruciform groove, provides a hanok building assembly using a haul truss characterized in that the beam covering the haul truss is placed.

In addition, on the window provides a hanok building assembly using a haul truss, characterized in that the furnace is supported is supported.

In addition, there is provided a hanok building assembly using a how-to truss, wherein the ceiling portion covering the how-to truss is provided between the how-to truss and the blade.

Hereinafter, with reference to the preferred embodiment of the accompanying drawings, looks at the configuration and operation of the hanok building assembly using the haul according to the present invention in more detail.

1 is a cross-sectional view showing a hanok building assembly using a haul truss according to an embodiment of the present invention, Figure 2 is an exploded view showing the arrangement of the house truss employed in the hanok building assembly using a haul truss shown in FIG. Figure 3 is an exploded view showing the components of the formal fear employed in the hanok building assembly using the howe truss shown in Figure 1, Figures 4a to 4d is a process of assembling the components of the formal fear shown in Figure 3 It is a perspective view shown.

Hanok building assembly (1) using the haw truss of the present invention is a pillar (100); Formal fear 200; And a roof 300 is provided.

The pillar 100 is erected on the ground by a foundation (not shown) such as a cornerstone, and supports the load of the structure of the roof 300 including an eave.

At this time, the pillar 100 may be a pillar of various forms, such as shedding pillars, shedding pillars, ditches, samosa pillars used in traditional hanok.

On the other hand, the winged fear 200 is provided with a column coupling portion 210 and the eave support 220.

The pillar coupling part 210 is provided with a window 211 and a wing hole 212 which are inserted into the pillar cross groove 101 having a cross shape formed in the head portion of the pillar 100.

The window 211 is symmetrically inserted along the wall surface direction of the pillar cross groove 101 by using the stepped portion 211a formed at the end thereof.

At this time, the stepped portion 211a is formed in a tapered shape that becomes wider toward the end, and by forming the pillar cross groove 101 so as to correspond to this, the separation of the window 211 to be inserted is prevented. desirable.

In addition, the stepped portion 211a is further formed with a coupling jaw 211b below the stepped portion 211a to be orthogonally coupled with the wing hole 212, corresponding to the center of the pillar cross groove 101 It is installed to be interviewed by the coupling jaw (211b).

On the other hand, the blade hole 212 is formed on the both sides of the center coupling grooves 212a in accordance with the width of the pillar cross groove 101, the coupling jaw of the window 211 in the lower center of the coupling grooves (212a) An insertion groove 212b is formed to correspond to the 211b, and is inserted into the pillar cross groove 101 so as to be orthogonally coupled to the window 211.

At this time, the wing-shaped protrusion 212c of the wing blade 212 serves as a brace of the how-to truss 310 to be described later, and protrudes to the inside and outside of the building to represent the beauty of the hanok.

On the other hand, when the window 211 and the blade hole 212 is coupled to the pillar cross groove 101, the wing-shaped protrusion 212c is formed to be higher than the end section of the pillar 100, and later The head 222 to be described is firmly seated.

On the other hand, the eaves support portion 220 is provided with a lane 221, a head 222, the earlobe 223, the donor 224 and the purlin 225.

However, the bollard shall be the name of a wooden member connecting the outer circumference and the inner circumference, including the beam, in addition to the head of the beam that originally protrudes outward, or the name of the wooden member consisting of only the head of the beam.

The lane 221 has a slot (221a) is formed in the upper portion, is placed at a predetermined interval along the top of the window 211 to support the donation 224.

At this time, the arrangement interval of the furnace 221 may be variously changed according to the choice of the operator in consideration of the load of the eaves.

On the other hand, the column coupling portion 210, the upper cross-shaped groove cross groove (222a) is formed in the upper, the lower portion of the head 222 is fitted between the wing-shaped protrusions (212c) is It is enshrined.

The main cruciform groove 222a has one end of a haul truss 310 on which the load of the roof 300 is supported, and a bimbo 223 covering the haul truss 310 so as not to be seen from the outside, and the purlin 225. The support 224 to support is enshrined.

In more detail, one end 311 of the how truss 310 is seated in the main cross groove 222 a in the indoor direction, and the one end 311 is installed at the center of the main cross groove 222 a. It is supported more stably.

In addition, the cubic cross groove 222a in the outdoor direction is placed while the bimbo 223 is coupled to a part of both of the protrusions 222b formed by the main cross crisscross 222a.

That is, the lower part of the beam 223 is formed in multiple stages and coupled to the main cruciform groove 222a, and is settled to be supported by the wing-shaped protrusion 212c, and the upper part of the outer peripheral surface of the purlin 225 to be described later. The arc line is formed so as to be naturally connected to.

On the other hand, the donor 224 is placed along the wall surface direction in the main cruciform groove (222a), it is supported by a straight groove (221a) formed on the top of the furnace 221.

At this time, the upper portion of the donation 224 is formed in line with the outer peripheral surface of the purlin 225.

On the other hand, the purlin 225 is formed long in a cylindrical shape, is settled in accordance with the arc formed on the upper portion of the rib 223 and the upper portion 224, the eave load of the roof 300 to the column ( 100).

In this case, in the exterior of the building, the how-to truss 310 settled on the inner side of the head 222 is not observed by the ribs 223 protruding outward and the leash 224 settled in the wall direction. No, there is no influence on the overall appearance of the hanok.

Furthermore, in the hanok using the haul truss 310, in order to prevent the haul truss 310 from being seen from the inner ceiling, the ceiling 350 using the wood board or the like is disposed under the haul truss 310. It is preferable to install.

At this time, the ceiling portion 350 is installed between the wing-shaped protrusion (212c) and the housing truss 310 protruding in the room direction, one end is supported across the wing hole (212).

On the other hand, the roof 300 is a roof cover 320 is installed on the haul truss 310, the roof cover 320 is a rafters 330, parayeon 340, female, Suki and ( Not shown) and the like.

At this time, the shape of the roof 300 may be variously modified according to the choice of the operator, such as a double roof, a double roof, a right angle roof as shown in FIG.

The how truss 310 may vary in quantity and placement method by the operator's arbitrary choice according to the shape and load of the roof.

At this time, the shape of the haul truss 310 is made of a triangular shape to withstand the load well, the inclination angle of the haul truss 310 is installed according to the shape of the roof 300 is changed, so that the roof of the traditional hanok The sales remain intact.

The present invention can be variously modified by those skilled in the art without departing from the scope of the claims claimed in the utility model registration claims, the technical protection scope of the present invention is the specific preferred embodiment described above It is not limited to the example.

According to the hanok building assembly using the howe truss according to the embodiment of the present invention as described above, by using the howe truss instead of the conventional beam, there is an effect that the problem of the beam vulnerable to the conventional bending moment.

In addition, the appearance of the hanok is maintained because the house truss is not seen from the outside due to jangbo, mumbo, etc., and the inclination of the house truss is adjustable according to the roof, so that the sales of the roof can be naturally expressed.

In addition, there is an effect that the construction cost is reduced by using a steel howl truss to replace the wooden member having a high member cost.

Claims (5)

In the hanok architectural assembly consisting of a pillar and a roof, Pillars installed on the floor; A formal fear that is installed on the pillar; And Hanok building assembly using the haul truss, characterized in that the roof; The method of claim 1, The winged terror is a window that is inserted by using the stepped portion formed in the end along the direction of the wall of the pillar cross groove formed on the top of the pillar, and the wing hole is inserted into the pillar cross groove in the direction orthogonal to the window Included column coupling; And The column head is formed on the pillar coupling portion is the main head cross-shaped groove is coupled, one end of the house truss that the roof is supported in the main head cross groove in the indoor direction, the symmetry of the main head cross groove in the wall direction is coupled to the gibbo, Hanok building assembly using a haul truss, characterized in that; The method of claim 2, Hanok building assembly using a haul truss, characterized in that the jab covering the haul truss is placed in the outdoor direction of the main cross. The method of claim 2, Hanok building assembly using a haul truss, characterized in that the furnace is supported on the window. The method according to any one of claims 1 to 4, Hanok building assembly using a haul truss, characterized in that the ceiling portion covering the haul truss is provided between the haul truss and the blade.

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