KR101190540B1 - Column structure and pergola using the same - Google Patents

Abstract

PURPOSE: A column structure and a pergola using the same are provided to improve supporting force by using a wood column and a metal angle and to allow easily adjustment to the height of the column. CONSTITUTION: A column structure comprises a lower column support(140), a column(130), multiple angles(131), and an upper column cover(120). The lower column support has a housing groove. The column is vertically inserted into the housing groove of the lower column support. The angles are vertically located between the column and the lower column support, and the bottom ends thereof are inserted into the housing groove of the lower column support. The upper column cover has a housing groove in which the tops of the column and the angles are inserted.

Description

Column structure and pergola using the same}

The present invention relates to a pillar structure and a pagora using the same.

In general, the pillar structure and the pagora using the same material of the center of the pillar is made of a metal material, the outside surrounding the center is formed of a structure that is combined with the exterior material.

The Republic of Korea Utility Model Registration No. 20-0415823 shows that the pillars supporting the roof of the pagora are supported by metal pillars, and formed by combining and installing individual types of exterior materials on the outside of the pillar body.

Korean Utility Model Registration No. 20-0440537 discloses a prefabricated column for a simple facility in which a synthetic wood exterior material having excellent durability against water and moisture is joined by fitting into a metallic base tube.

Korean Unexamined Patent Publication No. 10-2010-0137027 discloses a pillar used for resting facilities, sperm, pergola, play facilities, sports facilities, etc., and relates to a pillar using a metal body and synthetic wood exposed to the outside.

The Korean Utility Model Publication No. 20-2008-0006350 uses wood, which is easy to obtain, to fill the metal core with charcoal and ocher, and then finish both ends with a finishing cabar to cover the wood outside the metal core, and bolt It is shown about the building material comprised by fastening with a nut.

However, this prior art has a problem that it is difficult to adjust the height of the columnar structure, the weight of the columnar structure is also heavy, and damage to the exterior material surrounding the center of the column can easily occur.

Utility Model Registration Registration Number 20-0415823 Utility Model Registration Registration Number 20-0440537 Published Patent Publication No. 10-2010-0137027 Public Utility Model Publication No. 20-2008-0006350

The present invention can reduce the size of the pillar structure by sharing the supporting force by the wooden pillar and the metal angle, can easily adjust the height of the pillar, easy to assemble and to prevent damage to the wood corners and To provide a pagora using this.

The pillar structure of the present invention for solving the above problems, the lower pillar pedestal, the receiving groove is formed, the pillar is inserted into the lower pillar pedestal and installed in the vertical direction, the lower end is inserted into the receiving groove and the pillar And a plurality of angles disposed between the lower pillar pedestals and installed in an up and down direction, and an upper holder having a receiving groove formed therein and into which the pillar and the upper part of the angle are inserted.

In addition, the receiving groove is characterized in that the member for adjusting the height of the column and the angle is inserted.

In addition, the angle is a metal material, characterized in that the cross-sectional shape is installed in close contact with the edge of the pillar in the L-shape.

In addition, the pillar and the angle is characterized in that it is fixed to the direct connection piece is inserted into the intermediate holder that can be adjusted up, down height.

In addition, a plurality of pillars and lower ends inserted into the lower pillar pedestal and the lower pillar pedestal in which the receiving groove is formed and installed in the vertical direction are inserted into the receiving groove and positioned between the pillar and the lower pedestal pedestal and installed in the vertical direction. An angle and an accommodating groove are formed, and the pillar and the upper pillar cover are inserted into the accommodating groove and inserted into the angle up and down, the lighting protection case and the lighting protection case located on the top of the pillar. It characterized in that it comprises an illumination located in.

In addition, a plurality of pillars and lower ends inserted into the lower pillar pedestal and the lower pillar pedestal in which the receiving groove is formed and installed in the vertical direction are inserted into the receiving groove and positioned between the pillar and the lower pedestal pedestal and installed in the vertical direction. An angle and an accommodating groove are formed in the accommodating groove formed in the upper pillar cover into which the pillar and the upper portion of the angle are inserted, and the intermediate holder into which the pillar and the angle are inserted, and the lower pillar support and the intermediate fixture. It is characterized in that the latex is supported by.

In addition, a plurality of pillars and lower ends inserted into the lower pillar pedestal and the lower pillar pedestal in which the receiving groove is formed and installed in the vertical direction are inserted into the receiving groove and positioned between the pillar and the lower pedestal pedestal and installed in the vertical direction. An angle and an accommodating groove are formed in the accommodating groove formed in the upper pillar cover into which the pillar and the upper portion of the angle are inserted, and the intermediate holder into which the pillar and the angle are inserted, and the lower pillar support and the intermediate fixture. It is characterized in that the fence is supported by.

In addition, a plurality of pillars and lower ends inserted into the lower pillar pedestal and the lower pillar pedestal in which the receiving groove is formed and installed in the vertical direction are inserted into the receiving groove and positioned between the pillar and the lower pedestal pedestal and installed in the vertical direction. An angle and an accommodating groove are formed in the accommodating groove formed in the upper pillar cover into which the pillar and the upper portion of the angle are inserted, and the intermediate holder into which the pillar and the angle are inserted, and the lower pillar support and the intermediate fixture. It is characterized in that the bench is supported by.

In addition, the pagora of the present invention, the lower pillar pedestal in which the receiving groove is formed, the pillar is inserted into the lower pillar pedestal and installed in the vertical direction, the lower end is inserted into the receiving groove between the pillar and the lower pillar pedestal A plurality of angles positioned and installed in an up and down direction, and a roof frame having an accommodating groove formed therein and having an upper fixture into which the pillar and the upper portion of the angle are inserted, and connected to the upper fixture and having an insertion hole formed therein. , Characterized in that it comprises a pipe inserted into the insertion opening.

-The present invention can receive a sufficient support force with a relatively small size because it is to receive the main support force by using a wooden pillar and to add a metal angle to the outside of the wooden pillar. (Default size 100 * 100)

-The present invention can easily adjust the height of the column by the column support inserted into the lower holder.

-The present invention can protect the structure by preventing the local damage of the wood corner portion because it is protected by wrapping the wood corner portion with a metal angle.

-Since the present invention is manufactured using stainless steel and antiseptic wood, no additional painting process is required.

-The present invention is well suited when applied to small and medium sized reliefs because of the small column size: bicycle storage, food separation collection, connecting passage, small and medium sized pagora, etc.

-The present invention can be applied to various designs by adding subsidiary materials (lataxes, fences, auxiliary supports).

-The present invention can easily adjust the height of the accessories (latax, fence, auxiliary support).

-The present invention is a D.I.Y (Do It Yourself) product can be produced by standardization and mass production.

1 is a perspective view showing a pillar structure according to a preferred embodiment of the present invention.
FIG. 2 is an exploded perspective view illustrating the pillar structure of FIG. 1. FIG.
Figure 3 is a perspective view showing a light pole structure in accordance with a preferred embodiment of the present invention.
4 is an exploded perspective view showing the light pole structure of FIG.
5 is a perspective view illustrating various embodiments of the upper pillar cover of FIG.
Figure 6 is a perspective view showing various embodiments of the Pagora roof frame in accordance with a preferred embodiment of the present invention.
7 is a perspective view showing the pillar and the angle and the intermediate fixture of FIG.
8 is an exploded perspective view of the pillar and the angle and the intermediate fixture of FIG.
9 is a perspective view illustrating various embodiments of the lower pillar support of FIG.
10 is an assembly view showing a roof frame reinforcement according to a preferred embodiment of the present invention.
11 is an exploded perspective view showing the roof frame reinforcement of the pagora of FIG.
12 is a perspective view showing a latex according to a preferred embodiment of the present invention.
FIG. 13 is an exploded perspective view of the latex of FIG. 12; FIG.
14 is a perspective view showing a fence in accordance with a preferred embodiment of the present invention.
15 is an exploded perspective view showing the fence of FIG. 14.
16 is a perspective view showing a bench according to a preferred embodiment of the present invention.
17 is an exploded perspective view of the bench shown in FIG. 16.
18 is a perspective view showing a pillar structure, a fence and a latex according to a preferred embodiment of the present invention.
FIG. 19 is an exploded perspective view illustrating the pillar structure, the fence, and the latex of FIG. 18; FIG.
20 is a perspective view showing the pillar structure, the fence, the latex and the bench in accordance with a preferred embodiment of the present invention.
FIG. 21 is an exploded perspective view illustrating the pillar structure, the fence, the latex, and the bench of FIG. 20; FIG.
Figure 22 is a perspective view showing another embodiment of the pillar structure and the fence and latex and bench in accordance with a preferred embodiment of the present invention.
Figure 23 is a perspective view showing the columnar structure and pagora roof and latex according to a preferred embodiment of the present invention.
24 is a coupling diagram showing a roof frame reinforcement in accordance with a preferred embodiment of the present invention.
25 is a perspective view showing a pillar structure having a latex formed in accordance with a preferred embodiment of the present invention.
26 is a perspective view showing a pillar structure having a fence formed in accordance with a preferred embodiment of the present invention.
Figure 27 is an exploded perspective view showing a pillar structure and a pagora roof according to a preferred embodiment of the present invention.
28 is a perspective view showing the pillar structure and the pagora roof in accordance with a preferred embodiment of the present invention.
29 is a perspective view illustrating the pillar structure and the pagora roof according to another embodiment of FIG. 28.
30 is a perspective view showing the pillar structure and the pagora roof according to another embodiment of FIG.
FIG. 31 is a perspective view illustrating a pillar structure and a pagora roof according to another embodiment of FIG. 30.
32 is a front view showing the pillar structure and the roof frame and roof frame reinforcement according to a preferred embodiment of the present invention.
33 is a perspective view showing the columnar structure and pagora formed in the building roof according to an embodiment of the present invention.
34 is a perspective view illustrating the column structure and the pagora formed in the building roof according to another embodiment of FIG. 33.

[Pillar structure]

The pillar structure 100 of the present invention, the lower pillar support 140 is formed receiving groove; A pillar 130 inserted into the lower pillar support 140 and installed in a vertical direction; A plurality of angles 131 having a lower end inserted into a receiving groove of the lower pillar support 140 and positioned between the pillar 130 and the lower pillar support 140 and installed in a vertical direction; And an upper pillar cover 120 in which an accommodation groove is formed and an upper portion of the pillar 130 and the angle 131 is inserted into the accommodation groove.

An accommodation groove is formed in the lower pillar support 140 so that the lower ends of the pillars 130 and the angle 131 which will be described later are inserted into the accommodation grooves of the lower pillar support 140.

The lower pillar support 140 may be configured in various forms.

Lower pillar support 140A is in the form of a hollow square pipe.

The lower pillar support 140B is a hollow rectangular pipe, a closing plate attached to the lower surface of the square pipe, a circular pipe connected to a lower portion of the closing plate to separate the square pipe from the ground, and attached to a lower end of the circular pipe. It consists of a base plate.

The lower pillar support 140C is composed of a pillar support 144 which is a hollow square pipe and a base plate 142 attached to the lower end of the pillar support 144 and having an anchor hole 143 formed thereon.

A height adjustment angle member 141 for adjusting the height of the pillar 130 and the angle 131 may be inserted into the accommodation groove of the lower pillar support 140.

The height adjustment angle member 141 is provided with a plurality of angle members having a variety of heights is inserted into the inner receiving groove of the column support 144 of the lower pillar support 140 according to the needs of the construction site to adjust the height. .

The pillar 130 is inserted into the receiving groove of the lower pillar support 140 and installed in the vertical direction.

Pillar 130 is preferably in the form of a square.

The pillars 130 are preferably wood, especially preserved wood.

The plurality of angles 131 are positioned outside the pillars 130.

The angle 131 has a lower end inserted into a receiving groove of the lower pillar support 140 and is positioned between the pillar 130 and the lower pillar support 140 and is installed in the vertical direction.

It is preferable that the angle 131 is a metal material whose cross-sectional shape is L-shape.

Angle 131 is installed in a form surrounding the four corners of the column 130.

Outside the angle 131, it is preferable that the intermediate fixture 132 is installed.

The intermediate holder 132 is a hollow rectangular pipe configured to be able to adjust the height of the up and down.

After the angle 131 is positioned at four corners of the pillar 130, the intermediate holder 132 is inserted, and then fixed by the direct connection piece 122 to block the gap of the angle 131. And angle 131 to be in close contact.

In the state in which the intermediate holder 132 is inserted into the angle 131, a gap exists between the inner surface of the intermediate holder 132 and the outer surface of the pillar 130.

The intermediate holder 132 is not limited to the metal material.

The upper end of the pillar 130 and the angle 131 is inserted into the receiving groove of the upper pillar cover 120 is installed.

Upper pillar cover 120 is composed of a tube, a cover formed on the top of the tube and a connecting piece fixed to the cover.

The connecting piece is formed with a plurality of fastening holes for fastening the bolt.

The upper pillar cover 120 may be configured in various forms.

The embodiment of the upper pillar cover 120A is formed of a cap 121 that includes a rectangular receiving groove.

Another embodiment of the upper pillar cover (120B) is a cylindrical height extension pillar 123 is attached to the top of the cap 121 including a rectangular receiving groove, the pagora on top of the height extension pillar 123 The connecting table 124 is formed.

In another embodiment of the upper pillar cover (120C) is a hanger connecting rod 125 is formed on one side of the cap 121 including a rectangular receiving groove.

Another embodiment of the upper pillar cover (120D) is a pagora connecting rod 124 is formed on the top of the cap 121 including a rectangular receiving groove.

Another embodiment of the upper pillar cover (120E) is a central beam connecting rod 126 is formed with a circular hole on one side of the cap 121 including a rectangular receiving groove.

[Lighting pillar structure]

An angle 131 is formed to be in close contact with each corner of the pillar 130 and the pillar 130, and is inserted into the lower pillar support 140 in the vertical direction.

A light protection case 136 having a square pipe shape including an insertion hole in a vertical direction is formed in the angle 131 in the vertical direction.

The light protection case 136 may be configured to be transparent or translucent.

The lighting 135 is installed inside the lighting protection case 136.

The intermediate fixture 132 and the upper pillar cover 120 are formed in the vertical direction outside the angle 131.

The lower end of the light protection case 136 is fixed to the intermediate fixture 132 by a direct connection piece 122.

The upper end of the light protection case 136 is fixed to the upper pillar cover 120 by a direct connection piece 122.

The lighting protection case 136 is installed with a different height according to the fixed position.

[Roof Frame]

In the embodiment of the roof frame 600A, an arc-shaped first beam and a second beam are formed in parallel at a predetermined interval, and a plurality of central beams having a rectangular pillar shape are connected therebetween.

On the front surface of the first beam and the rear surface of the second beam, a plurality of square tube insertion holes 127 formed of square pipes are formed in the same distance as the center beam.

Both ends of the first beam and the second beam is formed with a front fixing rod 128 including a circular insertion hole to be coupled to the roof frame reinforcement 200.

In another embodiment of the roof frame 600B, a linear beam is formed, and a plurality of square tube insertion holes 127 formed of square pipes are formed at regular intervals on the front and rear surfaces of the beam.

Both ends of the beam is formed with a front fixing rod 128 including a circular insertion hole to be coupled to the roof frame reinforcement 200.

In another embodiment of the roof frame 600C, an arc-shaped beam is formed, and a plurality of square tube insertion holes 127 formed of square pipes are formed at regular intervals on the front and rear surfaces of the beam.

Both ends of the beam is formed with a front fixing rod 128 including a circular insertion hole to be coupled to the roof frame reinforcement 200.

[Roof Frame Reinforcement]

The roof frame reinforcement 200 has a rectangular base that supports two connection parts and a connection part formed with a circular insertion hole so that the reinforcement pipe 220 can be inserted into the center of the reinforcement pipe 220 having an empty inside. Reinforcing pipe connecting portion 230 is formed.

Side molding caps 133 to which the reinforcing pipe connecting member 230 is attached to the front surface of the square pipe are formed on the left and right side of the reinforcing pipe connecting member 230 formed in the reinforcing pipe 220.

Circular end caps 221 of both ends of the reinforcing pipe 220 are respectively coupled.

[Latex]

The latex 300 has a latex body 330 formed by crossing a plurality of bars in a rectangular window frame shape.

At the lower end of the latex body 330 is formed a latex metal reinforcement 310, the pillar insertion hole 321 is attached to the rectangular pipe shape including the insertion hole in the vertical direction at both ends of the metal pole of the square column shape.

At the upper end of the latex body 330, the pillar insertion holes 321 are formed at both ends of the connecting pillar 323 having a square pillar shape, and formed as a square pipe including an insertion hole in the vertical direction.

A wooden connecting rod 320, in which a square pipe-shaped column insertion hole 321 including an up-down direction insertion hole and a small square pipe-shaped wood connection hole 322 including a receiving groove in left and right directions, are attached by welding or the like. 323 and respectively.

[Higgs]

The fence 400 has a connection pillar 323 having a square pillar shape at a lower end thereof.

The connection lumber 323 has a square pipe shape and is inserted into the plurality of lumber connecting rods 421 at regular intervals including the wood connection holes 322 in the left and right directions.

A plurality of timber connecting holes 322 are attached to the upper surface of the plurality of lumber connecting rod 421 by welding or the like in the form of a square pipe including a receiving groove in the upper direction.

Both ends of the connection lumber 323, the wooden connecting rod 320 including the up and down pillar insertion hole 321 is coupled to form a wooden fence connecting rod 420.

A plurality of wood connection holes 322 are attached to the upper end of the fence 400 in the form of a square pipe including a receiving groove in the downward direction to the metal fence connecting rod 410 of the rectangular pillar shape.

At both ends of the metal fence connecting table 410, a pillar insertion hole 321 having a square pipe shape is attached to each end by welding or the like.

In the wood connecting hole 322 formed below the metal fence connecting rod 410 and the wood connecting hole 322 formed above the wooden fence connecting rod 420, a plurality of connecting lumbers 323 each having a rectangular pillar shape are formed in the vertical direction. Is inserted.

[Bench]

The bench 500 is formed of the respective square support timber 511 at the lower end of both ends of the plurality of bench lumber 520 in the shape of a square pillar.

The plurality of bench lumber 520 and the support timber 511 is coupled with a screw or adhesive.

Each support wood 511 is inserted into a square support wood hole 510, one end of which includes a receiving groove on the left side, and is attached to each other by the receiving groove of the support wood hole 510 by welding, etc. A pillar insertion hole 321 of a rectangular pipe shape including a is formed.

[Column Structure / Fence / Latex Assembly]

In the column insertion hole 321 including the vertical insertion hole formed in both ends of the latex 300, and the column insertion hole 321 including the vertical insertion hole formed in both ends of the fence 400 Each pillar structure 100 is inserted in the vertical direction is fixed to the direct connection piece (122).

The latex 300 is fixed to the upper end of the pillar structure 100 by a direct connection piece 122 is installed.

The fence 400 is installed to be fixed to the direct connection piece 122 at the lower end of the pillar structure 100.

The latex 300 and the fence 400 may be installed by adjusting the height.

[Plumb Structure / Bench / Fence / Latex Assembly 1]

A pillar insertion hole 321 including up and down rectangular insertion holes formed at both ends of the latex 300 and a pillar insertion hole 321 including up and down rectangular insertion holes formed at both ends of the fence 400; The pillar structures 100 are respectively inserted in the vertical insertion holes 321 including the vertical insertion holes 321 formed at both ends of the bench 500 in the vertical direction, and fixed to the direct connection piece 122.

The latex 300 is fixed to the upper end of the pillar structure 100 by a direct connection piece 122 is installed.

The fence 400 is installed to be fixed to the direct connection piece 122 at the lower end of the pillar structure 100.

Bench 500 is fixed to the lower end of the fence 400 installed in the columnar structure 100 by a direct connection piece 122 is installed.

The latex 300, the fence 400, and the bench 500 may be installed by adjusting the height by fixing the direct connection piece 122.

[Column Structure / Bench / Fence / Latex Assembly 2]

Four pillar structures 100 are fixed to the ground by the lower pillar pedestal 140.

Bench 500 is fixed to the direct connection piece 122 at the bottom of the four columnar structure (100).

The left fence 400 is fixed to the direct connection piece 122 on the upper left side of the bench 500.

The right fence 400 is fixed to the direct connection piece 122 on the upper right side of the bench 500.

The left latex 300 is fixed to the direct connection piece 122 at the bottom of the upper pillar cover 120 of the two left pillar structure (100).

The right latex 300 is fixed to the direct connection piece 122 at the bottom of the upper pillar cover 120 of the two right columnar structure (100).

[Pagora roof / column structure / latex assembly]

Four pillar structures 100 are fixed to the ground by the lower pillar pedestal 140.

The right latex 300 is installed at the bottom of the upper pillar cover 120 of the two right pillar structure (100).

The left latex 300 is installed at the bottom of the upper pillar cover 120 of the two left pillar structure (100).

The upper pillar cover 120A of the two front pillar structures 100 is fixed to the roof frame 600A and the direct connection piece 122.

The upper pillar cover 120A of the two rear pillar structures 100 is fixed to another roof frame 600A and a direct connection piece 122.

The reinforcement pipe 220 is inserted into the right front fixture 128 included in the front roof frame 600A and the right front fixture 128 included in the rear roof frame 600A.

The reinforcement pipe 220 is inserted into the left front fixing rod 128 included in the front roof frame 600A and the left front fixing rod 128 included in the rear roof frame 600A.

The roof frame 600C connecting the center of the reinforcement pipe 220 inserted into the right and left sides is fixed by the front fixing rods 128 at both ends.

The connecting lumber 323 is inserted into the tube insert hole 127 included at a predetermined interval in the front roof frame (600A) and the center roof frame (600C) and the rear roof frame (600A).

A roof cover 620 made of square plate is installed on the top of the roof frame 600.

[Assembling of Column Structure / Roof Frame / Roof Frame Reinforcement]

Two pillar structures 100 are installed.

Between the top of the one column structure 100 and the stop portion, and the roof frame 600 is connected to the top of the other column structure 100 is formed.

The roof frame reinforcement 200 is installed at a position where each pillar structure 100 meets the roof frame 600 to be firmly coupled.

[Lighting Column Structure / Latex Assembly]

Three lighting pole structures 100A are secured to the ground by the lower column pedestal 140 at intervals.

Illuminating pillar structure (100A) of the left side is the receiving groove is formed on the right side of the lower pillar support 140 and the right of the intermediate fixture (132).

Lighting pillar structure (100A) of the right side is formed with a receiving groove on the left side of the lower pillar support 140 and the left side of the intermediate fixture (132).

The center light pole structure (100A) is the receiving groove is formed on the left and right sides of the intermediate fixture 132 and the left and right sides of the lower column support (140).

The latex 300 on the left side is supported by the right receiving groove of the left lighting pillar structure 100A and the left receiving groove of the central lighting pillar structure 100A.

The latex 300 on the right side is supported by the left receiving groove of the right lighting pillar structure 100A and the right receiving groove of the central lighting pillar structure 100A.

[Lighting Column Structure / Fence Assembly]

Three lighting pole structures 100A are secured to the ground by the lower column pedestal 140 at intervals.

Illuminating pillar structure (100A) of the left side is the receiving groove is formed on the right side of the lower pillar support 140 and the right of the intermediate fixture (132).

Lighting pillar structure (100A) of the right side is formed with a receiving groove on the left side of the lower pillar support 140 and the left side of the intermediate fixture (132).

The center light pole structure (100A) is the receiving groove is formed on the left and right sides of the intermediate holder 132 and the left and right sides of the lower column support (140).

The left fence 400 is supported by the right receiving groove of the left lighting pillar structure 100A and the left receiving groove of the central lighting pillar structure 100A.

The fence 400 on the right side is supported by the left receiving groove of the right lighting pillar structure 100A and the right receiving groove of the central lighting pillar structure 100A.

[Plumb Structure / Pagora Roof Assembly 1]

Four pillar structures 100 are fixed to the ground by the lower pillar pedestal 140B.

The upper pillar cover 120D of the two front pillar structures 100 is fixed to the roof frame 600C and the direct connection piece 122.

The upper pillar cover 120D of the two rear pillar structures 100 is fixed to another roof frame 600C and a direct connection piece 122.

The reinforcement pipe 220 is inserted into the right front fixture 128 included in the front roof frame 600C and the right front fixture 128 included in the rear roof frame 600C.

The reinforcement pipe 220 is inserted into the left front fixing rod 128 included in the front roof frame 600C and the left front fixing rod 128 included in the rear roof frame 600C.

The connecting lumber 323 is inserted into the tube insert hole 127 included at a predetermined interval in the front roof frame (600C) and the rear roof frame (600C).

The roof cover 620 made of square plates is installed on the top of the roof frame 600C.

[Plumb Structure / Pagora Roof Assembly 2]

Four pillar structures 100 are fixed to the ground by the lower pillar pedestal 140B.

The upper pillar cover 120B of the two front pillar structures 100 is fixed to the roof frame 600C and the direct connection piece 122.

The upper pillar cover 120B of the two rear pillar structures 100 is fixed to another roof frame 600C and a direct connection piece 122.

The reinforcement pipe 220 is inserted into the right front fixture 128 included in the front roof frame 600C and the right front fixture 128 included in the rear roof frame 600C.

The reinforcement pipe 220 is inserted into the left front fixing rod 128 included in the front roof frame 600C and the left front fixing rod 128 included in the rear roof frame 600C.

The connecting lumber 323 is inserted into the tube insert hole 127 included at a predetermined interval in the front roof frame (600C) and the rear roof frame (600C).

The roof cover 620 made of square plates is installed on the top of the roof frame 600C.

[Plumb Structure / Pagora Roof Assembly3]

Four pillar structures 100 are fixed to the ground by the lower pillar pedestal 140C.

The upper pillar cover 120A of the two front pillar structures 100 is fixed to the roof frame 600A and the direct connection piece 122.

The upper pillar cover 120A of the two rear pillar structures 100 is fixed to another roof frame 600A and a direct connection piece 122.

The reinforcement pipe 220 is inserted into the right front fixture 128 included in the front roof frame 600A and the right front fixture 128 included in the rear roof frame 600A.

The reinforcement pipe 220 is inserted into the left front fixing rod 128 included in the front roof frame 600A and the left front fixing rod 128 included in the rear roof frame 600A.

The roof frame 600C connecting the center of the reinforcement pipe 220 inserted into the right and left sides is fixed by the front fixing rods 128 at both ends.

The connecting lumber 323 is inserted into the tube insert hole 127 included at a predetermined interval in the front roof frame (600A) and the center roof frame (600C) and the rear roof frame (600A).

A roof cover 620 made of square plate is installed on the top of the roof frame 600.

[Column Structure / Pagora Roof Assembly 4]

Six pillar structures 100 are fixed to the ground by the lower pillar pedestal 140A.

The upper pillar cover 120D of the two front pillar structures 100 is fixed to the roof frame 600C and the direct connection piece 122.

The upper pillar cover 120D of the two rear pillar structures 100 is fixed to another roof frame 600C and a direct connection piece 122.

The upper pillar cover 120D of the two central pillar structures 100 is fixed to another roof frame 600C and a direct connection piece 122.

The right front strap 128 included in the front roof frame 600C and the right front strap 128 included in the central roof frame 600C and the right front strap 128 included in the rear roof frame 600C. The reinforcement pipe 220 is inserted into it.

The left front fixation 128 included in the front roof frame 600C and the left front fixation 128 included in the central roof frame 600C and the left front fixation 128 included in the rear roof frame 600C. The reinforcement pipe 220 is inserted into it.

The connecting lumber 323 is inserted into the tube insert hole 127 included at a predetermined interval in the front roof frame (600C) and the center roof frame (600C) and the rear roof frame (600C), respectively.

The roof cover 620 made of square plates is installed on the top of the roof frame 600C.

[Assembling of Column Structure / Roof Frame / Roof Frame Reinforcement]

Two pillar structures 100 are fixed to the ground by the lower pillar pedestal 140.

The upper pillar cover 120 of the two pillar structure 100 is fixed to the roof frame 600 and the direct connection piece (122).

The roof frame reinforcement 200 is installed at a position where the two pillar structures 100 and the roof frame 600 are fixed, thereby being firmly coupled.

[Building roof / column structure / pagora roof / latex assembly1]

Three pillar structures 100 are fixed to the ground by the lower pillar pedestal 140 at regular intervals outside the fence at points parallel to the roof ends of the building.

The left latex 300 is fixed with a direct connection piece 122 to the bottom of the upper pillar cover 120 of the left pillar structure 100 and the lower of the upper pillar cover 120 of the central pillar structure 100.

The right latex 300 is fixed with a direct connection piece 122 to the bottom of the upper pillar cover 120 of the right pillar structure 100 and the lower of the upper pillar cover 120 of the central pillar structure 100.

Three roof frame (600C) is one end of the roof frame (600C) is fixed to the upper pillar cover 120 of the three pillar structure 100 by the direct connection piece 122, respectively, the other side of each roof frame (600C) One end is fixed to the roof of the building.

The reinforcement pipe 200 is inserted into the front fixing rod 128 formed at one end of the three roof frame 600C.

On the left and right sides between the three roof frames 600C, another two parallel roof frames 600C are formed.

Two roof frame (600C) is formed, one end is fixed with the reinforcement pipe 220 by the front fixing rod 128, the other end is fixed to the roof of the building.

The connection lumber 323 is inserted into a plurality of square tube insertion holes 127 at regular intervals formed in five roof frames 600C.

The roof cover 620 made of square plates is installed on the top of the roof frame 600C.

[Building roof / column structure / pagora roof / latex assembly 2]

Three pillar structures 100 are fixed to the ground by the lower pillar pedestal 140 at regular intervals outside the fence at points parallel to the roof ends of the building.

The left latex 300 is fixed with a direct connection piece 122 to the bottom of the upper pillar cover 120 of the left pillar structure 100 and the lower of the upper pillar cover 120 of the central pillar structure 100.

The right latex 300 is fixed with a direct connection piece 122 to the bottom of the upper pillar cover 120 of the right pillar structure 100 and the lower of the upper pillar cover 120 of the central pillar structure 100.

Three roof frame (600B) is one end of the roof frame (600B) is fixed to the upper pillar cover 120 of the three pillar structure (100), respectively, as a direct connection piece 122, the other end of the roof frame (600B) Is fixed to the roof of the building.

The reinforcement pipe 200 is inserted into the front fixing rod 128 formed at one end of the three roof frame 600B.

On the left and right sides between the three roof frames 600B, another two parallel roof frames 600B are formed.

Two roof frame (600B) is formed, one end is fixed with the reinforcement pipe 220 by the front fixing rod 128, the other end is fixed to the roof of the building.

The connection lumber 323 is inserted into a plurality of square tube insertion holes 127 at regular intervals formed in five roof frames 600B.

A roof cover 620 made of square plate is installed on the top of the roof frame 600B.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art various modifications or variations of the present invention without departing from the spirit and scope of the invention described in the claims below Can be carried out.

100: pillar structure 120: upper pillar cover
122: direct connection piece 123: height extension pillar
124: Pagora connecting rod 125: Hanger connecting rod
126: central beam connecting rod 127: square tube insert
128: front mount 130: pillar
131: angle 132: intermediate fixture
133: side molding cap 135: lighting
136: light protection case 140: lower pillar support
141: height adjustment angle material 142: base plate
143: anchor hole 144: pillar support
200: roof frame reinforcement 220: reinforcement pipe
230: reinforcement pipe connection 300: latex
310: latex metal reinforcement 320: wood connecting rod
321: pillar insertion hole 322: wood connection hole
323: connecting lumber 330: latex body
400: fence 410: metal fence connecting rod
420: wood fence connecting rod 421: lumber connecting rod
500: bench 510: support wood hole
511: support wood 520: bench lumber
600: roof frame 610: roof outer cover
620: roof cover

Claims (9)

A lower pillar support in which a receiving groove is formed;
A pillar having a lower end inserted into a receiving groove of the lower pillar support and installed vertically;
An upper groove cover is formed, the upper pillar cover is inserted into the top of the pillar;
A lower end is inserted into the receiving groove of the lower pillar support, is installed in the vertical direction so as to be located between the pillar and the lower pillar support, a plurality of angles are inserted into the receiving groove of the upper pillar cover;
The angle is a pillar structure characterized in that the cross-sectional shape of the L-shape, it is installed in the form surrounding the corner of the pillar.
The method according to claim 1,
The pillar structure, characterized in that the angle member for adjusting the height of the pillar and the angle is inserted into the receiving groove of the lower pillar support.
delete The method according to claim 1,
The pillar and the angle is a pillar structure, characterized in that is inserted into the intermediate fixture that can be adjusted up and down height is fixed by a direct connection piece.
A lower pillar support in which a receiving groove is formed;
A pillar having a lower end inserted into a receiving groove of the lower pillar support and installed vertically;
An upper groove cover is formed, the upper pillar cover is inserted into the top of the pillar;
A plurality of angles of which a lower end is inserted into a receiving groove of the lower pillar support, is installed in a vertical direction so as to be located between the pillar and the lower pillar support, and an upper end is inserted into the receiving groove of the upper pillar cover;
Is inserted into the angle up and down, lighting protection case located on the top of the pillar;
Including the lighting is located inside the light protection case;
The angle has a L-shaped cross-section, the pillar structure, characterized in that installed in the form of surrounding the corner of the pillar.
A lower pillar support in which a receiving groove is formed;
A pillar having a lower end inserted into a receiving groove of the lower pillar support and installed vertically;
An upper groove cover is formed, the upper pillar cover is inserted into the top of the pillar;
A plurality of angles of which a lower end is inserted into a receiving groove of the lower pillar support, is installed in a vertical direction so as to be located between the pillar and the lower pillar support, and an upper end is inserted into the receiving groove of the upper pillar cover;
An intermediate holder into which the pillar and the angle are inserted;
It includes; Latex supported by the receiving groove formed on the left and right sides of the lower pillar support and the intermediate fixing;
The angle is a pillar structure characterized in that the cross-sectional shape of the L-shape, it is installed in the form surrounding the corner of the pillar.
A lower pillar support in which a receiving groove is formed;
A pillar having a lower end inserted into a receiving groove of the lower pillar support and installed vertically;
An upper groove cover is formed, the upper pillar cover is inserted into the top of the pillar;
A plurality of angles of which a lower end is inserted into a receiving groove of the lower pillar support, is installed in a vertical direction so as to be located between the pillar and the lower pillar support, and an upper end is inserted into the receiving groove of the upper pillar cover;
An intermediate holder into which the pillar and the angle are inserted;
And a fence supported by accommodation grooves formed on the left and right sides of the lower pillar support and the intermediate holder.
The angle is a pillar structure characterized in that the cross-sectional shape of the L-shape, it is installed in the form surrounding the corner of the pillar.
delete A lower pillar support in which a receiving groove is formed;
A pillar having a lower end inserted into a receiving groove of the lower pillar support and installed vertically;
An upper groove cover is formed, the upper pillar cover is inserted into the top of the pillar;
A plurality of lower end is inserted into the receiving groove of the lower pillar support, installed in the vertical direction so as to be located between the pillar and the lower pillar support, the upper end is inserted into the receiving groove of the upper pillar cover a plurality of Columnar structures;
A roof frame connected to the upper pillar cover and having an insertion hole formed therein;
Including; the pipe is inserted into the insertion opening,
The angle is an L-shaped cross-section, the pagora using a pillar structure, characterized in that installed in the form of wrapping around the corner of the pillar.

Images