KR20100065752A - Pillar construction of the structure - Google Patents

Abstract

PURPOSE: A pillar structure of a construction is provided to reduce the manufacturing cost by not employing a steel pillar and enable easy assembly and mass production. CONSTITUTION: A pillar structure of a construction comprises a square pillar, a coupling member, a cover member(30), an upper connecting member(40), a lower fixing member, and a coupling rod. The square pillar is formed out of timber, having a through hole and a bent part. The coupling member is connected to the bent part. The cover member is connected to the coupling member. The upper connecting member and the lower fixing member are connected to the top and bottom of the square pillar, respectively. The coupling rod joins the upper connecting member, the lower fixing member, and the square pillar.

Description

Pillar construction of the structure

The present invention relates to a structure of a column supporting an upper structure when installing a structure, for example, a shade screen, a playground equipment, etc., which is built in a playground, a park, and the like.

Recently, as the residential environment in the city is important, playground facilities and senior citizens' halls are formed in apartment complexes, and large and small parks are being built around apartment complexes. In addition, the shelter is created so that people can feel their leisure on the outside and rooftops of major buildings in commercial spaces and industrial complexes.

In such apartments, various structures are installed in a playground or shelter. For example, a tree trunk is installed with a shade to block sunlight by using leaves, and children's play equipment is installed on the pillars of the conventional structures. In the related art, a structure is formed by coating or painting a steel pillar, or installing a pillar with wood.

However, although the steel pillar is durable, its image is contrary to the surrounding natural landscape, and over time, the paint is peeled off, so that the coating part is exposed and corroded. In addition, the wooden pillar is well matched with the surrounding landscape, but over time has a problem that the deformation, such as splitting, warping, bending from where the connection nail is used.

In order to solve this problem, in the Republic of Korea Utility Model Model No. 20-0231137, a cylindrical tube made of steel material has a crisscross square and has a plurality of foundation tube holes at predetermined intervals in the longitudinal direction, and Facade support divided into four squares in a square so that the wood surrounding the outer circumferential surface has the same shape, a plurality of expansion grooves provided in the base tube contact portion of the facade support, and made of steel material between the cutouts of the facade support and correspond to the base pipe hole T-type holder having a first fixing hole and a second fixing hole to allow the bolt to penetrate the first fixing hole and the second fixing hole and fixed by screwing the foundation pipe hole, To form a locking jaw, the locking jaw to press the cut step of the external support, so that the external support is fixed to the base pipe, the same width as the T-shaped fixing One side is provided with an assembling fixture and the aluminum cover and the fastening cover of the assembly and the locking jaw is mutually fastened so that the holder cover is inserted between the incision of the exterior support and the shade bar structure to cover the T-shaped holder is started. It is.

However, such a structure is in close contact with the outer support divided into a plurality of cylindrical base pipes constituting the inner pillar, and both sides due to the characteristics of the cylindrical base pipe when inserting the fixing rod in the space formed between the outer support and the outer support There is a problem that the auxiliary worker has to hold the outer support so as not to be spaced apart when fixing the fixing to the base tube, and also has a problem that the difficulty of accurately matching the position of the fixing hole formed in the base and the fixing hole formed in the base tube. However, it is difficult for an operator to perform the installation smoothly.

Therefore, the present invention has been made to solve the above-mentioned problems of the prior art, it is possible to mass production by the sameness of the parts, do not use the steel pillars constituting the inside of the column, the production cost is reduced, easy assembly It is an object to provide a columnar structure of a structure.

In addition, the present invention has a beautiful appearance of the wood and at the same time forming a through-hole in the center of the rectangular wooden pillar constituting the main pillar portion by placing a coupling member formed longer than the square pillar in the longitudinal direction nail or other fixed coupling By firmly fixing to the upper coupling member and the lower fixing member without the use of a member, there is no deformation such as cracking or distortion caused by nails or other metal coupling members, and bending at four sides. It is to provide a column structure of the structure that can be combined to separate the combination to make the appearance more beautiful, and also bend to form a space portion, which can prevent the distortion caused by the expansion and contraction of the wood by the space portion. For other purposes.

In addition, the present invention is to provide a pillar structure of the structure that the manufacturing cost is reduced by not using a separate inner column, and the afforestation structure is simple, the operator's work is convenient and the working time is significantly reduced. It is done.

In order to achieve the above object, the present invention in the columnar structure of the structure, the through-hole is formed on the inside, the bent surface is formed on each surface forming the outer surface, the predetermined interval in the longitudinal direction on the inner surface of the bent surface Square pillars made of wood with a plurality of connecting holes; A coupling member seated on a bent portion formed on each surface of the square pillar, and a plurality of coupling holes are formed in a longitudinal direction and coupled to the connection holes with bolts; A cover member coupled to the coupling member; A through hole having the same diameter as the through hole of the square pillar is formed in the center of the one side, and the lower fixing plate to be integrally formed on the coupling plate and the coupling plate is formed with a screw fastening hole formed in the four corners and fixed to the ground on the lower side A lower fixing member of the cylinder which is integrally formed; It is fixed to the upper side of the square pillar is formed in the center of the one side surface is coupled to the upper structure, has a through hole having the same diameter as the through hole of the square pillar, screwed to the corner portion to be fixed to the exterior support The fixed plate is formed integrally with the fixing plate and the fixing plate, the diameter of the contact surface with the fixing plate is a cylinder having a predetermined diameter larger than the diameter of the upper portion, the fixing ring formed with a "b" shaped bent portion on the upper side of the cylinder Is welded and located on the lower side of the fixing ring and formed of a bolt fastening hole formed on the upper end of the pillar and the upper coupling body formed with a bolt hole to be bolted to the rotating body and the upper end of the rotating body and the fixed ring An upper connection member for coupling a structure to be positioned and fixed at an upper side; Consists of a coupling rod formed with a nut coupling portion at both ends for coupling the upper connection member, the square pillar and the lower fixing member, the V-shaped bent portion is formed at the outer end of the bent surface, the coupling member is the inner side of the steel material The through-hole polygonal body is formed, the V-shaped fixing protrusion is inserted into the V-shaped bent portion of the square pillar at both ends of one side of the body is seated seated, is formed in succession with the fixing projections are coupled to the cover member V-shaped fixing projections of the stator in the V-shaped bent portion formed by the outer end of the bent surface of the square pillar is formed to be symmetrical to each other the bent wing portion formed with a circular groove inside the bent portion so that one end of the means is fixedly coupled To be inserted, and firmly fixed to the coupling hole of the coupling member and the connection hole of the square pillar with a bolt, the cover It provides a pillar structure of the structure characterized in that the member is fixed to the coupling member to cover.

In addition, the present invention provides a pillar structure of the structure, characterized in that the square pillar is a circular column having a predetermined circumference.

In addition, the present invention provides a columnar structure of the structure characterized in that the cylindrical protrusions are inserted and fixed to the through hole formed in the square pillar on one side of the lower fixing member and the upper connecting member is formed integrally. do.

In addition, the present invention is characterized in that it further comprises an upper plate and a lower plate to secure the coupling between the upper connection member and the square pillar, the lower fixing member and the square pillar and to prevent wear of the contact surface of the square pillar of wood. It provides a pillar structure of the structure.

In addition, the present invention provides a pillar structure of the structure, characterized in that the coupling rod is a bolt having a predetermined length at both ends or a screw thread is formed at one end and the head is formed at the other end. .

In addition, in the present invention, after the rotor and the upper assembly is rotated to be coupled to the fixing ring to facilitate the coupling of the structure fixed to the upper coupling of the upper coupling member, the structure is placed in the correct position after the bolt It provides a pillar structure of the structure, characterized in that the structure is tightened tightly fixed.

The present invention in the columnar structure of the structure, the through-hole is formed in the inner side, the bent surface is formed on each surface constituting the outer surface, the inner surface of the bent surface is provided with a plurality of connection holes at predetermined intervals in the longitudinal direction Round pillars; A coupling member seated on a bent portion formed on each surface of the circular column, and a plurality of coupling holes are formed in a longitudinal direction and coupled to the connection holes with bolts; A cover member coupled to the coupling member; A through hole having the same diameter as the through hole of the circular column is formed in the center of the one side, and is formed integrally with the joining plate and the joining plate is formed in the four corner portion screw fastening portion and the lower fixing plate to be fixed to the ground on the lower side A lower fixing member of the cylinder which is integrally formed; It is fixed to the upper side of the circular column is formed in the center of the one side is coupled to the upper structure, has a through hole having the same diameter as the through hole of the circular column, the diameter of the contact portion with the circular column It is made of a cylinder having a predetermined diameter larger than the diameter, the fixed ring formed with a "b" shaped bent portion on the upper side of the cylinder is welded, located in the lower portion of the fixed ring and the rotating body and the bolt fastening hole is formed And an upper connection member positioned at an upper end of the fixing ring and coupled to the structure fixed by being positioned on an upper side of a pillar formed of an upper coupling body in which a bolt hole is formed so as to be bolted to the rotating body; Consists of a coupling rod formed with a nut coupling portion at both ends for coupling the upper connecting member and the circular column and the lower fixing member, the V-shaped bent portion is formed at the outer end of the bent surface, the coupling member is made of steel The through-hole polygonal body is formed on both ends of one side of the body is inserted into the V-shaped bent portion of the circular column is formed V-shaped fixing projections are seated seated, is formed in series with the fixing projections and the coupling of the cover member V-shaped fixing projections of the stator in the V-shaped bent portion formed with the outer end of the bent surface of the circular column is formed to be symmetrical to each other the bent wing formed with a circular groove formed inside the bent portion so that one end of the means is fixedly coupled Is inserted into the coupling hole of the coupling member and the circular column of the coupling member firmly fixed with a bolt, the cover The member is fixed to the coupling member to be covered.

The upper body is coupled so that the rotor and the upper body is rotatable to the fixing ring to facilitate the coupling with the structure, the structure and the upper body is fixed and characterized in that for fixing the rotor and the upper body with a bolt .

The present invention can be mass-produced by the identity of the parts, do not use the steel pillars constituting the inside of the column, the production cost is reduced, there is an effect of providing a column structure of the structure easy to assemble.

In addition, the present invention has a beautiful appearance of the wood and at the same time forming a through-hole in the center of the rectangular wooden pillar constituting the main pillar portion by placing a coupling member formed longer than the square pillar in the longitudinal direction nail or other fixed coupling By firmly fixing to the upper coupling member and the lower fixing member without the use of a member, there is no deformation such as cracking or distortion caused by nails or other metal coupling members, and bending at four sides. The effect of providing a columnar structure of the structure that makes the appearance more beautiful by combining the separate combinations and forms the space portion by bending the space portion and prevents the distortion caused by the expansion and contraction peculiar to the wood by the space portion. There is.

In addition, the present invention has the effect of providing a column structure of the structure that the manufacturing cost is reduced by not using a separate inner column, and the simmering structure is simple, the operator's work is convenient and the working time is significantly shortened.

In addition, the column structure of the present invention is easy to install the structure by allowing the rotary ring and the upper coupling is coupled to the fixed ring fixed to the upper coupling member in which the structure is installed to be placed in the correct position when the structure is installed Has

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a perspective view of a pillar according to an embodiment of the present invention, Figure 2 is a longitudinal cross-sectional view, Figure 3 is a cross-sectional view of the configuration of the present invention with reference to these drawings, depending on the size of the structure installed in the playground, park, etc. In the present invention, in the present invention, the through-hole 11 is formed around the pillar 100 used at this time, and the polygonal quadrangular pillar of wood having a bent portion 12 having a predetermined depth on four surfaces ( 10) and the coupling member 20 to be seated and coupled to the bent portion 12, the cover member 30 coupled to the coupling member 20 and the upper coupling member coupled to the upper and lower sides of the square pillar ( 40 and the lower fixing member 50 and the upper connecting member 40, the lower fixing member 60 and the coupling rod 70 is fixed to the square pole (10).

The inner surface 13 of the bent portion 12 of the square pillar 10 is provided with a plurality of connecting holes 14 at predetermined intervals in the longitudinal direction, and the V-shaped bending to the outer end of the bent portion 12 The groove 15 is formed.

Coupling member 20 that is seated seated in the bent portion 12 formed on each surface of the square pillar 10 is a polygonal body portion 21 and the body portion 21 of the inner through hole made of steel material V-shaped fixing protrusions 22 are inserted into the V-shaped bending grooves 15 of the square pillars 10 and formed at both ends of the square pillars 10, and are continuously formed with the fixing protrusions 22, and the inner side of the bent portion. The bent wing part 23 in which the circular groove 24 is formed is mutually symmetrical, and the connection hole 14 which is formed in the square column 10 in the longitudinal direction to the body part 21 is formed. A plurality of coupling holes 25 are formed to coincide with).

The cover member 30 coupled to the coupling member 20 has a body 33 and an inner surface 32 having an outer surface 31 and an inner surface 32 having a predetermined circumference and a coupling protrusion 34 at one end. Coupling means 35 is formed to be symmetrical to the central axis.

The upper connection member 40 has one side formed with a through-hole 41 having the same diameter as the through-hole 11 in the center so as to match the through-hole 11 is formed in the central axis of the square pillar (10) It becomes a cylinder 42, and the other side becomes an integrated cylinder 43 of the open form which has a small diameter compared with a square pillar and a contact surface, and is integral.

The upper connection member 40 is fixed to the upper side of the square pillar 10 in which the through hole 11 is formed at the center of one side to couple the upper structure, and the through hole 11 of the square pillar 10 The fixing ring 46 having a through-hole 41 having the same diameter and the "a" bent portion 45 is formed in the upper portion 44 of the cylinder 43 forming the upper side is welded, the fixing ring Located at the lower side of the 46 and the upper body of the rotating body 48 and the rotating body 48 and the fixing ring 46 with the bolt fastening hole 47 is formed, the rotating body 48 and the bolt 49 The upper coupling body 50 is formed with a bolt hole 51 to be fastened.

Here, as shown in Figure 8 when installing the structure on the upper connecting member 40 bolts for connecting and fixing the rotating body 48 and the upper coupling member 50 coupled to the fixing ring 46 fixed to the upper side ( Place the upper wood structure on the upper assembly (50) in the state of tightening 49 loosely, and then insert the screw 53 through the screw fastening hole 52 formed in the upper assembly 50 to the upper wood structure After the screw is fixed and installed, the rotating body 48 and the upper assembly 50 is rotated so that the structure is located at the correct position, and then the bolt 49 is completely tightened to completely fix the structure. .

The lower fixing member 60 has a portion in contact with the square pillar 10 having a through hole 61 having the same diameter as the through hole 11 of the square pillar 10, and the other side of the lower fixing member 60 at the end of the ground fixing stand. The fixing plate 64 having a predetermined area where the screw fastening holes 63 are formed is fixed, and is composed of a cylinder 62 having an open opening 65 formed integrally on the outer circumferential surface thereof.

The coupling rod 70 connecting the square pillar 10 and the upper connecting member 40 and the lower fixing member 60 has both ends thereof with the through hole 41 and the lower fixing member of the upper connecting member 40. The nut fastening portion 71 is formed by a predetermined length so as to be inserted into the through-hole 61 of 60) to be fastened and fastened.

Within the scope of not impairing the present invention, the coupling rod may be used in the form of a bolt formed with a nut fastening portion at one end.

In addition, according to the present invention, the wear of the contact surface of each member and the square pillar between the upper connecting member 40 and the square pillar 10, between the lower fixing member 60 and the square pillar 10. Screw fastening holes (81, 91) is formed in the four corners for a more secure coupling, the through hole 41 and the lower fixing member 60 of the upper connection member 40 in the center, and the square The upper plate 80 and the lower plate 90 formed with the through holes 82 and 92 having the same diameter as the through holes 11 formed at the center of the pillar 10 may be further provided.

At this time, the upper and lower plates 80 and 90 integrate the contact surfaces of the upper connecting member 12 and the upper plate 80, the lower fixing member 13 and the lower plate 90 by welding or the like. It can also make it.

Referring to Figure 4 illustrates a coupling state of the structure pillar structure of the present invention having such a configuration, Figure 4 is an exploded perspective view showing a column structure according to the present invention, the bent portion (symmetrically formed on four sides mutually ( The V-shaped fixing protrusion 22 formed in the coupling member 20 is seated and seated on the V-shaped bending groove 15 formed at one end of the 12, and the body portion 21 is the bent portion 12. After coupling the coupling member 20 to be inserted into the seat, the coupling hole 25 and the bent portion 12 of the rectangular column 10 formed in the longitudinal direction in the coupling member 20 to the inner surface 13 The bolt 26 is inserted into the connection hole 14 formed in the longitudinal direction and fixed by bolting. At this time, as shown in the accompanying drawings, the body portion 21 of the coupling member 20 is formed to have a length smaller than the bending depth of the bending portion 12, so that the coupling member 20 to the bending portion 12. At the time of coupling, the space 16 may be formed between the coupling member 20 and the inner surface 13 of the bent portion 12 of the square pillar 10.

After coupling the coupling member 20 to the square pillar 10, as shown in Figure 5, is formed at one end of the coupling means 35 formed integrally on one side of the cover member 30 The coupling protrusion 34 is inserted into the circular groove 24 formed in the inner side of the bent wing portion 23 of the coupling member 20 to be closely coupled.

After the cover member 30 is combined, the upper connection member 40 is positioned on one side, and the lower fixing member 60 is positioned on the other side, and then coupled to the through holes 11, 41, and 61 formed in the center portion. Insert the rod 70, and tighten the nut 72 to the nut fastening portion 71 formed on both ends of the coupling rod 70.

At this time, in order to further prevent abrasion of the contact surface of the square pillar 10 in contact with the square pillar 10, the upper connecting member 40 and the lower fixing member 60, the upper plate 80, the lower side Lower plate 90 may be further coupled.

On the other hand, the upper connecting member 40 and the upper plate 80, the lower fixing member 60 and the lower plate 90 may be coupled to the square pillar by integrally coupling by a method such as welding.

According to the present invention, the upper side of the upper coupling member 12 may further have an auxiliary means for coupling the structure mounted on the upper side, the fixing means for fixing the pillar on the ground in the lower end of the lower fixing member 13 However, these structures, and the coupling relationship between the respective members and the structures, is a technique in which various known methods are known and are not related to the constituent elements of the present invention.

According to the present invention, it is preferable that the coupling member and the cover member are made of steel, and the cover member may be made of a synthetic resin within a range not impairing the present invention.

As described above, the pillar structure of the structure of the present invention does not use a separate inner column to reduce the production and manufacturing costs, to facilitate the work of the operator to reduce the work cost, and also to improve the working environment do.

In addition, the warp, warpage, and the like, which may occur over time by using the material of the wood, can prevent deformation due to expansion and contraction due to the central through hole and the bent portions formed on the four surfaces.

In addition, as well as the beautiful appearance of the wood itself, it is possible to form a more beautiful appearance by the diversification of the cover member coupled to each surface.

The accompanying drawings of the present invention, which are not described above, illustrate a circular columnar shape different from a square pillar according to an embodiment of the present invention, and FIG. 6 illustrates a shape of a column that may be used in the present invention. 7 is a perspective view, and FIG. 7 illustrates an embodiment that can be used to manufacture a pillar of wood in a circular shape as a cross-sectional view thereof.

As described above, the pillar manufactured according to the present invention is easy to install, and can be manufactured to be applied to various structures installed in a playground, a park, and the like, thereby enabling mass production, and surrounding the exterior of the pillar. It can be manufactured in harmony with the environment.

1 is a perspective view of a pillar according to an embodiment of the present invention.

2 and 3 is a longitudinal, cross-sectional view of a column according to an embodiment of the present invention.

4 is an exploded perspective view of a pillar according to an embodiment of the present invention.

Figure 5 is a cross-sectional view showing a coupling structure of the coupling member and the cover member according to an embodiment of the present invention.

6 is a perspective view showing another embodiment of the present invention.

7 is a cross-sectional view of another embodiment of the present invention.

Figure 8 is a cross-sectional view showing an embodiment of the upper connection member of the present invention.

Explanation of symbols on the main parts of the drawings

10: square pillar 11: through hole

12: bend portion 13: the inner surface

14: connecting hole 15: V-shaped bending groove

20: coupling member 21: body portion

22: V-shaped fixing protrusion 23: bent wing

24: circular groove 25: coupling hole

30: cover member 31: outer surface

32: inner 33: body

34: engaging projection 35: coupling means

40: upper connecting member 41: through hole

42, 43: cylinder 44: upper side

45: "a" shaped bending part 46: fixed ring

47: fastening hole 48: rotating body

49: bolt 50: upper assembly

51: bolt hole 52: screw fastening

53: screw 60: lower fixing member

61: through-hole 62: cylinder

63: screw fastening 64: fixing plate

65 opening 70 coupling rod

71: nut fastening part 72: nut

80: upper plate 81, 91: screw fastening

90: lower plate

Claims (7)

In the column structure of the structure, A through hole is formed at an inner side thereof, and a bent surface is formed at each surface forming an outer surface thereof, and a square pillar made of wood having a plurality of connecting holes at predetermined intervals in a longitudinal direction on the inner side of the bent surface; A coupling member seated on a bent portion formed on each surface of the square pillar, and a plurality of coupling holes are formed in a longitudinal direction and coupled to the connection holes with bolts; A cover member coupled to the coupling member; A through hole having the same diameter as the through hole of the square pillar is formed in the center of the one side, and the lower fixing plate to be integrally formed on the coupling plate and the coupling plate is formed with a screw fastening hole formed in the four corners and fixed to the ground on the lower side A lower fixing member of the cylinder which is integrally formed; It is fixed to the upper side of the square pillar is formed in the center of the one side surface is coupled to the upper structure, has a through hole having the same diameter as the through hole of the square pillar, the diameter of the contact portion with the square pillar It is made of a cylinder having a predetermined diameter larger than the diameter, the fixed ring formed with a "b" shaped bent portion on the upper side of the cylinder is welded, located in the lower portion of the fixed ring and the rotating body and the bolt fastening hole is formed And an upper connection member positioned at an upper end of the fixing ring and coupled to a structure to be fixed by being positioned on an upper side of a pillar formed of an upper coupling body having a bolt hole formed to bolt to the rotor. Consists of a coupling rod formed with a nut fastening portion at both ends for coupling the upper connection member and the square pillar and the lower fixing member, A V-shaped bent portion is formed at the outer end of the bent surface, and the coupling member is a polygonal body through which the inside of the steel material is perforated, and is inserted into the V-shaped bent portion of the square pillar at both ends of one side of the body to be molded. The V-shaped fixing protrusion is seated and is formed so as to be symmetrical to each other, the bending protrusions are formed continuously in the fixing protrusion, and the circular grooves are formed inside the bent portion so that one end of the coupling means of the cover member is fixedly coupled. The V-shaped fixing protrusion of the fixing member is inserted into the V-shaped bent portion formed at the outer end of the bent surface of the square pillar, and firmly secures the coupling hole of the coupling member and the connection hole of the square pillar with bolts, and the cover member. A pillar structure of a structure, characterized in that the fixing member to cover the coupling member. The method of claim 1, The pillar structure of the structure, characterized in that the cylindrical protrusions are inserted into the through-holes formed in the square pillar on one side of the lower fixing member and the upper connection member is integrally formed. 3. The method of claim 2, Further provided with an upper plate for firming the coupling between the upper connection member and the square pillar and preventing abrasion of the contact surface, and a lower plate for tightening the coupling between the lower fixing member and the square pillar and preventing abrasion of the contact surface Column structure of the structure, characterized in that. The method of claim 2, The coupling rod is a pillar structure of the structure, characterized in that the nut coupling portion is formed at both ends, or the thread is formed at one end of the coupling rod and the head is formed at the other end. The method according to any one of claims 1 to 4, The upper body is coupled so that the rotor and the upper body is rotatable to the fixing ring to facilitate the coupling with the structure, the structure and the upper body is fixed and characterized in that for fixing the rotor and the upper body with a bolt Column structure of the structure. In the column structure of the structure, A circular column made of wood having a through hole formed at an inner side thereof, a bent surface formed at each side of the outer surface, and having a plurality of connecting holes at predetermined intervals in a longitudinal direction on an inner side of the bent surface; A coupling member seated on a bent portion formed on each surface of the circular column, and a plurality of coupling holes are formed in a longitudinal direction and coupled to the connection holes with bolts; A cover member coupled to the coupling member; A through hole having the same diameter as the through hole of the circular column is formed in the center of the one side, and is formed integrally with the joining plate and the joining plate is formed in the four corner portion screw fastening portion and the lower fixing plate to be fixed to the ground on the lower side A lower fixing member of the cylinder which is integrally formed; It is fixed to the upper side of the circular column is formed in the center of the one side is coupled to the upper structure, has a through hole having the same diameter as the through hole of the circular column, the diameter of the contact portion with the circular column It is made of a cylinder having a predetermined diameter larger than the diameter, the fixed ring formed with a "b" shaped bent portion on the upper side of the cylinder is welded, located in the lower portion of the fixed ring and the rotating body and the bolt fastening hole is formed And an upper connection member positioned at an upper end of the fixing ring and coupled to the structure fixed by being positioned on an upper side of a pillar formed of an upper coupling body in which a bolt hole is formed so as to be bolted to the rotating body; Consists of a coupling rod formed with nut body at both ends of the upper connecting member and the circular column and the lower fixing member, A V-shaped bent portion is formed at an outer end of the bent surface, and the coupling member is a polygonal body through which the inner side of the steel material is perforated, and is inserted into the V-shaped bent portion of the circular column at both ends of one side of the body to be molded. The V-shaped fixing protrusion is seated and is formed so as to be symmetrical to each other, the bending protrusions are formed continuously in the fixing protrusion, and the circular grooves are formed inside the bent portion so that one end of the coupling means of the cover member is fixedly coupled. The V-shaped fixing protrusion of the fixing member is inserted into the V-shaped bending portion formed at the outer end of the bent surface of the circular column, and firmly secures the coupling hole of the coupling member and the connection hole of the circular pillar with bolts, and the cover member. A pillar structure of a structure, characterized in that the fixing member to cover the coupling member. The method of claim 6, The upper body is coupled so that the rotor and the upper body is rotatable to the fixing ring to facilitate the coupling with the structure, the structure and the upper body is fixed and characterized in that for fixing the rotor and the upper body with a bolt Column structure of the structure.

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