KR102233002B1 - Assembly type pillar for deckload - Google Patents

Abstract

The present invention is composed of an assembly column that is coupled with the post fixing tool, and the assembly column is formed of an inner column and an outer column to form wood, but the inner column is composed of a high-strength steel pipe to withstand high loads and at the same time of various sizes. It is about the assembling pillars of the deck rod that can be used by processing and assembling wood so that materials can be efficiently utilized.

Description

Deck rod assembly pillar{ASSEMBLY TYPE PILLAR FOR DECKLOAD}

The present invention relates to an assembly column, and in more detail, the assembly column is configured to be coupled with a post fastening tool, and the assembly column is formed of an inner column and an outer column to form wood as the outer column, but the inner column is composed of a steel pipe with high strength. Therefore, it is related to an assembly column of a deck rod that can withstand high loads and at the same time process and assemble wood of various sizes so that materials can be efficiently utilized.

In general, it is composed of a column and a support joint on a deck rod, and is widely used for railing columns such as connecting bridges and observation decks. Since the pillars had to provide the same size by processing one piece of wood in the form of solid wood, they were manufactured by processing wood with a width larger than that of the pillars.

The pillars are installed so that the pillars are fixed vertically, and the pillars are vertically coupled by reducing the shaking of the pillars by forming a floor fastener that is bonded to the floor, a side fastener that binds the bottom side, and a column insertion pipe into which the pillar is inserted. Let it be.

In addition, the pillar has a prefabricated configuration, through which the use of the wooden pillar has become easier.

Korean Registered Patent No. 1565085

As a conventional invention, Korean Registered Patent No. 1565085 aims to provide a multifunctional prefabricated wooden post that does not incur costs due to production of provinces using off-the-shelf materials. However, in the conventional invention, the trunk and the finishing wood boards are slidably combined with each other, and the four wood boards are combined by sliding, respectively, and the cost is increased by processing several types of finishing wood boards, and the gap with each sliding configuration. There is a drawback that water permeates well and corrodes due to the formation of this.

Accordingly, the present invention is to provide an assembly column for tech that reduces the construction of a wooden board, prevents water from permeating, and reduces costs by using off-the-shelf materials.

The present invention is a post fixing pipe into which an assembly pillar is inserted, the post fixing pipe, a floor support plate bonded to the floor in the lower part, a post support plate which is formed to protrude inwardly and spaced apart from the floor in the post fixing pipe to support the column bottom surface; And a horseshoe drainage bracket provided between the floor support plate and the floor and having a drainage groove formed with a central portion of four sides in a square,

The assembly column is composed of an inner column formed of a tube with a hole inside, an outer column wrapped around the inner column, and a column sealing sealing the space between the outer column airtightly,

A column drainage pipe, which is a passage through which water is discharged downward, is formed between the outer column and the inner column.

In addition, any one of the bottom support plates is characterized in that it is formed as a side fixing plate that is vertically formed and fixed to the bottom side.

In addition, a close contact portion is formed on the inner surface of the outer column to which the inner column is coupled,

The tight coupling portion is composed of a convex portion that protrudes convexly at the center to press-close the inner column and a ventilation hole, which is a drying space formed between the convex portion,

When the outer column and the inner column are coupled, both bolts are fastened with the convex portion therebetween, and a coupling bolt portion is provided to fix the coupling.

In addition, it is characterized in that the tooth coupling portion coupled in a serrated shape is formed on a surface where the outer pillar and the outer pillar are coupled.

The present invention reduces cost by using various sizes of wood by combining the inner column of the assembly column and the outer column of wood, and prevents corrosion by forming a passage through which internal water passes, and It is possible to prevent water from seeping through the gaps by providing a sealing of the coupling part.

In addition, by forming a tight coupling portion between the outer column and the inner column, it is possible to form a vent hole and dry at the same time as the inner column is in close contact with each other.

1 and 2 are perspective views of an assembly column of a deck rod according to an embodiment of the present invention.
3 is a cross-sectional view of an assembly column of a deck rod according to an embodiment of the present invention.
Figure 4 is a bottom view of the assembly column of the deck rod according to an embodiment of the present invention.
5 is a perspective view of an assembly column of a deck rod according to another embodiment of the present invention.
6 is a perspective view of an assembly column of a deck rod according to another embodiment of the present invention.
7 is a cross-sectional view of an assembly column of a deck rod according to another embodiment of the present invention.
8 is a perspective view of an assembly column of a deck rod according to another embodiment of the present invention.

When explaining the holding unit 100 having a drainage structure of the embodiment of the present invention with the accompanying drawings as follows.

In the present invention, any one of the post fixing pipe 103 into which the assembly pillar 200 is inserted, the floor support plate 101 bonded to the floor under the post fixing pipe 103, and the floor support plate 101 is formed vertically toward the bottom side The side fixing plate 102 is configured to be fixed. That is, the side fixing plate 102 is formed extending downward to one end of the bottom of the support fixing pipe 103 to fix the bottom side, and the floor support plate 101 protrudes horizontally from the end of the support fixing pipe 103 It is bound to the bottom surface.

A pillar support plate 104 is provided that protrudes to the inside of the pillar fixing pipe 103 and is spaced apart so as not to contact the floor to support the bottom surface of the pillar 200. A horseshoe drainage bracket 110 is formed by protruding below the floor support plate 101 and having a drainage groove formed by opening the central portion of each of the four sides in a quadrangular shape, and is bound together with the post fixing pipe 103 and the floor.

In addition, the shape of the horseshoe drainage bracket 110 may be fixed from the top to further include a shape retaining plate coupled to the column support plate 104. The shape maintaining plate is coupled to maintain the square shape of the horseshoe drainage bracket 110, and includes to be coupled to the pillar support plate 104.

In addition, the assembly pillar 200 is an inner pillar 220 formed as a tube with a hole inside, and an outer pillar 210 that wraps and couples the inner pillar 220, and a pillar that seals the space between the outer pillar 210. Including that consisting of a sealing (230).

A column drainage pipe 240, which is a passage through which water is discharged downward, is formed between the outer column 210 and the inner column 220.
The column drainage pipe 240 is formed as a semicircular groove.

A close contact portion 211 is formed on the inner surface of the outer column 210 to which the inner column 220 is coupled.

The tight coupling part 211 is composed of a convex part 211a protruding convexly in the center and a vent 211b, which is a space formed between the convex part 211a, and presses the inner column 220 formed as a tube when combined. At the same time, it is dried through the ventilation hole 211b.

When the outer pillar 210 and the inner pillar 220 are coupled, a coupling bolt portion 213 is provided for coupling and fixing both bolts with the convex portion 211a interposed therebetween. When the bolt is fastened in the coupling bolt part 213 with the convex part 211a interposed therebetween, the convex part 211a presses the inner column 220 and at the same time, the coupling bolt part 213 is moved to the outer column 210 ) Is prevented from spreading and fixed, and even if the outer column 210 is deformed by contracting or expanding, it is prevented from spreading or constricting.
In addition, the column drainage pipe 240 is formed in a semicircle so that even if it is in close contact with the coupling bolt part 213, the shape of the semicircle can be maintained as much as possible.

In addition, a tooth coupling portion 212 is formed on a surface where the outer pillar 210 and the outer pillar 210 are coupled in a sharp serrated shape.

In addition, the tooth coupling portion 212 is formed to protrude or incline so that the outer edge first touches when coupled, and is compressed and adhered to each other when coupled.

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The present invention made as described above has the following effects.

The post 200 is inserted into the post fixing pipe 103 of the post fastening device 100, and the post support plate 104 supports the post 200, and the horseshoe drainage bracket 110 below it is combined with the floor to support it. .

The horseshoe drainage bracket 110 is a quadrangular shape, and horizontal drainage holes 111 are formed on each of the four sides, so that a drainage space is formed between the pillar 200 and the floor. That is, outside air enters through the horizontal drain 111 to remove moisture, and water does not accumulate, thereby preventing the occurrence of corrosion.

In addition, the horseshoe drainage bracket 110 is easily separated for each vertex, and when it is coupled to the shape retaining plate, the shape of the horseshoe drainage bracket 110 is maintained even when combined with the post fastening device 100 to increase the bonding force and shorten the bonding time. Will be ordered.

In addition, when the vertical drainage rib 102a, which is a semicircular groove, is formed in the side fixing plate 102, the horizontal drainage port 111 and the vertical drainage rib 102a are connected to discharge moisture or water to prevent corrosion. At the same time, there is an effect of increasing the support rigidity of the side fixing plate 102.

In addition, the assembly pillar 200 is an inner pillar 220 formed as a tube with a hole inside, and an outer pillar 210 that wraps and couples the inner pillar 220, and a pillar that seals the space between the outer pillar 210. Including that consisting of a sealing (230).

In addition, the column drainage pipe formed between the outer column 210 and the inner column 220 is a passage through which water is discharged to the lower portion to prevent corrosion.

When the tight coupling part 211 is configured with a convex part 211a protruding convexly in the center and a vent 211b, which is a space formed between the convex part 211a, the inner column 220 formed as a tube when combined ) Is pressed and dried through the ventilation hole 211b.

In addition, when the outer column 210 and the inner column 220 are combined, if both bolts are fastened with the convex part 211a interposed therebetween, the coupling bolt part 213 is provided to fix the coupling. When the bolt is fastened with the convex part between the convex part, the convex part 211a presses and closes the inner column 220, and at the same time, the coupling bolt part 213 prevents and fixes the outer column 210 from spreading. .
In other words, the outer column 210 is convexly protruded between the outer column 210 and the inner column 220, and the convex portion 211a is bolted between the convex portion 211a to press the central portion to be combined. By inducing the deformation, and by inducing the deformation in one direction due to the contraction and expansion of the outer column 210, there is an effect of being tightly coupled even if the deformation is performed, and there is an effect of drying with a ventilation hole generated at the same time.
In addition, the sharp teeth of the tooth coupling part 212 are meshed with each other, and the outer side protrudes or inclines, so that the generated gap is pushed outwardly induced by the close coupling part to fill the gap space and come into close contact, and the wood Even if it is deformed due to contraction and expansion, it has the effect of maintaining the overall connection firmly.

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100: holding unit 101: floor support plate
102: side fixing plate 102a: vertical drain rib
103: support fixing pipe 104: column support plate
110: horseshoe drainage bracket 111: horizontal drainage port
200: assembly pillar
210: outer column
211: close contact portion 211a: convex portion
211b: vent
212: tooth coupling portion 213: coupling bolt portion
220: inner pillar 230: pillar sealing
240: column drainage pipe

Claims (4)

In the assembly column of the deck rod,
A post fixing pipe into which an assembly pillar is inserted, the post fixing pipe, a floor support plate bonded to the floor from the bottom, and a post support plate protruding inwardly and spaced apart from the floor surface in the post fixing pipe to support the column bottom surface; And a horseshoe drainage bracket provided between the floor support plate and the floor and having a drainage groove formed with a central portion of four sides in a square,
The assembly column is composed of an inner column formed of a tube with a hole inside, an outer column wrapped around the inner column, and a column sealing sealing the space between the outer column airtightly,
It is a passage through which water is discharged to the lower portion between the outer column and the inner column, and a semicircular column drainage pipe having high deformation resistance against external force is formed.
A close contact portion is formed on the inner surface of the outer column to which the inner column is coupled,
The close contact portion is composed of a convex portion that protrudes convexly at the center to press-close the inner column and a ventilation hole, which is a drying space formed between the convex portion,
When the outer column and the inner column are coupled, both bolts are fastened to the drying space with a convex portion therebetween, and a coupling bolt portion is provided to fix the coupling by pressing and in close contact with the drying space.
The method of claim 1,
Assembly of a deck rod, characterized in that a toothed coupling portion is formed on a surface where the outer pillar and the outer pillar are coupled to each other in a sharp serrated shape by the close coupling portion, and the outer side of the toothed coupling portion is formed to protrude or incline. Pillar.
The method of claim 2,
Any one of the floor support plates is vertically formed to the bottom side of the deck rod assembly column, characterized in that formed as a side fixing plate to be fixed. delete

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