KR20100105918A - Pole - Google Patents

Abstract

PURPOSE: A pillar which secures an anti-corrosion function and an environmental contamination preventive function is provided to secure strong supporting force and to increase a service life. CONSTITUTION: A pillar comprises a column type buried part(10), a column type exposed part(20) and a synthetic resin coated part(30). The column type buried part is buried in the ground. The column type exposed part comprises a through hole. The through hole is pierced on the column type buried part in a traverse direction. The column type exposed part is successively lifted from the column type buried part. The synthetic resin coated part is coated on the through hole and the column type buried part.

Description

Landlord {POLE}

The present invention relates to a strut, and more particularly, to a strut capable of preventing corrosion and preventing environmental pollution, as well as prolonging service life and providing solid support.

In general, poles may be divided into poles for supporting various cables in the air, pillars for building structures, sidewalks, and posts for fences for partitioning roads. Or wood.

Most pillars used as poles, poles or posts are buried in the ground, and the ground contains various microorganisms or moisture, causing easy corrosion of the buried portions of the pillars, which greatly shortens the lifespan of the pillars.

In particular, when the support is made of metal or is treated with a coating, a harmful component to the human body due to corrosion, that is, a component such as lead is absorbed into the ground, causing a great problem of causing environmental pollution such as earth pollution or groundwater pollution.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a support that can be secured with extended life, preventing environmental pollution, and solid support.

The present invention for achieving the above object,

A pillar comprising a buried buried portion buried in the ground, and a pillar exposed portion continuously raised from the buried buried portion,

A through hole drilled in the transverse direction at the middle of the column-type buried portion,

Including the through-hole, including the synthetic resin coating is coated on the entire pillar-like buried portion is characterized in the basic features of the technical configuration.

According to the present invention, when the support is made of wood, the column-type landfill is easily decayed by various microorganisms or moisture. Furthermore, when the support is made of metal, the lifespan of corrosion is shortened, and the components such as lead which are harmful to human body are grounded. Considering that it can melt into the inside and cause environmental pollution such as groundwater pollution, it presents a synthetic resin coating to cover the column buried to prevent corrosion and to prevent environmental pollution. While ensuring the, in particular, the through-hole drilled in the transverse direction at the interruption of the column-type landfill portion to allow concrete to flow into the through-hole covered with the synthetic resin coating to maximize the support capacity of the support itself.

The present invention is a bar or rope when the fixture is fixed to the inclined portion of the supporter when standing up and pouring concrete in the column-type landfill, small or large stones during the casting of concrete In consideration of the fact that it can lower the support capacity of the landlord by preventing the close penetration of concrete, it is possible to put the concrete first to the height of the fixing groove, and then insert the removable fastener into the fixing groove. The secondary casting can be carried out secondaryly to ensure tight concrete pouring, and to support the supporter and the fixture together to support the support in a radially angular and tangled manner when the concrete is hardened. It will be able to maximize the bearing capacity even more, especially fasteners and other fixtures, such as bars and ropes It is made of a removable structure that can maximize the workability on the job site.

Referring to the preferred embodiment of the strut according to the present invention with reference to the drawings as follows.

1 to 3 is a conceptual diagram showing a state of use of the support according to the present invention.

The strut according to the present invention includes a column embedded portion 10 embedded in the ground and a column exposed portion 20 continuously raised from the column embedded portion 10, as shown in FIGS. A synthetic resin coating part provided with a through hole 11 which is bored in the transverse direction at the interruption of the column buried portion 10 and is coated on the entire column embedded portion 10 including the through hole 11 as a basis. 30 is included as a core configuration.

For example, when the support is made of wood, the column-type landfill 10 may easily rot due to various microorganisms or moisture, and furthermore, if the support is made of metal, the life of the pillar may be shortened by corrosion, and lead may be harmful to the human body. Such components melt into the ground and cause environmental pollution, such as groundwater contamination. In the present invention, the entire pillar-type landfill portion 10 is coated as an alternative for preventing corrosion of the prop and at the same time, thereby coating the synthetic resin coating. (30) and, in particular, the through-hole 11 is formed in the transverse direction at the interruption of the column-type buried portion 10, the concrete flows into the through-hole 11 covered with the synthetic resin coating (30) To maximize the support of the prop itself [In the case of a metal prop, as well as the outer surface of the column-type buried portion (10) and through holes (11) Columnar inner synthetic resin coating as a whole portion 30 down to the buried portion 10 a is covered.

In this case, as shown in FIG. 2, the supporter 40 may be inserted into the through hole 11 so as to support the columnar exposed part 20, and the supporter 40 penetrates as shown in FIG. 3. After being inserted into the hole 11, the inclined portion 41 inclined downward may be provided so as to more firmly secure the support force of the strut itself.

4 and 5 are perspective views showing a state of use of the support according to the present invention.

As shown in Figs. 4 and 5, the support according to the present invention penetrates the fixing groove 41a in the horizontal direction on the inclined portion 41, etc., and is fixed to the fixing groove 41a in the horizontal direction (50). ) May be included.

At this time, the fixing groove (41a) is preferably made of upper and lower light (上 狹 下 廣), the fastener 50 is a bar (51) or a rope (Rope) 52 detachably fitted to the fixing groove (41a) May be).

When the supporter 40 is fixed to the inclined portion 41 of the supporter 40 when the supporter 40 is fixed with the bar 51 or the rope 52 when the concrete is placed in the column-type landfill 10 Small or large stones due to pour can be caught on the fixture 50, but rather hinder the casting of the concrete to lower the support capacity of the support, in the present invention, after placing the pour of concrete primarily to the height of the fixing groove (41a) By attaching the removable fastener 50 to the fixing groove 41a and allowing the concrete to be secondaryly placed, it is possible to ensure the concrete pouring, and together with the supporter 40 and the fixture 50. When the concrete is hardened, the support can be entangled and sulked at various angles in the radial direction, thereby further maximizing the support of the support, particularly the fasteners 50 including the supporter 40, that is, the bar 51 andRope 52 is made of a removable structure it is possible to further maximize the workability on the job site.

The present invention can be utilized in fields such as poles, pillars for building buildings, sidewalks and fences for partitioning roads.

1 to 3 is a conceptual diagram showing a state of use of the strut according to the present invention.

4 and 5 are perspective views showing a state of use of the support according to the present invention.

       Explanation of symbols on the main parts of the drawings

10: columnar buried portion 11: through hole

20: columnar exposed portion 30: synthetic resin coating portion

40: supporter 41: inclined portion

41a: fixing groove 50: fixture

51: Bar 52: Rope

Claims (5)

In the pillar consisting of a column-like buried portion 10 embedded in the ground, and a column exposed portion 20 continuously raised from the column-filled portion 10, A through hole 11 formed in the transverse direction at the middle of the column-type buried portion 10; Shore characterized in that it comprises a synthetic resin coating portion (30) coated on the entire through-hole (11) and the columnar buried portion (10). The method of claim 1, And a supporter (40) inserted into the through hole (11) to support the columnar exposed portion (20). The method of claim 2, The supporter (40) is characterized in that it has an inclined portion (41) inclined downward after being fitted into the through hole (11). The method of claim 3, wherein A fixing groove 41a drilled in the horizontal direction on the inclined portion 41 and the like, Shoring characterized in that it comprises a fastener (50) fitted in the transverse direction in the fixing groove (41a). The method of claim 4, wherein The fixing groove 41a is made of upper and lower beams (上 狹 下 廣), The fastener (50) is characterized in that the post (Bar; 51) or rope (Rope) 52 that is detachably fitted to the fixing groove (41a).

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