KR20090111624A - The supporter for wire netting fence - Google Patents

Abstract

PURPOSE: A supporter for wire net fence is provided to give tension to the loosed fence and separate the foundation of a supporter. CONSTITUTION: A backward post(71) contacts the rear side of a wire net(70) and has an internal space. The internal space is opened towards the front. A front post(72) is inserted in and united to the inside of the backward post while contacting the front of the net. The supporter can be efficiently used by connecting a foundation to the rear side of the backward post. A connecting hole is formed on the front side of the foundation.

Description

The supporter for wire netting fence}

The present invention relates to a support used for installing a wire mesh fence, and more particularly, a rear post that is in close contact with the rear surface of the erected wire mesh and a front post that is in close contact with the front of the wire mesh so as to overlap the rear post. As the rear post is tightened to close the post, one post is inserted into the other post with the wire mesh, so that the wire mesh on both sides of the support is pulled toward the support side so that the loose wire mesh can be tensioned. It relates to a mounting support.

Installed on the ground to mark the boundaries of various buildings, there are walls and fences, and the walls are piled up with soil, stones, bricks, etc. to enclose the surrounding space or a certain space. While the enclosure is a closed structure in which the inner space of the fence is not visible from the outside, the fence is an open structure in which the inner space is visible from the outside of the fence by dividing the boundary instead of the fence by using grass, wood, and wire mesh.

The fences and fences installed to separate the boundaries of a specific area have an open structure, so they are widely used for various boundary markings, including small playgrounds, cages of livestock and poultry, and borders of fields and mountains. Looking at it as follows.

Early fences were made of grass or tree branches, but after the durable wire meshes were made, it is common to use durable wire meshes for general fences, except for specially considered aesthetics, such as fences installed in home yards. to be.

The wire mesh used for the fence may be classified into two types, a welded wire mesh and a woven wire mesh. As shown in FIG. 1, the welded wire mesh 10 includes a horizontal wire 11 and a vertical wire 12. Although the contact portion of the two wires are welded in a state in which they are in contact with each other without being woven together, as shown in FIG. 2, the woven wire mesh 20 includes a horizontal wire 21 and a vertical wire 22. It is a structure that forms a mesh by being woven together like a fabric without being welded.

As described above, the welded wire mesh is welded to a contact portion of the wire and the wire, and in the case of the woven wire mesh, the wire and the wire are woven together while being slightly plastically deformed, and the wire used for the welded wire mesh is connected to the wire used for the woven wire mesh. Compared with larger diameter and higher rigidity.

Therefore, in the case of the initial vortex, the appearance of the fence using the welded wire mesh may be superior to the fence using the woven wire mesh. The disadvantage is that it falls.

In particular, small fences such as tennis courts and soccer fields are mainly provided with welded wire fences. Especially, in the case of a soccer field, when a soccer ball is repeatedly subjected to strong impacts on the fence, the welded wire mesh of the fence falls and the wire is deformed to deform the fence. The appearance of the will quickly deteriorate.

In addition, as shown in Figure 3, when fenced on the inclined surface by using the welded wire mesh 10, when the vertical wire 11 of the welded wire mesh 10 maintains the vertical state, the ground is increased along the slope Since the height of the fence from the bar is gradually lowered, the height of the fence is not constant along the inclined surface, there is a disadvantage that the fence between the support (P) and the support (P) can only be installed in a stepwise manner.

That is, it is not possible to install a welded wire fence having a constant height on the inclined surface.

However, as shown in Figure 4, it is also possible to install a welded wire mesh fence of a constant height along the inclined surface, in this case, the longitudinal wire 11 and the support (P) of the welded wire mesh does not maintain the vertical state and the inclined state There is a problem that the appearance of the fence becomes undesirable.

Unlike the welded wire fence as described above, the fence using the woven wire mesh is made using a wire having a smaller diameter and somewhat flexible properties than the welded wire mesh, and the horizontal wire and the vertical wire are not welded to each other, so they are woven together. 5, while maintaining the vertical wires 22 of the woven wire mesh in a vertical state, it is possible to install a fence of a constant height along the inclined surface.

However, in the case of the woven wire mesh fence, since a woven wire mesh having a smaller rigidity is used than the welded wire mesh, a phenomenon in which the fence between the support and the support, which is embedded in the ground, acts as a pillar of the fence, may not be maintained in a tense state. When installing the fence, of course, it may occur even after installing the fence, there is a disadvantage that it is very cumbersome to tension the loose wire mesh in the state of being coupled to the support.

In other words, the conventional support simply serves to simply fix the fence wire mesh, so it is not possible to strain the loose wire mesh while the wire mesh is fixed to the support bar. After pulling the tension tightly, there is an inconvenience of having to refit the tensioned wire mesh to the support.

In addition, as shown in Fig. 6, the conventional support 61 for supporting the wire mesh is a structure that is upright in the state of being embedded in the upper surface of the block-type base 62, usually made of concrete or the like.

When the wire mesh 60 is coupled to the support 61 as described above, the lower end of the wire mesh 60 has to be placed on the upper surface of the base 62, so that the wire mesh 60 is deeper than the upper surface of the base 62. There is a problem that can not be buried.

That is, since the foundation 62 does not help the support of the wire mesh 60 at all, and because it cannot bury the wire mesh 60 to the depth where the foundation is buried, especially when installing a fence in a mountain or a field, a fence is provided. Over time, the lower part of the underground wire mesh is often exposed to the ground.

The present invention has been made to solve all the problems of the conventional wire mesh fence mounting support, it is an object of the present invention to provide a support that can easily tension the loose wire mesh even when the wire mesh is combined.

It is another object of the present invention to provide a support that can be detachably combined with a foundation capable of maximizing the embedding depth of the wire mesh while supporting the wire mesh together with the support while buried in the ground.

The above object of the present invention, the front and rear structure of the support and the removable structure of the support that can be combined with the wire mesh into one side of the other side is overlapped before and after the wire mesh is interposed, and the support is not stuck Achieved by a combinable base.

The wire mesh fence mounting support of the present invention is a method of inserting one post into the inside of the other post by tightening two posts with fasteners such as bolts / nuts while the wire mesh is interposed between the front and rear posts constituting the support. It has the advantage that it can easily and quickly tension the wire mesh loosened by.

And by combining the front surface of the foundation to the lower outer surface of the support, it is possible to bury the lower end of the wire mesh that can be buried in the ground to the bottom depth, not the upper surface of the foundation, as well as support the wire mesh to the front of the foundation as well as the support Since it can be, the buried state of the wire mesh has an advantage that can be maintained more stable over a long period of time.

The present invention relates to a support used for installing a fence made of a wire mesh, and more particularly, to a support for installing a fence using a wire mesh woven in the same manner as a woven wire and a longitudinal wire.

The wire mesh fence mounting support of the present invention is composed of two front and rear posts in which a support for supporting a portion of the wire mesh is not one but overlapping each other, and the support is not completely fixed in the state of being embedded in the upper surface of the foundation. Its technical features are that it has a structure that is detachably coupled to the front of the.

Wire mesh fence mounting support of the present invention as described above, the front and rear posts for establishing a wire mesh; It is composed of the basis for establishing the front and rear posts.

The front and rear posts have a structure in which the front post enters the rear post together with the wire mesh after overlapping each other in the state where the wire mesh is interposed. By having the shape of the back, an internal space that is open toward the front is provided.

And the front post is to erect the wire mesh in a vertical state with the rear post, in contact with the front of the wire mesh so as to overlap the rear post in the state that the back of the wire mesh is in contact with the open front of the rear post together with the wire mesh It is a structure that can be inserted into the rear post.

In this case, the front post may have an internal space that is open toward one side, that is, rearward, like the rear post, but there is no particular limitation on the cross-sectional shape or structure as long as it can be inserted into the rear post.

And the insertion relationship between the two posts, unlike the above may allow the rear post to be inserted into the front post, in this case must have a structure in which the front post is opened to the rear.

The base serves to fix the front and rear posts so as to stand upright without moving. The front and rear posts are formed across the coupling groove in a vertical direction.

And the rear post is inserted into the coupling groove, the rear post is inserted into the coupling groove so that when the rear post is coupled to the front of the foundation to overlap the wire mesh, the back of the wire mesh in the front of the foundation can be in close contact without lifting It is recommended that the posts do not protrude to the front of the foundation.

Since the rear post is inserted into the coupling groove of the front surface of the foundation as described above, the lower end of the wire mesh can be lowered to the bottom of the foundation rather than the upper surface of the foundation, and the wire mesh is because the rear surface of the wire mesh can contact the front surface of the foundation. It can be supported more stably.

And the base is buried in the ground, it may be made of a single block-like body, such as a cylinder, asbestos, but on the upper surface of the lower body of the block shape in order to reduce the manufacturing cost and improve the appearance, the upper cross-sectional area is smaller than the lower body The body may be extended.

At this time, it is preferable that the front surface of the foundation forms a single surface so that the front surfaces of the upper and lower bodies are located on the same plane.

Details of the effects and the resulting effects, including the object and technical configuration of the present invention will be clearly understood by the following description with reference to the drawings showing a preferred embodiment of the present invention.

Figure 7 is an exploded perspective view of an embodiment of the support of the present invention, Figure 8 is a cross-sectional view of the coupling of the support and the wire mesh.

As shown the support for installing the wire mesh fence of the present invention,

A bar-shaped rear post (71) having an inner space that is open toward the front, and having a plurality of coupling rings (R) protrudingly formed on the inner surface and contacting the rear surface of the wire mesh (70);

Can be inserted into the rear post 71 with the wire mesh 70 in contact with the front surface of the wire mesh 70, the coupling hole (H) coincides with the front and rear each coupling ring (R) The penetrating bar-shaped front post 72; And the like.

At this time, the coupling ring (R) and the coupling hole (H) corresponding to 1: 1 in the front and rear thereof, the forming position may be changed.

In addition, the rear end face (or back) and the front end face (or front face) of the front and rear posts 72 and 71 are provided with wire grooves G1 through which the transverse wires of the wire mesh 70 can pass. desirable.

The wire mesh fence mounting support of the present invention configured as described above is coupled by various fasteners such as bolt members, nut members, and the like, and these fasteners may have various shapes and structures as basic coupling means.

That is, since the fastener is a natural element for coupling two or more components, the fastener is omitted from the description of the above components, and the coupling ring R may also be changed to another structure according to the type of the fastener.

The wire mesh fence mounting support of the present invention is composed of the front and rear posts to which the support is detachably coupled, and the fastener and The method, structure, shape, and the like, for coupling the front and rear posts, such as a coupling ring R or a coupling hole H for fastening (or coupling) are not limited thereto.

Looking at the fastener as an example, which can be used when having the coupling ring (R) and the coupling hole (H), as shown in FIG.

An open-type locking ring (R1) caught by the coupling ring (R) is provided at one end portion that penetrates the coupling through hole (H), and a bolt member (81) whose outer peripheral surface of the other end is screwed;

A nut member 82 screwed to the outer peripheral surface of the other end of the bolt member 81; For example, the bolt / nut-type fastener 80 is composed of.

Unlike the above, the rear post 71 also forms a through hole H instead of the coupling ring R, and a bolt member having a head at one end and a nut member screwed to the outer peripheral surface of the other end of the bolt member. You can also tighten the front and rear posts using.

Or a fastening structure or method for the front and rear posts (72) (71) by having a thread on the inner circumferential surface (H) of the rear post (or front post) to tighten the front and rear posts with only the bolt member. There is no particular limitation on the back.

In order to effectively use the support of the present invention as shown in Figure 9, as shown in Figure 9, the base 73 is formed with a coupling groove (G) that crosses the front side in the up and down direction of the rear post (71) It is preferable to bind to the back side.

At this time, the coupling groove (G) of the base 73 has a plurality of coupling rings (R) protruding in the up and down direction, each coupling ring (R) and the corresponding through hole corresponding to 1: 1 in the front and rear ( H is provided in the lower part of the front and rear posts 72 and 71, respectively, and as shown in FIG. 10, the base 73 and the front and rear posts 72 and 71 using the fastener 80 are shown. ) And the wire mesh 70 can be combined.

The coupling structure between the base 73 and the front and rear posts 72 and 71 is an example, as long as it satisfies the idea that the lower part of the rear post 71 is inserted to the front of the base 73 so as not to rush. The fastening and coupling structure of the base 73 and the two posts 71 and 72 is also not particularly limited in the method or form, as in the case of the front and rear posts 72 and 71 described above.

And since the base 73 is buried in the ground, by reducing the size while maintaining the height of the base 73, the manufacturing cost is reduced, and at the same time can improve the aesthetics when the top of the base is exposed to the ground. In addition, it is also desirable that the coupling force to the two posts 71 and 72 be maintained intact.

That is, as shown in Figure 11, the base 73,

A coupling groove G formed at a front surface thereof, and a lower body 73A having a relatively flat cross-sectional area;

The coupling groove G provided in the upper and lower directions is provided with the coupling groove G provided on the front surface of the lower body 73A, and the lower body 73A has a flat cross-sectional area smaller than the lower body 73A. An upper body 73B extending upward from an upper surface of the upper body 73B; It can also be configured as.

At this time, of course, the front surfaces of the upper and lower bodies 73B and 73A should be positioned on the same plane.

In addition, the front of the coupling groove (G), the inner coupling groove (g) to cross the front in the vertical direction may be formed, and the coupling ring (R) may be provided on the inner surface of the inner coupling groove (g). In this case, it is preferable that the coupling ring R does not protrude forward from the front of the coupling groove G.

12 shows a wire mesh fence installed by using the support of the present invention as described above, and the bottom surface of the bottom portion of the wire mesh 70 is lowered to the bottom of the foundation instead of the top surface of the foundation 73. By being in contact with the front of the to be able to maintain a stable buried state.

At this time, the wire mesh 70, as shown in Figure 12 (a), may be a structure in which a horizontal wire (70A, a string) of one bone and a vertical wire (70B, a sizzle) of a bone woven in a lattice form like a fabric However, in addition to the lattice, it may be woven in various shapes such as hexagonal and rhombus, and as shown in FIG. 12B, a plurality of wires, usually two wires, are twisted with each other to form each horizontal wire 70A. The wire 70B may be structured to pass between the twisted wire members.

1 shows a conventional welded wire mesh,

  (A) is a side view,

  (B) is front view.

Figure 2 shows a conventional woven wire mesh,

  (A) is a side view,

  (B) is front view.

Figure 3 is a state diagram of the installation of a conventional welded wire mesh fence.

Figure 4 is a state diagram of the installation of a conventional inclined welded wire fence.

Figure 5 is a state diagram of the installation of the conventional woven wire mesh fence.

Figure 6 shows a support for installing a conventional wire mesh fence,

  (A) is a perspective view,

  (B) is installation state diagram.

Figure 7 is a perspective view of one embodiment of the present invention support.

Figure 8 shows an embodiment of the present invention the coupling state of the support and the wire mesh,

  (A) is the joining section before being tightened by the drawer.

  (B) is a joining cross section after the support is tightened with a binding ball.

Figure 9 is a perspective view of one embodiment base coupled to the support of the present invention.

10 is a cross-sectional view of the support and the wire mesh and base of the present invention.

11 is a perspective view of another embodiment base coupled to the support of the present invention,

Figure 12 is an embodiment of the present invention and the wire mesh fence using a wire mesh having a cross-twisted structure and another embodiment foundation of the present invention.

          ((Description of the reference sign for the main part of the drawing))

       70. Wire mesh 70A. Horizontal wire 70B. Longitudinal Wire

       71.Rear post 72.Front post 73.Basic

       73A. Lower Body 73B. Upper Body 80. Fasteners

       81. Bolt member 82. Nut member

       G. Coupling Grooves g. Internal coupling groove G1. Wire groove

       H. Bonding through hole R. Bonding ring R1. Hook

Claims (7)

In the bar support for fixing the fence wire mesh, A rear post (71) contacting the rear surface of the wire mesh (70) and having an inner space that opens toward the front; A front post 72 inserted into the rear post 71 together with the wire mesh 70 in contact with the front surface of the wire mesh 70 so as to overlap the rear post 71 in front and rear; Wire mesh fence installation support, characterized in that configured to include. The support for installing a wire mesh fence according to claim 1, wherein the front and rear posts (72) (71) are tightened and fixed while being inserted and coupled by the fastener (80). The wire groove G1 through which the transverse wires of the wire mesh 70 pass is formed in at least one of the rear end surface and the front end surface of each of the front and rear posts 72 and 71. Wire mesh fence mounting support, characterized in that. According to claim 1, The base 73 is coupled to the back of the rear post 71, The front of the base 73 is a support for installing a wire mesh fence, characterized in that the coupling groove (G) is inserted into the rear post 71 is inserted in the up and down directions. The method of claim 4, wherein the base 73, A lower body 73A having a coupling groove G formed on the front surface thereof; An upper body 73B provided with a coupling groove G corresponding to the coupling groove G and extending upward from an upper surface of the lower body 73A to have a smaller cross-sectional area than the lower body 73A; Wire mesh fence installation support, characterized in that consisting of. The wire mesh fence mounting support according to claim 4 or 5, wherein an inner coupling groove (g) is formed on the front surface of the coupling groove to cross the front surface in a vertical direction. According to claim 4, The coupling groove (G) of the base 73 is provided with a plurality of engaging rings (R) protruding along the longitudinal direction, The inner surface of the rear post (71) is a wire mesh fence mounting support, characterized in that the through-hole (H) to match the coupling ring (R) to match the front and rear through.

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