KR20100130462A

KR20100130462A - Anchor with assistant

Info

Publication number: KR20100130462A
Application number: KR1020090049170A
Authority: KR
Inventors: 임영순
Original assignee: 임영순
Priority date: 2009-06-03
Filing date: 2009-06-03
Publication date: 2010-12-13

Abstract

PURPOSE: An anchor with an auxiliary body capable of stable installation and support using wires is provided to connect more wires without increasing the size of a main body. CONSTITUTION: An anchor with an auxiliary body comprises a plurality of wires(100,100'), a main body(200) and an auxiliary body(300). The main body is deeply inserted the slope side of a bank with connected with wire. The auxiliary body separately couples a plurality of wires with located on the rear side of the main body. The auxiliary body is formed on the outer circumference of a wire housing groove(301).

Description

Anchor with assistant

The present invention relates to an anchor for supporting a surface, and more particularly, to an anchor provided with an auxiliary body for stable installation and support with more wires using the auxiliary body.

Generally, a block or an anchor is installed as a means for preventing the collapse of banks such as banks, banks, and cuts.

The anchor includes at least one wire formed to a predetermined length; And a body deeply inserted into the ground in a state in which one end of the wire is fastened, and a body formed to support the inserted ground while the rear wing is opened.

Looking at the process of installing the anchor on the surface first to fasten one end of the wire to the main body, and push the main body to which the wire is fastened deeply to the surface, and then spread the wings to support the ground. At this time, the other end of the wire is fitted to the plate in the state in close contact with the plate tightly bound, and the end of the wire is bound to the plate is covered with a cap.

The wings of the main body are bundled into the first band and then inserted deep into the front surface of the body, and then the band is cut off to be extended. For this purpose, the band is pulled by connecting a string in a state of biting a thin wire or blade.

In this way, the number of wires fastened to the main body is appropriate. In this case, the main body can be made larger and more wires can be tightened. However, the larger the main body, the more difficult and heavy the production. There is a risk of falling down.

The present invention is to solve the conventional problem that it is difficult to fasten a large number of wires in one body because a lot of constraints on the size for production and construction reasons in forming the body of the anchor.

The present invention provides an anchor comprising a plurality of wires formed in a predetermined length and a main body which is inserted in a state deep in a state in which one end of each of the wires is fastened, and fixed to an inserted ground by spreading rear wings.

A plurality of wires are separately fastened in a state located behind the main body, and an auxiliary body having one or more wire receiving grooves formed on an outer surface thereof to pass the wires fastened to the main body.

Means for connecting the auxiliary body from the main body comprises: first and second nut grooves respectively formed at the rear end center of the main body and the front center of the auxiliary body; And pin bolts having first and second bolt protrusions formed at front and rear ends to be fastened to the first and second nut grooves.

Means for fastening the wire to the auxiliary body to fasten the wire back and forth through the auxiliary body, the rear end fastener formed in the form of a narrow cone; A rear end portion is formed to be thin so that the four sides covering the end of the wire is inserted into the wire fastener, the front end is integrally bounded by a band, and the rear end portion is formed so that the rear end is closed or opened; And a fixing plate fastened to the front end of the auxiliary body to closely contact the front end of the wire and the fixing member.

A third bolt protrusion protruding backward is formed at the center of the fixing plate, and a first coupling hole is formed to penetrate the pin bolt through the center of the third bolt protrusion. The second nut groove is formed at the center of the third nut groove in a state where the third nut groove is formed to fasten the three bolt protrusion.

The head of the auxiliary body is formed in the shape of a cup to cover the fixing plate while the second bolt is formed so that the pin bolt is inserted through the center thereof;

According to the anchor provided with the auxiliary body of the present invention, by connecting the auxiliary body fastened to another wire between the wires fastened to the main body, there is an effect that can be fastened twice as many wires without increasing the size of the main body.

According to the anchor provided with the auxiliary body of the present invention, by forming a groove through which the wire connected to the main body passes through the outer surface of the auxiliary body, the wire does not protrude to the outside of the auxiliary body, so that the installation can be easily performed on the ground.

According to the anchor provided with the auxiliary body of the present invention, the front end of the auxiliary body and the rear end of the main body are connected to each other through the pin bolt, and the auxiliary body is stably supported on the ground through the main body.

According to the anchor provided with the auxiliary body of the present invention, not only the wire fastened to the main body, but also the wire fastened to the auxiliary body can be easily separated and recovered.

A preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

3 to 9, the anchor is provided with the auxiliary body of the present invention is a plurality of wires (100, 100 ') formed in a predetermined length and in the state in which the respective wires are fastened deeply inserted into the front of the rear Body 200 formed to extend the wings to be fixed to the inserted ground, the plurality of wires are separately fastened in a state located behind the main body, one or more wire receiving grooves 301 to pass through the wires fastened to the main body on the outer surface Auxiliary body 300 is formed.

The wires 100 and 100 ′ cover the outer surface of the core wires in a braided state, and the wires 100 and 100 ′ are fastened to the auxiliary body 300 and the plurality of wires 100 for fastening to the main body 200. It consists of a plurality of wires 100 '. As shown in the drawings, the wires 100 and 100 'remove the cover of the end fastened to the main body 200 and the auxiliary body 300 so as to be firmly fastened without being pulled out or stretched.

The main body 200 may apply all of the various forms provided in the related art, but it is preferable that the main body 200 is previously filed by the present applicant as shown in FIG. 2. The main body 200 is formed such that the wing 210 coupled along the outer side of the rear side is unfolded by the elasticity of the spring so as not to be retracted from the ground. In addition, the fastener 201 for fastening the wire 100 is formed in a conical shape of the rear end, and the rear end is formed in a thin cone shape so as to be inserted into the fastener 201 while covering the end of the wire 100. Fastening member 220 of the, 200 is fastened to the front end of the main body 200 is formed to fasten to the front end of the fixing plate 230 and the main body 200 for tightly fixing the front end of the wire 100 and the fixing member (220) It is composed of a head 240 in the form of a cup.

The wing is fixed with a cable or tie wrap, clamp, etc. to be folded and inserted into the hole with the wing folded. After insertion, the cable or tie wraps, clamps, etc., which are fixed to unfold the wings, are cut or pulled to be peeled off (not shown).

As described above, the auxiliary body 300 separately fastens the plurality of wires 100 ′ in a state located behind the main body 200, and an outer surface of the auxiliary body 300 is fastened to the main body 200. One or more wire receiving grooves 301 are formed to pass through. Therefore, the auxiliary body 300 is located between the wires 100 fastened to the main body 200 as shown in FIGS. 3 to 5, while the wire 100 fastened to the main body 200 is the auxiliary body. 300 does not protrude outward.

Since the wire 100 ′ fastened to the auxiliary body 200 may be formed in the same number as the wire 100 ′ fastened to the main body 200, the wire 100 ′ is twice as large as using the main body 200 only. 100 ') can be tightened to increase stability and robustness. That is, usually four wires 100 are fastened to the main body 200. In this case, the four wires 100 are insufficient to sufficiently support the load of the front surface. By adding '), stable support can be achieved with eight wires 100 and 100'.

The auxiliary body 300 should be connected by the main body 200 so as not to fall out backward. As a means for this, as shown in FIG. 3, the wire 100 ′ fastened to the main body 200 may be bundled before and after the auxiliary body 300 to prevent the auxiliary body 300 from falling back or being pushed forward.

However, it is preferable to connect the auxiliary body 300 to the main body 200 using the pin bolt 310 as shown in FIGS. 3 to 5. That is, the first and second nut grooves 202 and 302 are formed in the state in which the first and second nut grooves 202 and 302 are formed in the rear center of the main body 200 and the front center of the auxiliary body 300, respectively. The first and second bolts 311 and 312 of the pin bolts 310 are provided with the main body 200 by the pin bolts 310 having the first and second bolt protrusions 311 and 312 formed at front and rear ends thereof so as to be fastened to the main body 200. The first and second nut grooves 202 and 302 of the auxiliary body 300 are fastened to each other.

In addition, the wires 100 and 100 ′ fastened to the main body 200 and the auxiliary body 300 may be separated and removed later. As such, the means for removing the wire 100 from the body 200 is possible by the fastening configuration as described above. Such techniques are described in detail in the applicant's previously filed patents. That is, the wire 100 is fitted to the fixing member 220, the fixing member 320 is pulled back the wire 100 in the state fitted to the fastener 201, the fixing member 220 is wire 100 Since it does not fall out, but pushes the wire 100 forward, the fixing member 320 is released from the fastener 201, the wire 100 can also be easily removed from the fixing member 220. Therefore, the fixing member 230 is coupled to the fixing plate 230 so that the fixing member 220 in which the wire 100 is inserted is not pushed forward while being inserted into the fastener 201. In such a fastening means, if the wire 100 is to be removed, the wire 100 may be strongly pushed forward or pushed forward so that the fixing plate 230 is broken to remove the wire 100.

Therefore, the means for fastening the wire 100 ′ to the auxiliary body 300 is the same as the means for fastening the wire 100 and the main body 200 described above. That is, the rear end is formed through the back and forth to fasten the wire (100 ') while forming a fastener 304 having a narrow conical shape, and covers the ends of the wire 100' The rear end is thinly formed so as to be inserted into the fastener 304, and the front end is integrally bounded by the band and fastened to the front end of the fixing member 320 and the auxiliary body 300 to allow the rear end to be collapsed or opened. ) And a fixing plate 330 for closely contacting the front end of the fixing member 320.

Therefore, according to such a configuration, not only the fastening of the wire 100 'from the auxiliary body 300 is simple and stable, but also the wire 100' can be removed later.

When the means for fastening the wire 100 ′ to the auxiliary body 300 and the means for connecting the auxiliary body 300 to the main body 200 are simultaneously formed, a third projecting rearward in the center of the fixing plate 330 is performed. A bolt protrusion 331 is formed, and a coupling hole 332 is formed to penetrate the center of the third bolt protrusion 331 so that the pin bolt 310 is fitted, and at the front end center of the auxiliary body 300. The second nut groove 302 is formed at the center of the third nut groove 303 while the third nut groove 303 is formed to fasten the third bolt protrusion 331. That is, the pin bolt 310 is coupled to the auxiliary body 300 through the fixing plate 330.

At this time, the head of the auxiliary body 300 is formed in the shape of a cup to cover the fixing plate 330, the second coupling hole 341 is formed so that the pin bolt 310 is inserted through the center thereof. Configure The head prevents the soil of the ground from falling down or the grouting material to be filled in front of the auxiliary body so that the fixing plate is not broken.

Therefore, according to the present invention having such a configuration by connecting the auxiliary body 300 to which another wire 100 'is fastened between the wires 100 fastened to the main body 200, without increasing the size of the main body 200. The number of wires 100 and 100 ′ can be fastened twice, and the wire receiving grooves 301 through which the wires 100 fastened to the main body 200 pass on the outer surface of the auxiliary body 300 are formed. Since the wire 100 does not protrude to the outside of the auxiliary body 300, it is easy to install on the ground, and the front end of the auxiliary body 300 and the rear end of the main body 200 are connected to each other through the pin bolt 310, thereby supporting the auxiliary body ( The 300 is stably supported on the ground through the main body 200, and the wire 100 fastened to the main body 200 as well as the wire 100 ′ fastened to the auxiliary body 300 are easily separated and recovered. It becomes possible.

The present invention as described above has been described with reference to the embodiments shown in the drawings, but this is only exemplary and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. will be. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

1 is a use state diagram showing a construction state of the conventional anchor.

2 is an exploded perspective view of the anchor body.

Figure 3 is a use state showing the anchor to which the present invention is applied.

Figure 4 is a perspective view of the anchor to which the present invention is applied.

5 is a cross-sectional view showing an anchor to which the present invention is applied.

Figure 6 is a perspective view of the auxiliary body of the anchor to which the present invention is applied.

Figure 7 is an exploded perspective view showing the auxiliary body of the anchor to which the present invention is applied.

Figure 8 is a plan view showing the auxiliary body of the anchor to which the present invention is applied.

9 is a cross-sectional view showing the auxiliary body of the anchor to which the present invention is applied.

10: plate 20: cap

100, 100 ': wire

200: body 210: wing

202: first nut groove

300: auxiliary body 301: wire receiving groove

302: second nut groove 303: third nut groove

304: fastener 310: pin bolt

311: turning the first bolt 312: turning the second bolt

320: fixing member 330: fixing plate

331: third bolt projection 332: coupling

340: head 341: second coupler

Claims

In the anchor consisting of a plurality of wires formed in a predetermined length and the main body is inserted in the state deep in the state in which the one end of each of the wires are fastened, and fixed to the ground inserted to expand the wings of the rear,

And a plurality of wires separately fastened in a state located behind the main body, and an outer body having one or more wire receiving grooves formed on an outer surface thereof so that the wires fastened to the main body pass.

The apparatus of claim 1, wherein the means for connecting the auxiliary body from the body comprises:

First and second nut grooves respectively formed at a rear center of the main body and a front center of the auxiliary body; And

Anchor having an auxiliary body, characterized in that consisting of; pin bolt formed in the front and rear ends, the first and second bolt projections to be fastened to the first and second nut grooves.

According to claim 1, The means for fastening the wire to the auxiliary body,

Fasteners to pass through the auxiliary body back and forth to fasten the wire, the rear end is formed in a narrow cone shape;

A rear end portion is formed to be thin so that the four sides covering the end of the wire is inserted into the wire fastener, the front end is integrally bounded by a band, and the rear end portion is formed so that the rear end is closed or opened; And

The fixing plate is fastened to the front end of the auxiliary body for close contact with the front end of the wire and the fixing member; Anchor with an auxiliary body, characterized in that the configuration.

According to claim 2 or 3, wherein the center of the fixing plate is formed with a third bolt projection protruding rearward, the first coupling hole is formed so that the pin bolt is inserted through the center of the third bolt projection ,

Anchor having an auxiliary body, characterized in that the second nut groove is formed in the center of the third nut groove in a state in which a third nut groove is formed so that the third bolt protrusion is fastened to the front center of the auxiliary body.

According to claim 2 or 3, wherein the front end of the auxiliary body is formed in the shape of a cup to cover the fixing plate and the second coupling port is formed so that the pin bolt is inserted through the center thereof; Anchor with an auxiliary body, characterized in that made.