KR100314119B1 - A fence construction apparatus - Google Patents

Abstract

PURPOSE: Provided is a fence-forming apparatus able to be assembled, fixed and removed to securely maintain foundation of a fence, to conveniently process and to obtain an extended service time by adopting a corrosion-protection structure for the apparatus. CONSTITUTION: The apparatus comprises a plurality of main columns(1) fitted by equal intervals and having copper devices(2) coupled by couplers(7) at upper and lower end of the line to face each other. Each of the columns(1) has a tension controller(4) to secure a cross line(3) and to preserve tension. The copper line(2) is applied by a fence having a regular form of net texture coupled by another coupler(6). The column is constructed by a pipe body(12) having bores(12a) at one side and perforated holes(12b) at upper and lower parts of the pipe body and a foundation part(11) hidden. The copper devices(2) comprise an opening(21) at upper part and a securing end(22) bent inward at one end and multiple holes(23) at upper part of the other end.

Description

Fence Builder {A FENCE CONSTRUCTION APPARATUS}

The present invention relates to a fence construction device that can solidify the foundation of the fence, and can be assembled, fixed and dismantled. More specifically, the service life can be extended, and the cost and labor cost can be reduced according to the ease of construction work and the corrosion prevention structure. The present invention relates to a fence construction device that can be used in an environmentally friendly way, as well as to shorten the working time and to install the mobile device as well as to re-use it when needed.

In general, fences made of fences are widely used for the boundaries of public offices, military units, large research facilities, power plants, etc., intrusion prevention, and insider protection.

This conventional general fence-type fence has a plurality of through-holes are formed by maintaining a predetermined interval in the shareholder pipe which is hardened and attached to a certain type of concrete mortar at the bottom, and the shareholder pipe in this state at a predetermined interval It is installed in the upper part and the lower part is installed with the same length extending in the longitudinal direction.

In addition, the through hole formed in the pipe for the shareholder is made of a bolt that can adjust the tension of the lateral line is coupled, in this state is fixed to the fence, that is, the mesh in the same state coupled to the upper, the mesh fixing means at this time bolt coupling I choose the way.

In this state, when the mesh is fixed to the upper side of the copper wire, the horizontal line is installed to be connected to the tension adjusting bolts connected to each pipe, but the horizontal line passes through the tissues of the fence alternately and the tension adjusting bolt fixed to the pipe Maintaining the state caught on one end, it was achieved by fixing the lower part of the fence in the same way as the upper side to the same side coupled to the lower side.

In the conventional fence-type fence adopting such a construction method, first, the initial work of hardening and attaching the concrete mortar to the bottom of the pipe having a predetermined length through which the through hole is inevitably performed is inevitable. Since it takes too much time to manufacture it, there is a limit on productivity and workability.

In addition, pipes that have undergone the above curing process are heavy and heavy, and thus, there is a problem that it is not easy to move them to the construction site, and requires a separate manpower.

In addition, in the conventional construction work, since the structure of the copper wire is bolted in the construction work, the bolts are connected to the middle of the copper wire by the operator by applying force one by one to the middle of the copper wire. Since it takes the primitive method of penetrating through each other and tightening the nut on the other side, there is a problem that the work time required for the binding work is excessive, the construction days are large, and the labor cost is excessive.

In particular, the conventional fence-type fence is fixed, so it is impossible to install and reuse it, which is inevitable when the concrete shareholder is damaged. The hassle of removing, backfilling, and re-assembling, and waste concrete, and the formwork, secant, sand gravel, etc. pollute the surrounding environment and damage the landscape, or by the various steps At the same time, there were many problems such as causing a waste of time and a lot of waste of resources.

The present invention has been researched and created in order to fundamentally solve the problems of the conventional fence-type fence described above, the object of providing the construction work by providing a fence construction device capable of solidifying the foundation of the fence and assembling, fixing and dismantling Its purpose is to extend the service life of the product due to its ease of use and corrosion protection.

Another object of the present invention is to improve the above-mentioned fence construction apparatus to reduce the cost and labor costs, and to shorten the construction date and move installation accordingly.

Still another object of the present invention is to provide the above-mentioned fence building apparatus so that it can be recycled by dismantling and collecting them when not needed, so that they can be used environmentally.

1 is a schematic front view illustrating an installation state of the present invention;

2 is an exploded perspective view of main parts of the present invention;

Figure 3 is a longitudinal cross-sectional view showing a combined state of FIG.

4a and 4b are a plan sectional view and a front view of the binding portion,

5a and 5b is an operating state diagram for the tension control device of the present invention,

6 is a view showing a coupling state of the metal plate as an embodiment of the present invention;

Front view.

<Description of the symbols for the main parts of the drawings>

1: Shareholder 2: Dongyeon

3: horizontal line 4: tension control device

5: fence 6: fixture

7: fastener 8: metal plate

11: base 12: pipe

DETAILED DESCRIPTION OF THE INVENTION In order to achieve the above object, the present invention will be more clearly described with reference to the accompanying drawings.

That is, the fence construction apparatus of the present invention as shown in the accompanying drawings, Figures 1 to 6,

A plurality of shareholders (1) having a predetermined length are placed at equal intervals, and the upper and lower ends of the shareholders (2) are joined by fasteners (7) in the form of facing each other, and the shareholders (1) a horizontal line (3) Tension adjusting device (4) is installed to maintain the fixing and tension of the, the copper edge (2) is made of a coupling 5 by a fastener (6) having a certain form of net structure,

The stock holder (1) is composed of two parts of the equally spaced through-hole 12a and the upper body 12, the through-hole 12b formed with the through-hole 12b is buried and duly assembled ,

An opening 21 is formed at an upper portion of the lower portion and an upper end side of the pipe body 12 assembled to the base portion 11, and one end thereof is bent into an upper inner side to form a fixed end 22, and the other side surface of the pipe body 12 assembled therein. A plurality of through-holes 23 are formed at equal intervals on the upper side thereof, and the engaging jaw 71 is formed at the end thereof, and thus, the fastening jaw 71 is formed to face the upper and lower sides. Installed,

The through hole 12a of the pipe body 12 constituting the shareholder (1) is configured with a tension adjusting device (4),

The through hole 23 formed in the copper edge 2 is fitted with a fastener 6 corresponding to the through hole 23 from one side.

At this time, the base portion 11 constituting the shareholder (1) has a long hole (11b) in the upper middle of the upper portion of the square or rectangular plate body 11 'formed with a through hole (11a) in the outer surface is bent downward Pipe 11c having a predetermined length is formed, and

A fitting hole 11d is formed in the upper portion of the pipe 11c, and a fastener support section 11e having a length corresponding to the inner diameter of the pipe body 12 fitted to the base portion 11 is fitted and welded thereto. At its lower end, an assembled plate body 11g of a predetermined length in which the middle portion of the torsion preventing rod 11f having a length corresponding to the inner diameter of the pipe 11c of the base portion 11 is welded forms a long hole 11h at the middle lower side. The long hole 11b formed in the pipe 11c of the base part 11 and the long hole 11h formed in the assembly board body 11g mutually match with each other by the predetermined length,

The upper side of the long hole 11b formed in the pipe 11c of the base 11 passes through the long hole 11h of the assembled plate body 11g, which is fitted therein, and with the outer diameter of the pipe 11c of the base 11. Fixing pins 11i having a matching length are fitted so that both ends are welded on the outer surface of the pipe 11c,

The lower side of the long hole (11b) is made of a control plate body (11j) of a predetermined length having a wedge shape is gradually configured to be inserted into the long hole (11h) formed in the assembly plate body (11g) to adjust its upper and lower heights. ,

The fastener support section 11e of the upper portion of the assembly plate body 11g protruding from the pipe 11c is a through hole 12b formed in the pipe body 12 fitted from the top to the pipe 11c of the base portion 11. The fasteners 7, which coincide with and fix the copper edges 2, are assembled through.

In addition, the tension adjusting device 4 has an adjustment bolt 44 formed with a fitting portion 41, a locking jaw 42, and a control inserting portion 43 in the through hole 12a formed at one side of the pipe body 12. Is fitted, the adjusting bolt 44 has hooks 45 formed at both ends, and the adjusting rod 47 is welded to the middle portion of the adjustment bolt 47 welded to the middle of the adjustment bolt 44 is formed to pass through the other side While supporting the horizontal line 3, the tension of the horizontal line 3 is adjusted by the rotation of the bolt 44.

In addition, the through hole 23 of the copper lead (2) is composed of a square, the fastener 6 is fitted into the through hole 23 is composed of a square bar having a predetermined length,

Fixing grooves 61 are formed at one side of the upper and lower sides, and fixing jaws 62 are formed at the other side, and elastic plates 63 having a predetermined length are welded to both sides of the middle part.

Between the end of the elastic plate 63 and the inner surface of the fixing jaw 62 is formed a gap matching the thickness of the copper edge (2).

In addition, Figure 6 attached as an embodiment of the present invention by bolting the metal plate body 8 having a predetermined area through one side of the plurality of base 11 pipe 11c buried to prevent the penetration and earth and sand loss It can also be achieved by configuring the bumps.

Referring to the operation of the present invention made of such a structure is as follows.

First, the pipe 11c through which the long hole 11b is formed is welded to the plate body 11 'which forms the base portion 11, and the fastener support section 11e and the anti-twist bar (11e) are attached to the pipe 11c. 11f) is fitted and the fixing pin 11i is inserted and welded in the state which made 11 h and 11b coincide with each other by fitting the assembled board body 11g.

The assembly and manufacturing work of the base 11 can be mass-produced by standardizing each part, and the cost can be reduced and the time and labor costs can be reduced together with the manufacturing work by curing the conventional concrete mortar.

In addition, the pipe body 12 fitted inside the pie part 11c of the base part 11 is formed by standardizing the through hole 12a at equal intervals and the upper and lower through holes 12b to be standardized. Very simple and easy.

Each of these components may be distributed in a form in which the fastener 7 and the fastener 6 fitted to the lead and the lead 2 are set in accordance with the area of the construction site or the installation situation, or the user's request. This can be achieved by adopting an individual selling scheme.

On the other hand, when constructing this, first, the prior to the excavation work of the construction site must be preceded.

This is because the base 11 of the lower part of the stockholder 11 must be embedded in the ground to a certain depth to maintain the load or its supporting reinforcement force.

The excavation work of such a construction site can use the equipment, such as a conventional excavator.

When the excavation work is completed, various parts such as the base 11, the pipe body 12, and the copper lead 2 having a constant length are moved.

It maintains a significantly reduced volume compared to conventional concrete curing and is standardized, so that the ease of loading work and mass movement work is possible, which can greatly reduce the cost, manpower, time, etc. according to the moving work.

When the parts are moved to the construction site, each part set in the stockholders' holding place, which maintains a certain distance, is subdivided and moved according to the assembly order.

At this time, the pipe body 12 is inserted through the upper surface of the pipe 11c of the base portion 11 and the fastener 7 to fix the copper lead 2 is penetrated from one side to the other side to fix the main shareholder 1. Is completed.

Completion of such a stockholder (1) is mutually between the fastener support section 11e of the assembly plate body 11g protruding from the base 11, and the through hole 12b previously formed in the pipe body 12. In the matched state, the locking jaw 71 of the fastener 7 is positioned at the upper part, and the nut is fastened to fix it completely.

In such a state, a wedge-shaped adjustment plate body 11j is formed on the lower side of the long hole 11b formed on the outer surface of the pipe 11c of the base portion 11 from one side and is formed on the inner assembly plate body 11g. When the long hole 11h is passed through the other side, the lower surface of the adjusting plate body 11j comes into contact with the inner surface of the long hole 11h of the assembled plate body 11g.

In this state, when the one side of the wedge-shaped adjusting plate body 11j is hit, the adjusting plate body 11j gradually enters the inside by its price force, and its lower surface is formed on the inner surface 11h of the mounting plate body 11g. Since the state of contact is maintained, the assembling plate body 11g, which is inserted into the fixing pin 11i and keeps only the pressurized state in which it can flow, is gradually lowered and the pipe body 12 integrated by the fastener 7 is integrated. It acts to lower the inside of the pipe 11c of the base portion 11.

If the operation is continued, the lower end of the pipe body 12 is abutted and fixed to both sides of the fixing pin 11i welded to the pipe 11c of the base 11, and is located below the assembly plate body 11g. Since both sides of the anti-twist bar 11f are in contact with the inner surface of the pipe 11c, the pipe body 12 is firmly fixed while descending while maintaining the vertical state.

In this order, the foundation 11 and the pipe body 12 are repeatedly assembled directly in the field, and when the above assembly work is completed, they are placed in the burrow place and backfilled to complete the installation work. Perform.

Of course, at this time, the upper part of the pipe body 12 is fixed in the direction corresponding to the fastener 7 fixed to the lower part, that is, it is natural to fix the locking jaw 71 toward the lower part, and at this time, the base portion 11 Between the pipe (11c) forming a) the fixed metal plate body (8) of a certain area can be connected and secured as a penetration barrier and soil loss prevention jaw and to prevent the corrosion of the metal body by performing the hot-dip plating and painting work. It may be used.

When the installation work is completed according to the above procedure, the copper lead (2) is placed and fixed on one side of the fastener (7), which is already fixed, and the copper lead (2) having a predetermined length on the upper and lower fasteners (7). It should be fixed so as to have a form facing each other, in this case, because the locking jaw 71 is formed on the upper and lower portions of the fastener (7), it becomes a form of holding one side of the copper edge (2), such a state Further tightening the bolt in the upper and lower portions of the pipe body 12, the copper lead (2) is firmly fixed.

In this state, it is necessary to fix each end of the tissue of the fence 5 to the upper side edge (2) and the other end to the lower side edge (2),

At this time, by keeping a predetermined distance between the upper, lower and middle sides of the fence (5), the horizontal lines (3) of the plurality of lines are inserted in the longitudinal direction, the upper and lower horizontal lines (3) and the structure of the fence (5) Hold each end at a time, and the fixing groove (61) on one side of the fastener (6) by inserting the fastener (6) in the form of a square rod into the through hole (23) forming a square while applying a slight force to the bottom It is only necessary to be fitted in contact with the fixed end 22 of the upper side of the copper lead (2).

In such a state, the fixing groove 61 of the fixing member 6 is caught by the fixing end 22 and cannot be detached because the state in which the fixing member 6 is pulled upward by the contraction and expansion force of the fence 5 is maintained. Will be maintained,

In particular, the clearance space formed between the fixing jaw 62 of the fastener 6 and the end of the elastic plate body 63 is accommodated in the standing side thickness portion of the copper lead (2) to form a state that can not be separated to the outside.

At this time, when the fastener 6 enters the through hole 23 and compresses the elastic plate 63, the fastener 6 can be easily entered, but after the full entry of the fastener 6 is made, the elastic plate 63 has been compressed. Since the end of the elastic plate 63 is expanded while being in this original position, the end of the elastic plate 63 is caught by the inner surface of the tongue 2 of the copper lead 2, that is, the outer side of the through hole 22 is prevented from being separated. It will be.

The fastening operation by the fixture 6 is simple, easy to work compared to the conventional bolt and nut fastening method, there is an effect that the time required for the operation is greatly reduced.

According to the present invention, it is possible to secure the foundation of the fence and provide a fence construction apparatus capable of assembling, fixing, and dismantling, thereby making it easy to use in construction work and extending the service life according to the corrosion prevention structure. It is a very beneficial invention that can reduce labor costs, shorten construction period and move and install, and dismantle, collect and re-use it when necessary, which can be used in an eco-friendly way. It is obvious.

Claims (5)

A plurality of shareholders (1) having a predetermined length are placed at equal intervals, and the upper and lower ends of the shareholders (2) are joined by fasteners (7) in the form of facing each other, and the shareholders (1) a horizontal line (3) Tension adjusting device (4) is installed to maintain the fixing and tension of the, the copper edge (2) is made of a coupling 5 by a fastener (6) having a certain form of net structure, The stock holder (1) is composed of two parts of the equally spaced through-hole 12a and the upper body 12, the through-hole 12b formed with the through-hole 12b is buried and duly assembled , An opening 21 is formed at an upper portion of the lower portion and an upper end side of the pipe body 12 assembled to the base portion 11, and one end thereof is bent into an upper inner side to form a fixed end 22, and the other side surface of the pipe body 12 assembled therein. A plurality of through-holes 23 are formed at equal intervals on the upper side thereof, and the engaging jaw 71 is formed at the end thereof, and thus, the fastening jaw 71 is formed to face the upper and lower sides. Installed, The through hole 12a of the pipe body 12 constituting the shareholder (1) is configured with a tension adjusting device (4), Fence construction device, characterized in that the through-holes (23) formed in the copper lead (2) is fitted to the fixture (6) corresponding to the through-holes 23 from one side. The method according to claim 1, The base portion 11 constituting the shareholder (1) has a long hole (11b) in the middle of the upper portion of the square or rectangular plate body 11 'formed with a through hole (11a) in the outer surface is bent downward The formed pipe 11c of a predetermined length is welded, A fitting hole 11d is formed in the upper portion of the pipe 11c, and a fastener support section 11e having a length corresponding to the inner diameter of the pipe body 12 fitted to the base portion 11 is fitted and welded thereto. At its lower end, an assembled plate body 11g of a predetermined length in which the middle portion of the torsion preventing rod 11f having a length corresponding to the inner diameter of the pipe 11c of the base portion 11 is welded forms a long hole 11h at the middle lower side. The long hole 11b formed in the pipe 11c of the base part 11 and the long hole 11h formed in the assembly board body 11g mutually match with each other by the predetermined length, The upper side of the long hole 11b formed in the pipe 11c of the base 11 passes through the long hole 11h of the assembled plate body 11g, which is fitted therein, and with the outer diameter of the pipe 11c of the base 11. Fixing pins 11i having a matching length are fitted so that both ends are welded on the outer surface of the pipe 11c, The lower side of the long hole (11b) is made of a control plate body (11j) of a predetermined length having a wedge shape is gradually configured to be inserted into the long hole (11h) formed in the assembly plate body (11g) to adjust its upper and lower heights. , The fastener support section 11e of the upper portion of the assembly plate body 11g protruding from the pipe 11c is a through hole 12b formed in the pipe body 12 fitted from the top to the pipe 11c of the base portion 11. Fence building device, characterized in that the fastener (7) to be matched with the fastening (7) made through the assembly. The method according to claim 1, The tension adjusting device 4 is fitted with the fitting portion 41, the locking jaw 42, the adjusting bolt 44 is formed in the through hole (12a) formed on one side of the pipe body (12) And a fence 45 is formed at both ends of the adjustment bolt 44 and a control rod 47 is formed to be adjustable while being curvedly formed with a control rod 47 welded with a nut 46 at the middle thereof. Device. The method according to claim 1, The through hole 23 of the copper lead (2) is composed of a square, the fastener 6 is fitted into the through hole 23 is composed of a square bar having a predetermined length, Fixing grooves 61 are formed on one side of the upper and lower sides, and fixing jaws 62 are formed on the other side, and elastic plates 63 of a predetermined length are welded to both sides of the middle part. Fence construction device, characterized in that the gap between the end of the elastic plate 63 and the inner surface of the fixing jaw (62) is formed to match the thickness of the edge (2). The method according to claim 1, Fence construction device, characterized in that the metal plate body (8) having a predetermined area through the pipe (11c) one side of the base portion (11) is bolted to form a penetration prevention and soil loss prevention jaw.