KR101885302B1 - A wire mesh manufacturing machine equipped with a transverse wire feeder capable of feeding while arranging a transverse wire - Google Patents

Abstract

The present invention relates to a wire mesh manufacturing machine equipped with a transverse wire feeder capable of arrangedly feeding transverse wires that is capable of feeding transverse wires on tops of a plurality of wires in such a manner as to be disposed transversely with respect to the plurality of wires and welding and cutting the transverse wires, thereby making a wire mesh. According to the present invention, the wire mesh manufacturing machine includes: a wire feeding drum for sequentially feeding a plurality of wires; a transverse wire feeding hopper located behind the wire feeding drum to load a plurality of transverse wires; a transverse wire feeder located under the transverse wire feeding hopper and having an arrangement part for reciprocatingly driving the transverse wire feeding hopper along the supply passages of the transverse wires through cam driving to arrange the transverse wires; and a welding and cutting part located behind the transverse wire feeder to weld the wires and the transverse wires to a mesh form and for cutting the mesh to a given size.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a wire mesh manufacturing machine equipped with a transverse wire feeder capable of feeding a transverse wire while aligning the transverse wire,

The present invention relates to a wire net manufacturing apparatus capable of manufacturing a mesh type wire netting, and more particularly, to a wire net making apparatus capable of manufacturing a mesh net type wire netting, The wire can be automatically supplied while being aligned without tangling with each other. In addition, when a predetermined amount is supplied, the wire is automatically stopped by the sensor, and when the supplied wire is consumed, And more particularly, to a wire mesh manufacturing machine provided with a transverse wire feeding device capable of supplying a transverse wire capable of automatically feeding a transverse wire without supplying a worker when the wire is supplied.

Generally, in manufacturing a fence, a gabion, a girbion, etc., a wire is cross-welded in a mesh form to manufacture a wire net, and an article suitable for the purpose is manufactured.

In the past, these wire rods were directly welded by workers, and the wire rods were manufactured by welding, which took a long period of time to manufacture, required labor costs due to the workforce, lowered production yield, and increased production costs.

In recent years, devices for manufacturing a wire net have been put on the market while minimizing workforce by automatically welding a wire to a wire net to solve the above problems.

However, when supplying the transverse wire welded in the transverse direction, when the transverse wire is tangled with each other and the supply is interrupted or tangled, if the weld is supplied to the welded part, a failure occurs to the welded part and it must be repaired. There is a problem in that it is lowered.

In order to solve the above-mentioned problem, the operator is always placed in the hopper and manually aligned so as to prevent the torsion of the transverse wire from being tangled. Therefore, the labor cost for the work force is required and the worker directly aligns the transverse wire, Is increased.

In order to solve the above-mentioned problem, in the prior art 1 (registration and supply device of a transverse steel wire for a wire netting), a wire is transferred from a hopper using a magnet wheel, As shown in Fig.

However, in the prior art document 1, the magnet wheel is provided only in the central portion of the transverse wire, and the transverse wire is inclined while the transverse wire is being conveyed by the magnet wheel.

In addition, although the wire can be aligned by pushing the wire at a predetermined interval from the upper portion and the lower portion, the wire can not be supported during the supply of the wire, and the supply of the wire may be interrupted .

Prior Art Document 1 (Registered Patent No. 10-1451948)

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems described above, and it is an object of the present invention to provide an apparatus and a method for arranging a plurality of bundles of wires in a hopper, So that the roller made of magnets is uniformly arranged at the center and both ends along the longitudinal direction of the transverse wire so as to prevent the transverse wire from being dislodged from the magnet roller while the transverse wire is disturbed during the conveyance, There is provided a guide for supporting the transverse wire along the outer side of the conveying belt, that is, the outer side of the path through which the transverse wire is conveyed, for conveying the transverse wire conveyed through the magnet roller to the weld portion side, A transverse wire feeder capable of feeding and sorting the transverse wire which can prevent it in advance And an object thereof is to provide a mesh manufacturing machine.

In addition, an upper portion where the iron wire is aligned in the hopper is supported to support the upper portion of the transverse wire in the form of a belt while the aligned transverse wire is not tangled, and an induction belt for guiding the aligned transverse wire to the magnet roller is further provided, And to provide a wire mesh manufacturing machine equipped with the apparatus.

According to an aspect of the present invention, there is provided a wire mesh manufacturing machine including a transverse wire feeding device, comprising: a wire feed drum for continuously feeding a plurality of wire rods; A transverse wire feed hopper 210 provided at a rear side of the transverse wire feed hopper 210 for loading a plurality of transverse wire 20 and a transverse wire feed hopper 210 provided at a lower portion of the transverse wire feed hopper 210, A transverse wire feeding part 200 including an aligning part 220 for continuously reciprocating along the feeding path of the transverse wire 20 to align the transverse wire 20; And a welding and cutting unit 300 provided at the rear of the transverse wire supplying unit 200 for welding the wire 10 and the transverse wire 20 in a mesh form and cutting the wire 10 and the transverse wire 20 into a predetermined size.

The transverse wire feeder 200 includes a transverse wire feed hopper 210 on which a plurality of transverse wires 20 are mounted and a transverse wire feed hopper 210 provided on the bottom of the transverse wire feed hopper 210, (220) arranged at the rear of the aligning part (220) in the conveying path of the transverse wire (20) and arranged to align the transverse wires (20) by reciprocating back and forth on the conveying path of the transverse wire A magnet roller 240 attached to the rear side of the magnet roller 240 for transferring the transverse wire 20 to the magnet roller 240 by a magnetic force, And a conveyance belt 250 connected to the magnet roller 240 and the conveyance belt 250 through a chain and a sprocket structure so that the magnet roller 240 and the conveyance belt 250 And a driving motor (260) for driving the driving motor .

At this time, the transverse wire feeder 200 aligns and guides the upper portion of the transverse wire 20 so that the aligned wire is not disturbed or tangled at the upper portion where the transverse wire 20 is aligned in the transverse wire feed hopper 210 The alignment guide portion 230 is further provided,

The alignment induction unit 230 includes an alignment belt 231 that rotates while supporting the transverse wire 20 along the direction in which the transverse wire 20 is supplied from the upper portion of the transverse wire 20, A pair of belt supporting rollers 232 provided on both sides of the aligning belt 231 to rotate and support the aligning belt 231 so as to rotate uniformly; And an elastic pressing part 233 provided inside the aligning belt 231 to press the upper part of the outer side of the alignment belt 231 and the upper part of the transverse wire 20 And a blowing part (234) for blowing air toward the outside.

The transverse wire feed sensor 200 further includes a transverse wire feed sensor 280 for detecting the feed of the transverse wire 20 when the transverse wire 20 is loaded on the transverse wire 20, .

The magnet roller 240 includes a central support roller 241 for supporting the center of the supplied traverse wire 20 and a pair of support rollers 241 for supporting both ends of the transverse wire 20 And an outer supporting roller (242) for supporting the part.

The wire mesh manufacturing machine provided with the transverse wire feeding device according to an embodiment of the present invention has the following effects.

First, there is an effect that the production cost can be reduced by supplying the transverse wire in the apparatus for manufacturing the wire net, since the work force is not required and supplied automatically.

Secondly, when the transverse wire is supplied, the hopper with the transverse wire is continuously reciprocated so that the transverse wires can be aligned and supplied so as not to be tangled with each other.

Thirdly, in continuous feeding of the iron wire by using the magnet roller, a guide is further provided on the conveying path while being prevented from being inclined by the unbalance of the weight in the conveying path during conveyance, It is possible to prevent the user from falling down.

Fourth, when the overhead wire is supplied over the set amount, the sensor stops the supply and maintains the standby state. When the overhead wire is supplied, it is sensed as the work progresses and the double wire can be continuously supplied.

Fifth, there is an effect that the aligned wire can be prevented from being disturbed by supporting the upper portion of the transverse wire by rotating together with the transverse wire along the transport path of the transverse wire at the upper part of the transverse wire aligned by the reciprocating movement of the hopper have.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is an overall schematic view of a wire mesh machine with a transverse wire feeder capable of feeding while traversing a transverse wire according to an embodiment of the present invention.
FIG. 2 is a cross-sectional view showing a detail of a lateral wire supplying portion of a wire mesh manufacturing machine provided with a lateral wire supplying device capable of supplying while arranging a lateral wire according to an embodiment of the present invention.
FIG. 3 is a perspective view illustrating an arrangement part of a wire mesh manufacturing machine provided with a traverse wire feeding device capable of feeding while arranging a transverse wire according to an embodiment of the present invention.
FIG. 4 is a perspective view illustrating an alignment guide portion provided in an aligning portion of a wire mesh manufacturing machine provided with a transverse wire feeding device capable of feeding a transverse wire according to an embodiment of the present invention. FIG.
FIG. 5 is a perspective view showing a magnet roller of a wire mesh manufacturing machine provided with a traverse wire supplying device capable of supplying a traverse wire according to an embodiment of the present invention
6 is a perspective view showing a state in which a conveying belt of a wire mesh manufacturing machine equipped with a transverse wire feeding device capable of feeding a transverse wire according to an embodiment of the present invention, a driving roller for driving the magnet roller,
FIG. 7 is an explanatory view showing the alignment guide in detail of the alignment guide of the wire mesh manufacturing machine provided with the transverse wire feeding device capable of feeding while arranging the transverse wire according to the embodiment of the present invention.
FIG. 8 is a diagram showing a state of use of a wire mesh manufacturing machine equipped with a transverse wire supplying device capable of supplying a transverse wire according to an embodiment of the present invention, in which a transverse wire feed sensor and a transverse wire independent feeder are provided.

[0001] The present invention relates to a wire netting machine equipped with an automatic transverse wire feeder for automatically feeding a transverse wire, and in particular, a transverse wire feeder is arranged so that the transverse wire is not tangled as it is continuously reciprocated on a path through which the transverse wire is fed And the transverse wire can be continuously conveyed so as not to overlap with each other by using a magnet roller having a magnetic force, and the transverse wire feed hopper of the transverse wire automatic feeding part is rotated on the upper part of the aligned transverse wire, A transverse wire feeding device capable of aligning and feeding a transverse wire capable of feeding and transporting a transverse wire while automatically aligning the transverse wire is provided, The present invention relates to a wire mesh manufacturing machine equipped with a wire mesh.

Hereinafter, a wire mesh manufacturing machine provided with a transverse wire feeding device capable of feeding while arranging transverse wire according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall schematic view of a wire mesh manufacturing machine provided with a transverse wire feeder capable of feeding while aligning transverse wire according to an embodiment of the present invention; FIG.

Referring to FIG. 1, the present invention mainly comprises a wire feed drum 100, a transverse wire feeder 200, and a welding and cutting unit 300.

The iron wire feed drum 100 provides the iron wire 10 so that the iron wire can be continuously supplied in a plurality of rows at a predetermined interval in a state where the wire is rolled.

The transverse wire feeder 200 continuously feeds the transverse wire 20, which is cut at a predetermined length in the transverse direction of the wire 10, at an upper portion where the wire 10 is supplied,

The welding and cutting unit 300 welds the wire 10 supplied from the wire feeding drum 100 and the transverse wire 20 supplied from the wire feeding unit 200 in the direction crossing each other, It is automatically cut to a certain size and discharged.

This makes it possible to manufacture a mesh-type wire netting while continuously supplying the wire 10 and the transverse wire 20 without requiring an operator.

The welding and cutting unit 300 may include a welding unit 310 for welding the supplied wire 10 and the transverse wire 20 in a wire mesh shape while being spaced apart from each other by a predetermined distance, And a cut-out portion 320 for cutting the wire net into a predetermined size.

Thus, the wire 10 and the transverse wire 20 can be welded to each other to be made of a wire mesh.

FIG. 2 is a cross-sectional view illustrating a lateral steel wire supplying part of a wire mesh manufacturing machine provided with a lateral steel wire supplying device capable of supplying a horizontal steel wire while aligning the horizontal steel wire according to an embodiment of the present invention.

2, the transverse wire feeder 200 includes a transverse wire feed hopper 210 on which a plurality of transverse wire 20 is mounted, and a transverse wire feed hopper 210 provided below the transverse wire feed hopper 210, And an alignment unit 220 disposed on the rear side of the transverse wire 20 in the aligning unit 220 so as to align the transversal wire 20 so that the hopper 210 reciprocates, A magnet roller 240 attached to the magnet roller 240 and magnetically coupled to the magnet roller 240 by a magnetic force to transfer the transverse wire 20 aligned in the magnet roller 220 to a next process, A conveyance belt 250 for conveying the magnet roller 240 and the conveyance belt 250 in a chain sprocket structure to convey the magnet roller 240 and the magnet roller 240 And a conveyance belt 250. The drive motor 2 And a transverse wire 20 which is provided on both ends of the transverse wire 20 to be attached and attached to the magnet roller 240 so as to be attached to the magnet roller 240, A transverse wire feed sensor 280 provided at the rear of the conveyance belt 250 for sensing the stacking height of the transverse wire 20 conveyed through the conveyance belt 250, .

As a result, the steel wires 10 and the transverse steel wires 20 are continuously spaced from each other and welded to each other while being continuously supplied with the steel wire 10 and the transverse steel wire 20, do.

FIG. 3 is a perspective view illustrating an arrangement part of a wire mesh manufacturing machine provided with a traverse wire feeding device capable of feeding while arranging transverse wire according to an embodiment of the present invention.

Referring to FIG. 3, the aligning unit 220 is provided below the transverse wire feed hopper 210 to reciprocate the transverse wire feed hopper 210, and the transverse wire feed hopper 210 is moved An alignment part feed shaft 221 for guiding the feed of the transverse wire feed hopper 210 to one side along a path where the transverse wire feed hopper 210 is connected, 221 and an aligning portion guide 222 for supporting the transverse wire feed hopper 210 while being reciprocally transported along the aligning portion feed shaft 221. The transverse wire feed hopper 210 is reciprocated, A cam driving shaft 223 which is provided in a cam structure on the path to be conveyed and which reciprocates the transverse wire feeding hopper 210 by rotation, and a cam driving shaft 223 which is coupled to the cam driving shaft 223 and rotates together with the cam driving shaft 223 The rotation of the cam drive shaft 223 A cam drive motor 225 for connecting the cam drive shaft 223 to the cam drive shaft 223 in a chain sprocket structure to provide a power for rotating the cam drive shaft 223, And a hopper support roller 226 provided at a lower center of the hopper 210 to support the load of the transverse wire feed hopper 210.

As a result, the driving cam 224 is rotated to reciprocate the entire transverse wire feed hopper 210, and the transverse wire 20 loaded therein is aligned with the cloud.

At this time, the transverse wire guide bar 227 further includes a transverse wire guide bar 227 for guiding the transverse wire 20 to be conveyed to the magnet roller 240 while being aligned with the inner side of the transverse wire feed hopper 210.

The transverse wire guiding bar 227 includes guide bar rails 227a capable of adjusting the width according to the length of the supplied transverse wire 20 and a plurality of And a guide bar roller 227b for guiding the transverse wire 20 to be moved toward the magnet roller 240 while being more correctly aligned.

Accordingly, when the transverse wire feed hopper 210 is operated by the aligning unit 220, the plurality of transverse wires 20 can be aligned and delivered to the magnet roller 240 faster.

FIG. 4 is a perspective view illustrating an alignment guide portion provided in an aligning portion of a wire mesh manufacturing machine provided with a transverse wire feeding device capable of feeding a transverse wire according to an embodiment of the present invention.

4, an alignment guide portion 230 for aligning and guiding the upper portion of the transverse wire 20 so that the aligned wire is not disturbed or tangled at the upper portion where the transverse wire 20 is aligned in the transverse wire feed hopper 210 ).

The alignment induction unit 230 includes an alignment belt 231 that rotates while supporting the transverse wire 20 along the direction in which the transverse wire 20 is supplied from the upper portion of the transverse wire 20, A pair of belt supporting rollers 232 provided on both sides of the aligning belt 231 to rotate and support the aligning belt 231 so as to rotate uniformly; And an elastic pressing part 233 provided inside the aligning belt 231 to press the upper part of the outer side of the alignment belt 231 and the upper part of the transverse wire 20 And a blow-out portion 234 for blowing air toward the outside.

At this time, a plurality of air discharge holes 231a are formed in the sorting belt 231 so as to discharge the air of the airflow portion 234 to the side of the transverse wire 20.

Accordingly, the upper part of the transverse wire 20 aligned by the aligning unit 220 can be aligned while being guided, and the foreign matter adhering to the transverse wire 20 is removed by injecting air toward the transverse wire 20 The transverse wire 20 can be aligned and transported more precisely.

FIG. 5 is a perspective view illustrating a magnet roller of a wire mesh manufacturing machine provided with a traverse wire supplying device capable of supplying a traverse wire while aligning the traverse wire according to an embodiment of the present invention.

5, the magnet roller 240 includes a center support roller 241 for supporting and supporting the central portion of the transverse wire 20 by a magnet, and a central support roller 241 for supporting the center support roller 241 at both ends An outer support roller 242 for supporting and supporting both side ends of the transverse wire 20 by a magnet and an intermediate support roller 242 provided at the center of the center support roller 241 and the outer support roller 242, A magnet roller driving shaft 243 for rotating the magnet roller driving shaft 243 and a magnet roller driving shaft 243 for rotating the magnet roller driving shaft 243, The magnet roller 240 is disposed at a position spaced apart from the magnet roller 240 at a position outside the upper portion of the magnet roller 240. The magnet roller 240 rotates when the transverse wire 20 is conveyed through the magnet roller 240. [ The magnetic roller < RTI ID = 0.0 > And a guide 245.

The transverse wire 20 aligned by the alignment unit 220 and the alignment guide unit 230 is attached to the magnet roller 240 so as not to be tilted in its entirety while being loaded on the transverse wire feed hopper 210 It is possible to feed and feed automatically to the next process while preventing falling or departure.

6 is a perspective view showing a state where a conveying belt of a wire mesh manufacturing machine equipped with a transverse wire feeding device capable of feeding a transverse wire in accordance with an embodiment of the present invention, a magnet roller, and a driving motor for driving the conveyance belt are connected.

6, the conveyance belt 250 includes a pair of conveyance belt drive gears 251 for driving the conveyance belt 250 by power, a conveyance belt 251 for rotating together with the conveyance belt drive gear 251, A conveyance belt sprocket 253 provided at one side of the conveyance belt drive shaft 252 to transmit the rotation of the conveyance belt drive shaft 252; A transverse wire conveying bar 254 continuously connected to the outer side of the transverse wire conveying bar 254 so as to be rotatable in a mutually pivotable manner and to transfer the transverse wire 20 conveyed from the magnet roller 240 one by one, And a transverse wire feed guide 255 which is provided to be spaced apart from the upper portion of the outer side of the transverse wire conveying bar 254 to prevent the transverse wire 20 being conveyed while being transferred from the transverse wire conveying bar 254 .

At this time, a transverse wire receiving groove 254a on which the transverse wire 20 is seated is formed in the transverse wire conveying bar 254, and the transverse wire 20 is received in the transverse wire receiving groove 254a, And is supplied to the welding and cutting unit 300 side.

 The magnet roller 240 and the conveyance belt 250 are connected to a single drive motor 260 and are driven together.

The driving motor 260 is directly connected to the conveyance belt driving shaft 252 of the conveyance belt 250 to directly transmit power to the conveyance belt driving shaft 252.

The conveyor belt sprocket 253 provided on the conveyor belt drive shaft 252 is rotated together with the conveyor belt drive shaft 252 to support the conveyor belt 250 from the other side of the conveyor belt 250 by the chain And is coupled to the conveyance belt drive gear 251 and rotated together with the pair of conveyance belt drive gears 251.

The magnet roller 240 is connected to the conveyance belt sprocket 253 by a magnet roller sprocket 244 in a chain so that the conveying magnet roller 240 is rotated together with the conveyor belt sprocket 253, .

 Therefore, the transverse wires 20 can be continuously and automatically supplied in a state of being separated from each other so as to be tangled with each other, so that both the conveyance belt 250 and the magnet roller 240 can be driven by the single drive motor 260 , It is possible to simplify the equipment while minimizing power waste.

FIG. 7 is a detailed state view illustrating an alignment guide of a wire mesh manufacturing machine provided with a traverse wire feeder capable of feeding a traverse wire according to an embodiment of the present invention.

Referring to FIG. 7, alignment guides 270 are further provided on both ends of the path through which the transverse wire 20 is transported, so that both ends of the transverse wire 20 can be aligned.

The alignment guide 270 is provided in the form of a plate having a plane along the conveyance path so that both ends of the traverse wire 20 are conveyed in unison.

At this time, a transverse wire guiding inclined surface 271, which is wide in the front and narrows toward the rear side, is formed on the path through which the transverse wire 20 is fed.

As a result, the unrecorded transverse wire 20 can be fed while being aligned by the transverse wire guiding slope 271 and accurately fed to the welding and cutting unit 300 side.

FIG. 8 is a state diagram showing a state in which a wire manufacturing machine equipped with a horizontal wire supplying device capable of supplying horizontal wire while aligning the horizontal wire according to an embodiment of the present invention is provided with a horizontal wire supplying sensor and a horizontal wire independent supplying part.

Referring to FIG. 8, a transverse wire feed detection sensor 280 is disposed at a position temporarily placed on the rear side of the conveyance belt 250 in an aligned state before the supplied wire is supplied from the conveyance belt 250, A wire-line independent supply unit 290 is further provided.

The transverse wire feed detection sensor 280 senses the transverse wire 20 when the transverse wire 20 is loaded in a predetermined amount and stops the supply of the transverse wire, and senses the transverse wire 20 when the transverse wire 20 is consumed. Can be performed automatically.

Accordingly, it is possible to detect the amount of consumed and consumed amount of the transverse wire 20 in real time, grasp the supply and consumption amount, and automatically stop the supply and resume the supply.

The transverse wire independent supply part 290 sequentially supplies the supplied transverse wire 20 one by one independently and is provided with a transverse wire independent supply wheel (not shown) for supporting the transverse wire 20 at one side to which the transverse wire 20 is supplied 291 and a plurality of transverse wires 20 are formed at regular intervals corresponding to the outer circumferences of the transverse wires along the outer periphery of the transverse wire independent supply wheel 291 to sequentially separate and supply the transverse wires 20 one by one, And an isolation groove 292.

The transverse wire independent feeder 290 is connected to a step motor (not shown) and is rotated at predetermined angles only at predetermined intervals so as to sequentially supply only one transverse wire 20 in accordance with a control signal.

Thus, the transverse wires 20 can be sequentially supplied one by one in accordance with the welding time.

According to the present invention as described above, in the apparatus for manufacturing a wire net, a wire and a transverse wire are automatically supplied and can be welded and cut in the form of a wire net. When a transverse wire is supplied to the upper part while continuously supplying the wire, The traversing wire feed hopper can be reciprocally operated to feed and align the transverse wires. The upper portion of the aligned wire can be supplied while maintaining alignment and supported by the alignment guide so as not to be disturbed again, It is possible to continuously align and supply the traversed wires arranged at regular intervals by using the conveyance belt.

100: Iron wire supply drum 200: Transverse wire supply part
210: transverse wire feed hopper 220:
221: aligning portion conveying shaft 222: aligning portion guide
223: cam drive shaft 224: drive cam
225: Cam drive motor 226: Hopper support roller
227: transverse wire guide bar 227a: guide bar rail
227b: guide bar roller 230: alignment guide
231: alignment belt 231a: air vent hole
232: Belt supporting roller 233: Elastic pressing part
234: a blower 240: a magnet roller
241: center support roller 242: outer support roller
243: Magnet roller drive shaft 244: Magnetic roller sprocket
245: Magnet roller guide 250: Feed belt
251: conveying belt driving gear 252: conveying belt driving shaft
253: conveying belt sprocket 254: transverse wire conveying bar
254a: a horizontal wire seating groove 255: a horizontal wire guide
260: drive motor 270: alignment guide
271: transverse wire guide slope 280: transverse wire feed sensor
290: transverse wire independent drive part 291: transverse wire independent feed wheel
292: transverse wire separation groove 300: welding and cutting section
310: welding section 320:
10: iron wire 20: transverse iron wire

Claims (5)

A wire feed drum 100 for continuously feeding a plurality of wire rods 10;
A transverse wire feed hopper 210 provided on the rear side of the wire feed drum 100 and on which a plurality of transverse wire 20 is mounted and a transverse wire feed hopper 210 provided below the transverse wire feed hopper 210, A transverse wire feeder 200 including an aligning portion 220 for continuously reciprocating the transverse wire feed hopper 210 along the feed path of the transverse wire 20 to align the transverse wire 20; And
And a welding and cutting unit 300 provided at the rear of the transverse wire supplying unit 200 for welding the wire 10 and the transverse wire 20 in a mesh form and cutting the wire 10 and the transverse wire 20 into a predetermined size,
The transverse wire feeder 200 includes a transverse wire feed hopper 210 on which a plurality of transverse wire 20 is mounted and a transverse wire feed hopper 210 provided on a lower portion of the transverse wire feed hopper 210, A plurality of transversal wires 20 arranged on the rear side of the aligning part 220 in the conveying path of the transverse steel wire 20 and arranged to align the transverse steel wires 20 by reciprocating back and forth on the conveying path of the wire 20, A magnet roller 240 for magnetically transferring the iron wire 20 and a transverse iron wire 20 provided at the rear of the magnet roller 240 and transferred through the magnet roller 240 are spaced apart from each other by a predetermined distance A conveyance belt 250 for conveying the magnet roller 240 and the conveyance belt 250 by aligning the magnet roller 240 and the conveyance belt 250 by a chain and a sprocket structure, And a drive motor (260) for driving the coils The wire mesh making machines provided with a transverse wire supply capable of providing and aligning the.
delete The method according to claim 1,
The transverse wire feeding part 200 is provided with an alignment guide part 210 for aligning and guiding the upper part of the transverse wire 20 so that the aligned wire is not disturbed or tangled at the upper part where the transverse wire 20 is aligned in the transverse wire feeding hopper 210. [ (230)
The alignment induction unit 230 includes an alignment belt 231 that rotates while supporting the transverse wire 20 along the direction in which the transverse wire 20 is supplied from the upper portion of the transverse wire 20, A pair of belt supporting rollers 232 provided on both sides of the aligning belt 231 to rotate and support the aligning belt 231 so as to rotate uniformly; An elastic pressing portion 233 provided inside the aligning belt 231 to provide elasticity to the upper portion of the transverse wire 20 and an upper portion of the outer side of the aligning belt 231, And a discharge portion (234) for discharging air toward the discharge port (234).
The method according to claim 1,
The transverse wire feed sensor 200 further includes a transverse wire feed sensor 280 for sensing the transverse wire 20 when the transverse wire 20 is transported over a predetermined height, And a transverse wire feeder capable of feeding while aligning the transverse wire.
The method according to claim 1,
The magnet roller 240 includes a central support roller 241 for supporting the center of the supplied transverse wire 20 and a pair of guide rollers 241 and 242 disposed on both sides of the center support roller 241 for supporting both longitudinal ends of the transverse wire 20 And a lateral support roller (242) for supporting the lateral support wire (242).

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