KR102405850B1 - Wire feeding system - Google Patents

Abstract

The present invention relates to a wire mesh manufacturing machine, and in particular, a plurality of pairs of different sizes capable of accommodating wires having different diameters, in which a drive shaft is installed on a body to rotate by an output pulley of a drive motor and a drive pulley connected by a belt. Receiving grooves are formed on the outer peripheral surface of the transfer plate so that the transfer plate rotates together with the drive shaft to sequentially transfer the wires loaded on the loading table one by one. One side and the other side auxiliary plates formed at equal intervals are coupled to both sides of the conveying plate on the drive shaft so that the wire is guided and inserted into the receiving groove of the conveying plate, and then a plurality of formed on the outer circumferential surface according to the positions of the auxiliary grooves of the one and the other side auxiliary plates The magnet fixing plate holding the magnets in the fixing groove of the dog is attached to both sides of one side and the other side auxiliary plate on the drive shaft, and the wire is temporarily attached in a stable state into the auxiliary groove of the one side and the other side auxiliary plate and the receiving groove of the conveying plate so that it can be transported. Receiving grooves of different sizes formed on the outer peripheral surface of the transfer plate by the control means of the transfer plate are matched with the auxiliary grooves of one side and the other auxiliary plate according to the size of the wire, and the wire transferred by the transfer plate is transferred by the wire alignment means Manufacture of wire mesh so that it can be separated from the receiving groove of the plate and arranged in a line, and then the wires in the aligned state by the wire arrangement means can be sequentially supplied one by one to the wire supply device of the next process by the wire supply means It provides a device for transferring the individual wire for the machine.

Description

A device that feeds individual wires for a wire mesh manufacturing machine {WIRE FEEDING SYSTEM}

The present invention relates to a wire mesh manufacturing machine, and in particular, a plurality of pairs of different sizes capable of accommodating wires having different diameters, in which a drive shaft is installed on a body to rotate by an output pulley of a drive motor and a drive pulley connected by a belt. Receiving grooves are formed on the outer peripheral surface of the transfer plate so that the transfer plate rotates together with the drive shaft to sequentially transfer the wires loaded on the loading table one by one. One side and the other side auxiliary plates formed at equal intervals are coupled to both sides of the conveying plate on the drive shaft so that the wire is guided and inserted into the receiving groove of the conveying plate, and then a plurality of formed on the outer circumferential surface according to the positions of the auxiliary grooves of the one and the other side auxiliary plates The magnet fixing plate holding the magnets in the fixing groove of the dog is attached to both sides of one side and the other side auxiliary plate on the drive shaft, and the wire is temporarily attached in a stable state into the auxiliary groove of the one side and the other side auxiliary plate and the receiving groove of the conveying plate so that it can be transported. Receiving grooves of different sizes formed on the outer peripheral surface of the transfer plate by the control means of the transfer plate are matched with the auxiliary grooves of one side and the other auxiliary plate according to the size of the wire, and the wire transferred by the transfer plate is transferred by the wire alignment means After separating from the receiving groove of the plate so that they can be arranged in a line, the wire in the aligned state by the wire arrangement means can be sequentially supplied one by one to the wire supply device of the next process by the wire supply means. The wires loaded on the pole can be vertically aligned with the alignment hole formed between the support plate and the induction plate by attaching them to the receiving groove of the transfer plate and the auxiliary grooves of one side and the other side of the auxiliary plate with the magnetic force of the magnet attached to the magnet fixing plate. It can be transferred quickly and accurately without phenomena Accurate transfer work is possible because it is returned to the loading table while Since the receiving grooves are aligned with the auxiliary grooves formed on the auxiliary plates on both sides and fixed and then the wire of the corresponding diameter can be transferred, it is possible to solve the cumbersome and inconvenient problem of using a different dedicated device depending on the diameter of the wire, and Welding timing by inserting one wire located at the lowest end of the wires aligned vertically in the alignment hole between the support plates into one insertion groove formed in the supply plate, then rotating the supply plate at a set angle to supply it to the wire supply device It relates to a device for transporting individual wires for a wire mesh maker that can supply wires accurately in accordance with the requirements and can obtain a wire mesh of excellent quality while minimizing the welding defect rate.

Conventional wire transfer device for wire mesh manufacturing machine has a pre-application and registered Patent Registration No. 10-2088614 "wire feeding device for wire mesh manufacturing machine".

In the prior art, in order to sequentially supply the vertical wires supplied from the wire feeder to the welding apparatus one by one, a plurality of fixtures with a plurality of support grooves formed while standing on a pedestal and having a step difference of a certain width on the inclined surface; In order to sequentially move the vertical wires supplied from the wire feeder step by step in the support grooves of the fixtures, a plurality of movable tables having a plurality of conveying grooves positioned on one side of the fixture, and the movable bars by moving the movable bars A plurality of movable shafts coupled to the upper and lower sides of the movable bars so as to rotatably rotate one side to move the vertical wires located in the carrying grooves to the support grooves of the fixtures, and to move the movable shafts in a circular motion A plurality of rotating pieces coupling the upper side to the other side of the movable shaft, a plurality of driving shafts coupling one side to the lower side of the rotating pieces to rotate the rotating pieces, and the other side of the driving shaft to rotate the driving shafts. a plurality of driving gears and interlocking gears, a plurality of idle gears rotatably coupled to the auxiliary shaft of a fixture engaged between the driving gear and the interlocking gear to rotate the driving gear and interlocking gears in the same direction; An output shaft installed on a support that couples a plurality of drive pulleys connected by interlocking pulleys and drive belts coupled to the other end of the drive shafts for rotation, and an output pulley coupled to the output shaft and an output belt, It has a configuration with an output motor fixed to the bottom surface to which the rotary pulley is coupled.

That is, in the prior art, the vertical wire in the state of being supplied by a wire feeder and supported by a support groove formed at the lower end of the fixture is coupled to the rotating piece of the drive shaft and coupled to the movable shaft in a circular motion as a transport groove. By the chain action of supporting and raising the vertical wires to the support groove of the next stage, it is possible to supply the vertical wires to the welding device regularly while maintaining the set interval. It is an invention that can.

The conventional wire feed and supply device is a device that receives wires from a wire feeder and supplies them one by one to a welding device with precise timing.

In addition, in the wire feeder, two workers lift both sides of the wires in a state where they are positioned on both sides of the wire feeder and supply a large amount at once.

Therefore, in the wire feeder, despite the fact that the wires must be accurately supplied one by one to the step-type fixture of the wire feeder, the wires are often supplied while tangled by two or three, eventually increasing the welding defect rate of the welding device. had a crucial problem.

This is a phenomenon that occurs due to the absence of a device that separates the wires one by one and supplies them to the step-type fixture at the correct timing, which results in a large amount of defective welding products being discarded.

The object of the present invention to solve and supplement these conventional problems,

The wires loaded on the loading table can be vertically aligned with the alignment hole formed between the support plate and the guide plate by attaching them to the receiving groove of the transfer plate and the auxiliary grooves of one side and the other side of the auxiliary plate by the magnetic force of the magnet attached to the magnet fixing plate. It can be transferred quickly and accurately without tangling, and even if another wire is attached to the wire already attached to the receiving groove of the transfer plate and moves by magnetic force, it can be transferred by the scraper of the support installed close to the outer circumferential surface of the transfer plate. Since it is removed and returned to the loading table, accurate transfer work is possible, and by rotating the transfer plate on the drive shaft, the receiving grooves suitable for the diameter of the wire are aligned with the auxiliary grooves formed on the auxiliary plates on both sides and fixed, and then the wire of the corresponding diameter can be transferred. It can solve the cumbersome and inconvenient problem of using a different dedicated device depending on the diameter of the wire, and one wire located at the bottom of the wires arranged vertically in the alignment hole between the guide plate and the support plate is formed on the supply plate. After inserting into one insertion groove, the supply plate is rotated at a set angle to supply the wire to the wire supply device, so that the wire can be precisely supplied in time for the welding timing to minimize the welding defect rate and at the same time to obtain a high-quality wire mesh. to provide.

In order to achieve the above objects, the present invention

A drive shaft is installed on the aircraft so that it is rotated by the output pulley of the drive motor and the drive pulley connected by a belt. As the plate rotates together with the drive shaft, the wires loaded on the loading table can be sequentially transferred one by one, and auxiliary grooves of the same size as the receiving groove of the largest size of the transfer plate are formed at equal intervals on the outer circumferential surface. A magnet fixing plate fixing magnets in a plurality of fixing grooves formed on the outer circumferential surface in accordance with the positions of the auxiliary grooves of one side and the other side auxiliary plate, after combining them with both sides of the conveying plate on the drive shaft to guide the wire into the receiving groove of the conveying plate to be inserted and received. is attached to both sides of one side and the other auxiliary plate on the drive shaft, and the wire is temporarily attached to the inside of the auxiliary grooves of the one side and the other side auxiliary plates and the receiving groove of the conveying plate in a stable state so that it can be transported. The formed receiving grooves of different sizes are aligned with the auxiliary grooves of one side and the other auxiliary plate according to the size of the wire. The object of the present invention can be achieved if the wire in a state aligned by the alignment means of the wire can be sequentially supplied one by one to the wire supplying device of the next process by the wire supplying means.

In the present invention, as described above, the wires loaded on the loading table are attached to the receiving groove of the transfer plate and the auxiliary groove of one side and the other side auxiliary plate by the magnetic force of the magnet attached to the magnet fixing plate, so that the vertical alignment hole formed between the support plate and the induction plate It can be arranged so that the wires can be transferred quickly and accurately without being tangled with each other.

In the present invention as described above, even if another wire is attached to the wire already attached to the receiving groove of the transfer plate by magnetic force and moves, it is removed by the scraper of the support installed close to the outer circumferential surface of the transfer plate while being loaded. Because it is returned, it has the effect that accurate transfer work is possible.

According to the diameter of the wire, since the present invention can rotate the transfer plate on the drive shaft to fix the receiving grooves suitable for the diameter of the wire with the auxiliary grooves formed on the auxiliary plates on both sides, and then transfer the wire of the corresponding diameter. It has the effect of resolving the cumbersome and inconvenient problems in the prior art that had to use other dedicated devices.

In the present invention as described above, one wire located at the lowest end among the wires aligned vertically in the alignment hole between the guide plate and the support plate is inserted into one insertion groove formed in the supply plate, and then the supply plate is set at a set angle. By rotating it and supplying it to the wire supply device, the wire can be precisely supplied according to the welding timing, which minimizes the welding defect rate and has a useful effect of obtaining a high-quality wire mesh.

1 is a view showing the present invention to explain the configuration of a device for transferring a single wire
2 is an exploded perspective view illustrating the configuration of a transfer plate, an auxiliary plate, and a magnet fixing plate among the devices for transporting a single wire according to the present invention;
3 is a perspective view of a state in which a transfer plate, an auxiliary plate, and a magnet fixing plate are combined among the devices for transferring individual wires according to the present invention;
4 is a view showing the configuration and operation of the transfer plate, the auxiliary plate, and the magnet fixing plate among the device for transporting individual wires according to the present invention;
5 and 6 are views for explaining the configuration and operation of the supply plate among the device for transporting individual wires of the present invention
Figure 7 is a view showing the present invention to explain the configuration of the feed plate of the device for transporting a single wire
8 is a view showing supply plates having different sizes of insertion grooves among the device for transporting individual wires according to the present invention;

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

A drive shaft 121 axially installed on the body 101 to be rotated by the drive pulley 122 connected to the output pulley 112 and the belt 113 of the drive motor 111,

Several pairs of receiving grooves having different sizes capable of accommodating wires 200 having different diameters in order to sequentially transfer the wires 200 loaded on the loading table 109 one by one while rotating together with the drive shaft 121 . (132) a transfer plate 131 forming on the outer peripheral surface, and,

Auxiliary grooves 142 and 152 of the same size as the receiving groove 132 of the largest size of the transfer plate 131 so that the wire 200 is guided and received into the receiving groove 132 of the transfer plate 131 . One side and the other side auxiliary plates 141 and 151 which are formed at equal intervals on the outer circumferential surface and are coupled to both sides of the transfer plate 131 on the drive shaft 121,

One side to transport the wire 200 in a stable state by temporarily attaching the wire 200 into the receiving grooves 132 of the auxiliary grooves 142 and 152 of the one and the other auxiliary plates 141 and 151 and the transfer plate 131, The magnets 163 are fixed to a plurality of fixing grooves 162 formed on the outer circumferential surface according to the positions of the auxiliary grooves 142 and 152 of the other auxiliary plates 141 and 151, and one side and the other auxiliary plate on the drive shaft 121 ( 141) (151) and a magnet fixing plate 161 attached to both sides,

For matching the receiving grooves 132 of different sizes formed on the outer peripheral surface of the transfer plate 131 to the auxiliary grooves 142 and 152 of the auxiliary plates 141 and 151 on one side and the other side according to the size of the wire 200 Control means of the transfer plate, and

Wire alignment means for separating the wire 200 transferred by the transfer plate 131 from the receiving groove 132 of the transfer plate 131 and aligning them in a line;

It is a configuration having a wire supply means for sequentially supplying the wires 200 in the aligned state by the wire alignment means to the wire supply device 201 of the next process one by one.

And, the control means of the transfer plate, a plurality of long holes 133 formed in the transfer plate 131 so that the transfer plate 131 can rotate around the drive shaft 121 within a set angle;

A plurality of through holes 143 and screw holes 153 respectively formed in one side auxiliary plate 141 and the other auxiliary plate 151 to coincide with the long hole 133 of the transfer plate 131,

It is provided with a plurality of adjustment bolts 154 that pass through the through hole 143 of the one side auxiliary plate 141 and the long hole 133 of the transfer plate 131 and are fastened to the screw hole 153 of the other auxiliary plate 151 . .

In addition, the wire alignment means is a guide plate having a guide surface 105 installed on the base 101 on the rear side of the transfer plate 131 to guide the wire 200 supplied from the transfer plate 131 . (103) and;

A predetermined distance from the vertical surface 105 of the guide plate 103 is formed so that alignment holes 108 for vertically aligning the wires 200 guided to the guide surface 105 of the guide plate 103 are formed. It is provided with the support plate 106 attached to the frame 102 of the base body 101 in which the support surface 107 is positioned.

And, the wire supply means has an insertion groove 174 on the outer peripheral surface for inserting only one wire 200 located at the lowest end of the alignment hole 108 in a state aligned by the wire alignment means, and the base 101 A supply plate 173 axially installed on the operating shaft 171 of the

An assembly hole 175 formed in the lower portion of the supply plate 173 to simply assemble the supply plate 173 on the operating shaft 171 and fix it to the assembly piece 172 with a fixing bolt 176,

A cylinder 181 mounted on the gas 101 connecting the piston 182 to the connecting piece 183 installed on the rear side of the operating shaft 171 to rotate the supply plate 173 with the connecting bolt 184. will be equipped with

The operation of the present invention as described above will be described as follows.

1 is a view showing the present invention to explain the configuration of a device for transferring a single wire, the mounting table 109 is mechanically or manually by supplying a plurality of wires 200 are loaded.

When the wires 200 of a predetermined diameter are loaded on the loading table 109 as described above, the drive motor 111 mounted on the body 101 operates according to the instructions of the control box (not shown) and the output pulley 112 is operated. It is rotated at a set speed, and the rotational force of the output pulley 112 rotates the driving pulley 122 and the driving shaft 121 coupled thereto through the belt 113 .

As described above, by the rotation of the drive shaft 121, the transfer plate 131 axially installed on the drive shaft 121 is rotated.

However, on both sides of the transfer plate 131, one side auxiliary plate 141 and the other auxiliary plate 151 are fixed by adjusting bolts 154, and at the same time, one side and the other side auxiliary plate 141, 151. Since the magnet fixing plates 161 fixing the magnets 163 to the fixing grooves 162 are fixed by welding as shown in FIGS. 2 to 4, the transfer plate 131 and one side by the rotation of the drive shaft 121 , The other side auxiliary plates 141 and 151 and the magnet fixing plates 161 on both sides are all rotated together.

As described above, the transfer plate 131, one side, the other auxiliary plates 141, 151, and the magnet fixing plate 161 rotate close to the loading table 109. Due to the rotation of the magnet fixing plate 161, When the magnet 163 fixed to the fixing groove 162 approaches the loading table 109 , the wire 200 waiting on the loading table 109 is attached to the magnet 163 by the magnetic force of the magnet 163 .

And, the wire 200 attached to the magnet 163 of the magnet fixing plate 161 is naturally formed with auxiliary grooves 142 and 152 formed at equal intervals on the outer peripheral surfaces of one side and the other side auxiliary plates 141 and 151. While being inserted into the receiving groove 132 of the transfer plate 131 at the same time, it is rotated by the rotation of the drive shaft 121 .

As described above, the receiving groove 132 of the transfer plate 131, the auxiliary grooves 142 and 152 of the auxiliary plates 141 and 151 on the other side, and the magnets 163 of the magnet fixing plate 161 are attached to each other. The wire 200 rotating with the body 101 is released from the magnetic force of the magnet 163 while caught on the guide surface 104 formed on the upper side of the guide plate 103 of the base 101 and rolls along the guide surface 104. While guided to the alignment hole 108 formed by the vertical surface 105 formed on the 103 and the support surface 107 formed on the support plate 106 of the frame 102, it is in a state of being piled up one after another.

Even if another wire 200 is attached to the wire 200 already attached to the receiving groove 132 of the transfer plate 131 and moves by magnetic force, it is installed close to the outer circumferential surface of the transfer plate 131 As it is removed by contact with the scraper 191 of the support 192 and returned to the loading table 109, it waits for the next transfer sequence.

In the present invention as described above, the receiving groove 132 and one side of the transfer plate 131 with the magnetic force of the magnet 163 attached to the magnet fixing plate 161 for the wires 200 loaded on the mounting table 109, By attaching it to the inside of the auxiliary grooves 142 and 152 of the other auxiliary plates 141 and 151, the wires 200 can be vertically aligned with the alignment holes 108 formed between the support plate 106 and the guide plate 103. It can be transported individually one by one in a stable state without being entangled with each other.

In addition, the wire 200, which falls into the alignment hole 108 and is positioned at the lowermost end, is inserted into one insertion groove 174 formed in the supply plate 173 that is already on standby.

As described above, when the wire 200 of the lowermost end of the heat hole 108 is positioned in the insertion groove 174 of the supply plate 173, the cylinder 181 seated on the gas 101 is operated according to the instruction of the control box, and the piston (182) is advanced and the piston 182 and the connecting piece 183 connected by the connecting bolt 184 are rotated and the actuating shaft 171 is rotated by a set angle, so the assembly piece 172 of the actuating shaft 171 is rotated. The supply plate 173 fixed with the fixing bolt 176 rotates as shown in Figs. 5 and 6, and one wire 200 located in the insertion groove 174 is inserted into the next process of the wire supplying device 201. It can be precisely supplied with a stepped fixing plate.

And, the wire 200 supplied to the wire supply device 201 can supply the wire 200 to the welding device as in the prior art by the interaction of the step-type fixed plate and the step-type moving plate, so that accurate welding work can be performed. will help

On the other hand, in the case of making a wire mesh by loading wires 200 of different diameters on the loading table 109, the wire to which the size of the receiving groove 132 of the transfer plate 131 coupled to the drive shaft 121 is transferred. (200) must be adjusted to fit the size.

That is, when the plurality of adjustment bolts 154 fastened with the through holes 143 of the one side auxiliary plate 141 coupled to one side of the transfer plate 131 are loosened, the adjustment bolts 154 are screw holes of the other auxiliary plate 151 ( 153), the transfer plate 131 located in the center becomes loose as it comes out.

Then, when the transfer plate 131 is rotated on the drive shaft 121 , the plurality of long holes 133 formed in the transfer plate 131 are in a state in which they can rotate while being guided by the adjustment bolts 154 .

Accordingly, among the receiving grooves 132 of various sizes formed on the outer circumferential surface of the transfer plate 131, the receiving grooves 132 that fit the size of the wire 200 loaded on the loading table 109 are provided on one side and the other side auxiliary plate 141. Adjustment is easily completed by fitting the auxiliary grooves 142 and 152 of 151 and then tightening the adjustment bolt 154 again.

As described above, by rotating the transfer plate 131 on the drive shaft 121, the receiving grooves 132 suitable for the diameter of the wire 200 are formed into the auxiliary grooves 142 and 152 formed in the auxiliary plates 141 and 151 on both sides. After fixing to match, it is possible to easily transfer the wire 200 of the corresponding diameter.

In addition, the insertion groove 174 formed in the supply plate 173 also accommodates the size of the insertion groove 174 of the supply plate 173 in the same way as adjusting the receiving groove 132 of the transfer plate 131 . ) should be adjusted with the insertion groove 174 of the same size.

That is, in the present invention, an assembly hole 175 is formed in the lower part of the supply plate 173 to fit the supply plates 173 from the upper part to the lower part of the operation shaft 171 , and then, by the fixing bolt 176 . By taking the method of fixing with the assembly piece 172, as shown in FIG. 8, various types of supply plates 173 having insertion grooves 174 of different sizes are selected according to the diameter of the wire 200. Consideration was made so that the supply plate 173 having the insertion groove 174 of the same size as the receiving groove 132 of the transfer plate 131 could be easily assembled and separated.

Accordingly, one wire 200 located at the lowest end of the wires 200 aligned vertically in the alignment hole 108 between the guide plate 103 and the support plate 106 is formed on the supply plate 173 . It is possible to supply the wire 200 to the wire supply device 201 by inserting it into one insertion groove 174 and then rotating the supply plate 173 at a set angle.

101 - Aircraft 102 - Frame
103-guide plate 104-guide surface
10 5 - vertical plane 10 6 - support plate
107 - support surface 108 - hot hole
109-loading platform 111-drive motor
112-output pulley 113-belt
121 - drive shaft 122 - drive pulley
131 - transfer plate 132 - receiving groove
133-long hole 141-one side auxiliary plate
142-auxiliary groove 143-through hole
151 - Auxiliary plate on the other side 152 - Sub groove
153 - screw hole 154 - adjusting bolt
161 - Magnet fixing plate 162 - fixing groove
163 - Magnet 171 - Actuation Shaft
172-Assembly 173-Supply Plate
174 - insert groove 175 - assembler
176-fixing bolt 181-cylinder
182-piston 183-connection
184-connection bolt 191-scraper
192-support 200-wire
201 - Wire Feeder

Claims (5)

A drive shaft 121 axially installed on the body 101 to be rotated by the drive pulley 122 connected to the output pulley 112 and the belt 113 of the drive motor 111,
Several pairs of receiving grooves having different sizes capable of accommodating wires 200 having different diameters in order to sequentially transfer the wires 200 loaded on the loading table 109 one by one while rotating together with the drive shaft 121 . (132) a transfer plate 131 forming on the outer peripheral surface, and,
Auxiliary grooves 142 and 152 of the same size as the receiving groove 132 of the largest size of the transfer plate 131 so that the wire 200 is guided and received into the receiving groove 132 of the transfer plate 131 . One side and the other side auxiliary plates 141 and 151 which are formed at equal intervals on the outer circumferential surface and are coupled to both sides of the transfer plate 131 on the drive shaft 121,
One side to transport the wire 200 in a stable state by temporarily attaching the wire 200 into the receiving grooves 132 of the auxiliary grooves 142 and 152 of the one and the other auxiliary plates 141 and 151 and the transfer plate 131, The magnets 163 are fixed to a plurality of fixing grooves 162 formed on the outer circumferential surface according to the positions of the auxiliary grooves 142 and 152 of the other auxiliary plates 141 and 151, and one side and the other auxiliary plate on the drive shaft 121 ( 141) (151) and a magnet fixing plate 161 attached to both sides,
For matching the receiving grooves 132 of different sizes formed on the outer peripheral surface of the transfer plate 131 to the auxiliary grooves 142 and 152 of the auxiliary plates 141 and 151 on one side and the other side according to the size of the wire 200 Control means of the transfer plate, and
Wire alignment means for separating the wire 200 transferred by the transfer plate 131 from the receiving groove 132 of the transfer plate 131 and aligning them in a line;
A single wire for a wire mesh manufacturing machine, characterized in that it has a wire supply means for sequentially supplying the wires 200 in the aligned state by the wire alignment means to the wire supply device 201 of the next process one by one. conveying device.
The method of claim 1,
The control means of the transfer plate includes a plurality of long holes 133 formed in the transfer plate 131 so that the transfer plate 131 can rotate around the drive shaft 121 within a set angle;
A plurality of through-holes 143 and screw holes 153 respectively formed in one side auxiliary plate 141 and the other auxiliary plate 151 to coincide with the long hole 133 of the transfer plate 131;
What is provided with a plurality of adjustment bolts 154 that pass through the through hole 143 of the one side auxiliary plate 141 and the long hole 133 of the transfer plate 131 and are fastened to the screw hole 153 of the other side auxiliary plate 151 A device for transferring individual wires for a wire mesh manufacturing machine, characterized in that it.
The method of claim 1,
The wire alignment means is a guide plate 103 having a guide surface 105 installed on the base 101 on the rear side of the transfer plate 131 to guide the wire 200 supplied from the transfer plate 131 . )class,
A predetermined distance from the vertical surface 105 of the guide plate 103 is formed so that alignment holes 108 for vertically aligning the wires 200 guided to the guide surface 105 of the guide plate 103 are formed. A device for transferring a single wire for a wire mesh manufacturing machine, characterized in that it is provided with a support plate 106 attached to the base 101 frame 102 for positioning the support surface 107 .
The method of claim 1,
The wire supply means has an insertion groove 174 on the outer circumferential surface for inserting only one wire 200 located at the lowest end of the alignment hole 108 in a state aligned by the wire alignment means, and the operation of the base 101 A supply plate 173 axially installed on the shaft 171, and
An assembly hole 175 formed in the lower portion of the supply plate 173 to simply assemble the supply plate 173 on the operating shaft 171 and fix it to the assembly piece 172 with a fixing bolt 176,
A cylinder 181 mounted on the body 101 connecting the piston 182 to the connecting piece 183 installed on the rear side of the operation shaft 171 to rotate the supply plate 173 with the connecting bolt 184. A device for transferring a single wire for a wire mesh manufacturing machine, characterized in that it is provided with.
The method of claim 1,
It is accommodated in the receiving groove 132 of the transfer plate 131 and prevents the other wire 200 from being transferred while being attached to the wire 200 being transferred by the magnetic force generated by the magnet 163 of the magnet fixing plate 161 . Wire mesh manufacturing, characterized in that it further includes a scraper 191 that is mounted on the support 192 of the base 101 and frame 102 so that the gap can be adjusted by a bolt and is installed close to the transfer plate 131 A device that transports individual wires for a machine.

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