KR100557349B1 - Method for Manufacturing for mash with iron wire and there's Apparatus for Manutacturing - Google Patents

Abstract

   The present invention is formed on the upper and lower portions of the horizontal wire supply unit (A), the longitudinal wire supply unit (B) formed on one side of the front center of the horizontal wire supply unit (A), and the longitudinal wire supply unit (B), press (100) And a binding portion (C) provided with a clip feeder (6), a wire mesh tally portion (D) formed at the lower portion of the binding portion (C), and a wire mesh lead portion (E) formed at a rear surface of the binding portion (C). The present invention relates to a wire mesh manufacturing apparatus.

Manufacturing equipment of wire mesh. Clip. Binding device. Long wire dispenser.

Description

Method for manufacturing and manufacturing apparatus for wire mesh {Method for Manufacturing for mash with iron wire and there's Apparatus for Manutacturing}

1 is an overall view of the wire mesh manufacturing apparatus of the present invention

Figure 2 is a plan view of the longitudinal wire supply step 1 and side cross-sectional view of the present invention

Figure 3 is a detailed view of the two-phase longitudinal wire supply and side cross-sectional view of the present invention

Figure 4 is a three-dimensional plane and side cross-sectional detail view of the longitudinal wire supply of the present invention

5 is a longitudinal view of the four-phase longitudinal supply of the present invention and the side cross-sectional view

6 is a detailed view of the binding portion (C) of the present invention.

Figure 7 is a side cross-sectional view of the binding portion (C) of the present invention

8 is a partial detailed cross-sectional view of the binding portion (C) of the present invention

Figure 9 is a detailed view of the clip supply step 1 of the binding unit (C) of the present invention

10 is a detailed view of the clip supply step 2 of the binding unit (C) of the present invention.

11 is a detailed view of the clip supply step 3 of the binding unit (C) of the present invention.

12 is a detailed view of the clip supply step 4 of the binding unit (C) of the present invention.

Figure 13 is a detailed view of the clip supply step 5 of the binding unit (C) of the present invention

14 is a detailed view of a six step supply of the clip of the binding portion (C) of the present invention

15 is a detailed view of the initial stage of the press of the binding portion (C) of the present invention.

Figure 16 is a detailed view of pressing down one step of the binding unit (C) of the present invention.

Figure 17 is a detailed view of pressing down two stages of the binding portion (C) of the present invention.

18 is a detailed view of pressing step 1 of the binding unit C of the present invention.

19 is a detailed view of pressing two steps of the binding unit C of the present invention.

20 is a detailed view of the operation of the wire mesh tally (D) of the present invention

21 is a detailed drawing step 1 of the wire mesh lead-out portion (E) of the present invention

Figure 22 is a detailed drawing withdrawal step 2 of the wire mesh lead-out portion (E) of the present invention

Figure 23 is a three-step detailed drawing of the wire mesh lead-out portion (E) of the present invention

24 is a detailed drawing withdrawal step 4 of the wire mesh lead-out portion (E) of the present invention

25 is a detailed view of the wire mesh of the present invention

26 is a detailed side view of the clip Z embedded in the clip feeder 6 of the present invention.

27 is a detailed view of the clip Z embedded in the clip feeder 6 of the present invention.

<Description of Drawing>

Fixture (1,1-2,1-3,1-4), Bobbin (2,2 '), Aligner (3), Alignment Roller (4,5), Clip Feeder (6), Guide Roller (7) , Motor 8, chain 9, alignment roller gear 10, longitudinal wire guide 21, longitudinal wire fixer 22, longitudinal wire aligner 23, longitudinal wire extractor 25, longitudinal Wire cylinder 26, rod 27, tongs 28, tongs up and down cylinder 29, vertical wire up and down cylinder 29 ', the first clip guide 61, clip guide groove 62, Before and after the first clip guide cylinder (63), the clip 1-1 guide (64), the clip 1 guide up and down plate 65, the clip 1 guide up and down plate cylinder (66), the second club guide (67), clip 2 guide up and down Copper plate cylinder 68, drawer upper cylinder 72, drawer plate 1 (73), drawer body portion 74, drawer plate 2 (75), drawer front and rear cylinder 76, drawer stopper 77, press ( 100), the press cylinder 101, the upper press 102, the press lower portion 103, the press column 104, the horizontal fixing target portion 105, the horizontal fixing lower portion 106, the bracket 110, the first intermediate press An upper 120, a clip-cut pin 121, the buffer pillar 124, a first intermediate press plate lower 125, a spring 126, a longitudinal wire upper and lower cutting blades (130 131), the base 150 and the release cylinder ( 151, withdrawal lift plate 152, withdrawal lift pin 153, lateral wire supply (A), longitudinal wire supply (B), binding (C), wire mesh tally (D) wire mesh withdraw (E), Cross Wire (X), Long Wire (Y), Clip (Z)

The present invention relates to a method for manufacturing a wire mesh and a manufacturing apparatus, which will be described in more detail, where the horizontal wire is supplied laterally, the longitudinal wire is supplied at regular intervals to the supplied horizontal wire, and where the horizontal wire and the longitudinal wire are in contact with each other. The present invention relates to a method and a manufacturing apparatus for a wire mesh used for reinforcing concrete composed of a device for binding the lateral wire and the longitudinal wire to the clip after the supply of the clip and a device for drawing the bound wire mesh.

Generally, the endless wire wound in a roll state is longitudinal wire (sometimes called "seed"), and is intermittently transferred, and the transverse wire (also called "nape") cut in advance on the longitudinal wire is intermittently. And wire-welded parts were manufactured by spot welding the contact wires, and the wire mesh of the building panel was manufactured by cutting them to a constant length.

However, in the conventional wire mesh manufacturing apparatus as described above, since the intersections of the wires crossing the longitudinal and transverse directions are coupled by spot welding, the wire meshes are vulnerable to external impacts and are easily detached or damaged even in small impacts. The problem of poor durability was generated.

In order to solve this problem, many researchers have developed an improved method, such as twisting the longitudinal wires up and down and penetrating the transverse wires between the gaps to produce a wire mesh.

For example, Korean Laid-Open Patent Publication No. 2002-0029183 discloses a process of placing a longitudinally cut wire in parallel on a plurality of wire pedestals formed with recesses at regular intervals, and moving in the longitudinal direction of the longitudinal wire. Aligning the ends of the longitudinal wires so that the ends of the longitudinal wires are aligned on the same straight line and moving the transverse wires to the position to be supplied and welded, and holding the transverse wires spot-welded to the longitudinal wires A method for manufacturing a wire mesh for a building panel and a device for manufacturing a wire mesh in a process of intermittently pulling and transferring the same are described.

Publication No. 2003-0014314 discloses a plurality of rotating bodies that are rotated by the power of a second electric motor that is interlocked with a leveling unit, a guide unit for guiding the blade, and leveling units of the guide unit and rotates at a constant cycle. Twist part consisting of, the conveyor is installed to one side of the twist part is operated at regular intervals, the seed line feeder to supply the seed line by the operation of the seal string supply cylinder, and the wire mesh woven in the twisted portion of the front and rear operation cylinder There is described a wire mesh and a wire mesh manufacturing apparatus consisting of a conveying portion conveyed by a; and a device for cutting and winding the wire mesh conveyed from the conveying portion,

Korea Utility Model Registration No. 20-0321877 No. 20-0321877 is provided with a supply unit consisting of a plurality of bobbins, a wire drawing machine and a horizontal line supply means, a welding device which is operated by a pressure cylinder and composed of a plurality of movable electrodes, and formed in multiple stages A socket formed by a socket and a molding device formed on a support port and an upper side thereof and operated by each cylinder, and a movable electrode operated by a pressurized cylinder formed by a pair of left and right plurals, and a cylinder formed between the movable electrodes. A cutting device consisting of a socket welding device and a conventional shearing device equipped with a corner forming tool operated by the press, and a bending device hinged to the frame so that the socket and the pair of movable supports are operated by a cylinder Described is a wire mesh manufacturing apparatus for concrete gutters consisting of

The publication No. 20-0143145 has a crank cam shaft fixed with a crank cam installed at the front of the bottom of the body straw to insert a roller of the body zip into an eccentric guide hole of the crank cam, and to fix it to one side of the crank cam shaft. The joint piece is fixed to the cam piece so that the cutting of the string line is operated from the bottom to the top, and the eccentric cam piece on the other end is inserted into the rotary shaft with a plurality of rotating operation pieces arranged at fixed intervals. The wire mesh transfer device of the wire mesh automatic manufacturing machine which combines the operation shaft which hangs the rack gear for the anti-reverse rotation on the rotating shaft to the rotating shaft is described.

The publication No. 20-0287784 is a rockfall to more secure the wire by forming a plurality of separate reinforcing nuts and fixing protrusions on the upper and left and right sides of the round groove so as to receive the wire in the round groove formed on the upper and lower covers The fixing device of the prevention wire is described,

In Korea Utility Model Publication No. 1984-0001399, a pulley and a timing belt of an electronic clutch device connected to one side of a string feed gear connected to a drive motor are connected to a pulley and a timing belt of an electronic clutch device. The wire mesh manufacturing apparatus is described by connecting with the apparatus and forming a separation prevention hole with an open top at the front of the body flesh.

Conventional techniques as described above, but the wire mesh is manufactured by using a wire, but the joint is weak by welding, the manufacturing process is complicated, such as twisting a plurality of iron wire with a twist, penetrating the wire between them, or binding with a separate binder There has been a problem that cannot be used in practice.

In order to solve the above problems, the present invention supplies a longitudinal wire to one side of the lateral wire is supplied at a constant speed, then supply a clip to the overlapping portion, and binds the clip by the press the supplied clip It is a technical object of the present invention to provide a method and apparatus for manufacturing a wire mesh, which is composed of a device for drawing out the bound wire mesh.

In order to achieve the above object, the present invention provides a horizontal wire supply unit (A), a longitudinal wire supply unit (B) formed on one side of the front center of the horizontal wire supply unit (A), and the longitudinal wire supply unit (B) Apparatus for producing a wire mesh comprising a binding portion (C) formed in the upper and lower portions, a wire mesh lead portion (D) formed on the lower portion of the binding portion (C), and a wire mesh lead portion (E) formed on the rear surface of the binding portion (C). It is about.

As shown in FIG. 1, the lateral wire supply unit A of the present invention is a device installed on the upper part of the holder 1 to supply the lateral wire X laterally. According to the needs of the user, the number of transverse wires can be added or subtracted according to the width of the wire mesh.

The longitudinal wire supply unit (B) of the present invention is a device for supplying the longitudinal wire (Y) at a predetermined interval to the transverse wire (X) to be supplied laterally in order to manufacture a wire mesh,

It is installed separately on the side of the device, guides the two bobbin (2 ') wound around the longitudinal wire (Y), and the longitudinal wire (Y) wound on the two bobbin (2'), Longitudinal wire guide 21 is installed on one side of the), and the other side of the longitudinal wire guide 21, the longitudinal wire drawer 25 formed on the other side of the fixed base (1-3), the longitudinal wire The guide 21 aligns the longitudinal wire stabilizer 22 which fixes the longitudinal wires Y drawn from the two bobbins 2 'with the longitudinal wires Y, and the longitudinal wires lower cylinder 29' at the top thereof. A longitudinal wire aligner (23) equipped with: The longitudinal wire extractor 25 is formed on one side of the longitudinal wire cylinder 26 which is operated by air, and is composed of a rod 27 having a tong 28 formed at an end thereof.

In the binding unit C of the present invention, the longitudinal wire Y positioned on the upper side of the transverse wire X is placed on the pedestal 150 formed with a groove in the form of a checker board, and then the transverse seated on the upper side of the pedestal 150. As a device for manufacturing a wire mesh by supplying a clip (Z) to the overlapping portion of the longitudinal wire (Y) located in the upper portion of the wire (X), and then by pressing down the press 100,

Located on the front and rear surfaces of the longitudinal wire supply unit (B) is a built-in wound clip and supply the wound clip to two lines in which the horizontal wire (X) and two longitudinal wire (Y) abuts on the upper portion of the pedestal 150 abuts The two clip feeders 6 and the clip feeders 6 are each wound with the same number of clips Z as the number of transverse wires (X), and are located in front of the clip feeder 6. To guide each of the wound clips (Z), the first clip guide 61 of "b" shaped angle and moving up and down and up and down, and a plurality of grooves are formed in the upper portion of the first clip guide 61 The clip guide guide groove 62 for guiding the clip Z and the front surface of the first clip guide 61 are positioned at a predetermined distance from the first clip guide 61 and are introduced as an "b" shaped angle. Two clip guides 67 for stopping and supporting the clip, and two formed on an upper side of the lower portion of the first intermediate press plate 125 Air, and is the first intermediate press plate in the lower cylinder 125 is inserted into the through hole it consists of a second guide clip Shanghai copper cylinder 68, for operating up and down through the holes.

The press 100 is operated by air, and the two press cylinders 101 are formed on the upper part and the in press upper part 102 which moves up and down along the press column 104 in the form of a plate and is formed in the press 100. ,

Round horizontal fixing target lower portions 105 and 106 formed under the press upper portion 101, upper and lower first intermediate press plates 120 and 125 formed under the horizontal fixing lower portion 106, and upper and lower first intermediate press plate portions. Upper and lower cutting blades 130 and 131 formed at one end of the 120 and 125 to cut the longitudinal wires Y, and a plurality of clips to cut the clips Z formed at the lower portion of the first intermediate press plate 120. Two clip cutting pins 121 and buffer columns 124, and springs 126 formed on the lower portion of the first intermediate press plate 125.

Wire mesh tally portion (D) of the present invention is formed in the lower portion of the pedestal 150, the withdrawal cylinder 151, withdrawal rise plate 152 formed at the end of the departure cylinder 151 is raised and at the same time withdrawal The withdrawal lift pin 153 formed on the upper side of the rising plate 152 ascends along the groove of the pedestal 150 to detach the wire mesh to the top.

Wire mesh withdrawing portion (E) of the present invention is formed on the back of the binding portion (C), as a device for withdrawing the wire mesh bound in the binding portion (C), formed on the upper and withdrawal upper cylinder 72 to move up and down 72 ), A drawer body portion 74 formed at the lower portion of the drawer upper and lower cylinders 72, and a drawer front and rear vibration cylinder 76 formed at one side of the drawer body portion 74 to advance back and forth the drawer body portion 74; ), A withdrawal guide 75 for guiding the withdrawal body portion 74 formed and moved on the lower side of the withdrawal body portion 74, and with a withdrawal stopper 77 formed on the front side of the withdrawal guide 75; Consists of.

The horizontal wire supplied in the present invention and the manufactured wire mesh are supplied by a motor, and the device such as a longitudinal wire supply unit B for drawing a longitudinal wire and a press is operated by an air cylinder by a high pressure air of a high pressure compressor. .

The invention can be better understood by the following examples, which are intended to illustrate the invention and are not intended to limit the scope of protection defined by the appended claims.

Example

1st process (cross wire (X) supply process)

In the process of supplying the horizontal wire (X) laterally, when the motor 8 of the lower part of the fixing stand 1 installed in the middle is driven, the alignment roller 4 connected to the shaft of the motor 8 by the chain 9 is aligned. The roll gear 10 is rotated so that the alignment roller 4 is rotated and mounted on the upper part of the fixing stand 1, and the plurality of bobbins 2 in which a plurality of transverse wires X are wound around the transverse wires X Is drawn out to the alignment roller (4) through the sorter (3),

The drawn transverse wire (X) is guided to the guide roller (7) installed in the lower portion of the front through the alignment roller (4) and passes through a pair of other alignment roller (5), the other of the alignment roller (5) When passing through the other guide roller (7) formed in the front to reach the longitudinal wire (Y) feeder,

2nd process (Jong wire supply process)

In order to manufacture the wire mesh, a step of supplying the longitudinal wire (Y) at a predetermined interval to the upper portion of the horizontal wire (X) supplied laterally,

When the lateral wire X is supplied as described above, two bobbins 2 'wound separately on the side of the apparatus are installed on opposite sides of the longitudinal wire guide 21 in two bobbins 2' (see Fig. 2 (the longitudinal wire) Supply step 1) The longitudinal wire cylinder 26 of the longitudinal wire extractor 25 is operated so that the rod 27 is advanced so that the two aligned with the longitudinal wire aligner 23 installed at the front of the longitudinal wire guide 21. The longitudinal wire Y of the strand is picked up with tongs 28 formed at the end of the rod 27 (see FIG. 3 (supplying the longitudinal wire 2)), and the longitudinal wire cylinder 26 is returned to its original position (see FIG. 4 ( When the longitudinal wire supply step 3)) is made, two longitudinal wires Y are positioned on the upper side of the horizontal wire X, and then the forceps up and down cylinder 29 attached to the upper part of the longitudinal wire cylinder 26 is removed. At the same time, the vertical wire lowering cylinder 29 'formed on the upper portion of the vertical wire aligner 23 located on the other side is lowered, and the lower pedestal 150 After placing the longitudinal wire (Y) in the upper portion of the transverse wire (X) in the groove of () (see Fig. 5 (four longitudinal wire supply step)),

3rd process (Clip (Z) supply process)

In each of the two clip feeders 6 a plurality of wound connected clips Z

 After being guided along the clip guide guide groove 62 of the first clip guide 61,

When reaching the second club guide 67 formed to be spaced apart from the clip 1-1 guide (64) attached to the first clip 1 guide 61, (clip supply step 1; see Fig. 9),

Clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the clip 1 guide upper and lower movable plate cylinder 66 and the second club guide 67 installed on the upper portion of the first clip guide and the club 1-1 guide (61, 64) To lower the first clip guide, club 1-1 guide (61, 64) and the second club guide (67) to dismantle the clip (Z) and the clip guide (clip supply step 2; Fig. 10). Reference),

After operating the two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61 to reverse the first clip guide and the club 1-1 guides 61 and 64 (clip supply 3 Step; see Fig. 11),

The first clip guide and the club 1-1 guides 61 and 64 are raised by raising the clip 1 guide upper and lower plate cylinders 66 installed on the upper portions of the first clip guide and the club 1-1 guides 61 and 64. The clip 1-1 guide 64 is fixed to the lower part of the clip Z (clip supply step 4; see Fig. 12),

The first clip guide and the club 1-1 guides 61 and 64 are advanced by operating the two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61 to thereby clip Z. After advancing (clip feeding step 5; see Fig. 13),

By operating the clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the second club guide 67, the second club guide 67 is raised to lower the second club guide 67 on the lower portion of the clip (Z). After fixing the first clip guide and the club 1-1 guides 61 and 64, supply the clip with ((Supply step 6; see Fig. 14 (same state as step 1)), and then ( Repeatedly supplying clips)

4th process (clipping process)

Is carried out on the pedestal 150, the clip Z is placed on top of the transverse wire (X) on the pedestal 150, as described above, the longitudinal wire (Y) is placed, the transverse longitudinal wire (YX) overlaps in the clip (Z) was supplied (press initial stage; see Fig. 15), and then horizontally formed by the horizontal horizontal fixing object, the lower part 105, 106 formed in the lower center of the press upper part 101 by the operation of the press cylinder 101. If the press top 100 is lowered along the four press pillars 104 formed at the corners while maintaining the

While the upper and lower first intermediate press plates 120 and 125 formed at the lower portion of the horizontal fixing base 106 descend, when reaching a predetermined position, the protruding portion of the first intermediate press plate 125 reaches the pedestal and descends first. (Press 1 step lower; see Fig. 16), the first intermediate press plate lower portion 125 stops without lowering anymore, the first intermediate press plate upper portion 120 and the first intermediate press plate portion 120 The clip cutting pin 121 attached to the lower portion continues to descend along the buffer column 124, and the plurality of clip cutting pins 121 positioned between the upper and lower portions 120 and 125 of the first intermediate press plate are formed with a plurality of holes. The plurality of pulled-out clips Z are independently cut and simultaneously clipped by applying pressure to the upper portion of the clip Z supplied through the through hole of the lower portion of the first intermediate press plate 125, and at the same time Longitudinal wire cutting blade 13 formed on one side of the press plate upper portion 120 0) and the longitudinal wire Y is cut by the longitudinal wire lower cutting blade 131 formed on one side of the lower portion of the first intermediate press plate 125 (pressing step 2; lowering (see FIG. 17)), (the species Two grooves of the lower wire cutting blade 131 are formed to cut the two longitudinal wires Y while the vertical wire upper cutting blade 130 descends from the upper state while the two longitudinal wires Y are inserted. will be.)

When the first intermediate press plate lower portion 125 continues to be stopped and the press 100 is operated reversely and ascends upward, the upper press portion 102, the first intermediate press plate upper portion 120, and the plurality of clips The cutting pin 121 rises through the through hole of the first intermediate press plate 125 having a plurality of holes formed therein (press 1 step up; see FIG. 18), and below the first intermediate press plate 125. As the lower portion of the first intermediate press plate 125 is raised by the attached spring 126, the buffer column 124 installed on the upper portion of the first intermediate press plate 125 is also raised together, and then (the second step of rising the example; See 19)

5th process (wire mesh desorption process)

After the clamping is formed in the pedestal 150, the wire mesh fixed to the checkerboard-shaped groove of the pedestal 150 is a pull-up plate formed at the end of the release cylinder 151 by the operation of the release cylinder 151 formed in the lower ( At the same time as the 152 is lifted up and the withdrawal rising pin 153 formed on the upper side of the withdrawal riser plate 152 ascends along the groove of the pedestal 150 to detach the wire mesh to the top,

6th process (wire mesh drawing process)

After operating the forward and backward cylinder 76 provided at the rear of the drawout body portion 74 formed at the back of the binding portion C to advance the drawout body portion 74 (see FIG. 21), the drawout body portion 74 The wire mesh is lowered between the drawer plate 1 (73) formed at the end of the drawer holder 72 and the drawer plate 2 (75) formed at the top of the drawer body portion 74 by lowering the drawer holder 72 formed at the top of And fix it (see Fig. 22), and then operate the forward and backward cylinder 76 again to reverse the drawing body portion 74, and the fixed wire mesh is also drawn out (see Fig. 23). (72) After the operation raises the drawer cylinder (see Fig. 24), the above operation is repeated to draw out the wire mesh.

Referring to the drawings in detail the present invention,

Figure 1 is an overall view of the wire mesh manufacturing apparatus of the present invention, Figure 2 is a one-phase plane and side cross-sectional detail of the longitudinal wire supply of the present invention, Figure 3 is a two-dimensional plane and side cross-sectional view of the longitudinal wire supply of the present invention, Figure 4 Figure 3 is a plan and side cross-sectional detail of the three-step longitudinal wire supply of the present invention, Figure 5 is a plan and side cross-sectional detail of the four-step longitudinal wire supply of the present invention, Figure 6 is a detailed view of the binding portion (C) of the present invention, Figure 7 Figure 9 is a side cross-sectional detail of the binding portion (C) of the present invention, Figure 8 is a partial detailed cross-sectional view of the binding portion (C) of the present invention, Figure 9 is a detailed view of the first step of supplying the clip of the binding portion (C) of the present invention, Fig. 10 is a detailed view of the second step of supplying the clip of the binding part C of the present invention, Fig. 11 is a detailed view of the third step of supplying the clip of the binding part C of the present invention. Detailed clip supply step 4, Figure 13 is a detailed view of the clip supply step 5 of the binding unit (C) of the present invention, Figure 14 is a detailed view of the clip supply step 6 of the binding unit (C) of the present invention, Figure 15 Of the binding part (C) Details of the initial stage of the press, Fig. 16 is a detailed drawing of the press 1st step of the binding part C of the present invention, Fig. 17 is a detailed drawing of the press 2 steps of the binding part C of the present invention. Detailed press 1st step elevation of binding part C, FIG. 19 is a detailed press 2 step elevation view of the binding part C of this invention, FIG. 20 is a detailed view of the operation | movement of the wire mesh tally part D of this invention, FIG. 2 is a detailed drawing of the drawing step 1 of the wire mesh lead-out portion (E) of the present invention, FIG. 22 is a detailed drawing of the drawing step 2 of the wire drawing-out portion (E) of the present invention, and FIG. 3 is a detailed view of the wire mesh drawing part E of the present invention, and FIG. 24 is a detailed four-step drawing of the wire mesh drawing part E of the present invention, FIG. 25 is a detailed view of the wire mesh of the present invention, and FIG. A detailed side view of Z), and FIG. 27 shows a detailed view of the clip Z embedded in the clip feeder 6 of the present invention, and the holders 1,1-2,1-3,1-4, Bobbin (2), aligner (3), alignment roller (4, 5), clip feeder (6), guide Roller (7), motor (8), chain (9), alignment roller gear (10), bell wire guide (21), bell wire stabilizer (22), bell wire sorter (23), bell wire extractor ( 25), longitudinal wire cylinder 26, rod 27, tongs 28, tongs up and down cylinder 29, the first clip guide 61, clip guide guide groove 62, the first clip guide cylinder before and after (63), Clip 1-1 guide (64), Clip 1 guide up and down plate 65, Clip 1 guide up and down plate cylinder (66), 2nd club guide (67), Clip 2 guide up and down plate plate cylinder (68), Drawer upper cylinder 72, drawer plate 1 (73), drawer body portion 74, drawer plate 2 (75), drawer front and rear cylinder 76, drawer stopper 77, press 100, press cylinder ( 101), the upper press 102, the press lower portion 103, the press pillar 104, the horizontal fixing target portion 105, the horizontal fixing lower portion 106, the bracket 110, the first intermediate press plate 120, Clip cutting pin 121, buffer column 124, the first intermediate press plate lower portion 125, spring 126, longitudinal wire cutting blade (130) , Stand 150, release cylinder 151, pull-up plate 152, pull-up pin 153, lateral wire supply (A), longitudinal wire supply (B), binding (C), wire mesh tally ( D) It can be seen that the wire mesh lead portion E, the lateral wire X, the longitudinal wire Y, and the clip Z are shown.

Looking at the configuration, the device of the present invention, as shown in Figure 1, the horizontal wire supply portion (A), the longitudinal wire supply portion (B) formed on one side of the front center of the horizontal wire supply portion (A), and the longitudinal wire It is formed in the upper and lower portions of the supply portion (B), the binding portion (C) provided with the press 100 and the clip feeder (6), the wire mesh desorption portion (D) formed below the binder (C), the binding portion (C) It relates to a wire mesh manufacturing apparatus consisting of a wire mesh lead portion (E) formed on the back of the).

The lateral wire supply unit (A) is a device installed on the upper portion of the fixed base (1) to supply the lateral wire (X) laterally, as shown in FIG.

It is mounted on the rearmost support (1), and each of the plurality of bobbins (2) wound around a plurality of wires (X), and is installed on the front of the bobbin (2), through a plurality of bobbins (2) Aligner (3) for guiding and aligning the plurality of drawn wires (X), the alignment roller (4) formed on the front of the aligner (3) and a pair of alignment roller (4) The lower roller of the plurality of grooves are formed so that the horizontal wire (X) passes through each of the grooves, the alignment roller gear 10 formed on one side of the lower alignment roller 4 and the alignment roller gear ( 10 and a motor (8) connected to the chain (9) and formed on one side of the lower support (1) to drive the alignment roller (4), and a guide roller installed in the lower front of the alignment roller (4) ( 7), a pair of other alignment rollers 5 formed on the front surface of the guide roller 7, and a front surface of the other alignment roller 5 It is provided with another guide roller (7) formed in

1 and 2 to 5, the longitudinal wire supply unit (B) is a device for supplying the longitudinal wire (Y) at regular intervals to the horizontal wire (X) supplied in the horizontal, in order to manufacture the wire mesh as,

It is installed separately on the side of the device, guides the two bobbin (2 ') wound around the longitudinal wire (Y), and the longitudinal wire (Y) wound on the two bobbin (2'), Longitudinal wire guide 21 is installed on one side of the), and the other side of the longitudinal wire guide 21, and consists of a longitudinal wire extractor 25 formed on the other side of the fixed base (1-3),

The longitudinal wire guide 21 is the longitudinal wire guide 21 is aligned with the longitudinal wire fixing device 22, which fixes the longitudinal wire (Y) drawn out from the two bobbin (2 '), longitudinal wire (Y) And a longitudinal wire aligner 23 having a vertical wire up and down cylinder 29 'provided thereon;

The longitudinal wire extractor 25 includes a longitudinal wire cylinder 26 operated by air, a rod 27 formed on one side of the longitudinal wire cylinder 26 to move back and forth, and the rod 27. It is formed at the end and is formed when the advance and the retracted forceps 28 when retracted, and attached to the upper portion of the longitudinal wire cylinder 26 is provided with a forceps up and down cylinder 29 to raise and lower the longitudinal wire cylinder 26 The tongs 28 are formed in three tridents, the middle part of which is fixed, and both sides are configured such that the clamps of the "L" shape are hinged and opened or closed during forward and backward advancement.

As shown in FIGS. 1 and 6 to 20, the binding part C is provided with a longitudinal wire Y positioned on an upper portion of the transverse wire X on a pedestal 150 having a groove formed in a checkerboard shape. Subsequently, the clip Z is supplied to a portion where the longitudinal wires Y positioned at the upper portion of the transverse wires X placed at the upper portion of the pedestal 150 overlap, and then the press 100 is lowered to bind the wire mesh. As a device for manufacturing

Located on the front and rear surfaces of the longitudinal wire supply unit (B) is a built-in wound clip and supply the wound clip to two rows where the horizontal eye (X) and two longitudinal wires (Y) abutted on the upper portion of the pedestal 150 abuts Two clip feeders (6),

As shown in FIGS. 8 to 12, the clip feeder 6 has the same number of clips Z as the number of transverse wires X, respectively, and is wound therein.

Located in the front of the clip feeder 6, and guides each of the wound clip (Z), the first clip guide 61 of "b" shaped angle and moving up and down and up and down, and the first clip guide ( A plurality of grooves are formed on the upper part of the upper part of the upper part of the 61 and the clip guide guide groove 62 for guiding the clip Z, and the two first clip guide front and rear cylinders 63 formed on one side of the front surface of the first clip guide 61. )Wow,

A clip 1-1 guide 64 having an angle shape of “b” shaped to face the first clip guide 61 and moving up and down together with the first clip guide 61;

The first clip guide and the club 1-1 guides 61 and 64 are provided in a plate shape and the clip 1 guide vertically moving plate 65 which moves the first clip guide and the club 1-1 guides 61 and 64 up and down 65 And two upper one side of the clip 1 guide up and down plate 65, the cylinder is penetrated through the through hole formed in the clip 1 guide up and down plate 65 to operate the clip 1 guide up and down plate 65 up and down Clip 1 guide upper and lower movable plate cylinder (66),

A second clip guide 67 positioned at a predetermined interval on the front surface of the first clip guide 61 and stopping and supporting the clip introduced as an “b” angle angle; It is formed on the upper side of the first middle press plate lower portion 125 and the first intermediate press plate lower portion 125 having a plurality of through holes on the upper portion of the second club guide 67, the first middle The press plate lower portion 125 is provided with a clip 2 guide upper and lower movable plate cylinder 68 for operating the cylinder vertically through the through hole.

The press 100 is operated by air, as shown by Figs. 16 to 20, and two press cylinders 101 are formed and are in the form of plates and are formed up and down along the press column 104 in the press 100. In press upper portion 102 to be moved to, four press pillars 104 formed in the upper portion of the press lower portion 103 and penetrates through holes formed in the four corners of the press upper portion,

A horizontal fixing target portion 105 formed in the center lower portion of the press upper portion 101 and formed in a round shape and connected to the horizontal fixing lower portion 106 formed at a lower portion by a central bracket;

A first intermediate press formed in a lower portion of the horizontal fixing base 106 connected to the horizontal fixing target part 105 and the bracket 110 and a lower portion of the horizontal fixing lower part 106 and moving up and down together with the upper press portion 101; Plate-shaped portion 120, the first intermediate press plate 120, a plurality of clip cutting pins 121 are attached to the lower portion of the first intermediate press plate 120 and cut the clip (Z) and A buffer column through hole (not shown) through which two buffer pillars 124 formed to be spaced apart at regular intervals from the upper portion of the first intermediate press plate 120, and a lower portion of the upper portion of the first intermediate press plate 120. It is formed spaced apart and is provided with two buffer pillars 124 formed at a predetermined interval spaced at the top and the same number of through holes (not shown) formed to pass through a plurality of clip cutting pins 121 formed through the upper and lower parts The first intermediate press has a structure in which the lower center portion protrudes. And a lower plate 125,

Upper and lower vertical cutting blades 130 and 131 formed at one end of the first middle press upper and lower portions 120 and 125 to cut the longitudinal wires Y;

It is provided with a plurality of springs 126 connected between the first intermediate press plate upper portion 120 and the first intermediate press plate lower portion 125,

The wire mesh tally portion (D) is shown in Figure 20, the wire mesh is formed, a checkerboard-shaped groove is formed on the upper portion of the pedestal 150, the withdrawal lift pin 153 formed on one side lower portion of the groove And, the lifting riser plate 152 attached to the lower portion of the withdrawal rise pin 153, and the center lower portion of the release riser plate 152 is provided with a structure formed at the end of the release cylinder 151.

As shown in FIGS. 1 and 21 to 24, the wire mesh lead-out part E is formed at the rear side of the binding part C, and is a device for drawing out the wire mesh bound in the binding part C. A drawer upper and lower cylinder 72 formed to move up and down, a drawer plate 1 73 formed at an end of the drawer upper holder 72, and a drawer body portion 74 formed at a lower portion of the drawer plate 173; And a drawing plate 2 75 formed at an upper portion of the drawing body portion 74 and supporting the wire mesh together with the drawing plate 1 73, and formed at one side of the drawing body portion 74. A front and rear oscillation cylinder (76) for advancing and retreating 74, a withdrawal guide 75 for guiding the withdrawal body portion 74 which is formed and moved on the lower side of the withdrawal body portion 74, and the withdrawal guide It is comprised by the extractor stopper 77 formed in the front surface of 75. As shown in FIG.

25 is a detailed view of the wire mesh of the present invention, in which a plurality of horizontal wires (X) are spaced at regular intervals and two rows of longitudinal wires (Y) are spaced at narrow intervals, and the same shape is repeated and continuous. It is comprised by the clip Z formed in the place where the said horizontal wire X and the longitudinal wire Y overlap.

Fig. 26 is a detailed side view of the clip Z embedded in the clip feeder 6 of the present invention, in which clips are wound by the number of the transverse wires X,

Fig. 27 shows in detail the clip Z embedded in the clip feeder 6 of the present invention.

It is composed of a plurality of automation devices according to the present invention can reduce the labor force, reduce the defect rate by producing a uniform wire mesh, improve the productivity by shortening the working time, by binding by the clip, the binding force between wires It is to improve the durability and robustness of the wire mesh is to have an effect to secure the wire mesh.

Claims (14)

delete In the manufacturing apparatus of wire mesh, A horizontal wire supply part (A), a longitudinal wire supply part (B) formed on one side of the front center of the horizontal wire supply part (A), and formed on the upper and lower portions of the longitudinal wire supply part (B), press 100 and the clip feeder The binding part (C) provided with (6), the wire mesh tally portion (D) formed on the bottom of the binding portion (C), and the wire mesh lead-out portion (E) formed on the back of the binding portion (C) Apparatus for manufacturing wire mesh characterized in that. The apparatus of claim 2, wherein the horizontal wire supply part A is an apparatus installed on an upper portion of the holder 1 to supply the horizontal wire X horizontally. It is mounted on the rearmost support (1), and each of the plurality of bobbins (2) wound around a plurality of wires (X), and is installed on the front of the bobbin (2), through a plurality of bobbins (2) Aligner (3) for guiding and aligning the plurality of drawn wire (X), the alignment roller (4) formed in the front of the aligner (3) formed in a pair, and the alignment roller (4) The lower roll of the) is formed with a plurality of grooves so that the horizontal wire (X) passes through each of the grooves, the alignment roller gear 10 formed on one side of the alignment roller 4 of the lower and the alignment roller gear It is connected by a chain (10) and the chain (9) and formed on the lower side of the fixed base (1) to drive the motor (8) and the guide roller installed in the lower front of the alignment roller (4) (7), a pair of other alignment rollers 5 formed on the front surface of the guide roller 7, and the front of the other alignment rollers 5 Apparatus for manufacturing a wire mesh, characterized in that it is made up of different guide roller 7 formed on. The method of claim 2, wherein the longitudinal wire supply unit (B) is a device for supplying the longitudinal wire (Y) at a predetermined interval to the transverse wire (X) supplied laterally, in order to manufacture a wire mesh, It is installed separately on the side of the device, guides the two bobbin (2 ') wound around the longitudinal wire (Y), and the longitudinal wire (Y) wound on the two bobbin (2'), Longitudinal wire guide 21 is installed on one side of the), and the other side of the longitudinal wire guide 21, and consists of a longitudinal wire extractor 25 formed on the other side of the fixing stand (1-3), The longitudinal wire guide 21 is the longitudinal wire guide 21 is aligned with the longitudinal wire fixing device 22, which fixes the longitudinal wire (Y) drawn out from the two bobbin (2 '), longitudinal wire (Y) And a longitudinal wire aligner 23 having a vertical wire up and down cylinder 29 'provided thereon; The longitudinal wire extractor 25 includes a longitudinal wire cylinder 26 operated by air, a rod 27 formed on one side of the longitudinal wire cylinder 26 to move back and forth, and the rod 27. It is formed at the end and is formed when the advance and the retracted forceps 28 when retracted, and attached to the upper portion of the longitudinal wire cylinder 26 is provided with a forceps up and down cylinder 29 to raise and lower the longitudinal wire cylinder 26 Wherein, the tongs 28 is three tridents and the middle portion is fixed and both sides of the "L" shaped clamp is hinged coupled to the device for producing a wire mesh, characterized in that it is configured to open or retract during forward and backward movement. The method of claim 2, wherein the binding portion (C) is placed on the pedestal 150 formed with a groove in the form of a checkerboard (Y) located on the upper side of the cross-wire (X), the top of the pedestal 150 An apparatus for manufacturing a wire mesh by supplying a clip (Z) to the overlapping portion of the longitudinal wire (Y) located on the upper side of the set horizontal wire (X), and then bound by pressing down the press (100), Located on the front and rear surfaces of the longitudinal wire supply unit (B) is a built-in wound clip and supply the wound clip to two rows where the horizontal eye (X) and two longitudinal wires (Y) abutted on the upper portion of the pedestal 150 abuts Two clip feeders (6), The clip feeder 6 has a number of clips (Z) equal to the number of transverse wires (X) are wound and built therein, Located in the front of the clip feeder 6, and guides each of the wound clip (Z), the first clip guide 61 of "b" shaped angle and moving up and down and up and down, and the first clip guide ( A plurality of grooves are formed on the upper part of the upper part of the upper part of the 61 and the clip guide guide groove 62 for guiding the clip Z, and the two first clip guide front and rear cylinders 63 formed on one side of the front surface of the first clip guide 61. )Wow, A clip 1-1 guide 64 having an angle shape of “b” shaped to face the first clip guide 61 and moving up and down together with the first clip guide 61; The first clip guide and the club 1-1 guides 61 and 64 are provided in a plate shape and the clip 1 guide vertically moving plate 65 which moves the first clip guide and the club 1-1 guides 61 and 64 up and down 65 And two upper one side of the clip 1 guide up and down plate 65, the cylinder is penetrated through the through hole formed in the clip 1 guide up and down plate 65 to operate the clip 1 guide up and down plate 65 up and down Clip 1 guide upper and lower movable plate cylinder (66), A second clip guide 67 positioned at a predetermined interval on the front surface of the first clip guide 61 and stopping and supporting the clip introduced as an “b” angle angle; It is formed on the upper side of the first middle press plate lower portion 125 and the first intermediate press plate lower portion 125 having a plurality of through holes on the upper portion of the second club guide 67, the first middle Press plate lower portion 125 is a device for manufacturing a wire mesh, characterized in that the cylinder is penetrated through the through hole and the clip 2 guide up and down moving plate cylinder (68) to operate up and down. The method according to claim 2, wherein the press 100 is operated by air, Two press cylinders 101 are formed and formed in a plate shape and penetrate through the in-press upper portion 102 that moves up and down along the press pillar 104 in the press 100 and through holes formed at four corners of the press upper portion. Four press pillars 104 formed on the upper part of the press lower part 103, A horizontal fixing target portion 105 formed in the center lower portion of the press upper portion 101 and formed in a round shape and connected to the horizontal fixing lower portion 106 formed at a lower portion by a central bracket; A first intermediate press formed in a lower portion of the horizontal fixing base 106 connected to the horizontal fixing target part 105 and the bracket 110 and a lower portion of the horizontal fixing lower part 106 and moving up and down together with the upper press portion 101; Plate-shaped portion 120, the first intermediate press plate 120, a plurality of clip cutting pins 121 are attached to the lower portion of the first intermediate press plate 120 and cut the clip (Z) and A buffer column through hole (not shown) through which two buffer pillars 124 formed to be spaced apart at regular intervals from the upper portion of the first intermediate press plate 120, and a lower portion of the upper portion of the first intermediate press plate 120. It is formed spaced apart and is provided with two buffer pillars 124 formed at a predetermined interval spaced at the top and the same number of through holes (not shown) formed to pass through a plurality of clip cutting pins 121 formed through the upper and lower parts The first intermediate press has a structure in which the lower center portion protrudes. And a lower plate 125, Upper and lower vertical cutting blades 130 and 131 formed at one end of the first middle press upper and lower portions 120 and 125 to cut the longitudinal wires Y; Apparatus for manufacturing a wire mesh, characterized in that composed of a plurality of springs (126) connected between the first intermediate press plate upper portion (120) and the first intermediate press plate lower portion (125). The wire mesh tally portion (D) is formed in the lower portion of the pedestal (1), a checkerboard-shaped groove is formed on the upper portion of the pedestal 150, the drawer formed on one side lower portion of the groove The lift pin 153, the lift-up plate 152 attached to the bottom of the lift-up pin 153, and the center lower portion of the lift-up plate 152 are configured at the end of the release cylinder 151. Apparatus for producing a wire mesh, characterized in that there is. The method of claim 2, wherein the wire drawing device (D) is formed on the back of the binding portion (C), the device for drawing out the wire mesh bound in the binding portion (C), is formed on the upper and lowered up and down to move up and down A cylinder 72, a drawing plate 1 73 formed at the end of the drawing upper cylinder 72, a drawing body portion 74 formed below the drawing plate 1 73, and the drawing body portion 74. Is formed on the upper side of the drawer plate 1 (73) to support the wire mesh together with the drawer plate 2 (75), the drawer body formed on one side of the drawer body portion 74 and advances the drawer body portion 74 back and forth Front and rear vibration cylinder 76, a drawer guide 75 for guiding the drawer body portion 74 which is formed and moved on the lower side of the drawer body portion 74, and a drawer formed on the front surface of the drawer guide 75. Apparatus for producing a wire mesh, characterized in that composed of a stopper (77). In the manufacturing method of wire mesh. 1st process (cross wire (X) supply process) In the process of supplying the horizontal wire (X) laterally, when the motor 8 of the lower part of the fixing stand 1 installed in the middle is driven, the alignment roller 4 connected to the shaft of the motor 8 by the chain 9 is aligned. The roll gear 10 is rotated so that the alignment roller 4 is rotated and mounted on the upper part of the fixing stand 1, and the plurality of bobbins 2 in which a plurality of transverse wires X are wound around the transverse wires X Is drawn out to the alignment roller (4) through the sorter (3), The drawn transverse wire (X) is guided to the guide roller (7) installed in the front lower portion through the alignment roller (4) and passes through a pair of other alignment roller (5), the other of the alignment roller (5) When passing through the other guide roller (7) formed in the front to reach the longitudinal wire (Y) feeder, 2nd process (long wire (X) supply process) In order to manufacture the wire mesh, a step of supplying the longitudinal wire (Y) at a predetermined interval to the upper portion of the horizontal wire (X) supplied laterally, When the lateral wire (X) is supplied as described above, the two longitudinal bobbins (2 '), which are separately installed on the side of the apparatus, are installed on opposite sides of the longitudinal wire guide (21) in two bobbins (2') (the longitudinal wire supply step 1). The longitudinal wire cylinder 26 of the longitudinal wire extractor 25 is operated to advance the rod 27 so that two longitudinal longitudinal wires aligned with the longitudinal wire aligner 23 installed at the front of the longitudinal wire guide 21 are formed. Y) is picked up by the tongs 28 formed at the end of the rod 27 (two stages of longitudinal wire supply), and when the longitudinal wire cylinder 26 is in the original position (three stages of longitudinal wire feeding), the horizontal wire (X) After two longitudinal wires Y are positioned in the upper portion, the forceps up-down cylinder 29 attached to the upper portion of the longitudinal wire cylinder 26 is lowered, and at the same time, the longitudinal wire aligner 23 located on the other side. Vertical wire lowering cylinder (29 ') formed in the upper portion of the lower), the upper side of the horizontal wire (X) in the groove of the pedestal 150 Place the longitudinal wire (Y) to (transversal wire supplying step 4) and then, 3rd process (Clip (Z) supply process) After the plurality of wound connected clips Z in the two clip feeders 6 are guided along the clip guide guide grooves 62 of the first clip guide 61, respectively, When reaching the second club guide 67 formed to be spaced apart from the clip 1-1 guide (64) attached to the first clip 1 guide 61, (clip supply step 1), Clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the clip 1 guide upper and lower movable plate cylinder 66 and the second club guide 67 installed on the upper portion of the first clip guide and the club 1-1 guide (61, 64) To lower the first clip guide and club 1-1 guides (61, 64) and the second club guide (67) to dismantle the clip (Z) and the clip guide (clip supply step 2), After the first clip guide and the club 1-1 guides 61 and 64 are reversed by operating the two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61 (clip supply Step 3), The first clip guide and the club 1-1 guides 61 and 64 are raised by raising the clip 1 guide upper and lower plate cylinders 66 installed on the upper portions of the first clip guide and the club 1-1 guides 61 and 64. After fixing the clip 1-1 guide (64) to the lower part of the clip (Z) (clip supply step 4), By operating two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61, the first clip guide and the club 1-1 guides 61 and 64 are advanced to the clip Z. After advancing the By operating the clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the second club guide 67, the second club guide 67 is raised to lower the second club guide 67 on the lower portion of the clip (Z). Fix the clip and the first clip guide and the club 1-1 guides 61 and 64 to supply the clip in ((Supply step 6) (same as step 1), and then repeat the operation as described above. supply) 4th process (clipping process) Is carried out on the pedestal 150, the clip Z is placed on top of the transverse wire (X) on the pedestal 150, as described above, the longitudinal wire (Y) is placed, the transverse longitudinal wire (YX) overlaps in the clip (Z) is supplied (press initial stage), and then presses while maintaining the horizontal by the horizontal fixing object, the lower portion 105, 106 formed in the center lower portion of the upper press portion 101 by the operation of the press cylinder 101 When the upper portion 100 descends along the four press pillars 104 formed at the corners, While the upper and lower first intermediate press plates 120 and 125 formed at the lower portion of the horizontal fixing base 106 descend, when reaching a predetermined position, the protruding portion of the first intermediate press plate 125 reaches the pedestal and descends first. (Press 1 step down), the first intermediate press plate 125 stops without lowering anymore, and is attached to the first intermediate press plate upper portion 120 and the lower portion of the first intermediate press plate upper portion 120. The clip cutting pin 121 continues to descend along the buffer column 124, and the plurality of clip cutting pins 121 positioned between the upper and lower portions of the first intermediate press plate 120 and 125 form a plurality of through holes. By applying pressure to the upper portion of the clip Z supplied through the through hole of the lower plate 125, each of the plurality of pull-out clips Z is independently cut and simultaneously clipped, and at the same time, the first intermediate press plate portion ( Longitudinal wire cutting blade 130 formed on one side of 120, and the first Between which cutting wire species (Y) by the lower longitudinal wire cutting blade 131 formed at one side of the lower press plate 125 is then (step 2 the press fall), When the press part 100 is operated in reverse and rises upward in the state where the first intermediate press plate lower part 125 is still stopped, the upper press part 102, the first intermediate press plate upper part 120, and the plurality of clip cuttings The pin 121 rises through the through hole of the lower portion of the first intermediate press plate 125 in which a plurality of holes are formed (up one step press), and a spring 126 attached to the lower portion of the lower portion of the first intermediate press plate 125. After the first intermediate press plate 125 is raised by), the buffer column 124 installed on the upper portion of the first intermediate press plate 125 is also raised (the second step of the example), 5th process (wire mesh desorption process) After the clamping is formed in the pedestal 150, the wire mesh fixed to the checkerboard-shaped groove of the pedestal 150 is a pull-up plate formed at the end of the release cylinder 151 by the operation of the release cylinder 151 formed in the lower ( At the same time as the 152 is lifted up and the withdrawal rising pin 153 formed on the upper side of the withdrawal riser plate 152 ascends along the groove of the pedestal 150 to detach the wire mesh to the top, 6th process (wire mesh drawing process) After operating the forward and backward cylinder 76 provided at the rear of the drawout body portion 74 formed at the back of the binding portion C to advance the drawout body portion 74, the drawout formed at the upper portion of the drawout body portion 74. Lowering the upper and lower cylinders 72 to position and fix the wire mesh between the drawer plate 1 (73) formed at the end of the drawer upper and lower holder 72 and the drawer plate 2 (75) formed on the upper portion of the drawer body portion 74 Next, when the forward and backward cylinder 76 is operated again, the withdrawal body portion 74 is retracted, and the fixed wire mesh is withdrawn, and the withdrawal upper cylinder 72 is operated again to raise the withdrawal upper cylinder. Method of producing a wire mesh, characterized in that the wire mesh is manufactured by repeatedly drawing the same operation. The method of claim 9, wherein the second step (the longitudinal wire (X) supplying step) is a step of supplying the longitudinal wire (Y) at regular intervals on top of the horizontal wire (X) supplied laterally, in order to manufacture the wire mesh As When the lateral wire (X) is supplied as described above, the two longitudinal bobbins (2 '), which are separately installed on the side of the apparatus, are installed on opposite sides of the longitudinal wire guide (21) in two bobbins (2') (the longitudinal wire supply step 1). The longitudinal wire cylinder 26 of the longitudinal wire extractor 25 is operated to advance the rod 27 so that two longitudinal longitudinal wires aligned with the longitudinal wire aligner 23 installed at the front of the longitudinal wire guide 21 are formed. Y) is picked up by the tongs 28 formed at the end of the rod 27 (two stages of longitudinal wire supply), and when the longitudinal wire cylinder 26 is in the original position (three stages of longitudinal wire feeding), the horizontal wire (X) After two longitudinal wires Y are positioned in the upper portion, the forceps up-down cylinder 29 attached to the upper portion of the longitudinal wire cylinder 26 is lowered, and at the same time, the longitudinal wire aligner 23 located on the other side. Vertical wire lowering cylinder (29 ') formed in the upper portion of the lower), the upper side of the horizontal wire (X) in the groove of the pedestal 150 By placing the transversal wire (Y) in the process for producing a wire mesh, it characterized in that the production (transversal wire supplying step 4). The method according to claim 9, wherein the third step (clip (Z) supply step), After the plurality of wound connected clips Z in the two clip feeders 6 are guided along the clip guide guide grooves 62 of the first clip guide 61, respectively, When reaching the second club guide 67 formed to be spaced apart from the clip 1-1 guide 64 attached to the first clip guide 61, (clip supply step 1), Clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the clip 1 guide upper and lower movable plate cylinder 66 and the second club guide 67 installed on the upper portion of the first clip guide and the club 1-1 guide (61, 64) To lower the first clip guide and club 1-1 guides (61, 64) and the second club guide (67) to dismantle the clip (Z) and the clip guide (clip supply step 2), After operating the two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61 to reverse the first clip guide and the club 1-1 guides 61 and 64 (clip supply 3 step), The first clip guide and the club 1-1 guides 61 and 64 are raised by raising the clip 1 guide upper and lower plate cylinders 66 installed on the upper portions of the first clip guide and the club 1-1 guides 61 and 64. After fixing the clip 1-1 guide (64) to the lower part of the clip (Z) (clip supply step 4), The first clip guide and the club 1-1 guides 61 and 64 are advanced by operating the two first clip guide cylinders 63 formed on one side of the front surface of the first clip guide 61 to thereby clip Z. After advancing By operating the clip 2 guide upper and lower movable plate cylinder 68 formed on the upper portion of the second club guide 67, the second club guide 67 is raised to lower the second club guide 67 on the lower portion of the clip (Z). Fixing and fixing the first clip guide and the club 1-1 guides (61, 64) ((clip supply 6 steps) (same state as step 1) to supply the clip to manufacture a wire mesh manufacturing method characterized in that the manufacturing. The method according to claim 9, wherein the fourth step (clipping process), Is carried out on the pedestal 150, the clip Z is placed on top of the transverse wire (X) on the pedestal 150, as described above, the longitudinal wire (Y) is placed, the transverse longitudinal wire (YX) overlaps in the clip (Z) is supplied (press initial stage), and then presses while maintaining the horizontal by the horizontal fixing object, the lower portion 105, 106 formed in the center lower portion of the upper press portion 101 by the operation of the press cylinder 101 When the upper portion 100 descends along the four press pillars 104 formed at the corners, While the upper and lower first intermediate press plates 120 and 125 formed at the lower portion of the horizontal fixing base 106 descend, when reaching a predetermined position, the protruding portion of the first intermediate press plate 125 reaches the pedestal and descends first. (Press 1 step down), the first intermediate press plate 125 stops without lowering anymore, and is attached to the first intermediate press plate upper portion 120 and the lower portion of the first intermediate press plate upper portion 120. The clip cutting pin 121 continues to descend along the buffer column 124, and the plurality of clip cutting pins 121 positioned between the upper and lower portions of the first intermediate press plate 120 and 125 form a plurality of through holes. By applying pressure to the upper portion of the clip Z supplied through the through hole of the lower plate 125, each of the plurality of pull-out clips Z is independently cut and simultaneously clipped, and at the same time, the first intermediate press plate portion ( Longitudinal wire cutting blade 130 formed on one side of 120, and the first Between which cutting wire species (Y) by the lower longitudinal wire cutting blade 131 formed at one side of the lower press plate 125 is then (step 2 the press fall), When the press part 100 is operated in reverse and rises upward in the state where the first intermediate press plate lower part 125 is still stopped, the upper press part 102, the first intermediate press plate upper part 120, and the plurality of clip cuttings The pin 121 rises through the through hole of the lower portion of the first intermediate press plate 125 in which a plurality of holes are formed (up one step press), and a spring 126 attached to the lower portion of the lower portion of the first intermediate press plate 125. Wire mesh characterized in that the first intermediate press plate lower portion 125 is raised by raising the buffer column 124 installed on the lower portion of the first intermediate press plate 125 together (raised 2 steps) Manufacturing method. 10. The method of claim 9, wherein the fifth step (wire mesh desorption process) after the clamping is formed in the pedestal 150, the wire mesh fixed to the checkerboard groove of the pedestal 150 is the operation of the release cylinder 151 formed at the bottom The withdrawal lift plate 152 formed at the end of the separation cylinder 151 is raised by the withdrawal lift pin 153 formed on the upper side of the withdrawal lift plate 152 and ascends along the groove of the pedestal 150. Method of manufacturing a wire mesh, characterized in that the wire mesh to the upper part to produce a wire mesh. The method according to claim 9, wherein the sixth step (wire mesh drawing step), After operating the forward and backward cylinder 76 provided at the rear of the drawout body portion 74 formed at the back of the binding portion C to advance the drawout body portion 74, the drawout formed at the upper portion of the drawout body portion 74. Lowering the upper and lower cylinders 72 to fix the wire mesh between the drawer plate 1 (73) formed at the end of the drawer upper holder 72 and the drawer plate 2 (75) formed on the upper portion of the drawer body portion 74 Then, when the forward and backward cylinder 76 is operated again to reverse the drawing body portion 74, the fixed wire mesh is also drawn out together, and the drawing upper cylinder 72 is operated again to raise the drawing upper cylinder, Method of producing a wire mesh, characterized in that to produce a wire mesh by repeatedly withdrawing the same operation.

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