CN1863619A - Apparatus for and method of manufacturing wire-net - Google Patents
Apparatus for and method of manufacturing wire-net Download PDFInfo
- Publication number
- CN1863619A CN1863619A CNA2004800289872A CN200480028987A CN1863619A CN 1863619 A CN1863619 A CN 1863619A CN A2004800289872 A CNA2004800289872 A CN A2004800289872A CN 200480028987 A CN200480028987 A CN 200480028987A CN 1863619 A CN1863619 A CN 1863619A
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- China
- Prior art keywords
- wire
- clip
- plate
- portion transverse
- cylinder
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F27/00—Making wire network, i.e. wire nets
- B21F27/12—Making special types or portions of network by methods or means specially adapted therefor
- B21F27/20—Making special types or portions of network by methods or means specially adapted therefor of plaster-carrying network
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F27/00—Making wire network, i.e. wire nets
- B21F27/08—Making wire network, i.e. wire nets with additional connecting elements or material at crossings
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F15/00—Connecting wire to wire or other metallic material or objects; Connecting parts by means of wire
- B21F15/02—Connecting wire to wire or other metallic material or objects; Connecting parts by means of wire wire with wire
- B21F15/06—Connecting wire to wire or other metallic material or objects; Connecting parts by means of wire wire with wire with additional connecting elements or material
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F23/00—Feeding wire in wire-working machines or apparatus
Abstract
Disclosed is an apparatus for manufacturing a wire-net. The wire-net manufacturing apparatus comprises a longitudinal wire supply unit A for advancing a longitudinal wire in a longitudinal direction, a transversal wire supply unit B disposed forwards of the longitudinal wire supply unit A and for supplying a transversal wire in a direction substantially perpendicular to the longitudinal direction, a clamping unit C disposed above and below the transversal wire supply unit B and including a press 100 and a clip container 6 for fastening the crossing point of the longitudinal and transversal wires with a clip Z, a wire-net release unit D disposed below the clamping unit C and for releasing a wire-net from the clamping unit C, and a wire-net withdrawal unit E disposed forwards of the clamping unit C and for intermittently withdrawing the wire-net released by the wire-net release unit D. A method of manufacturing the wire-net is also disclosed.
Description
Technical field
The present invention relates to a kind of apparatus and method for of making woven wire.Specifically, the present invention relates to the apparatus and method for that a kind of manufacturing is used for the woven wire of reinforced concrete, wherein, longitudinal metallic wire longitudinally is provided, along laterally providing portion transverse wire with specific interval, on the crosspoint of longitudinal metallic wire and portion transverse wire, provide clip, be used to clamp this crosspoint.
Background technology
Usually, discharge longitudinal metallic wire (being also referred to as " warp ") from a metal roll dies, and break transfer longitudinally, the portion transverse wire that is truncated into length-specific (being also referred to as " parallel ") intermittently is provided on longitudinal metallic wire.Then, contact point vertical, portion transverse wire is carried out spot welding, do not have the woven wire of terminal, and then it is truncated into suitable length, the wire mesh sheet that is used to build with manufacturing with generation.
But in the above-mentioned woven wire of being made by conventional art, the contact point of spot welding is easy to be subjected to external impact.Therefore, solder joint is separated or damage even be subjected to small impact, thereby reduce its durability.
In order to address these problems and improve conventional wire-net, people have carried out a lot of trials.For example, longitudinal metallic wire is screwed in together, so that form opening with fixed intervals.Then, portion transverse wire is inserted in these openings, thereby made woven wire.
For example, korean patent application discloses 2002-0029183 number in early days and discloses a kind of method and apparatus of making wire mesh sheet for building.
According to this technology, be placed on the wire pad the longitudinal metallic wire that is cut into length-specific is parallel, formed a plurality of inlets with specific interval on the wire pad, the wire arranger of utilizing a kind of longitudinal metallic wire that is along the longitudinal movement is aligned to straight line with the front end of these longitudinal metallic wires.Then, provide a portion transverse wire in the position that will weld, and spot welding is carried out in the crosspoint of longitudinal metallic wire and portion transverse wire.Simultaneously, intermittently twitch portion transverse wire.
Korean Patent discloses the equipment that discloses a kind of woven wire and made this kind woven wire in early days 2003-0014314 number.This woven wire manufacturing equipment comprises: longitudinal metallic wire (warp) supply; Be used to guide the guider of longitudinal metallic wire; Torsion device, it comprises a plurality of rotating members that rotated by second motor, when rotate by the cycle and the horizontal screen of this guider maintenance rapport; Be arranged in the conveyer of this torsion device one side and periodic duty; The transversal wire supplier may of portion transverse wire is provided by portion transverse wire supply cylinder; Be used for by the conveyer of cylinder transmission in front and back by torsion device institute braided metal silk screen; And be used to cut and reel by the device of woven wire that conveyer transmits.
Korean utility model patent is registered a kind of equipment of making the used woven wire of concrete drain tile that discloses for 20-0321877 number.This equipment comprises: the supply with a plurality of bobbins; The steel wire wire grip; Transversal wire supplier may; The welder that has a plurality of electrodes and operate by gas cylinder; The socket-shaped apparatus for converting, it comprises multistage gripper shoe and setting tool that forms and forming tool above this gripper shoe, they are operated by gas cylinder separately; The socket welder, it comprises the working electrode by the gas cylinder operation, and places up and down in pairs, also comprises the edge shaping instrument that is arranged between the working electrode; The cutter sweep of forming by traditional cutter; Anchor clamps with socket fixture; And be connected to the bending device of pedestal with hinging manner, this is operated by a cylinder the work eyelid retractor.
Korean utility model patent is registered 20-0287784 number and is disclosed a kind of wire net holder, is used to prevent that stone from dropping.In this technology, wire is placed in the circular groove that is formed in the upper and lower covers, above circular groove, left side and right side form the holding nut that separates and fixing protrusion, thereby this woven wire can be placed on wherein securely.
Above-mentioned prior art exists several problems and shortcoming: although woven wire is made by iron wire, but spot welding point still is insecure, thereby can not guarantee its durability, and iron wire is inserted in the wire that is screwed in together, perhaps use the fastening material that separates, these modes cause the complexity of manufacturing process to strengthen, thereby lack practical value.
Summary of the invention
Therefore, the present invention has been proposed in order to solve the above-mentioned problems in the prior art, an object of the present invention is to provide the apparatus and method for that a kind of manufacturing is used for the woven wire of reinforced concrete, wherein, provide portion transverse wire on the longitudinal metallic wire that longitudinally provides continuously, on the crosspoint of longitudinal metallic wire and portion transverse wire, provide clip, utilize anchor clamps to make the clamp crosspoint, twitch clamped woven wire then.
To achieve these goals, according to an aspect of the present invention, provide a kind of equipment that is used to make woven wire.Woven wire manufacturing equipment of the present invention comprises: the longitudinal metallic wire supply that longitudinal metallic wire is longitudinally advanced; B) be used on many longitudinal metallic wires, providing portion transverse wire with a certain predetermined space substantially and the transversal wire supplier may of portion transverse wire is provided on this vertically vertical direction; C) utilize the clip that provides by clip container to fix the clamping device in the crosspoint of longitudinal metallic wire and portion transverse wire; D) be used for from the woven wire release of clamping device release woven wire; And e) wire-net withdrawal unit is used for the interrupted woven wire that is discharged by the woven wire release of twitching.
The longitudinal metallic wire supply of this equipment can comprise: all twining longitudinal metallic wire around a) a plurality of bobbins, each bobbin; B) wire arranger is used to arrange many longitudinal metallic wires that discharge from a plurality of bobbins; C) a pair of arranger roller, many longitudinal metallic wires that are used to guide this wire arranger to arrange advance, and this longitudinal metallic wire passes between this is to arranger roller.The longitudinal metallic wire supply may further include the guide roller that is placed on the arranger roller front, and be placed on the guide roller front another to arranger roller.In addition, the longitudinal metallic wire supply can comprise and is placed on another to another guide roller before the arranger roller.
Preferably, the arranger roller of this longitudinal metallic wire has a plurality of grooves that form around it, so that these longitudinal metallic wires pass along these grooves.
The transversal wire supplier may of this equipment can comprise: a) bobbin has the portion transverse wire that is wrapped in around it; B) transversal wire guide is used for the portion transverse wire that discharges along transverse guidance from bobbin, and this transversal wire guide is arranged near the end of substrate, and it is along horizontal expansion; C) portion transverse wire wire grip is used for from transversal wire guide pulling portion transverse wire, and this portion transverse wire wire grip is placed on the other end of this substrate.
Preferably, the bobbin of transversal wire supplier may comprises a pair of bobbin, is used for providing simultaneously a pair of portion transverse wire.
The transversal wire guide of transversal wire supplier may can comprise: a) transversal wire holder is used for fixing the portion transverse wire that discharges from bobbin; B) be used to arrange the portion transverse wire transmission device of portion transverse wire; C) cylinder about the portion transverse wire is used to move up and down portion transverse wire, and portion transverse wire cylinder up and down is connected to the portion transverse wire transmission device.
The portion transverse wire wire grip of transversal wire supplier may can comprise: a) transversal wire cylinder; B) be connected to the bar of transversal wire cylinder one end, this bar can advance to transversal wire guide by the operation of transversal wire cylinder; C) can clamp the tweezers of portion transverse wire, it is connected to an end of bar; D) tweezers that are used to move up and down portion transverse wire cylinder up and down, these tweezers cylinder up and down are connected to transversal wire cylinder.
Preferably, tweezers are the form of three strands of forks, and one is for fixing in the middle of it, and the side thigh of two " L " shapes is connected on the tweezers with hinging manner, thus its respectively forward, closure or openness tweezers when mobile backward.
The clamping device of woven wire manufacturing equipment can comprise clip locator and anchor clamps, and the clip locator is used for the clip that clip container provides is placed on the crosspoint of longitudinal metallic wire and portion transverse wire, and anchor clamps are used for the clamp crosspoint.
The clip locator of this clamping device comprises: a) be placed near the first clamp guider of clip container, be used to guide the clip that provides by clip container, this first clamp guider is " L " shape, and can before and after, move up and down, the first clamp guider has a plurality of clip direction recess that form in the above; B) be installed in first clamp guide cylinder on the first clamp guider front surface; C) with first clamp guider second clamp guider staggered relatively, the second clamp guider be " L " shape, can front and back, move up and down; D) be placed on first clamp guide up-and-down plate on first, second clip guide; E) the first clamp guider that is used for upwards, moves down first, second clip guide is cylinder up and down, by a through hole that forms on the first clamp guide up-and-down plate first clamp guider cylinder up and down is installed; F) be used to stop and fixing the 3rd clip guide of clip, this 3rd clip guide is " L " shape, separates placement with the first clamp guider.
Preferably, clip container comprises a pair of clip container, is placed on the front and back of clip locator respectively.
Preferably, clip container comprises a plurality of clips, and clip is aligned lines up matrix form, and each clip is corresponding to each crosspoint of longitudinal metallic wire and portion transverse wire.In addition, can dispose this clip container, make its clip number that provides simultaneously equal the number of longitudinal metallic wire.Preferably, the alignment clip of lining up matrix form is twisted in the clip container.
The anchor clamps of clamping device can comprise: a) upper plate; B) lower plate of utilizing a press post and upper plate to place at interval in vertical direction, an end of press post is fixed on the lower plate, and the other end of press post passes a through hole that forms on upper plate, thereby upper plate can be moved up and down along press post; C) be installed in hydraulic column on the upper plate; D) be connected jig plate on the upper plate, it can rise and descend with upper plate; E) be placed on the clamping plate of jig plate below, longitudinal metallic wire and portion transverse wire are placed on the clamping plate.
Preferably, clamping plate comprise a plurality of longitudinal flutings and transverse concave groove, and wherein longitudinal metallic wire and portion transverse wire are placed in each corresponding recesses.
The anchor clamps of clamping device may further include the horizontal leveler that is installed between upper plate and the last jig plate, are used for making jig plate rising and decline process maintenance level.
Preferably, jig plate comprises that one is gone up jig plate and a lower press plate, and upper and lower jig plate is separated by spring force, can contact with each other when overcoming this elastic force.Upper and lower jig plate has bumper post, one end of bumper post is fixed on the lower press plate, its other end can pass the through hole that is formed on the jig plate, thus when last jig plate towards when moving away from the lower press plate direction, can keep the relative position of lower press plate.
Preferably, last jig plate has a plurality of connections clip cutter pin in its lower section, lower press plate has a plurality of through holes that form therein, and each clip cutter pin is corresponding to each through hole, and the position of each through hole is corresponding to each crosspoint of longitudinal metallic wire and portion transverse wire.In addition, jig plate has the portion transverse wire cutter that forms in its side.
The woven wire release of this woven wire manufacturing equipment can comprise: a) be placed on the release lifter plate below the clamping plate, placing clamped woven wire on these clamping plate; B) discharge lifter pin, it is placed in the through hole that is formed in the clamping plate, and an end that discharges lifter pin stretches out to the outside of clamping plate, and is connected to this release lifter plate; C) be placed under the release lifter plate and coupled release cylinder, wherein, the other end that discharges bolt upwards boosts the clamped woven wire that is placed on the clamping plate under the operation that discharges cylinder, thereby woven wire is discharged from clamping device.
The wire-net withdrawal unit of woven wire manufacturing equipment can comprise: a) drawer body; B) drawer up-and-down cylinder; C) be connected the first wire grip plate of drawer up-and-down cylinder body lower end; D) be placed on the second wire grip plate at drawer body top, first, second wire grip plate can be when drawer up-and-down cylinder descends secure wire mesh; E) be used to move forward and backward the front and back cylinder of drawer body.
According to a further aspect in the invention, provide a kind of method of making woven wire.Woven wire manufacture method of the present invention may further comprise the steps: many longitudinal metallic wires a) are provided in the vertical and it is advanced; B) on the direction vertical, provide portion transverse wire, on many longitudinal metallic wires, provide portion transverse wire with specific predetermined space with vertical cardinal principle; C) provide clip to the crosspoint of longitudinal metallic wire and portion transverse wire; D) use at the horizontal and vertical crosspoint e wiry of the clamp that step c) provided) the clamped woven wire of release; F) interrupted clamped woven wire of twitching in step e) release, thus woven wire automatically made continuously.
Be used to provide longitudinal metallic wire in this woven wire manufacture method and its step of advancing can be may further comprise the steps: a) launch many longitudinal metallic wires, twining a longitudinal metallic wire around each bobbin from a plurality of bobbins; B) put many longitudinal metallic wires that launch from a plurality of bobbins; C) make many longitudinal metallic wires of being put pass a pair of arranger roller, thereby guide it to advance.
Being used in this woven wire manufacture method provides the step of portion transverse wire may further comprise the steps: a) launch portion transverse wire from bobbin, twining a portion transverse wire around this bobbin; B) will be guided through the side of many longitudinal metallic wires of a substrate from the portion transverse wire that bobbin discharges, it is along horizontal expansion; C) will be in the another side that the portion transverse wire of the rapid guiding of previous step is moved many longitudinal metallic wires that pass substrate to.Preferably, can provide two bursts of portion transverse wire simultaneously.
Preferably, portion transverse wire supply step further comprises the step that reduces the portion transverse wire that being drawn to the another side, makes this portion transverse wire contact placement longitudinal metallic wire in its lower section substantially.
Clip provides step can comprise that the clip that clip container is provided is placed on the step on the crosspoint of longitudinal metallic wire and portion transverse wire.Preferably, the clip clip number that provides step to provide simultaneously is identical with the number of longitudinal metallic wire.
The clamping step of this woven wire manufacture method can comprise step of cutting clip and the step of cutting portion transverse wire.
According to other direction of the present invention, a kind of woven wire is provided, it comprises the longitudinal metallic wire of many each interval preset distances, generally along the portion transverse wire of laterally intersecting with longitudinal metallic wire, and be used for clip in its crosspoint clamping longitudinal metallic wire and portion transverse wire.
Preferably, portion transverse wire comprises a pair of portion transverse wire separated from one another.
Description of drawings
By following detailed description also in conjunction with the accompanying drawings, can more in depth understand other purpose of the present invention and advantage.
Appended figure comprises:
Fig. 1 is the overall perspective of woven wire manufacturing equipment according to an embodiment of the invention;
Fig. 2 is the vertical view and the cross-sectional view of portion transverse wire feeding mechanism of the present invention, and the first step that portion transverse wire is provided wherein has been described;
Fig. 3 is the vertical view and the cross-sectional view of portion transverse wire feeding mechanism of the present invention, and second step that portion transverse wire is provided wherein has been described;
Fig. 4 is the vertical view and the cross-sectional view of portion transverse wire feeding mechanism of the present invention, and the 3rd step that portion transverse wire is provided wherein has been described;
Fig. 5 is the vertical view and the cross-sectional view of portion transverse wire feeding mechanism of the present invention, and the 4th step that portion transverse wire is provided wherein has been described;
Fig. 6 is the overall perspective of clamping device of the present invention;
Fig. 7 shows the lateral cross section of clamping device among Fig. 6;
Fig. 8 shows the longitudinal cross-section of clamping device among Fig. 6;
Fig. 9 shows the longitudinal cross-section of this clamping device, and the first step that clip is provided wherein has been described;
Figure 10 shows the longitudinal cross-section of this clamping device, and second step that clip is provided wherein has been described;
Figure 11 shows the longitudinal cross-section of this clamping device, and the 3rd step that clip is provided wherein has been described;
Figure 12 shows the longitudinal cross-section of this clamping device, and the 4th step that clip is provided wherein has been described;
Figure 13 shows the longitudinal cross-section of this clamping device, and the 5th step that clip is provided wherein has been described;
Figure 14 shows the longitudinal cross-section of this clamping device, and the 6th step that clip is provided wherein has been described;
Figure 15 shows the longitudinal cross-section of anchor clamps in this clamping device, and its original state wherein has been described;
Figure 16 shows the longitudinal cross-section of anchor clamps in this clamping device, has illustrated that wherein first clamps step;
Figure 17 shows the longitudinal cross-section of anchor clamps in this clamping device, has illustrated that wherein second clamps step;
Figure 18 shows the longitudinal cross-section of anchor clamps in this clamping device, and the first lifting step wherein has been described;
Figure 19 shows the longitudinal cross-section of anchor clamps in this clamping device, and the second lifting step wherein has been described;
Figure 20 is the longitudinal cross-section figure of woven wire releasing device of the present invention;
Figure 21 is the longitudinal cross-section figure of woven wire of the present invention; The first step of twitching woven wire wherein has been described;
Figure 22 is the longitudinal cross-section figure of woven wire of the present invention; Second step of twitching woven wire wherein has been described;
Figure 23 is the longitudinal cross-section figure of woven wire of the present invention; The 3rd step of twitching woven wire wherein has been described;
Figure 24 is the longitudinal cross-section figure of woven wire of the present invention; The 4th step of twitching woven wire wherein has been described;
Figure 25 shows the woven wire according to the one embodiment of the invention manufacturing;
Figure 26 is presented at the cross-sectional view that comprises clip in the clip container of the present invention;
Figure 27 is presented at the perspective view that comprises clip in the clip container of the present invention.
The specific embodiment
Describe in detail according to a preferred embodiment of the invention below with reference to accompanying drawings.
Fig. 1 is the overall perspective of woven wire manufacturing equipment according to an embodiment of the invention.As shown in Figure 1, the equipment of manufacturing woven wire comprises: longitudinal metallic wire feeding mechanism A is used for longitudinally providing longitudinal metallic wire; Be placed on the portion transverse wire feeding mechanism B of longitudinal metallic wire feeding mechanism A front, be used on the direction vertical, providing portion transverse wire with vertical cardinal principle; Be placed on the portion transverse wire feeding mechanism B, under clamping device C, it comprises anchor clamps 100 and clip container 6, is used to use the fixedly crosspoint of longitudinal metallic wire and portion transverse wire of clip Z; Be arranged in the woven wire releasing device D below the clamping device C, be used for discharging woven wire from clamping device C; And the wire-net withdrawal unit E that is placed on clamping device C front, be used for the interrupted woven wire that discharges by woven wire releasing device D of twitching.
The direction that the term that uses in this specification " front " expression longitudinal metallic wire advances in woven wire manufacturing equipment of the present invention.
As shown in Figure 1, longitudinal metallic wire feeding mechanism A is placed on the rear end part of pedestal 1, forwards upwards provides longitudinal metallic wire in apparatus of the present invention.
Longitudinal metallic wire feeding mechanism A comprises a plurality of bobbins 2, is twining longitudinal metallic wire X around each bobbin.Be arranged in the wire arranger 3 of bobbin 2 fronts, guiding is also arranged many longitudinal metallic wire X that discharge from bobbin 2.Place a pair of arranger roller 4 in the front of wire arranger 3, it comprises that one is gone up arranger roller and a underdrive device roller.Upper and lower arranger roller has a plurality of grooves that form around it, longitudinal metallic wire X passes along these grooves.Underdrive device roller 4 has the roller gear 10 that forms at the one end, and it is connected with motor 8 by chain 9.Motor 8 is placed on bottom one side of pedestal 1, drive transmission roller 4.Upper and lower arranger roller is rotated with different directions from each other, thereby the longitudinal metallic wire between them is moved forward.
In addition, another that longitudinal metallic wire feeding mechanism A comprises the guider roller 7 that is installed in arranger roller 4 forward lower part, be arranged in guider roller 7 fronts be to arranger roller 5, and be installed in another to another guider roller 7 before the arranger roller 5.
With reference to Fig. 1, longitudinal metallic wire feeding mechanism A is described below is used to operation that longitudinal metallic wire X is longitudinally advanced.When motor 8 work that is installed in pedestal 1 middle part, the chain 9 that motor reel and roller gear 10 are connected together makes arranger roller 4 rotations.Because the rotation of arranger roller 4, the longitudinal metallic wire X that will be wrapped on a plurality of bobbins 2 by wire arranger 3 is extracted in the arranger roller 4.
The longitudinal metallic wire X that is drawn out of passes arranger roller 4, is directed to the guide roller 7 that is placed on front portion, arranger roller 4 lower end.Then, longitudinal metallic wire X passes another to arranger roller 5, and arrives the portion transverse wire feeding mechanism by other guide roller 7, and the back will make an explanation to this.
Fig. 2 to Fig. 5 is vertical view and the cross-sectional view of portion transverse wire feeding mechanism B of the present invention.Fig. 2 to Fig. 5 illustrates the first, second, third and the 4th step that portion transverse wire Y is offered woven wire manufacturing equipment of the present invention respectively.
Referring to figs. 1 through Fig. 5, describe the structure of portion transverse wire feeding mechanism B of the present invention in detail.Portion transverse wire feeding mechanism B provides portion transverse wire Y with specific interval to the longitudinal metallic wire X that longitudinally advances.
Portion transverse wire feeding mechanism B comprises: be wound with around two the bobbin 2 of portion transverse wire Y '; Transversal wire guide 21 is used to guide the portion transverse wire Y from bobbin 2 ' release, and it is installed in the side of substrate 1-3; And the portion transverse wire wire grip 25 that is installed in substrate 1-3 opposite side.Substrate 1-3 is an elongated shape, and it extends along horizontal direction.Those skilled in the art should be appreciated that, according to the design of waiting to make woven wire, can provide single bobbin.
Portion transverse wire wire grip 25 comprises transversal wire cylinder 26, be connected transversal wire cylinder 26 1 sides and before and after the bar 27 that moves around; Be formed on the tweezers 28 of bar 27 1 ends, the tweezers that are connected the top of transversal wire cylinder 26 and are used to move up and down transversal wire cylinder 26 are cylinder 29 up and down.This bar can contact transversal wire guide 21 by the operation of horizontal cylinder 26.
The structural form of tweezers 28 is opened it when advancing, close when retreating.Specifically, tweezers 28 are three bursts of fork-shaped formulas, in the middle of it one for fixing, in the middle of the side thigh of two " L " shapes is connected in hinging manner on one, thus when it moves forward and backward respectively closure or openness tweezers 28.
With reference to Fig. 2 to Fig. 5, the following describes the operation that portion transverse wire feeding mechanism B is used for longitudinally providing portion transverse wire Y.
As shown in Figure 2, longitudinal metallic wire X is introduced portion transverse wire feeding mechanism B, and be placed in the longitudinal fluting of clamping plate 150.In addition, portion transverse wire Y is fixed in the transversal wire holder 22 of transversal wire guide 21, and is placed in its portion transverse wire transmission device 23.Under this state, operation is placed on the transversal wire cylinder 26 of the portion transverse wire wire grip 25 of transversal wire guide 21 opposite sides, so that bar 27 moves forward, and picks up two gangs of portion transverse wire Y by the tweezers 28 that are connected bar 27 1 ends, as shown in Figure 3.After this, when because the operation of transversal wire cylinder 26 and when bar 27 return its home position, two gangs of portion transverse wire Y being placed on the longitudinal metallic wire X that is guided forward, as shown in Figure 4.Then, be connected the tweezers portion transverse wire of cylinder 29 on the being placed on portion transverse wire transmission device 23 cylinder 29 ' decline up and down up and down on transversal wire cylinder 26 tops, thereby portion transverse wire Y is placed on the longitudinal metallic wire X, longitudinal metallic wire X is placed in the groove of clamping plate 150, as shown in Figure 5.Portion transverse wire Y is placed in the transverse concave groove of clamping plate 150.
Fig. 6 is the overall perspective of clamping device C of the present invention.Fig. 7 shows the lateral cross section of clamping device among Fig. 6.Fig. 8 shows the longitudinal cross-section of clamping device among Fig. 6.Fig. 9 to Figure 14 illustrates the longitudinal cross-section of this clamping device, has wherein shown the consecutive steps that clip is provided.Figure 15 shows the longitudinal cross-section of anchor clamps in this clamping device, and a series of clamping steps wherein have been described.
With reference to Fig. 1 and Fig. 6 to Figure 19, describe the structure of clamping device C of the present invention in detail.As mentioned above, vertical and portion transverse wire is placed on respectively in the vertical and horizontal groove of clamping plate 150.Extremely shown in Figure 19 as Fig. 1 and Fig. 6, clamping device C of the present invention is used for providing clip Z to the crosspoint of vertical and portion transverse wire, and clamps the crosspoint by reducing anchor clamps 100 usefulness clip Z.
Clamping device C of the present invention comprises a pair of clip container 6, and they are placed on the front and back of portion transverse wire generator B respectively.Clip container 6 comprises bending clamp, and each clip container provides a clip Z to the crosspoint of each portion transverse wire Y and a plurality of longitudinal metallic wire X, can understand this point from Figure 25, will be explained below.
In clamping device C of the present invention, be provided for guiding the first clamp guider 61 of clip Z in the place ahead of clip container 6.First clamp guider 61 is " L " shape, can before and after, move up and down.Clip direction recess 62 is provided on first clamp guider 61.Clip direction recess 62 comprises many grooves.In addition, two first clamp guiders front and back cylinders 63 have been installed on the front surface of first clamp guider 61.
With first clamp guider 61 relative directions on second clamp guider 64 has been installed.Second clamp guider 64 is " L " shape, can before and after, move up and down.
Clamping device C of the present invention has the first clamp guide up-and-down plate 65 that is installed on first, second clip guide 61,64.First clamp guide up-and-down plate 65 is tabular, can move up and down first, second clip guide 61,64.In addition, place first clamp guide up-and-down plate cylinder 66, so that its operation panel 65 up and down by the through hole that is formed in the first clamp guide up-and-down plate 65.
In order to stop and the fixing clip Z that is introduced, the 3rd clip guide 67 that separates with first clamp guider 61 is installed.The 3rd clip 67 is " L " shape.On the 3rd clip guide 67, place the first intermediate holder plate 125.The first intermediate holder plate 125 has a plurality of through holes.Pass through hole two the 3rd clip guide up-and-down plate cylinder 68 are installed on the first intermediate holder plate 125, so that operation panel 125 up and down.
Referring again to Fig. 9 to Figure 14, will explain in more detail that below clamping device C is used for providing from clip container 6 operation of clip Z.
At first, along clip direction recess 62 guiding of first clamp guider 61 a plurality of clip Z from two clip container 6.Then, clip Z arrives the 3rd clip guide 67, and it separates placement with the second clamp guider 64 that is connected to first clamp guider 61, as shown in Figure 9.
Afterwards, as shown in figure 10, reduce first, second and the 3rd clip guide 61,64,67, to discharge clip Z, as shown in figure 10 from clip guide 61,64,67 by cylinder about cylinder 66 about the first clamp guider and the 3rd clip guide 68.
Then, operate cylinders 63 before and after two first clamp guiders that are arranged in first clamp guider 61 the place aheads, so that first, second clip guide 61,64 retreats, as shown in figure 11.
Lift the first clamp guide up-and-down plate cylinder 66 that is installed in first, second clip guide 61,64 tops,, second clamp guider 64 is fixed under the clip Z, as shown in figure 12 to lift first, second clip guide 61,64.
Then, operation is placed on two first clamp guiders front and back cylinders 63 of first clamp guider 61 fronts, by first, second clip guide 61,64 clip Z is advanced, as shown in figure 13.
As shown in figure 14, operation is placed on the 3rd clip guide up-and-down plate cylinder 68 of the 3rd clip guide 67 tops, lifting the 3rd clip guide 67, thereby first, second and the 3rd clip guide is fixed under the clip Z.
Repeat above-mentioned steps, to provide clip Z continuously to woven wire manufacturing equipment of the present invention.
With reference to Fig. 6, Fig. 7 and Figure 16 to Figure 19, the detailed construction of anchor clamps 100 among the clamping device C is described below.
With hydraulic way chucking operation 100.Anchor clamps 100 comprise a upper plate 102, lower plate 103 and two press cylinders 101 that are installed on the upper plate 102.By four press post 104 with upper plate 102 and 103 vertical separating of lower plate.One end of each press post 104 is fixed on four jiaos of lower plate 103, and its other end passes through hole and is placed on four jiaos of upper plate 102, thus upper plate 102 can move up and down along press post 104, as shown in Figure 6.
Under upper plate 101, last horizontal leveler 105 is connected in the middle with following horizontal leveler 106.Utilize a carriage that horizontal leveler 105 and following horizontal leveler 106 are interconnected each other, as shown in Figure 7.
Under the upper plate 102 of anchor clamps 100, will go up jig plate 120 and be connected on the upper and lower horizontal leveler 105,106 with lower press plate 125.The structure of upper and lower jig plate 120,125 can rise and descend it with the upper plate 102 of anchor clamps 100.In last jig plate 120, form a through hole, place an end of bumper post 124 to pass this through hole.The other end of bumper post is fixed on the lower press plate 125.Therefore, at anchor clamps 100 duration of works, the relative position of upper and lower jig plate 120,125 is fixed.In addition, a spring 126 is installed between upper and lower jig plate 120 and 125, is made upper and lower jig plate 120,125 keep mutually isolating.
As shown in Figure 7, last jig plate 120 has a plurality of connections clip cutter pin 121 in its lower section.Lower press plate 125 has a plurality of through holes, and the position of each through hole is corresponding with the position of each clip cutter pin 121.Therefore, when upper and lower jig plate 120 and 125 mutually near the time, clip cutter pin 121 can move along through hole.
In addition, as shown in Figure 6, last jig plate 120 has cutting blade 130 on the portion transverse wire that links to each other with the one end, and the position corresponding to cutter 130 on clamping plate 150 forms transversal wire cutter lower blade 131.Therefore, when reducing anchor clamps 100, can cut portion transverse wire Y.
With reference to Figure 14 to Figure 20, will explain that in detail anchor clamps 100 are used to clamp the operation of woven wire.
Figure 15 shows the longitudinal cross-section of anchor clamps in this clamping device, and its original state wherein has been described.As shown in figure 15, on clamping plate 150, carry out clamping process.As mentioned above, longitudinal metallic wire X is placed in the longitudinal fluting of clamping plate 150, and portion transverse wire Y is placed in the transverse concave groove of clamping plate 150, is positioned on the longitudinal metallic wire X.Then, provide clip Z to the crosspoint of longitudinal metallic wire X and portion transverse wire Y.After this, the press cylinders 101 of chucking operation 100 makes the upper plate 102 of anchor clamps 100 descend along press post 104.
With reference to Figure 16, when the upper plate 102 of anchor clamps 100 descended, upper and lower jig plate 120,125 was lowered, and up to lower press plate 125 contact clamps 150, kept its level by upper and lower horizontal leveler 105,106 simultaneously.
Then, lower press plate 125 no longer descends, and still resists the active force of spring 126 along bumper post 124 declines but go up jig plate 120.
Between last jig plate 120 decrement phases, a plurality of clip cutter pin 121 are passed the through hole that is formed in the lower plate 125.Make clip Z and each clip independent separate by clip cutter pin 121, clamp longitudinal metallic wire X and portion transverse wire Y by clamp them from the top simultaneously.Simultaneously, utilize the upper and lower cutting blade 130,131 of the portion transverse wire that is connected on the upper and lower jig plate 120,125 to cut off portion transverse wire Y.Specifically, the side of clamping plate 150 is placed in the transverse concave groove of clamping plate 150 as 131, two gangs of portion transverse wire Y of transversal wire cutter lower blade.Therefore, when cutting blade on the portion transverse wire with two corresponding recesses 130 descended, portion transverse wire Y was cut off by two grooves of cutter 130.In anchor clamps state as shown in figure 17, carry out these processes.
As shown in figure 18, when anchor clamps 100 were reversed operation, the upper plate 102 of anchor clamps 100 and last jig plate 120 were lifted along the bumper post 124 that is fixed on the lower press plate 125, and lower press plate 125 is remained on the clamping plate 150 by the active force of spring 126.At this moment, along the through hole that is formed in the lower press plate 125 a plurality of clip cutter pin 121 are lifted.Along with upper plate 102 continuation of anchor clamps 100 are risen,, make lower press plate 125 along with last jig plate 120 is lifted together by being arranged between lower press plate 125 and the last jig plate 120 and coupled spring 126.Simultaneously, the bumper post 24 that is fixed on the lower press plate 125 is lifted.
Figure 20 is the longitudinal cross-section that shows woven wire releasing device D of the present invention, and this device is used for discharging the woven wire that clamps according to above-mentioned a series of processes from clamping plate 150.As shown in figure 20, releasing device D of the present invention comprises: be placed on the release cylinder 151 under the clamping plate 150; Be placed on clamping plate 150 and discharge between the cylinder 151 and be connected to the release lifter plate 152 that discharges cylinder 151; And the release lifter pin 153 that is connected to release lifter plate 152.Discharge lifter pin 153 parts and be placed in the through hole that is formed in the clamping plate 150, make an end that discharges lifter pin 153 upwards promote clamped woven wire, and it is discharged from clamping plate 150.The other end that discharges lifter pin 153 is connected to and discharges lifter plate 152.
The operation of releasing device D of the present invention is described below with reference to Figure 20.
As mentioned above, clamped woven wire is arranged in the horizontal and vertical groove of clamping plate 150.At this moment, if operation discharges cylinder 151, be connected the release lifter plate 152 that discharges on the cylinder 151 and move up.Simultaneously, be connected the release lifter pin 153 that discharges lifter plate 152 and upwards lifted, thereby clamped woven wire is therefrom upwards discharged along the through hole that is formed in the clamping plate 150.
Figure 21 to Figure 24 is the longitudinal cross-section figure of wire-net withdrawal unit E of the present invention; Wherein the series of steps of woven wire is twitched in explanation.Wire-net withdrawal unit E is placed on the front of clamping device C, is used to twitch woven wire constructed in accordance.
See figures.1.and.2 1 to Figure 24, wire-net withdrawal unit E comprises: drawer body 74; Drawer up-and-down cylinder 72; Be connected the first wire grip plate 73 of drawer up-and-down cylinder 72 lower ends; Be placed on the second wire grip plate 75 on drawer body 74 tops, it can work in coordination with secure wire mesh with the first wire grip plate 73; Be used to move forward and backward the front and back cylinder 76 of drawer body 74; Be arranged in the wire grip guider of drawer body 74 bottoms, be used for the guide wire silk screen and twitch device E, it is moved along the wire grip guider; And be used to limit the retainer that drawer body 74 moves.
With reference to Figure 21 to Figure 24, will explain the operation of wire-net withdrawal unit E of the present invention below.
At first, operation is placed on cylinder 72 before and after the wire grip of drawer body 74 fronts, so that mobile agent 74 backward, as shown in figure 21.The drawer up-and-down cylinder 72 that is placed on drawer body 74 tops descends, and woven wire can be fixed between the first wire grip plate 73 and the second wire grip plate 75, as shown in figure 22.After this, operate wire grip front and back cylinder 76 once more, to move forward drawer body 74, return its reset condition promptly, thereby retract the woven wire that remains between first, second wire grip plate 73,75, in other words, clamped woven wire is longitudinally advanced, as shown in figure 23.After this, lift drawer up-and-down cylinder 72, as shown in figure 24.Repeat above step, woven wire constructed in accordance is retreated continuously or advance.
Figure 25 explanation is according to the woven wire of one embodiment of the invention manufacturing.Many longitudinal metallic wire X are by parallel placement, and a pair of portion transverse wire Y longitudinally is placed on the longitudinal metallic wire X with specific interval.Vertically, clamp with clip Z in the crosspoint of portion transverse wire X, Y.In the aforesaid embodiment of the invention, clamp a pair of portion transverse wire Y with specific interval, but the person of ordinary skill in the field should be appreciated that according to the present invention and can use single transversal wire.Correspondingly, can construct woven wire manufacturing equipment, also can carry out corresponding operating it corresponding to single transversal wire.
Figure 26 shows the cross section that comprises the clip Z in the clip container 6 of the present invention, and Figure 27 shows the perspective view that is included in the clip Z in the clip container 6.
As Figure 26 and shown in Figure 27, on clip container 6, twine a plurality of clips, be generally the milled sheet mode, make that the clip number that provides simultaneously is identical with the number of longitudinal metallic wire X.
Specifically, according to the present invention, clip container 6 comprises a plurality of clips.Clip Z aligns with matrix-style, and the placement location of each clip Z is corresponding to each crosspoint of vertical, portion transverse wire X, Y.Therefore, can dispose this clip container 6, make its clip number that provides simultaneously equal the number of longitudinal metallic wire X.
As mentioned above, woven wire manufacturing equipment of the present invention comprises several automation equipments, thereby can increase work efficiency, and then has improved productivity ratio because shorten working hours.In addition, unified woven wire can be made, thereby the defect rate in the product can be reduced.In addition, in woven wire constructed in accordance, use clamp vertical and horizontal wire, thereby improved connection power between the two, and then improved durability and rigidity.
Though invention has been described with reference to specific description embodiment, it is not subjected to the restriction of embodiment, and only is subjected to the restriction of appended claims.It is to be appreciated that those skilled in the art that and on the basis that does not exceed scope of the present invention and purport, to change these embodiments or to revise.
Claims (14)
1. woven wire, it comprises the portion transverse wire Y of two row each intervals, one preset space length, this portion transverse wire Y is placed on many longitudinal metallic wire X, repeats and construct continuously above pattern, and this woven wire also is included in the clip Z that it is vertical, place, the crosspoint of portion transverse wire forms.
2. equipment that is used to make woven wire, it comprises: longitudinal metallic wire supply A; Transversal wire supplier may B in the formation of front surface center one side; Clamping device C is formed at the upper and lower side of transversal wire supplier may B and comprises anchor clamps 100 and clip container 6; Be formed at the woven wire releasing device D of clamping device C downside; And the wire-net withdrawal unit E that is formed at the clamping device rear portion.
3. equipment as claimed in claim 2 wherein, is placed longitudinal metallic wire supply A at the upside of pedestal 1, is used for longitudinal metallic wire X longitudinally is provided, and comprises:
A plurality of bobbins 2 are placed on the rear of pedestal 1, and are all twining longitudinal metallic wire X around each bobbin;
Be placed on the wire arranger 3 of bobbin 2 front sides, be used to guide and place many longitudinal metallic wires that discharge by a plurality of bobbins 2;
Be installed in the arranger roller 4 of wire arranger 3 front sides, it forms in pairs;
Be formed at the roller gear 10 of underdrive device roller 4 one sides, be used to make portion transverse wire Y to be passed in a plurality of grooves that form on this underdrive device roller 4;
Be installed in the motor 8 of pedestal 1 below one side, be used for driving the arranger roller 4 that links to each other with roller gear 10 by chain 9; Be formed at the guide roller 7 of arranger roller 4 front downsides;
Another that is formed at guide roller 7 front sides is to arranger roller 5;
And another guide roller 7 that is formed at the front side of another arranger roller 5.
4. equipment as claimed in claim 2, wherein, transversal wire supplier may B is used for providing portion transverse wire Y with specific interval to the longitudinal metallic wire X that longitudinally provides, and with the manufacturing woven wire, and comprises:
Two separation be installed in the bobbin 2 of equipment side ', it is wound with portion transverse wire Y;
Be installed in the transversal wire guide 21 of substrate 1-3 one side, be used to guide be wrapped in two bobbins 2 ' on portion transverse wire Y;
Be formed at substrate 1-3 opposite side and be positioned at the portion transverse wire wire grip 25 of transversal wire guide 21 opposite sides;
Wherein, portion transverse wire wire grip 25 comprises:
Transversal wire cylinder 26;
The bar that is formed at transversal wire cylinder 26 1 sides and moves forward and backward;
Be connected the tweezers 28 on transversal wire cylinder 26 tops, it is opened when advancing, closure when retreating;
The tweezers that are connected to transversal wire cylinder 26 tops and move up and down transversal wire cylinder 26 are cylinder 29 up and down, wherein tweezers 28 are trident thigh form, one is fixing wherein, the side thigh of two " L " shapes all is connected to tweezers with hinging manner, thus its respectively forward, opening and closing tweezers when mobile backward.
5. equipment as claimed in claim 2, wherein, in clamping device C, the portion transverse wire Y that is placed on the longitudinal metallic wire X is placed on the clamping plate 150, clamping device C comprises a plurality of vertical and horizontal grooves, and a clip Z wherein is provided on the crosspoint of longitudinal metallic wire X and portion transverse wire Y, reduces anchor clamps 100 then, to make woven wire, clamping device C comprises:
Be positioned at comprising of front side and rear side crooked clip and to two row portion transverse wire provide comprise two clip container 6 of clip, the longitudinal metallic wire X that is positioned on the clamping plate 150 contacts with two portion transverse wire Y, wherein, the crooked clip Z number that comprises of clip container 6 longitudinal metallic wire X number to that indicated in the drawings is identical;
Be positioned at the front side and be the first clamp guider 61 of " L " shape, be used to guide crooked clip Z separately;
Clip direction recess 62, it has a plurality of grooves that are formed at first clamp guider 61 upsides, is used to guide clip Z;
Be formed at the first clamp guider front and back cylinder 63 of first clamp guider 61 anterior sides;
With first clamp guider 61 relative L-shaped second clamp guiders 64, be used for moving forward and backward up and down with first clamp guider 61;
Form the first clamp guide up-and-down plate 65 of first clamp guider 61 and second clamp guider 64 upsides, be used for mobile up and down first clamp guider 61 and second clamp guider 64;
Two first clamp guiders that are formed at 65 ones one sides of first clamp guide up-and-down plate are cylinder 66 up and down, and wherein cylinder passes the through hole that is formed in the first clamp guide up-and-down plate 65, thereby operates first clamp guide up-and-down plate 65 up and down;
" L " shape the 3rd clip guide 67 that is positioned at first clamp guider 61 front sides and separates with it is used to stop and supporting the clip of being introduced;
Be positioned on the 3rd clip guide 67, have a lower press plate 125 of a plurality of through holes;
And two the 3rd clip guide up-and-down plate cylinder 68 that are formed at lower press plate 125 tops one side, one of them cylinder passes the through hole of lower press plate 125, thus operation up and down.
6. equipment as claimed in claim 2, wherein, utilize air-operated anchor clamps 100, and comprise:
A tabular upper plate 102, it is inner to form two press cylinders 101, moves up and down along the press post 104 of anchor clamps 100;
Be formed at four press post of lower plate 103 upsides, respectively be passed in the through hole of the quadrangle one-tenth of upper plate;
Horizontal leveler on the circle that upper plate 101 center downsides form, it is connected to the following horizontal leveler 106 that forms at downside by the carriage at center;
The following horizontal leveler 106 that links to each other with last horizontal leveler 105 by carriage 110;
Jig plate 120 in the downside formation of descending horizontal leveler 106, it rises or descends with upper plate 101;
Last jig plate;
Be connected to a plurality of clip cutter pin 121 of jig plate 120 bottoms, be used to cut clip Z;
Bumper post through hole (not shown), it is separated from one another that two bumper posts 124 that form on last jig plate 120 pass this bumper post through hole;
Lower press plate 125, it has two the upper and lower side and the buffer posts 124 separated from one another that are formed at jig plate 120, and has the through hole (not shown) of similar number, makes a plurality of cutter pin 121 can pass the upper and lower part;
Be formed at the upper and lower cutting blade 130,131 of portion transverse wire of upper and lower jig plate 120,125 1 side ends;
Be connected in a plurality of springs 126 between jig plate 120 and the lower press plate 125.
7. equipment as claimed in claim 2, wherein woven wire releasing device D is formed at the downside of clamping plate 1, and clamping plate 1 have vertical, the transverse concave groove that forms thereon, and are included in the release lifter pin 153 of the below formation of groove one side; Be connected to the release lifter plate 152 of release lifter pin 153 downsides, the bottom that wherein discharges the center of lifter plate 152 is formed at the end that discharges cylinder 151.
8. equipment as claimed in claim 2, wherein wire releasing device D is formed at the rear end of clamping device C, is used for being released in the woven wire that clamping device C clamps, and woven wire releasing device D comprises:
The drawer up-and-down cylinder 72 that forms in the upper end, and can move up and down;
The first wire grip plate 73 that forms in the end of drawer up-and-down cylinder 72;
The drawer body 74 that forms at the downside of the first wire grip plate 73;
Be formed at the second wire grip plate 75 of drawer body 74 upsides, it is with the first wire grip plate, 73 support metal silk screens;
Be formed at the wire grip front and back cylinder 76 of drawer body 74 1 sides, it moves forward and backward drawer body 74;
Be formed at the wire grip guider 75 of drawer body 74 lower ends one side, be used for guiding the drawer body 74 that moves; And the retainer 77 that forms in wire grip guider 75 front sides.
9. method of making woven wire, it comprises:
First process (longitudinal metallic wire X supply process)
Wherein, longitudinal metallic wire X longitudinally is provided, operation is installed in the motor 8 of pedestal 1 bottom at middle part, come rotary actuator roller 4 by the roller gear 10 that rotates the arranger roller 4 that links to each other with the axle of motor 8 then, by wire arranger 3 longitudinal metallic wire X is pulled in the arranger roller 4 from a plurality of bobbins 2 simultaneously, bobbin 2 is placed on the upside of pedestal 1, and is twining longitudinal metallic wire X around it;
Wherein, the longitudinal metallic wire X that is pulled out passes arranger roller 4, is directed to guide roller 7, passes another to arranger roller 5, passes another guide roller 7 that is formed at another arranger roller 5 front sides, and arrives portion transverse wire Y feeding mechanism;
Second process (portion transverse wire Y supply process)
Wherein, provide portion transverse wire Y to the upside of the longitudinal metallic wire X that provides along the longitudinal with fixed intervals in order to make woven wire;
Wherein, when portion transverse wire Y is provided as mentioned above, portion transverse wire Y come self-separation be installed in two bobbins 2 of equipment side ', twining portion transverse wire Y above, itself and transversal wire guide 21 relative (first portion transverse wire supply step), the transversal wire cylinder 26 of operation portion transverse wire wire grip 25, bar 27 is advanced, the tweezers 28 that utilization forms in the end of bar 27 are picked up two gangs of portion transverse wire Y (second portion transverse wire supply step) that are placed in the portion transverse wire transmission device, this portion transverse wire transmission device is installed in the front side of transversal wire guide 25, when transversal wire cylinder 26 is placed into its home position (the 3rd portion transverse wire supply step), two gangs of portion transverse wire Y are placed on the longitudinal metallic wire X, reduce tweezers cylinder 29 up and down then, the portion transverse wire that will be formed at portion transverse wire transmission device 23 upsides simultaneously is cylinder 29 ' be placed on opposite side up and down, then portion transverse wire Y is placed on the top of longitudinal metallic wire X and is arranged in the groove (the 4th portion transverse wire supply step) of the clamping plate 150 of downside;
The 3rd process (clip Z supply process)
Wherein, clip direction recess 62 along first clamp guider 61 guides a plurality of bendings and continuous clip Z respectively from two clip container 6, arrive the 3rd clip guide then, this 3rd clip guide and the second clamp guider 64 that is connected on the first clamp guider 61 are separated (first clamp supply step);
The 3rd clip guide up-and-down plate cylinder 68 that is installed in the upper and lower plate cylinder 66 of first clamp guider of first, second clip guide 61,64 upsides and is installed in the 3rd clip guide 67 upsides is lowered, discharge clip Z (second clamp supply step) by reducing first, second clip guide 61,64 and the 3rd clip guide 67 from clip guide, two first clamp guiders front and back cylinders 63 that are formed at first clamp guider 61 front sides one side by operation make first, second clip guide 61,64 retreat (the 3rd clip supply step);
The first clamp guide up-and-down plate cylinder 66 that is installed in first, second clip guide 61,64 upsides is raised, and second clamp guider 64 is fixed on the downside (the 4th clip supply step) of clip Z by first, second clip guide 61,64 that raises;
Operate cylinders 63 before and after two first clamp guiders that are formed at first clamp guider 61 fronts one side, by making before first, second clip guide 61,64 and then making clip Z advance (the 5th clip supply step);
Operate the 3rd clip guide cylinder 68 up and down, by the 3rd clip guide 67 that raises the 3rd clip guide 67 and first, second clip guide 61,64 are fixed on (the 6th clip supply step) under the clip Z, the state that clip is provided and first clamp are supplied the state identical (repetition aforesaid operations) in the step;
The 4th process (clamping process)
Wherein, on clamping plate 150, carry out the 4th process, as mentioned above clip Z is placed the portion transverse wire Y on the longitudinal metallic wire X of clamping plate 150 tops, clip Z is provided in the crosspoint of vertical and horizontal wire X, Y (clamping the beginning process), reduce anchor clamps top 100 along four press post 104 that form in the corner, by chucking operation cylinder 101, utilize the circular upper and lower horizontal leveler 105,106 that is formed at upper plate 101 center downsides to keep the level on anchor clamps top simultaneously
Reduction be formed at following horizontal leveler 106 downsides on, lower press plate 120,125 o'clock, touch a protrusion of lower press plate 125, make its reduction (the first anchor clamps decline step), lower press plate 125 stops and no longer descending, the clip cutter pin 121 that is connected to jig plate 120 downsides then continues to descend along bumper post 124, be positioned at, lower press plate 120, a plurality of clip cutter pin 121 between 125 are passed a plurality of through holes that are formed in the lower press plate 125, the upside of the compressing clip Z that provides, cut a plurality of clip Z that hauled out and link to each other so that its independent separate, when clamping, utilize cutting blade 130 and the transversal wire cutter lower blade 131 cut-out portion transverse wire Y (the second anchor clamps decline step) that are formed at lower press plate 125 1 sides on the portion transverse wire of last jig plate 120 1 sides;
Contrary operation anchor clamps 100 make its rising, lower press plate 125 keeps stopping simultaneously, upper plate 102, last jig plate 120 and a plurality of clip cutter pin 121 are passed a plurality of through holes that are formed in the lower press plate 125, and be raised that (first clamps step, with reference to Figure 19), the spring 126 that is connected lower press plate 125 downsides is with the bumper post 124 that the is installed in lower press plate 125 upsides lower press plate 125 (second clamps step) that raises;
The 5th process (woven wire dispose procedure)
Wherein, in clamping plate 150, carry out after the clamping process, the release cylinder 151 that is formed at downside by operation rises the release lifter plate 152 that is formed at release cylinder 151 ends, simultaneously, raise by groove and be formed at the release lifter pin 153 that discharges lifter plate 152 tops one side and be released in woven wire in the vertical and horizontal groove of clamping plate 150 along clamping plate 150;
The 6th process (woven wire twitch process)
Wherein, be installed in the wire grip front and back cylinder 76 of drawer body 74 rear sides that are formed on the clamping device C rear surface by operation, drawer body 74 is advanced, afterwards, be formed at the drawer up-and-down cylinder 72 of drawer body 74 upsides by reduction, woven wire can be placed and be fixed on the first wire grip plate 73 that is formed at drawer up-and-down cylinder 72 ends and be formed between the second wire grip plate 75 of drawer body 74 upsides, then, once more by cylinder 76 before and after the operation wire grip, drawer body 74 is retreated, thereby when twitching fixing woven wire, come the lifting drawer up-and-down cylinder by operation drawer up-and-down cylinder 72 again, and repeat aforesaid operations.
10. method as claimed in claim 9, wherein, in order to make woven wire, second process (portion transverse wire Y supply process) is used for portion transverse wire Y being placed on the longitudinal metallic wire X that provides along the longitudinal direction with fixed intervals;
Wherein, when portion transverse wire Y is provided as mentioned above, portion transverse wire Y come self-separation be installed in two bobbins 2 of equipment side ', twining portion transverse wire Y above, itself and transversal wire guide 21 relative (first portion transverse wire supply step), the transversal wire cylinder 26 of operation portion transverse wire wire grip 25, bar 27 is advanced, the tweezers 28 that utilization forms in the end of bar 27 are picked up two gangs of portion transverse wire Y (second portion transverse wire supply step) that are placed in the portion transverse wire transmission device, this portion transverse wire transmission device is installed in the front side of transversal wire guide 25, when transversal wire cylinder 26 is placed into its home position (the 3rd portion transverse wire supply step), two gangs of portion transverse wire Y are placed on the longitudinal metallic wire X, reduce tweezers cylinder 29 up and down then, the portion transverse wire that will be formed at portion transverse wire transmission device 23 upsides simultaneously is cylinder 29 ' be placed on opposite side up and down, then portion transverse wire Y is placed the top of longitudinal metallic wire X and is arranged in the groove (the 4th portion transverse wire supply step) of the clamping plate 150 of downside.
11. method as claimed in claim 9, wherein, in the 3rd process (clip Z supply process):
Clip guide groove 62 along first clamp guider 61 guides a plurality of bendings respectively and is connected clip Z from two clip container 6, the second clamp guider 64 that makes clip touch and be connected first clamp guider 61 is then separated the 3rd clip guide (first clamp supply step) of placing, be installed in first, second clamp guider 61, on the first clamp guider of 64 upsides, lower plate cylinder 66 is lowered with the 3rd clip guide up-and-down plate cylinder 68 that is installed in the 3rd clip guide 67 upsides, by reducing by first, second clamp guider 61, the 64 and the 3rd clip guide 67 discharges clip Z (second clamp supply step) from clip guide;
Be formed at cylinders 63 before and after two first clamp guiders of first clamp guider 61 fronts one side by operation, make first, second clip guide 61,64 retreat (the 3rd clip supply step);
The first clamp guide up-and-down plate cylinder 66 that is installed in first, second clip guide 61,64 upsides is raised, and second clamp guider 64 is fixed on the downside (the 4th clip supply step) of clip Z by first, second clip guide 61,64 that raises;
Operate cylinders 63 before and after two first clamp guiders that are formed at first clamp guider 61 fronts one side, by making before first, second clip guide 61,64 and then making clip Z advance (the 5th clip supply step);
Operate the 3rd clip guide cylinder 68 up and down, the 3rd clip guide 67 is fixed on (the 6th clip supply step) under the clip Z with the 3rd clip guide 67 and first, second clip guide 61,64 by raising;
The state that clip is provided is identical with state in the first clamp supply step.
12. method as claimed in claim 9 wherein, is carried out this process (clamping process) on clamping plate 150:
As mentioned above clip Z is placed the portion transverse wire Y on the longitudinal metallic wire X of clamping plate 150 tops, clip Z is provided in the crosspoint of vertical and horizontal wire X, Y (clamping the beginning process), reduce anchor clamps top 100 along four press post 104 that form in the corner, by the operation of chucking operation cylinder 101, utilize the circular upper and lower horizontal leveler 105,106 that is formed at upper plate 101 center downsides to keep the level on anchor clamps top simultaneously;
Reduction be formed at following horizontal leveler 106 downsides on, lower press plate 120,125 o'clock, touch a protrusion of lower press plate 125, make its reduction (the first anchor clamps decline step), lower press plate 125 is stopped and no longer descends, the clip cutter pin 121 that is connected to jig plate 120 downsides then continues to descend along bumper post 124, be positioned at, lower press plate 120, a plurality of clip cutter pin 121 between 125 are passed a plurality of through holes that are formed in the lower press plate 125, the upside of the compressing clip Z that provides, cut a plurality of clip Z that hauled out and link to each other so that its independent separate, when clamping, utilize cutting blade 130 and the transversal wire cutter lower blade 131 cut-out portion transverse wire Y (the second anchor clamps decline step) that are formed at lower press plate 125 1 sides on the portion transverse wire of last jig plate 120 1 sides;
Contrary operation anchor clamps 100 make its rising, lower press plate 125 keeps stopping simultaneously, upper plate 102, last jig plate 120 and a plurality of clip cutter pin 121 are passed a plurality of through holes that are formed in the lower press plate 125, and be raised that (first clamps step, with reference to Figure 19), the spring 126 that is connected lower press plate 125 downsides is with the bumper post 124 that the is installed in lower press plate 125 upsides lower press plate 125 (second clamps step) that raises.
13. method as claimed in claim 9, wherein, in the 5th process (woven wire dispose procedure), in clamping plate 150, carry out after the clamping process, the release cylinder 151 that is formed at downside by operation rises the release lifter plate 152 that is formed at release cylinder 151 ends, simultaneously, raise by groove and be formed at the release lifter pin 153 that discharges lifter plate 152 tops one side and discharge woven wire in the vertical and horizontal groove that is fixed on clamping plate 150 along clamping plate 150.
14. method as claimed in claim 9, wherein, in the 6th process (woven wire twitch process):
Be installed in the wire grip front and back cylinder 76 of drawer body 74 rear sides that are formed on the clamping device C rear surface by operation, drawer body 74 is advanced, afterwards, be formed at the drawer up-and-down cylinder 72 of drawer body 74 upsides by reduction, woven wire can be placed and be fixed on the first wire grip plate 73 that is formed at drawer up-and-down cylinder 72 ends and be formed between the second wire grip plate 75 of drawer body 74 upsides, then, once more by cylinder 76 before and after the operation wire grip, drawer body 74 is retreated, thereby when twitching fixing woven wire, come the lifting drawer up-and-down cylinder by operation drawer up-and-down cylinder 72 again, and repeat aforesaid operations.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020030069832 | 2003-10-08 | ||
| KR1020030069832A KR100557349B1 (en) | 2003-10-08 | 2003-10-08 | Method for Manufacturing for mash with iron wire and there's Apparatus for Manutacturing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1863619A true CN1863619A (en) | 2006-11-15 |
| CN100396398C CN100396398C (en) | 2008-06-25 |
Family
ID=34420545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004800289872A Expired - Fee Related CN100396398C (en) | 2003-10-08 | 2004-10-05 | Apparatus for and method of manufacturing wire-net |
Country Status (3)
| Country | Link |
|---|---|
| KR (1) | KR100557349B1 (en) |
| CN (1) | CN100396398C (en) |
| WO (1) | WO2005032742A1 (en) |
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| CN106944580A (en) * | 2017-03-30 | 2017-07-14 | 浦江县科创进出口有限公司 | A kind of isolation protective net production equipment |
| CN110534593A (en) * | 2019-08-30 | 2019-12-03 | 无锡携创新能源科技有限公司 | System of processing, processing method and the application method of dereliction grid cell piece copper mesh |
| CN110883278A (en) * | 2019-12-11 | 2020-03-17 | 深圳市启赋小智科技有限公司 | Back-to-back terminal wire drawing machine and wire drawing method |
| CN111112512A (en) * | 2020-02-14 | 2020-05-08 | 河北恒拓机械设备有限公司 | Horizontal gabion net machine |
| CN111687350A (en) * | 2018-05-14 | 2020-09-22 | 临海市小核桃工业设计服务部 | Weaving module of metal net processing device |
| CN113914630A (en) * | 2021-09-26 | 2022-01-11 | 青岛一建集团有限公司 | Self-walking type steel bar binding device for construction site and binding method thereof |
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| KR102245268B1 (en) * | 2019-09-11 | 2021-04-26 | 변장호 | Wire mesh press apparatus |
| KR102546538B1 (en) * | 2020-12-03 | 2023-06-22 | 주식회사 주원이앤에스 | Functional mask manufacturing apparatus |
| CN115178695A (en) * | 2022-07-11 | 2022-10-14 | 福州大学 | Automatic cutting machine for wire mesh and using method thereof |
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| JPS57154343A (en) * | 1981-03-19 | 1982-09-24 | Asahi Chem Ind Co Ltd | Method and device for forming wire net |
| JPS60179755U (en) * | 1984-05-08 | 1985-11-29 | 棚橋 基 | Welded wire mesh connection fittings |
| AT402033B (en) * | 1992-02-20 | 1997-01-27 | Evg Entwicklung Verwert Ges | METHOD AND SYSTEM FOR PRODUCING REINFORCEMENT GRIDS |
| JP2565087Y2 (en) * | 1993-01-11 | 1998-03-11 | 新日本製鐵株式会社 | Fitting for PC rebar cage and its mounting device |
| JP3055875B2 (en) * | 1996-07-01 | 2000-06-26 | 鹿島建設株式会社 | Reinforcing cage manufacturing method |
| JP3615636B2 (en) * | 1996-12-19 | 2005-02-02 | 積水樹脂株式会社 | Mesh fence |
| KR100221468B1 (en) * | 1996-12-30 | 1999-09-15 | 박동환 | Apparatus for manufacturing wire mesh |
| US5785097A (en) * | 1997-04-01 | 1998-07-28 | Bmci, Inc. | Apparatus and method for forming a flat-top chain link material in a chain link weaving machine |
| JP3742938B2 (en) * | 1997-08-14 | 2006-02-08 | 清水建設株式会社 | Rebar unit assembly equipment |
| KR100270277B1 (en) * | 1999-04-19 | 2000-10-16 | 이태수 | Device for solidarity of wire |
| KR20020043391A (en) * | 2000-12-04 | 2002-06-10 | 정기관 | A manufacture apparatus of barbed wire entanglement |
| JP2002186907A (en) * | 2000-12-20 | 2002-07-02 | Sanshin Kogyo Kk | Manufacturing method of screen net for bundled vibration screen |
| JP2004025241A (en) * | 2002-06-26 | 2004-01-29 | Asahi Steel Industry | Net for fence |
-
2003
- 2003-10-08 KR KR1020030069832A patent/KR100557349B1/en active IP Right Grant
-
2004
- 2004-10-05 CN CNB2004800289872A patent/CN100396398C/en not_active Expired - Fee Related
- 2004-10-05 WO PCT/KR2004/002540 patent/WO2005032742A1/en active Application Filing
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105562564A (en) * | 2016-03-10 | 2016-05-11 | 兖州煤业股份有限公司 | Net weaving cutter and automatic net weaving machine |
| CN106944580A (en) * | 2017-03-30 | 2017-07-14 | 浦江县科创进出口有限公司 | A kind of isolation protective net production equipment |
| CN111687350A (en) * | 2018-05-14 | 2020-09-22 | 临海市小核桃工业设计服务部 | Weaving module of metal net processing device |
| CN110534593A (en) * | 2019-08-30 | 2019-12-03 | 无锡携创新能源科技有限公司 | System of processing, processing method and the application method of dereliction grid cell piece copper mesh |
| CN110883278A (en) * | 2019-12-11 | 2020-03-17 | 深圳市启赋小智科技有限公司 | Back-to-back terminal wire drawing machine and wire drawing method |
| CN111112512A (en) * | 2020-02-14 | 2020-05-08 | 河北恒拓机械设备有限公司 | Horizontal gabion net machine |
| CN113914630A (en) * | 2021-09-26 | 2022-01-11 | 青岛一建集团有限公司 | Self-walking type steel bar binding device for construction site and binding method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| KR20050034047A (en) | 2005-04-14 |
| CN100396398C (en) | 2008-06-25 |
| KR100557349B1 (en) | 2006-03-06 |
| WO2005032742A1 (en) | 2005-04-14 |
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