CN207494461U - A kind of bifilar steel wire producing machine of protection network - Google Patents
A kind of bifilar steel wire producing machine of protection network Download PDFInfo
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- CN207494461U CN207494461U CN201720861002.9U CN201720861002U CN207494461U CN 207494461 U CN207494461 U CN 207494461U CN 201720861002 U CN201720861002 U CN 201720861002U CN 207494461 U CN207494461 U CN 207494461U
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Abstract
The utility model discloses a kind of bifilar steel wire producing machines of protection network, it is intended to provide a kind of simple in structure, suitable for producing the bifilar steel wire producing machine of protection network of bifilar steel wire, its key points of the technical solution are that, including the actinobacillus device installed successively in rack and rack, stranding device, tensioning apparatus, machine straightening device and cutter device, stranding device includes the plying motor of the plying head and driving plying head rotating for two and more than steel wire to be synthesized to one, combine head for the cylindric of hollow setting, the first end of buncher is end of incoming cables, the other end is leading-out terminal, it is upper in the symmetrically arranged head through-hole passed through for steel wire in end of incoming cables and leading-out terminal to combine head；Stranding device further includes the positioning device for deviating from driven wheel side positioned at plying head, and positioning device includes the lower platen and the top board hinged with lower platen that are fixedly connected in rack, the gap passed through for steel wire is provided between top board and lower platen.
Description
Technical field
The utility model is related to a kind of silk screen processing equipment device, more particularly to a kind of bifilar steel wire producing machine of protection network.
Background technology
It is usually needed single steel in the braiding process of the protection networks such as fence mesh, guardrail net or gabion box first
Silk plying is processed into bifilar steel wire, to improve the intensity of steel wire that braiding forms.
The buncher of the prior art is mostly for producing braided steel wire pipe, steel cord or steel wire rope etc. more, and structure is set
Complex, increase cost is counted, is not suitable for producing protection network plying steel wire.
Utility model content
The purpose of this utility model is to provide a kind of bifilar steel wire producing machine of protection network, simple in structure, suitable for producing bifilar steel
Silk.
The above-mentioned technical purpose of the utility model technical scheme is that：A kind of bifilar steel of protection network
Silk machine, including actinobacillus device, stranding device, tensioning apparatus, machine straightening device and the cutter device installed successively in rack and rack；
The actinobacillus device includes the I-beam wheel and at least one actinobacillus wheel for winding steel wire；The stranding device is included for by two
Root and more than steel wire synthesize one plying head and drive the plying motor of plying head rotating, and the plying head is hollow
What is set is cylindric, and the first end of buncher is end of incoming cables, and the other end is leading-out terminal, and the plying head is upper in end of incoming cables
With the symmetrically arranged head through-hole passed through for steel wire of leading-out terminal；The stranding device is further included positioned at plying head away from driven
The positioning device of side is taken turns, the positioning device includes the lower platen and the upper pressure hinged with lower platen that are fixedly connected in rack
Plate is provided with the gap passed through for steel wire between the top board and lower platen；The tensioning apparatus is included with multiple annular grooves
Tension gear and the tensioning motor pretended to know of driving Tension gear；The Tension gear is sequentially connected with bottom roller, the lower rolling
Wheel is located at the side that machine straightening device deviates from tensioning apparatus, is provided with above bottom roller in the rack parallel with bottom roller
Competing rubber sleeve is arranged on idler wheel, the upper roller and bottom roller outer wall.
It is stretched out through the above technical solutions, first entering two steel wires from leading-out terminal from the end of incoming cables of plying head, around
In Tension gear, by steel wire pressure holding between upper roller and bottom roller, after opening tensioning motor and plying motor, I-beam wheel and
The unwrapping wire under the pulling force effect of tensioning apparatus of actinobacillus wheel, plying motor driving plying head rotating, two steel wires are in buncher
One is synthesized under the action of head, simultaneously as Tension gear is sequentially connected with bottom roller, under the driving of tensioning motor, under
Under idler wheel and upper roller rotation, steel wire travels forward after plying, into cutter device, is cut, by being tensioned motor simultaneously
It drives Tension gear and the bottom roller speed of wrap for causing steel wire synchronous with the speed of travel, improves the situation of steel wire relaxation, and
And the speed of travel of steel wire is controlled by being tensioned motor, without in addition setting unwrapping wire motor, electric energy is saved, simplifies the knot of device
Structure, suitable for producing bifilar steel wire.
Further, detachable by fixing bolt one away from the side of hinged end between the top board and lower platen
Connection, the end thread that the fixing bolt one is pierced by lower platen and top board are connected with nut portions for resisting top board.
Further, the perforation one and perforation for being pierced by and penetrating for wire are symmetrically arranged on the buncher rostral wall
Two.
Further, the machine straightening device includes straightening roller and drives the straightening motor of straightening roller rotation, the tune
The both ends of straight roller are fixedly connected with the wear ring for penetrating or being pierced by for steel wire, and fixation is provided in the straightening roller
Ring, opposite sides is fixed to by straightening bolt on straightening roller on the outer wall of the retainer ring.
Further, the protective cover for being provide with straightening roller is hinged in the rack positioned at the side of machine straightening device.
Further, guide plate one, the guide plate are provided in the rack between wear ring and Tension gear
One is equipped with the pilot hole one being coaxially disposed with wear ring.
Further, the both sides of the rack are provided with support plate, are provided in the support plate and exist for adjusting steel wire
The spring adjustment mechanism of pressure between upper roller and bottom roller.
Further, the spring adjustment mechanism includes being set in upper roller both ends and the sliding block of support plate sliding connection,
Fixed plate is fixedly connected at the top of the support plate, compressed spring one, the pressure are provided between the fixed plate and sliding block
One one end of contracting spring is contradicted at the top of sliding block, and other end conflict has movable plate, and the movable plate deviates from the one of compressed spring one
Side is provided with fixing bolt two, and the fixing bolt two is threaded in fixed plate.
In conclusion the utility model has the advantages that：
Steel wire continuous unwrapping wire under the pressure of tensioning apparatus and upper roller and bottom roller, by combining motor driving buncher
Head rotation makes two steel wires synthesize one, and simple in structure, reasonable design reduces cost, suitable for the bifilar steel wire producing machine of protection network；
Between being adjusted between top board and lower platen by the fixing bolt one set between top board and lower platen
Gap avoids steel wire from skipping rope while improving the abrasion being subject to during walking.
Description of the drawings
Fig. 1 is to be used to embody the connection between actinobacillus device, stranding device, tensioning apparatus and cutter device in embodiment 1
Relation schematic diagram；
Fig. 2 is the structure diagram for being used to embody actinobacillus wheel in the present embodiment；
Fig. 3 is the enlarged drawing in A portions in Fig. 1；
Fig. 4 is the connection relationship diagram for being used to embody straightening roller, straightening bolt and retainer ring in embodiment 1；
Fig. 5 is to be used to embody the connection relationship diagram between traveling wheel, driven wheel two and Tension gear in embodiment 1；
Fig. 6 is the enlarged drawing in B portions in Fig. 4
Fig. 7 is to be used to embody cutter, rotating wheel in embodiment 1 and fall the connection relationship diagram between silk device
Fig. 8 is to be used to embody the connection relationship diagram between discharge nozzle, guide plate two and leveling bar in embodiment 1；
Fig. 9 is to be used to embody the connection relationship diagram between discharge nozzle, perforation and photoelectric sensor in embodiment 2.
In figure, 1, rack；2nd, actinobacillus device；21st, turntable；211st, I-beam wheel；22nd, stent；221st, actinobacillus wheel；222nd, it props up
Frame；2221st, support plate；2222nd, fixing axle；3rd, stranding device；31st, combine motor；32nd, driving wheel one；33rd, driven wheel one；34、
Belt one；35th, unwrapping wire bearing base；36th, combine head；361st, end of incoming cables；362nd, leading-out terminal；363rd, head through-hole；364th, it wears
Kong Yi；365th, perforation two；37th, positioning device；371st, lower platen；372nd, top board；373rd, gap；374th, fixing bolt one；
3741st, screw rod end；3742nd, nut end；375th, limit hole；4th, tensioning apparatus；41st, Tension gear；411st, annular groove；42nd, guide plate
One；421st, pilot hole；5th, machine straightening device；51st, straightening roller；52nd, straightening bolt；53rd, drum through hole；54th, threaded hole；55th, it is solid
Determine ring；56th, wear ring；57th, straightening bearing base；58th, straightening idler wheel；6th, cutter device；61st, driven wheel three；61st, shaft three；
62nd, rotating wheel；621st, fixed link；622nd, mobile bar；63rd, cutter；631st, knife bar portion；632nd, blade part；64th, partition board；641、
Casing；65th, driving wheel three；66th, plate is processed；67th, cabinet；7th, running gear；71st, upper roller；72nd, bottom roller；721st, traveling wheel；
722nd, driven wheel two；73rd, support plate；74th, spring adjustment mechanism；741st, sliding block；742nd, fixed plate；743rd, movable plate；744th, it presses
Contracting spring one；745th, fixing bolt two；8th, levelling device；81st, guide plate two；811st, pilot hole two；82nd, discharge nozzle；821st, it wears
Hole；822nd, photoelectric sensor；83rd, leveling bar；831st, vertical leveling bar；832nd, side leveling bar；84th, vertical casing；841st, it erects
To waist-shaped hole；842nd, vertical fastening bolts；85th, lateral casing；851st, lateral waist-shaped hole；852nd, horizontal fastening bolts；86th, it puts down
Platform；9th, silk device is fallen；91st, connecting portion；92nd, pressing plate；93rd, compressed spring two；94th, fixing nut.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment 1：A kind of buncher, as illustrated in fig. 1 and 2, including what is installed successively from right to left in rack 1 and rack 1
Actinobacillus device 2, stranding device 3, tensioning apparatus 4, machine straightening device 5, running gear 7, cutter device 6 and levelling device 8.Unwrapping wire fills
2 to be put to include for the I-beam wheel 211 of winding steel wire and actinobacillus wheel 221, actinobacillus wheel 221 is at least provided with one, in the present embodiment,
There are one the settings of actinobacillus wheel 221, and for making double sth. made by twisting steel wires using the device, actinobacillus wheel 221 is arranged with stent 222, stent packet
The center for including 222 criss-cross support plates 2221 and support plate 2221 upwardly extends the fixing axle 2222 of setting, 221 sets of actinobacillus wheel
If it and is rotatably connected in fixing axle 2222.
As shown in Figure 1, the right end of rack 1 is rotatably connected to turntable 21, the left and right ends of turntable 21 are both provided with paying out reel
Pedestal 35 is held, turntable 21 is threaded in by unwrapping wire bearing base 35 in rack 1, and I-beam wheel 211 is rotatably connected on turntable 21
Interior, actinobacillus wheel 221 is rotatably connected on the stent 22 of 1 side of rack.Steel wire winding in I-beam wheel 211 and actinobacillus wheel 221,
Can under the horizontal tensile force to the left of tensioning apparatus 4 free unwrapping wire.
As shown in figs. 1 and 3, stranding device 3 includes plying motor 31, has been fixedly and coaxially connected with plying 31 output terminal of motor
Driving wheel 1, driving wheel 1 are sequentially connected with driven wheel 1, driven wheel 1 and 21 left end of turntable by belt 1
The bearing inner sleeve of unwrapping wire bearing base 35 mutually fix, driven wheel 1 connects away from the side of unwrapping wire bearing base 35 is coaxially fixed
It is connected to plying head 36.
As shown in figure 3, plying head 36 is hollow cylindrical structure, plying head 36 is close to the side of driven wheel 1
For end of incoming cables 361, one end far from driven wheel 1 is leading-out terminal 362, combine head 36 end of incoming cables 361 and leading-out terminal 362,
And the both ends of turntable 21 are both provided with the head through-hole 363 passed through for wire, wherein, the end of incoming cables 361 of plying head 36
With the head through-hole 363 of leading-out terminal 362 is each be symmetrical arranged there are two.Combine to be provided on the side wall of head 36 and supply wire respectively
The perforation 1 and perforation 2 365 for being pierced by and penetrating, are wound in the steel wire of I-beam wheel 211 and actinobacillus wheel 221 respectively from end of incoming cables
361 penetrate plying head 36, penetrate from perforation 2 365 after being pierced by from perforation 1, are pierced by from leading-out terminal 362 again.Combine motor
Start and driving wheel one is driven to rotate, the rotation of driving wheel one drives driven wheel one to rotate, and the rotation of driven wheel one drives plying head 36
Rotation makes two steel wire winding plying, is conducive to that the tension of two steel wires is made to reach unanimity, improves machining accuracy.
As shown in figs. 1 and 3, stranding device 3 further includes the positioning device for deviating from one 33 side of driven wheel positioned at plying head 36
37, positioning device 37 includes the lower platen 371 being fixedly connected in rack 1, and 371 upper articulation of lower platen has top board 372, on
The gap 373 passed through for the steel wire after plying, top board 372 and lower platen 371 are provided between pressing plate 372 and lower platen 371
Front side be hinged, the middle part of the back side of top board 372 and lower platen 371 is equipped with downwards fixing bolt 1, fixing bolt one
Downwards in embedded rack 1, the nut end 3742 of fixing bolt 1 is against the top of top board 372 at 374 screw rod end 3741,
During installation, loosening nut end 3742 takes out at screw rod end 3741 from rack 1, opens top board 372, wire is passed through upper
The gap 373 of pressing plate 372 and lower platen 371 is fixed on postorder device, and top board 372 then is fastened lower platen 371 again
On, fixing bolt 1 is downwardly at top board 372 on lower platen 371 and rack 1, be tightened bolt 1,
It adjusts 373 size of gap and top board 372 and lower platen 371 is fixed.
Top board 372 and lower platen 371 are fixed, and by fixing bolt 1 by screwing or loosening
The nut portions of fixing bolt 1 can adjust the size in the gap 373 between top board 372 and lower platen 371, reduce steel wire
Enough chucking powers are provided for plying while damage situations when walking between top board 372 and lower platen 371, can be improved
Gap 373 is excessive to cause happening for steel wire wire jumper.
As described in figures 1 and 5, tensioning apparatus 4 includes tensioning motor, and the output terminal for being tensioned motor has been fixedly and coaxially connected actively
Wheel two, driving wheel two is sequentially connected with driven wheel 2 722, and driven wheel 2 722 is arranged and is fixedly connected with shaft two, two turns of shaft
Dynamic to be connected in rack 1, the side that shaft two is located at driven wheel is arranged and is fixedly connected with Tension gear 41, in Tension gear 41
Be provided with multiple annular grooves 411, in annular groove 411 for steel wire cross line and use.
When being tensioned motor unlatching, driving driving wheel two rotates, and the rotation of driving wheel two drives driven wheel 2 722 to rotate, from
The rotation of driving wheel 2 722 drives shaft rotation, and shaft rotation drives Tension gear 41 to rotate counterclockwise, passes sequentially through plying steel wire
411 propulsion of annular groove of Tension gear 41 is tensioned.
As shown in Fig. 1,4 and 5, machine straightening device 5 is provided in rack 1 between traveling wheel 721 and driven wheel 2 722,
Machine straightening device 5 includes straightening motor, and straightening motor drive is connected with straightening idler wheel 58, and straightening idler wheel 58 has been fixedly and coaxially connected edge
The straightening roller 51 of steel wire direction of travel coaxial arrangement, straightening roller 51 are threaded in rack 1 by straightening bearing base 57
On, driving straightening motor can drive straightening idler wheel to rotate, and the rotation of straightening idler wheel drives the rotation of straightening roller.In straightening roller 51
The hollow setting in portion is provided with the drum through hole 53 passed through for steel wire, 51 side wall upper edge of straightening roller along the axis of straightening roller 51
Axial parallel direction is evenly distributed with several threaded holes 54, and it is symmetrical that threaded hole 54 is located at 51 opposite sides of straightening roller,
And threaded hole 54 is set along the radial direction of straightening roller 51, in the present embodiment, threaded hole 54 is each right along 51 opposite sides of straightening roller
Claim there are five settings, 54 internal thread of threaded hole is connected with straightening bolt 52, is connected between two corresponding straightening bolts 52
In use, by changing deviation post of the retainer ring 55 relative to the center line of straightening roller 51, position is mixed up for retainer ring 55
It is locked again by straightening bolt 52 afterwards.1 side of rack is hinged with the protective cover for being provide with straightening idler wheel 58.Machine straightening device 5
The guide plate 1 with pilot hole 1 passed through for steel wire is provided between tensioning apparatus 4, pilot hole 1 is with adjusting
Wear ring 56 is coaxially disposed in straight device 5.
Connect as it can be seen in figures 5 and 6, running gear 7 includes being driven by belt two with the driven wheel 2 722 on tensioning apparatus 4
Traveling wheel 721 is connected to, is symmetrically installed with support plate 73 on the both sides of rack 1 between machine straightening device 5 and cutter device 6, two
Upper roller 71 and bottom roller 72 are rotatably connected between a support plate 73, upper roller 71 on 72 outer wall of bottom roller with being arranged with phase
The rubber sleeve mutually contradicted, steel wire travel forward under the pressure of upper roller 71 and bottom roller 72, and bottom roller 72 is same with traveling wheel 721
Axis is sequentially connected.When being tensioned electric motor starting, while driven wheel 2 722 rotates under the drive of driving wheel two, drive with from
The traveling wheel 721 that driving wheel 2 722 is sequentially connected rotates, and traveling wheel 721 drives bottom roller 72 to rotate, and the rotation of bottom roller 72 drives
The steel wire pressed between upper roller 71 and bottom roller 72 moves to the left.
As shown in fig. 6, it is both provided with to adjust steel wire between upper roller 71 and bottom roller 72 in two support plates 73
The spring adjustment mechanism 74 of pressure, the pressure being subject to by adjusting steel wire when upper roller 71 and bottom roller 72 are walked, makes
Steel wire is not easy to wear when being under pressure too big or deformation, be not easy to have skidded due to pressure is too small, it is static not preceding
Situation.Spring adjustment mechanism 74 includes being set in the sliding block 741 at 71 both ends of upper roller, two sliding blocks 741 respectively with the branch of both sides
Fagging 73 vertically slides connection, and the top of support plate 73 is fixedly connected with fixed plate 742, fixed plate 742 and sliding block 741
Between be provided with compressed spring 1, one end of compressed spring 1 is contradicted at the top of sliding block 741, and other end conflict has shifting
Movable plate 743, movable plate 743 are located at the lower section of fixed plate 742, and movable plate 743 is located to be fixedly connected with close to 742 side of fixed plate
Fixing bolt 2 745, fixing bolt 2 745 are threaded in fixed plate 742.
Make movable plate 743 close to the side of compressed spring 1 by the bolt 2 745 that is tightened, make compressed spring
One 744 further compressions, compressed spring 1 generate sliding block 741 downward elastic acting force while compression, make steel wire
Increase elastic acting force on the basis of by 71 gravity of upper roller, make steel wire between upper roller 71 and bottom roller 72 by
Pressure increase；Conversely, the pressure being subject between upper roller 71 and bottom roller 72 can be weakened by unscrewing fixing bolt 2 745.
Since driven wheel 2 722 is connect with traveling wheel 721 by two Synchronous Transmission of belt, the linear velocity phase of steel wire drive
Together so that when walking in the annular groove 411 of Tension gear 41 with steel wire when steel wire is walked between upper roller 71 and bottom roller 72
It is synchronous to carry out, and be provided in rack 1 for adjust belt two elasticity regulating device.
As shown in fig. 7, cutter device 6 includes cutting motor, cabinet 67 and the processing plate with the either flush of bottom roller 72
66, processing plate 66 is located at 67 bottom of cabinet and is fixedly connected in rack 1, and the middle part of cabinet 67 is provided with partition board 64, partition board 64
Setting direction is provided with casing 641.The output terminal of cutting motor has been fixedly and coaxially connected driving wheel 3 65, and driving wheel 3 65 passes
Dynamic to be connected with driven wheel 3 61, driven wheel 3 61 is rotatably connected on by shaft 3 61 in rack 1, and driven wheel 3 61 is arranged and consolidates
Surely it is connected in shaft 3 61, the side that shaft 3 61 is located at driven wheel 3 61 is arranged and is fixedly connected with rotating wheel 62, rotation
Wheel 62 is located at the end of shaft 3 61, and rotating wheel 62 is fixedly connected with fixed link 621, fixed link away from the side of driven wheel 3 61
621 fixed rotators 62 are located at the outer rim of shaft 3 61, are arranged in fixed link 621 and are rotatably connected to mobile bar 622, mobile bar
The top that 622 ends far from fixed link 621 are located at processing plate 66 is hinged with cutter 63, and cutter 63 are close to mobile bar 622
One end be located in casing 641 and slid with casing 641 and connect.
When cutting motor starts, driving driving wheel 3 65 rotates, and driving wheel 3 65 drives driven wheel 3 61 to rotate, driven wheel
3 61 drive shaft 3 61 to rotate, and shaft 3 61 drives rotating wheel 62 to move, and the rotation of rotating wheel 62 drives fixed link 621 is eccentric to turn
Dynamic, 621 eccentric rotary of fixed link drives mobile bar 622 to move reciprocatingly, and cutter 63 are vertically reciprocal in casing 641
Move up and down by bottom at upper bottom roller 72 by steel wire cut off.
As shown in fig. 6, cutter 63 include knife bar portion 631 and blade part 632, cutter 63 are located at away from machine straightening device 5
Side be equipped with and fall silk device 9, fall silk device 9 and include the connecting portion 91 for being set in blade part 632, connecting portion 91 and rack 1
Parallel, the one end of connecting portion 91 far from blade part 632 is extended straight down pressing plate 92, and pressing plate 92 is provided with to cut
The steel wire for cutting completion is detached with uncut steel wire.Knife bar portion 631 is arranged with compression between blade part 632 and connecting portion 91
Spring 2 93, knife bar portion 631 are located at connecting portion 91 and are threaded with fixing nut 94 away from the side of compressed spring 2 93, connect
Portion 91 is fixed on by compressed spring 2 93 and fixing nut 94 in knife bar portion 631, and can be with by adjusting fixing nut 94
Change the vertical height of connecting portion 91, and then the height for adjusting 92 bottom of pressing plate is concordant with 632 bottom of blade part.
While cutting motor driving blade part 632 moves downward, band rotation connection 91 moves down, and connecting portion 91 drives
Pressing plate 92 moves down, and blade part 632 contradicts to pressing plate 92 while steel wire cutting and presses steel wire downwards, cuts off steel wire and makes to cut
The steel wire for cutting completion is detached with uncut steel wire.
As shown in figure 8, fall silk device 9 is provided with levelling device 8, levelling device 8 and cutting away from the side of cutter device 6
The guide plate 2 81 with pilot hole 2 811 passed through for steel wire, and pilot hole 1 and adjusting are provided between device 6
Pilot hole 2 811 on guide plate between device and tensioning apparatus 4 is coaxially disposed and with processing 66 corresponding, the leveling of height of plate
Device 8 includes the horizontally disposed discharge nozzle 82 passed through for steel wire.It is set on the outer wall of the one end of discharge nozzle 82 far from guide plate
There is leveling bar 83, leveling bar 83 includes the vertical leveling bar for being respectively used to adjust 82 vertical levels degree of discharge nozzle and transverse horizontal degree
831 and side leveling bar 832, side of the discharge nozzle 82 far from guide plate 2 81 be fixedly connected with side leveling bar 832, laterally adjust
Flat bar 832, which is arranged and slides in the horizontal direction away from one end of discharge nozzle 82, is connected with lateral casing 85, and lateral casing 85 deviates from
One end of side leveling bar 832 is fixedly connected with platform 86, and platform 86 is rectangular-shape, and it is adjacent that platform 86 is located at lateral casing 85
Side be fixedly connected with vertical leveling bar 831, vertical leveling bar 831 away from platform 86 one end be arranged and slide be connected with it is perpendicular
To casing 84, vertical casing 84 is fixed on away from one end of vertical leveling bar 831 in rack 1, vertical casing 84 and lateral casing
85 respectively vertically be laterally respectively arranged with vertical waist-shaped hole 841 and lateral waist-shaped hole 851, lateral waist-shaped hole 851 and vertical
The horizontal fastening bolts 852 being threadedly coupled respectively with side leveling bar 832 and vertical leveling bar 831 are equipped in waist-shaped hole 841
With vertical fastening bolts 842, horizontal fastening bolts 852 and vertical fastening bolts 842 are being pierced by lateral waist-shaped hole 851 and vertical waist
The end of type hole 841 is respectively held against on lateral waist-shaped hole 851 and vertical waist-shaped hole 841.
Embodiment 2：A kind of buncher, as shown in figure 9, the difference lies in discharge nozzle 82 is far from guiding with embodiment 1
Perforation 821 is radially provided on the side wall of one end of plate 2 81, perforate 821 size no more than plying after gauge of wire,
82 side of discharge nozzle is equipped with photoelectric sensor 822, and 822 light path of photoelectric sensor passes through perforation 821, from 82 side of discharge nozzle into
Enter opposite side, cutting motor is electrically connected with controller, and controller is electrically connected with photoelectric sensor 822.Steel wire is along discharge nozzle 82
It moves forwards, when steel wire runs to 821 position of perforation, stops the light path of photoelectric sensor 822, photoelectric sensor 822 just
Optical path signal is passed into controller, controller starts cutting motor, and cutting motor driving cutter 63 are moved down steel wire
Then cut-out takes out steel wire from the opening of discharge nozzle 82, light path is restored, and photoelectric sensor 822 passes to optical path signal
Controller, controller close cutting motor.Perforation 821 on discharge nozzle 82 can set it is multiple, for producing different length
Combine steel wire.
This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability
Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but
As long as it is all protected in the right of the utility model by Patent Law.
Claims (8)
1. a kind of bifilar steel wire producing machine of protection network, it is characterized in that：Including the actinobacillus device installed successively in rack (1) and rack (1)
(2), stranding device (3), tensioning apparatus (4), machine straightening device (5) and cutter device (6)；
The actinobacillus device (2) is including being used for the I-beam wheel (211) of winding steel wire and at least one actinobacillus wheel (221)；
The stranding device (3) for two and two or more steel wires to be synthesized to one plying head (36) and driving including closing
The plying motor (31) that stock head (36) rotates, the plying head (36) are cylindric, the plying head of hollow setting
(36) one end is end of incoming cables (361), and the other end is leading-out terminal (362), be located on plying head (36) end of incoming cables (361) and
The symmetrically arranged head through-hole (363) passed through for steel wire of leading-out terminal (362)；
The stranding device (3) further includes the positioning device away from the side of driven wheel one (33) positioned at plying head (36)
(37), the positioning device (37) is hinged including the lower platen (371) that is fixedly connected in rack (1) and with lower platen (371)
Top board (372), the gap (373) passed through for steel wire is provided between the top board (372) and lower platen (371)；
The tensioning apparatus (4) rotates including the Tension gear (41) and driving Tension gear (41) for carrying multiple annular grooves (411)
Tensioning motor, the Tension gear (41) is sequentially connected with bottom roller (72), and the bottom roller (72) is positioned at machine straightening device (5)
It is located to be rotatably connected to above bottom roller (72) away from the side of tensioning apparatus (4), on the rack (1) and is put down with bottom roller (72)
Competing rubber sleeve is arranged on capable upper roller (71), the upper roller (71) and bottom roller (72) outer wall.
2. the bifilar steel wire producing machine of a kind of protection network according to claim 1, it is characterized in that：The top board (372) and pushing
It is being detachably connected between plate (371) away from the side of hinged end by fixing bolt one (374), the fixing bolt one
(374) screw rod end (3741) is pierced by the embedded rack (1) of lower platen (371) and top board (372) and fixing bolt one (374)
Nut end (3742) is against on top board (372).
3. the bifilar steel wire producing machine of a kind of protection network according to claim 1, it is characterized in that：On described plying head (36) side wall
It is symmetrically arranged with two (365) of perforation one (364) and perforation for being pierced by and penetrating for wire.
4. the bifilar steel wire producing machine of a kind of protection network according to claim 1, it is characterized in that：The machine straightening device (5) is including adjusting
The straightening motor that straight roller (51) and driving straightening roller (51) rotate, the both ends of the straightening roller (51) have been fixedly connected with
The wear ring (56) for penetrating or being pierced by for steel wire, the interior fixation being provided with for adjusting steel wire level of the straightening roller (51)
Ring (55), on the outer wall of the retainer ring (55) opposite sides by straightening bolt (52) fixed on straightening roller (51).
5. the bifilar steel wire producing machine of a kind of protection network according to claim 4, it is characterized in that：It is located at straightening on the rack (1)
The side of device (5) is hinged with the protective cover for being provide with straightening roller (51).
6. the bifilar steel wire producing machine of a kind of protection network according to claim 4, it is characterized in that：It is located on the rack (1) wear-resisting
Guide plate one (42) is provided between ring (56) and Tension gear (41), the guide plate one (42) is equipped with and wear ring (56)
The pilot hole two (421) of coaxial arrangement.
7. the bifilar steel wire producing machine of a kind of protection network according to claim 1, it is characterized in that：The both sides setting of the rack (1)
There is support plate (73), be provided with to adjust steel wire institute between upper roller (71) and bottom roller (72) on the support plate (73)
By the spring adjustment mechanism (74) of pressure.
8. the bifilar steel wire producing machine of a kind of protection network according to claim 7, it is characterized in that：Spring adjustment mechanism (74) packet
It includes and is set in upper roller (71) both ends and the sliding block (741) of support plate (73) sliding connection, the top of the support plate (73) is consolidated
Surely fixed plate (742) is connected with, compressed spring one (744) is provided between the fixed plate (742) and sliding block (741), it is described
One end of compressed spring one (744) is contradicted at the top of sliding block (741), and other end conflict has movable plate (743), the movable plate
(743) side of compressed spring one (744) is provided with fixing bolt two (745), described two (745) screw thread of fixing bolt connects
It is connected in fixed plate (742).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720861002.9U CN207494461U (en) | 2017-07-15 | 2017-07-15 | A kind of bifilar steel wire producing machine of protection network |
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| CN201720861002.9U CN207494461U (en) | 2017-07-15 | 2017-07-15 | A kind of bifilar steel wire producing machine of protection network |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110961556A (en) * | 2019-12-30 | 2020-04-07 | 湖南福森竹木科技有限公司 | Plate connecting rib device |
| CN111390066A (en) * | 2020-04-14 | 2020-07-10 | 郑州峻斯电子科技有限公司 | Cable cutting device that electric wire netting used |
| CN114717866A (en) * | 2022-04-29 | 2022-07-08 | 陈聪敏 | Industrial steel cable machining device |
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2017
- 2017-07-15 CN CN201720861002.9U patent/CN207494461U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110961556A (en) * | 2019-12-30 | 2020-04-07 | 湖南福森竹木科技有限公司 | Plate connecting rib device |
| CN111390066A (en) * | 2020-04-14 | 2020-07-10 | 郑州峻斯电子科技有限公司 | Cable cutting device that electric wire netting used |
| CN114717866A (en) * | 2022-04-29 | 2022-07-08 | 陈聪敏 | Industrial steel cable machining device |
| CN114717866B (en) * | 2022-04-29 | 2023-09-29 | 双菱集团有限公司 | Industrial steel cable processing device |
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Effective date of registration: 20190108 Address after: 053600 800 meters west of Chengyouzi Village, Anping County, Hengshui City, Hebei Province Patentee after: Anping Zhong Qian Building Materials Technology Co., Ltd. Address before: 053600 Cheng Youzi Village West, Anping County, Hengshui City, Hebei Province Patentee before: HEBEI SHENGMAI BUILDING MATERIAL TECHNOLOGY CO., LTD. |