CN208413477U - A kind of steel wire winding device - Google Patents

Abstract

The utility model discloses a kind of steel wire winding devices, belong to steel wire winding equipment technical field, it is desirable to provide and a kind of steel wire winding device the advantage is that, be laid in steel wire on wind-up roll, its key points of the technical solution are that: including winding part and unwrapping wire part；The winding part include be erected at by two columns on ground for winding the wind-up roll of steel wire, the wind-up roll is by the third motor driven that is fixed on column；The unwrapping wire part includes the support plate that two columns are arranged in and enter wind-up roll one end in steel wire, the mobile bar parallel with wind-up roll axis is equipped between two support plates, sliding is connected with sliding block in the mobile bar, the sliding block is equipped with the conducting wire part passed through for steel wire, and the conducting wire part includes the first guide rod and the second guide rod being arranged on sliding block；The support plate is equipped with the actuator that driving sliding block moves back and forth in mobile bar and drive wind-up roll to rotate.

Description

A kind of steel wire winding device

Technical field

The utility model relates to steel wire winding apparatus field, in particular to a kind of steel wire winding device.

Background technique

Cable-former is a kind of multicore Plastic-sheathed Cable for various sections, modeling power cable, crosslinked cable, telephone cable, control The stranding of cable processed, the cable equipment for filling armour.

Notification number is that the Chinese patent of CN205140615U discloses a kind of machine for making cable high-speedly, and the cable-former includes the One support frame, the first bobbin loader, the second support frame, support shaft, left supporting disk, right supporting disk, deconcentrator, mold core seat, the One bobbin loader one end is arranged on the first support frame, and the other end is arranged on the second support frame, pacifies respectively on the first bobbin loader Equipped with the first drum shaft, the second drum shaft, movable sleeve is put equipped with first respectively in the first drum shaft, the second drum shaft Drum, the second draw drum.

But cable-former is usually rotated by motor drive wind-up roll when carrying out winding steel wire cable work, thus will For steel wire winding on wind-up roll, the steel wire of this method winding is disc-shaped, needs cracking replacement wind-up roll.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of steel wire winding device, it is excellent Point is, is laid in steel wire on wind-up roll.

To achieve the above object, the utility model provides following technical solution: a kind of steel wire winding device, including winding Part and unwrapping wire part；

The winding part includes the wind-up roll for being used to wind steel wire being erected on ground by two columns, the winding Roller is by the third motor driven that is fixed on column；

The unwrapping wire part includes the support plate that two columns are arranged in and enter wind-up roll one end in steel wire, two supports The mobile bar parallel with wind-up roll axis is equipped between plate, sliding is connected with sliding block in the mobile bar, and the sliding block is equipped with For the conducting wire part that steel wire passes through, the conducting wire part includes the first guide rod and the second guide rod being arranged on sliding block；

The support plate is equipped with the actuator that driving sliding block moves back and forth in mobile bar and drive wind-up roll to rotate.

By using above-mentioned technical proposal, actuator drives wind-up roll rotation, and then the steel wire come in from unwrapping wire part is twined It is wound on wind-up roll, the first guide rod and the second guide rod wound in part passes through convenient for steel wire while steel wire being driven to move with sliding block Moving and steel wire is laid on wind-up roll in lever, actuator driving sliding block move in mobile bar, at this time actuator Sliding block moves back and forth in mobile bar, and then steel wire is laid on wind-up roll, and wind-up roll is allowed to wind more steel wires, Reduce the number of replacement wind-up roll.

The utility model is further arranged to: the actuator includes being arranged between two support plates and passing through sliding block Connecting rod, the both ends of the mobile bar are rotatablely connected respectively on the supporting plate and support plate is extended in wherein one end of mobile bar, institute It states mobile bar and passes through fixed first motor driving on the supporting plate, the sliding block and mobile bar in the one end for extending support plate It is threadedly coupled, the wind-up roll is by the third motor driven that is fixed on column.

By using above-mentioned technical proposal, third motor driven wind-up roll rotation in part, first motor driving movement are wound The sliding block being threadedly coupled when bar rotates, in mobile bar since the limitation by connecting rod can not be rotated together with mobile bar, because The length direction that this can move along bar is mobile, and then the steel wire for being located at upper end of slide block is driven to move together also with sliding block, grasps Facilitate.

The utility model is further arranged to: the connecting rod is equipped with block at the both ends close to support plate, described in two The pressure sensor of control first motor rotation is equipped on block.

Pressure sensor is triggered when sliding block is moved to the stop location on connecting rod by using above-mentioned technical proposal, Pressure sensor issues signal and first motor is inverted, so that the opposite direction that sliding block moves along bar is mobile, and then makes The steel wire obtained on sliding block is wrapped on wind-up roll back and forth.

The utility model is further arranged to: the block sliding is connected on connecting rod, and the connecting rod is in block away from cunning The side of block is threaded with locking nut, is connected between the locking nut and block by the first compressed spring.

By using above-mentioned technical proposal, when sliding block is moved to the position of block, collision, the first compression are generated with block Spring can slow down the power that sliding block is applied on block, protect pressure sensor and sliding block on block, furthermore can root According to the range that the wind-up roll adjusting slider of different length moves in mobile bar, the scope of application is increased.

The utility model is further arranged to: the actuator includes the extension spring that sliding block side is arranged in, relatively separately The drawstring of side, the one end of the extension spring far from sliding block is fixed on the supporting plate, and the one end of the drawstring far from sliding block is solid Surely it is connected in the shaft of the second motor, on the supporting plate, the wind-up roll is vertical by being fixed on for the second motor fixed setting The 4th motor driven on column.

By using above-mentioned technical proposal, drawstring is wrapped in the shaft of the second motor by the second motor when rotating, at this time Drawstring band movable slider moves in mobile bar, and the extension spring of the sliding block other side is stretched, and makes it have elastic-restoring force, to When second motor is moved to one end of mobile bar with movable slider, the second motor reversal, and sliding block is under the action of extension spring It is mobile to the other end of mobile bar, it is moved back and forth in mobile bar convenient for sliding block.

The utility model is further arranged to: the actuator includes U-shaped fixed frame and the fixation being arranged on column In the U-shaped bottom seat of two column lower ends, the column is rotatably connected to drive shaft, the drive shaft in the side away from fixed frame One end protrudes into fixed frame and is equipped with the first driven gear in the one end protruded into, and the other end stretches out column and is equipped in one end of stretching Second driven gear and third driven gear, the pedestal are equipped with the 5th motor, and the axis of the 5th motor is equipped with actively Gear, the driving gear and third driven gear are connected by the first chain, and the mobile bar is equipped with the 4th driven gear, Second driven gear and the 4th driven gear are connected by the second chain, and the fixed frame is equipped with band moving axis, the band Moving axis is equipped with the 5th driven gear, and the 5th driven gear and the first driven gear are connected by third chain, described solid Determine frame and be threaded in the one side wall opposite with moving axis for wind-up roll to be erected at the compression axis on moving axis, the drive Axis is equipped with extension board in the outer wall for stretching out fixed frame, is threaded on the extension board into the gag lever post in wind-up roll, institute Stating sliding block is wiring unit.

By using above-mentioned technical proposal, when the 5th motor rotates, the rotation of third driven gear is driven by driving gear, So that drive shaft turns, the first driven gear in drive shaft and the second driven gear are together as drive shaft turns at this time It is dynamic, mobile bar and wind-up roll will be driven to rotate simultaneously respectively by the second chain and third chain, turned at this time with wind-up roll Dynamic, it is mobile that the wiring unit in mobile bar will uniformly move along pole length direction, and then steel wire is uniformly wrapped in receipts On winding up roller, at this time compression axis and with moving axis will wind roller frame from the ground, and gag lever post will drive wind-up roll with band moving axis rotate.

The utility model is further arranged to: the fixed frame and column are rotatablely connected, and fixed frame is by being fixed on column Upper 6th motor driven, the fixed frame are equipped with unwrapping wire roller, the unwrapping wire roll axis and wind-up roll in one end far from wind-up roll Axis is parallel.

By using above-mentioned technical proposal, when wind-up roll winds steel wire, the 6th motor driven fixed frame has wind-up roll One end moves up, and conducive to the winding of steel wire on wind-up roll, furthermore after wind-up roll winds steel wire, the 6th motor will be driven Wind-up roll height on fixed frame reduces, and then is conducive to the disassembly of wind-up roll, and the setting of unwrapping wire roller is convenient for the steel wire on wind-up roll Unwrapping wire.

The utility model is further arranged to: first guide rod is fixed on sliding block, and the upper end of slide block offers confession Around the annular groove rotated centered on the first guide rod, second guide rod is equipped with to be moved second guide rod in annular groove Movable block, the sliding block are equipped with the locating part that limitation movable block moves in annular groove.

By using above-mentioned technical proposal, rotates the second guide rod and the second guide rod is moved in annular groove, at this time the It can change between two guide rods and the first guide rod for the gap that steel wire passes through, it is different convenient for the second guide rod and the transmission of the first guide rod The steel wire of size, locating part are convenient for the position of fixed movable block, and then secure gap between the second guide rod and the first guide rod.

The utility model is further arranged to: the locating part includes opening up several limits set on annular groove cell wall Slot, the movable block are offering jack with the outer wall that annular groove contradicts, the movable block slid in jack be connected with it is slotting Enter the inserted link in limiting slot, the second compressed spring is equipped between the inserted link and jack bottom hole, when in inserted link insertion limiting slot The inserted link extends sliding block upper side.

By using above-mentioned technical proposal, when inserted link is pushed into jack, the second compressed spring has elasticity by compression Restoring force, when position of the second guide rod of rotation in annular groove, that is, when changing position of the movable block in annular groove, inserted link In jack, until the second guide rod is moved to suitable position, jack is opposite with corresponding limiting slot at this time, so that inserted link exists Enter in limiting slot under the action of the elastic-restoring force of second compressed spring, and then secures position of the movable block in annular groove It sets, inserted link is extended into sliding block upper side and pushes inserted link to enter in jack convenient for operator.

The utility model is further arranged to: support rod, the support are equipped between first guide rod and the second guide rod The both ends of bar are rotatably connected on respectively on the first guide rod and the second guide rod.

By using above-mentioned technical proposal, support rod steel wire easy to support between the first guide rod and the second guide rod is convenient for It will be on steel wire winding to support rod.

Compared with prior art, the utility model has the following beneficial effects: winding part and unwrapping wire part pass through winding respectively Steel wire winding is got up and steel wire is laid on wind-up roll by roller, and actuator driving sliding block moves back and forth in mobile bar, just It is uniformly wrapped on wind-up roll in by the steel wire on sliding block, so that wind-up roll can wind more steel wires, reduces wind-up roll The number of replacement.

Detailed description of the invention

Fig. 1 is the overall structure diagram of embodiment 1；

Fig. 2 is the enlarged structure schematic diagram in the portion A in Fig. 1；

Fig. 3 is the enlarged structure schematic diagram in the portion B in Fig. 1；

Fig. 4 is the overall structure diagram of embodiment 2；

Fig. 5 is the overall structure diagram of embodiment 3；

Fig. 6 is embodiment 3 for embodying the structural schematic diagram of actuator.

In figure, 1, winding part；11, column；12, wind-up roll；13, placing groove；14, third motor；15, the 4th motor；2, Unwrapping wire part；21, support plate；211, guide plate；212, limited post；22, mobile bar；221, the 4th driven gear；222, the second chain Item；23, sliding block；231, annular groove；232, movable block；233, locating part；2331, limiting slot；2332, jack；2333, it inserts Bar；2334, the second compressed spring；24, conducting wire part；241, the first guide rod；242, the second guide rod；243, support rod；3, actuator； 31, connecting rod；32, first motor；33, block；34, pressure sensor；35, locking nut；36, the first compressed spring；37, it stretches Spring；38, drawstring；39, the second motor；4, fixed frame；41, drive shaft；411, the first driven gear；412, the second driven tooth Wheel；413, third driven gear；42, the 5th motor；421, driving gear；422, the first chain；43, band moving axis；431, the 5th Driven gear；432, third chain；44, compression axis；45, extension board；46, gag lever post；47, the 6th motor；48, unwrapping wire roller；5, Pedestal.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment 1:

A kind of steel wire winding device, such as Fig. 1, including winding part 1 and unwrapping wire part 2:

Such as Fig. 1, winding part 1 includes the wind-up roll 12 for being used to wind steel wire set up by two columns 11 on the ground, Wind-up roll 12 and column 11 are rotatablely connected, and 11 upper end of column offers the placing groove 13 being embedded in for wind-up roll 12, placing groove 13 Notch extends 11 upper surface of column, being put into and taking out convenient for winding pipe, and wind-up roll 12 is by the third that is fixed on column 11 Motor 14 drives.

Such as Fig. 1, unwrapping wire part 2 includes being arranged at the support plate 21 that two columns 11 enter 12 one end of wind-up roll in steel wire, Support plate 21 is gradually obliquely installed upwards from far from 11 direction of column, is equipped between two support plates 21 flat with 12 axis of wind-up roll Capable mobile bar 22, but the height where 22 axis of mobile bar is higher than the height where 12 axis of wind-up roll, in mobile bar 22 Upper sliding is connected with sliding block 23, and support plate 21 is equipped with the actuator 3 that driving sliding block 23 moves back and forth in mobile bar 22；Sliding block 23 are equipped with the conducting wire part 24 passed through for steel wire, and conducting wire part 24 includes that the first guide rod 241 and second being arranged on sliding block 23 is led Bar 242, there are gaps between the first guide rod 241 and the second guide rod 242.

If Fig. 1 is wrapped on wind-up roll 12 later by steel wire across the first guide rod 241 and the second guide rod 242, when Actuator 3 drives sliding block 23 when moving back and forth in mobile bar 22, and steel wire is as sliding block 23 is along the winding of 12 length direction of wind-up roll On wind-up roll 12, more steel wires are wound convenient for wind-up roll 12, reduce the number of winding pipe replacement.Such as Fig. 3, furthermore first Support rod 243, steel wire easy to support, the both ends of support rod 243 company of rotation respectively are equipped between guide rod 241 and the second guide rod 242 It connects on the first guide rod 241 and the second guide rod 242.

Such as Fig. 1, actuator 3 includes the connecting rod 31 for being arranged between two support plates 21 and passing through sliding block 23, mobile bar 22 Both ends be rotatably connected in support plate 21 respectively and support plate 21 is extended in wherein one end of mobile bar 22, mobile bar 22 is being prolonged The one end for stretching out support plate 21 is driven by the first motor 32 being fixed in support plate 21, when first motor 32 drives mobile bar When 22 rotation, sliding block 23 is threadedly coupled with mobile bar 22.Connecting rod 31 passes through sliding block 23 at this time, limits sliding block 23 with movement The rotation of bar 22, and guiding role is played to movement of the sliding block 23 in mobile bar 22, structure is simple, easy to operate.

Such as Fig. 1 and Fig. 2, when sliding block 23 moves on connecting rod 31, connecting rod 31 is equipped at the both ends close to support plate 21 Block 33, the distance between two blocks 33 are less than or equal to the length of wind-up roll 12, are equipped with control on two blocks 33 The pressure sensor 34 that first motor 32 rotates；When first motor 32 drives mobile bar 22 to rotate, sliding block 23 moves along bar 22 move toward the direction, until sliding block 23 and block 33 contradict, and trigger pressure sensor 34, pressure sensor 34 is sent out Signal control first motor 32 rotates backward out, and mobile bar 22 rotates backward at this time, so that sliding block 23 is also anti-in mobile bar 22 To movement, it is wrapped on wind-up roll 12 convenient for steel wire along 12 length direction of wind-up roll at this time.

As Fig. 1 and Fig. 2 need adjusting slider 23 in mobile bar 22 at this time when the length of wind-up roll 12 changes Moving range, therefore by block 33 sliding be connected on connecting rod 31, connecting rod 31 block 33 deviate from sliding block 23 the equal spiral shell in side Line is connected with locking nut 35, is connected between locking nut 35 and block 33 by the first compressed spring 36；Turn locking nut 35, locking nut 35 can push block 33 to move on connecting rod 31 by the first compressed spring 36, have adjusted two blocks 33 The distance between, and then the moving distance in mobile bar 22 of adjusting slider 23, increase the scope of application.

Such as Fig. 3, furthermore when the gage Size of winding changes, in order to reduce steel wire in the first guide rod 241 and second Movement between guide rod 242, therefore the first guide rod 241 is fixed on sliding block 23,23 upper end of sliding block is offered for the second guide rod 242 are equipped with and are moved in annular groove 231 around the annular groove 231 rotated centered on the first guide rod 241, the second guide rod 242 Dynamic movable block 232, sliding block 23 are equipped with the locating part 233 that limitation movable block 232 moves in annular groove 231.

Such as Fig. 3, when the second guide rod 242 is rotated around the first guide rod 241, the second guide rod 242 and the first guide rod 241 are projected to It is gradually reduced or increases the distance between when on same plane, conveniently adapt to various sizes of steel wire, locating part 233 can be consolidated Fixed the distance between second guide rod 242 and the first guide rod 241.

Such as Fig. 3, locating part 233 includes opening up several limiting slots 2331 set on 231 cell wall of annular groove, limiting slot 2331 are uniformly distributed along 231 periphery of annular groove, and movable block 232 offers jack in the outer wall contradicted with annular groove 231 2332, jack 2332 extends 232 upper surface of movable block, and movable block 232 slides in jack 2332 and is connected with insertion limiting slot Inserted link 2333 in 2331 is equipped with the second compressed spring 2334 between 2332 bottom hole of inserted link 2333 and jack, when inserted link 2333 is inserted Inserted link 2333 extends 23 upper side of sliding block when entering in limiting slot 2331, and 2333 a part of inserted link is located in limiting slot 2331, A part is located in jack 2332.

Such as Fig. 3, when needing to adjust the gap between the first guide rod 241 and the second guide rod 242, operator is by inserted link 2333 It reverses in jack 2332, the second compressed spring 2334 is had elastic-restoring force by compression, when rotating the second guide rod 242, i.e., Change position of the movable block 232 in annular groove 231, inserted link 2333 is contradicted by the cell wall of annular groove 231 and is located at and inserts In hole 2332, until the second guide rod 242 is moved to suitable position, jack 2332 is opposite with corresponding limiting slot 2331 at this time, So that inserted link 2333 enters in limiting slot 2331 under the action of the elastic-restoring force of the second compressed spring 2334, and then secure Position of the movable block 232 in annular groove 231.

Specific operation process: one end of steel wire across the first guide rod 241 and the second guide rod 242 and is wrapped in winding On roller 12, when first motor 32 drives mobile bar 22 to rotate at this time, the sliding block 23 being threadedly coupled in mobile bar 22 is due to by even The limitation of bar 31 can not be rotated together with mobile bar 22, therefore the length direction that can move along bar 22 is mobile, and then band The dynamic steel wire positioned at 23 upper end of sliding block is moved together also with sliding block 23, at this time as the winding steel wire of wind-up roll 12 is gradually twined It is wound on 12 outer wall of wind-up roll, until sliding block 23, which is contradicted to block 33, triggers pressure sensor 34, pressure sensor 34 is controlled First motor 32 inverts, so that sliding block 23 moves along bar 22 and moves in the opposite direction, until sliding block 23 bumps against the other side Block 33, sliding block 23 successively move back and forth, so that steel wire is also gradually wrapped on wind-up roll 12.

Embodiment 2:

A kind of steel wire winding device, difference from example 1 is that, such as Fig. 4, actuator 3 includes being arranged in sliding block The extension spring 37 of 23 sides, the drawstring 38 of the opposite other side, extension spring 37 are fixed on support plate far from one end of sliding block 23 On 21, drawstring 38 is fixedly connected in the shaft of the second motor 39 far from one end of sliding block 23, and the second motor 39 is fixedly installed In support plate 21, the length direction of the shaft and mobile bar 22 of the second motor 39 is disposed vertically at this time, convenient for twining drawstring 38 It is wound in the shaft of the second motor 39.

Drawstring 38 is wrapped in the shaft of the second motor 39 by the second motor 39 when rotating, and drawstring 38 is with movable slider 23 at this time It is mobile to 39 direction of the second motor in mobile bar 22, and the extension spring 37 of 23 other side of sliding block is stretched, make it have bullet Property restoring force, when the second motor 39 is moved to one end of mobile bar 22 with movable slider 23, the reversion of the second motor 39, and sliding block 23 is mobile to the other end of mobile bar 22 under the action of extension spring 37, and the second motor 39 control sliding block 23 is stretching bullet at this time The speed moved under 37 active force of spring is uniformly wrapped on wind-up roll 12 convenient for steel wire.

Embodiment 3:

A kind of steel wire winding device, difference from example 1 is that, such as Fig. 5 and Fig. 6, actuator 3 includes that setting exists U-shaped fixed frame 4 on column 11 and the U-shaped bottom seat 5 for being fixed on two 11 lower ends of column, 4 two opposite side walls of fixed frame difference It is fixed on two columns 11, column 11 is rotatably connected to drive shaft 41 in the side away from fixed frame 4, and 41 one end of drive shaft is stretched Enter in fixed frame 4 and be coaxially provided with the first driven gear 411 in the one end protruded into, the other end stretches out column 11 and the one of stretching End is coaxially provided with the second driven gear 412 and third driven gear 413, the first driven gear 411,412 and of the second driven gear Third driven gear 413 is in the same size；

Such as Fig. 5 and Fig. 6, pedestal 5 is equipped with the 5th motor 42, and the axis of the 5th motor 42 is equipped with driving gear 421, actively Gear 421 and third driven gear 413 are connected by the first chain 422；Mobile bar 22 is equipped with the 4th driven gear 221, the Two driven gears 412 and the 4th driven gear 221 are connected by the second chain 222；It will pass through when the 5th motor 42 works at this time Driving gear 421 drives third driven gear 413 to rotate, and third driven gear 413 is fixedly connected with drive shaft 41 at this time, Therefore drive shaft 41 start turning, the second driven gear 412 in drive shaft 41 by the second chain 222 drive the 4th from Moving gear 221 rotates, so that mobile bar 22 starts turning, the sliding block 23 being now placed in mobile bar 22 is set as wiring unit, wiring Device can move along the rotation of bar 22, move back and forth in mobile bar 22.Later in order to enable wiring unit movement is more steady, Guide plate 211 is equipped between two relative support plates 21, there are two be located at guide plate about 211 two for threaded connection on wiring unit The limited post 212 at end.

Such as Fig. 5 and Fig. 6, then, fixed frame 4 is equipped with band moving axis 43, and band moving axis 43 is rotatably connected on fixed frame 4, and Fixed frame 4 is stretched out at both ends, is located at the position in fixed frame 4 equipped with the 5th driven gear 431, the 5th driven gear with moving axis 43 431 and first driven gear 411 by third chain 432 connect, at this time third chain 432 drive band moving axis 43 with drive shaft 41 rotations.

Such as Fig. 5 and Fig. 6, fixed frame 4 is threaded with compression axis 44 in the one side wall opposite with moving axis 43, will wind 12 frame one end of roller is set on band moving axis 43, the compression axis of operator's turn at this time 44, so that compression axis 44 is to 12 direction of wind-up roll It is mobile, until wind-up roll 12 is erected at compression axis 44 and on moving axis 43 by compression axis 44；In order to enable wind-up roll 12 and drive Axis 43 rotates together, therefore is equipped with extension board 45 in the outer wall for stretching out fixed frame 4 with moving axis 43, is threaded on extension board 45 Part enters the gag lever post 46 in wind-up roll 12, and gag lever post 46 is equipped with two and is distributed in the opposite both ends of extension board 45 at this time.

As fixed frame 4 and column 11 are rotatablely connected by Fig. 5 and Fig. 6 after wind-up roll 12 has wound steel wire, and fixed frame 4 It is driven by being fixed on the 6th motor 47 on column 11, the 6th motor 47 will drive fixed frame 4 to rotate company around with column 11 at this time Contact rotation so that the wind-up roll 12 on fixed frame 4 highly reduces, and then is conducive to the disassembly of wind-up roll 12.Fixed frame 4 is separate One end of wind-up roll 12 is equipped with unwrapping wire roller 48, and 48 axis of unwrapping wire roller is parallel with 12 axis of wind-up roll, so that wind-up roll 12 is putting steel When silk, does not have to more exchange device, increase the use scope of equipment.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (10)

1. a kind of steel wire winding device, it is characterized in that: including winding part (1) and unwrapping wire part (2)；

Winding part (1) includes the wind-up roll (12) for being used to wind steel wire set up by two columns (11) on the ground；

The unwrapping wire part (2) includes the support plate (21) that setting enters wind-up roll (12) one end in two columns (11) in steel wire, It is equipped with the mobile bar (22) parallel with wind-up roll (12) axis between two support plates (21), is slided on the mobile bar (22) Shifting is connected with sliding block (23), and the sliding block (23) is equipped with the conducting wire part (24) passed through for steel wire, and the conducting wire part (24) includes The first guide rod (241) and the second guide rod (242) being arranged on sliding block (23)；

The support plate (21) is equipped with driving sliding block (23) and moves back and forth on mobile bar (22) and drive wind-up roll (12) The actuator (3) of rotation.

2. a kind of steel wire winding device according to claim 1, it is characterized in that: the actuator (3) includes being arranged two Connecting rod (31) between a support plate (21) and across sliding block (23), the both ends of the mobile bar (22) are rotatably connected on branch respectively On fagging (21) and wherein one end of mobile bar (22) is extended support plate (21), and the mobile bar (22) is extending support plate (21) one end is driven by the first motor (32) being fixed on support plate (21), the sliding block (23) and mobile bar (22) spiral shell Line connection, the wind-up roll (12) are driven by the third motor (14) being fixed on column (11).

3. a kind of steel wire winding device according to claim 2, it is characterized in that: the connecting rod (31) is close to support plate (21) both ends are equipped with block (33), and the pressure that control first motor (32) rotation is equipped on two blocks (33) passes Sensor (34).

4. a kind of steel wire winding device according to claim 3, it is characterized in that: the block (33) sliding is connected to connecting rod (31) on, the connecting rod (31) is threaded with locking nut (35) in block (33) away from the side of sliding block (23), described It is connect between locking nut (35) and block (33) by the first compressed spring (36).

5. a kind of steel wire winding device according to claim 1, it is characterized in that: the actuator (3) includes being arranged in cunning The extension spring (37) of block (23) side, the drawstring (38) of the opposite other side, the extension spring (37) is far from sliding block (23) One end is fixed on support plate (21), and the drawstring (38) is fixedly connected on the second motor (39) far from the one end of sliding block (23) In shaft, second motor (39) is fixed on support plate (21), and the wind-up roll (12) is by being fixed on column (11) On the 4th motor (15) driving.

6. a kind of steel wire winding device according to claim 1, it is characterized in that: the actuator (3) includes setting vertical U-shaped fixed frame (4) on column (11) and the U-shaped bottom seat (5) for being fixed on two column (11) lower ends, the column (11) are being carried on the back Side from fixed frame (4) is rotatably connected to drive shaft (41), and described drive shaft (41) one end is protruded into fixed frame (4) and protruded into One end be equipped with the first driven gear (411), the other end stretch out column (11) and one end of stretching be equipped with the second driven gear (412) and third driven gear (413)；The pedestal (5) is equipped with the 5th motor (42), on the axis of the 5th motor (42) Equipped with driving gear (421), the driving gear (421) and third driven gear (413) are connected by the first chain (422), The mobile bar (22) is equipped with the 4th driven gear (221), second driven gear (412) and the 4th driven gear (221) it is connected by the second chain (222)；The fixed frame (4) is equipped with band moving axis (43), and the band moving axis (43) is equipped with 5th driven gear (431), the 5th driven gear (431) and the first driven gear (411) are connected by third chain (432) It connects；The fixed frame (4) with wind-up roll (12) is erected at drive with being threaded in the opposite one side wall of moving axis (43) Compression axis (44) on axis (43), the band moving axis (43) is equipped with extension board (45) in the outer wall for stretching out fixed frame (4), described to prolong The gag lever post (46) being threaded on plate (45) into wind-up roll (12) is stretched, the sliding block (23) is wiring unit.

7. a kind of steel wire winding device according to claim 6, it is characterized in that: the fixed frame (4) and column (11) turn Dynamic connection, and fixed frame (4) is driven by being fixed on the 6th motor (47) on column (11), the fixed frame (4) is far from winding One end of roller (12) is equipped with unwrapping wire roller (48), and unwrapping wire roller (48) axis is parallel with wind-up roll (12) axis.

8. a kind of steel wire winding device according to claim 1, it is characterized in that: first guide rod (241) is fixed on cunning On block (23), sliding block (23) upper end is offered for the second guide rod (242) around the ring rotated centered on the first guide rod (241) Shape sliding slot (231), second guide rod (242) are equipped with the movable block (232) moved in annular groove (231), the cunning Block (23) is equipped with the locating part (233) that limitation movable block (232) is moved in annular groove (231).

9. a kind of steel wire winding device according to claim 8, it is characterized in that: the locating part (233) includes opening up to set Several limiting slots (2331) on annular groove (231) cell wall, the movable block (232) contradict with annular groove (231) Outer wall offer jack (2332), the movable block (232) sliding in the jack (2332) is connected with insertion limiting slot (2331) inserted link (2333) in is equipped with the second compressed spring between the inserted link (2333) and jack (2332) bottom hole (2334), when inserted link (2333) insertion limiting slot (2331) is interior, the inserted link (2333) extends sliding block (23) upper side.

10. a kind of steel wire winding device according to claim 8, it is characterized in that: first guide rod (241) and second is led Between bar (242) be equipped with support rod (243), the both ends of the support rod (243) be rotatably connected on respectively the first guide rod (241) and On second guide rod (242).