CN209156755U - The gradual feeding system of steel strand wires - Google Patents
The gradual feeding system of steel strand wires Download PDFInfo
- Publication number
- CN209156755U CN209156755U CN201821796263.8U CN201821796263U CN209156755U CN 209156755 U CN209156755 U CN 209156755U CN 201821796263 U CN201821796263 U CN 201821796263U CN 209156755 U CN209156755 U CN 209156755U
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- barrel
- raw material
- ureeling
- steel strand
- strand wires
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Abstract
The utility model discloses the gradual feeding systems of steel strand wires, belong to the technical field of cable production line processing, its key points of the technical solution are that including raw material pedestal, the winding raw material coil of wire is provided on raw material pedestal sets barrel, it is characterized by: the side of the raw material pedestal is provided with pay off rack, hollow ureeling barrel is rotatably connected on pay off rack, ureeling barrel is connected with the actuator of driving ureeling barrel rotation, it is provided on ureeling barrel and smoothes out with the fingers line arm, it smoothes out with the fingers and is provided with thimble on line arm, thimble is greater than the radius of the raw material coil of wire to the vertical range for the axis for setting barrel, it smoothes out with the fingers and offers perforative line inlet port on ureeling barrel of the line arm far from raw material pedestal side, barrel is set at least provided with two on raw material pedestal, it sets and is connected with runner assembly on barrel, runner assembly driving sets barrel rotation close to or far from pay off rack, raising raw material wire rod is reached Discharge the effect of smooth degree.
Description
Technical field
The utility model relates to the technical field of cable production line processing, in particular to a kind of gradual feeding systems of steel strand wires
System.
Background technique
Steel strand wires are that surface, which can according to need, increases zinc coat, zinc by the twisted steel product constituted of more steel wires
Aluminium alloy layer, aluminium coating, copper plate, painting epoxy resin layer etc..
The usually wire rod that processes raw material of steel strand wires, the Chinese patent application of Publication No. CN106807784A disclose one
Kind produces the drawing process of prestressing force twisted wire, includes the following steps: that wire rod surface cleaning is handled；Wire rod surface lubrication coating；Disk
Skin drying；Wire rod is drawn into required parcel, then carries out twisted wire production.
In above-mentioned processing step, wire rod is drawn into the process of required parcel usually using drawbench.Drawbench is common
To metal material carry out drawing equipment, be made of mechanical equipment, lubricating utensil, electrical equipment, hydraulic and pneumatic system etc..
Raw material wire rod is usually in coil of wire shape, is placed on the feeding end set barrel and be placed in drawbench, the beginning of raw material wire rod is constantly by line
Volume discharges and is drawn into required parcel into drawbench, and the parcel that drawing is completed is wound at the discharge end of drawbench.
However, raw material wire rod is in the coil of wire during by discharging, the raw material wire rod just discharged and the raw material not discharged
Resistance is scratched there are biggish between wire rod coil, the release of raw material wire rod is not only hindered, also wears out raw material wire rod surface, is dropped
Main frame processing quality.
Utility model content
In view of the shortcomings of the prior art, the utility model provides the gradual feeding system of steel strand wires, raw material disk is improved to reach
The effect of item release smooth degree.
The above-mentioned technical purpose of the utility model has the technical scheme that
The gradual feeding system of steel strand wires, including raw material pedestal, the winding raw material coil of wire is provided on raw material pedestal sets material
Cylinder, the side of the raw material pedestal are provided with pay off rack, hollow ureeling barrel are rotatably connected on pay off rack, and ureeling barrel is connected with
The actuator for driving ureeling barrel rotation is provided on ureeling barrel and smoothes out with the fingers line arm, smoothes out with the fingers and be provided with thimble on line arm, and thimble is expected to setting
The vertical range of the axis of cylinder is greater than the radius of the raw material coil of wire, smoothes out with the fingers to offer on ureeling barrel of the line arm far from raw material pedestal side and pass through
The line inlet port worn sets barrel at least provided with two on raw material pedestal, sets and be connected with runner assembly on barrel, and runner assembly drives
It is dynamic to set barrel rotation close to or far from pay off rack.
It by using above scheme, sets and places coiled raw material wire rod on barrel, one end of raw material wire rod passes through thimble
And entered inside ureeling barrel by line inlet port, continuation is pierced by far from one end of raw material pedestal into equipment such as drawbench by ureeling barrel,
Period, actuator drive ureeling barrel rotation, and line arm is smoothed out with the fingers in drive and thimble does surround movement, due to thimble to the axis for setting barrel
The vertical range of line be greater than the raw material coil of wire radius, raw material wire rod constantly from set be released on barrel during, by hang down
Directly in the raw material disk for setting barrel axis direction and outside active force, and then reducing the raw material wire rod just discharged and not discharging
Resistance is scratched between bar coil, and then improves the smooth degree of raw material wire rod feeding, and also reduce raw material wire rod surface
Abrasion, and then improve wire rod processing quality.During the above process, it can be set in others and place coiled raw material disk on barrel
Item is spare, and after first raw material wire rod set on barrel discharges, the new barrel of setting of runner assembly driving turns to unwrapping wire
At frame, above-mentioned feeding operation is repeated, the time of reloading is therefore saved on, improves efficiency.
The utility model is further arranged to: the runner assembly includes the material replacing bench being rotationally connected on raw material pedestal,
Barrel is set to be set on material replacing bench.
By using above scheme, barrel is rotatably set by rotating material replacing bench, is operated convenient for operator.
The utility model is further arranged to: described set is to be detachably fixed connection between barrel and ureeling barrel.
By using above scheme, in feeding process, ureeling barrel is connect close to the one end for setting barrel with barrel is set, and can be subtracted
It puts down the shaking at the spool end gently, improves the stability at the ureeling barrel end, and then improve the stationarity of feeding process, need to convert
It is new when setting barrel, by ureeling barrel and barrel disassembly is set, is connect again with new barrel of setting.
The utility model is further arranged to: described set is rotatably connected to connecting shaft on barrel, and sliding is connected in ureeling barrel
Telescopic shaft is bolted realization and is locked between ureeling barrel and telescopic shaft, telescopic shaft is that spline is connect with connecting shaft,
By using above scheme, back out bolt, telescopic shaft detached into connecting shaft, by it is new set barrel and turn to first set
Telescopic shaft connect with the new connecting shaft set on barrel, is screwed into bolt again by the initial position of barrel, easy to operate,
Convenient for improving efficiency of reloading.
The utility model is further arranged to: drag reduction part is provided in the thimble.
By using above scheme, the setting of drag reduction part can reduce the friction between raw material wire rod and thimble, not only
Frictional resistance can be further decreased, moreover it is possible to reduce the abrasion to raw material wire rod, improve the processing quality of raw material wire rod.
The utility model is further arranged to: the drag reduction part includes the drag reduction roller being rotationally connected in thimble, raw material
Wire rod and drag reduction roller, which roll, to be connected.
By using above scheme, when raw material wire rod passes through thimble, raw material wire rod and drag reduction roller are to roll connection, greatly
Ground reduces frictional resistance, and has the advantages of simple structure and easy realization.
The utility model is further arranged to: finite place piece being arranged on the ureeling barrel, it is separate that locating part is located at thimble
The side of raw material pedestal.
By using above scheme, locating part is set far from the side of raw material pedestal in thimble, it can be to will enter
The raw material wire rod of drawbench etc. plays position-limiting action, and then improves the stability of raw material wire rod charging.
The utility model is further arranged to: the locating part includes the limit roller that multiple groups are rotationally connected on ureeling barrel,
Raw material wire rod and limit roller, which roll, to be connected, and the axis of the limit roller of difference group is not parallel.
By using above scheme, select limit roller as locating part, it is right while so that locating part plays position-limiting action
The resistance of raw material wire rod is smaller, improves the smooth degree of raw material wire rod charging.
The utility model is further arranged to: the actuator includes motor.
By using above scheme, motor speed is stable and adjustable and durable, is common rotating drive part.
In conclusion the utility model has the following beneficial effects:
1, set the setting of barrel side can surround movement smooth out with the fingers line arm and thimble, and thimble is to the axis for setting barrel
The vertical range of line be greater than the raw material coil of wire radius so that raw material wire rod constantly from set be released on barrel during, by
To perpendicular to the original for setting barrel axis direction and outside active force, and then reducing the raw material wire rod just discharged and not discharging
Resistance is scratched between charging tray bar coil, and then improves the smooth degree of raw material wire rod feeding；
2, be arranged it is multiple set barrel, during feeding, can set that place coiled raw material wire rod on barrel spare in others,
After first raw material wire rod set on barrel discharges, new barrel of setting is turned at pay off rack, repeats feeding operation,
The time of reloading is therefore saved on, is improved efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial schematic diagram for embodying one side structure of the utility model ureeling barrel；
Fig. 3 is the perspective view of the explosion for embodying this practical ureeling barrel and setting barrel junction.
Appended drawing reference: 1, raw material pedestal；11, material replacing bench；2, barrel is set；21, anti-decylization；22, strut；23, connecting shaft；3, it puts
Coil holder；31, motor；32, driving wheel；33, belt；4, ureeling barrel；41, line arm is smoothed out with the fingers；411, thimble；412, drag reduction roller；413,
Clump weight；42, line inlet port；43, limit roller；44, telescopic shaft；441, bolt；442, nut.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
The gradual feeding system of steel strand wires is rotatably connected on raw material pedestal 1 and changes as shown in Figure 1, including raw material pedestal 1
Expect platform 11, setting is provided with pay off rack 3, the company of rotation on pay off rack 3 there are two barrel 2,1 side of raw material pedestal is set on material replacing bench 11
It is connected to ureeling barrel 4, the outer wall of ureeling barrel 4, which is provided with, smoothes out with the fingers line arm 41, ureeling barrel 4 and sets between barrel 2 to be detachably fixed connection.
Raw material pedestal 1 is horizontal setting in the flat fang platform shape structure on ground, and top is rotatably connected to material replacing bench 11, rotation
Axis is located in vertical plane.Material replacing bench 11 is the block that horizontal cross-section is rectangle, and the area of horizontal cross-section is with position height
Increase and reduce.
The reload opposite two sides of frame are provided with and set barrel 2, and setting barrel 2 is horizontal positioned cylindrical-shaped structure, and two
The axis for setting barrel 2 is overlapped.The one end for setting the axis direction of barrel 2 is fixedly connected with the side for the frame that reloads, and is arranged at the other end
There is anti-decylization 21.The periphery of anti-decylization 21 is annular structure, and axis is overlapped with the axis for setting barrel 2.
The outer circumferential walls for setting barrel 2 are provided with multiple struts 22.Strut 22 is the rounded stock in section, axis with
The axis for setting barrel 2 is parallel, and multiple struts 22 are uniformly arranged along the outer circumferential walls interval for setting barrel 2.One end of strut 22 with change
The side of material platform 11 is fixedly connected, the other end to gradually extends far from the side for setting barrel 2 and with the annular shape of anti-decylization 21
Peripheral place is fixedly connected.
It sets barrel 2 for one and the side of material replacing bench 11 is provided with pay off rack 3.Pay off rack 3 is the frame body for being placed in ground,
Top is provided with ureeling barrel 4.Ureeling barrel 4 is horizontally disposed hollow oval tubular structure, axis and the axis weight for setting barrel 2
It closes, is rotatablely connected at one end of length direction with pay off rack 3.In conjunction with Fig. 2, ureeling barrel 4 is connected with the actuator of its rotation of driving,
Actuator includes the motor 31 being fixedly mounted on pay off rack 3, and motor 31 is connected with driving wheel 32, driving wheel 32 and ureeling barrel 4
Outer circumferential walls between be connected with belt 33.Motor 31 rotates, and drives ureeling barrel 4 to rotate by driving wheel 32 and belt 33.
Ureeling barrel 4 is provided at the one end for setting barrel 2 and smoothes out with the fingers line arm 41.Smoothing out with the fingers line arm 41 is long arm structure, length side
To vertical with the axis of ureeling barrel 4, the outer circumferential walls of ureeling barrel 4 are fixed at the center of length direction.
The one end for smoothing out with the fingers the length direction of line arm 41 is provided with thimble 411.Thimble 411 is perforative square tube shape structure,
Through direction is parallel with the axis of ureeling barrel 4.There are two drag reduction roller 412, the axis of drag reduction roller 412 for rotation connection in thimble 411
Line is vertical with the axis of ureeling barrel 4, and there are the gaps passed through for raw material wire rod between two drag reduction rollers 412.Smooth out with the fingers the another of line arm 41
One end is provided with clump weight 413, to balance the weight of thimble 411.
It smoothes out with the fingers and offers line inlet port 42 on the ureeling barrel 4 between line arm 41 and discharging frame, line inlet port 42 is through ureeling barrel 4
The length direction of the rectangle hole of barrel, line inlet port 42 is parallel with the axis direction of ureeling barrel 4.
Three groups of limit rollers 43 are rotatably connected on ureeling barrel 4, two groups therein are located at line inlet port 42, and another set is located at
Side of the pay off rack 3 far from raw material frame.It include the parallel limit roller 43 of two axis in every group, and two limits in same group
There are the gaps passed through for wire rod between roller 43.Angle as shown in Figure 2: two groups of limit rollers 43 at line inlet port 42 are along ureeling barrel 4
Axis direction arrangement, the axis close to one group of limit roller 43 smoothing out with the fingers line arm 41 is located in vertical plane, separate to smooth out with the fingers the one of line arm 41
The axis of group limit roller 43 is located in horizontal plane and vertical with the axis of ureeling barrel 4；Side positioned at pay off rack 3 far from raw material frame
The axis of one group of limit roller 43 be located in vertical plane.
In conjunction with Fig. 3, ureeling barrel 4 and set between barrel 2 to be detachably fixed connection.Set the one end of barrel 2 far from raw material frame
It is provided with connecting shaft 23.Connecting shaft 23 is cylindrical shape structure, and axis is overlapped with the axis for setting barrel 2, is connected with rotation between barrel 2 is set
It connects.Ureeling barrel 4 is provided with telescopic shaft 44 far from one end of pay off rack 3.Telescopic shaft 44 is the cylindrical body knot being inserted into ureeling barrel 4
Structure, outer wall are abutted with the inner wall of ureeling barrel 4 and are connected for sliding.Bolt 441, spiral shell are provided between telescopic shaft 44 and ureeling barrel 4
Bolt 441 is sequentially passed through the barrel and telescopic shaft 44 of ureeling barrel 4 by the outer wall of ureeling barrel 4, then is pierced by simultaneously spiral shell by the barrel of ureeling barrel 4
Line is connected with nut 442.It is connected between telescopic shaft 44 and connecting shaft 23 by spline.
The utility model use process is as follows:
When the equipment such as drawbench need feeding, is set at one and place coiled raw material wire rod on barrel 2, the one of raw material wire rod
End sequentially passes through a pair of of drag reduction roller 412, two pairs of limit rollers 43 at line inlet port 42, is entered inside ureeling barrel 4 by line inlet port 42, after
It is continuous to be pierced by by another pair limit roller 43, enter the equipment such as drawbench later and carry out drawing, during which, motor 31 drives 4 turns of ureeling barrel
Dynamic, drive smoothes out with the fingers line arm 41 and does surround movement so that raw material wire rod constantly from set be released on barrel 2 during, by hanging down
Directly in the raw material for setting 2 axis direction of barrel and outside active force, and then reducing the raw material wire rod just discharged and not discharging
Resistance is scratched between wire rod coil, and then improves the smooth degree of raw material wire rod feeding, reduces the mill on raw material wire rod surface
Damage.It during the above process, can set that place coiled raw material wire rod on barrel 2 spare at second, be set on barrel 2 when first
The release of raw material wire rod after, back out bolt 441, telescopic shaft 44 detached into connecting shaft 23, material replacing bench 11 is rotated, second is set
Barrel 2 turns to first initial position for setting barrel 2, and telescopic shaft 44 is connect with second connecting shaft set on barrel 2 23,
It is screwed into bolt 441 again, repeats above-mentioned feeding operation.Double settings for setting barrel 2 save the time of reloading, and improve efficiency.
Above-mentioned specific embodiment is only the explanation to the utility model, is not limitations of the present invention, this
Field technical staff 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 (9)
1. the gradual feeding system of steel strand wires, including raw material pedestal (1), the winding raw material coil of wire is provided on raw material pedestal (1)
Set barrel (2), it is characterised in that: the side of the raw material pedestal (1) is provided with pay off rack (3), and pay off rack is rotatablely connected on (3)
Have hollow ureeling barrel (4), ureeling barrel (4) is connected with the actuator of driving ureeling barrel (4) rotation, and ureeling barrel is provided on (4)
Smooth out with the fingers line arm (41), smooth out with the fingers and be provided on line arm (41) thimble (411), thimble (411) to the axis for setting barrel (2) it is vertical away from
From be greater than the raw material coil of wire radius, smooth out with the fingers line arm (41) far from raw material pedestal (1) side ureeling barrel (4) on offer it is perforative enter
Line mouth (42) sets barrel (2) at least provided with two on raw material pedestal (1), sets and be connected with runner assembly on barrel (2), turns
Dynamic Component driver sets barrel (2) rotation close to or far from pay off rack (3).
2. the gradual feeding system of steel strand wires according to claim 1, it is characterised in that: the runner assembly includes rotation
The material replacing bench (11) being connected on raw material pedestal (1) is set barrel (2) and is set on material replacing bench (11).
3. the gradual feeding system of steel strand wires according to claim 1, it is characterised in that: described to set barrel (2) and unwrapping wire
It is to be detachably fixed connection between cylinder (4).
4. the gradual feeding system of steel strand wires according to claim 3, it is characterised in that: described set rotates on barrel (2)
It is connected with connecting shaft (23), sliding is connected with telescopic shaft (44) in ureeling barrel (4), is passed through between ureeling barrel (4) and telescopic shaft (44)
Bolt (441) connection, which is realized, to be locked, and telescopic shaft (44) is that spline is connect with connecting shaft (23).
5. the gradual feeding system of steel strand wires according to claim 1, it is characterised in that: set in the thimble (411)
It is equipped with drag reduction part.
6. the gradual feeding system of steel strand wires according to claim 5, it is characterised in that: the drag reduction part includes that rotation connects
The drag reduction roller (412) being connected in thimble (411), raw material wire rod and drag reduction roller (412) roll and connect.
7. the gradual feeding system of steel strand wires according to claim 1, it is characterised in that: be arranged on the ureeling barrel (4)
Finite place piece, locating part are located at the side of thimble (411) far from raw material pedestal (1).
8. the gradual feeding system of steel strand wires according to claim 7, it is characterised in that: the locating part includes that multiple groups turn
The dynamic limit roller (43) being connected on ureeling barrel (4), raw material wire rod and limit roller (43) roll and connect, the limit roller of difference group
(43) axis is not parallel.
9. the gradual feeding system of steel strand wires according to claim 1, it is characterised in that: the actuator includes motor
(31)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821796263.8U CN209156755U (en) | 2018-11-01 | 2018-11-01 | The gradual feeding system of steel strand wires |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821796263.8U CN209156755U (en) | 2018-11-01 | 2018-11-01 | The gradual feeding system of steel strand wires |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209156755U true CN209156755U (en) | 2019-07-26 |
Family
ID=67336302
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821796263.8U Active CN209156755U (en) | 2018-11-01 | 2018-11-01 | The gradual feeding system of steel strand wires |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209156755U (en) |
-
2018
- 2018-11-01 CN CN201821796263.8U patent/CN209156755U/en active Active
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