CN205650613U - High -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole - Google Patents
High -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole Download PDFInfo
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- CN205650613U CN205650613U CN201620019909.6U CN201620019909U CN205650613U CN 205650613 U CN205650613 U CN 205650613U CN 201620019909 U CN201620019909 U CN 201620019909U CN 205650613 U CN205650613 U CN 205650613U
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Abstract
The utility model discloses a high -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole, including stand, horizontal pole and 3 at least leading wheel subassemblies, the horizontal pole is fixed with the stores pylon that is located its below, and install in the lower extreme of horizontal pole movablely at the middle part of a plate body, the plate body is kept away from the one end of stand and is installed ha fumo, the plate body is close to and is provided with the spring between one end and the horizontal pole of stand, and one is used for the regulation and control switch who controls wire drawing machine operating condition to install in the plate body, and one detects the contact installs on the stores pylon, unsettled first, a second ring is located between ha fumo and aluminium pole are rolled up, the second ring is 1 meter with ha fumo's distance at least, and this is first, second ring diameter lies in the aluminium pole and rolls up between internal diameter and the hafumo external diameter. The utility model discloses the continuous function of oscillation generation, solve take place intersect between aluminium pole circle and the circle with the bonding scheduling problem, destroy the bonding state of aluminium pole, single pull rod process of pulling out in the aluminium pole book of following takes place several rings and pulls out the phenomenon simultaneously and obviously reduce.
Description
Technical field
This utility model relates to a kind of aluminum bar pulling off device, particularly relates to a kind of aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device.
Background technology
Aluminum drawing production is: the aluminum bar of 2 ~ 3 tons of diameters about 2m rolling lies in ground, the most upwards pull-out single straight footpath is the aluminum bar of 9.5mm ~ 18mm, enter first through wires hole of high about 3m, it is first guide wheel above hole, aluminum bar is made to turn to, after aluminum bar passes through multiple adjustment of roller directions, parallel introducing wire-drawing frame, by mould, running roller is drawn into the aluminum single line of 1.0mm ~ 5mm.
The aluminum bar of this rolling of 2 ~ 3 tons typically has 40 ~ 50 layers, and every layer has 120 ~ 160 to enclose.When aluminum bar rolling, from the beginning of internal layer, close-packed arrays between circle and the circle of aluminum bar, sequence one layer, and then row time internal layer, layer and interlayer aluminum bar are continuous print, become positive and negative sequence, until outermost layer, are the most also to present the most close state.
In fact, on the one hand, how the most single aluminum bar is brought out from aluminum bar is rolled up, always mixed and disorderly problem occurring between aluminum bar circle and circle, mixed and disorderly problem between layers even occur, causing aluminum bar to be drawn is to produce knotting phenomenon, or single aluminum bar lived by below one layer of aluminum bar cramp, and can not unfold out, at a high speed during pull-out, all there is the result that aluminum bar is pulled off.On the other hand, aluminum bar often encloses in rolling up and arranges between aluminum bar is not the most neat state, the most mutually clamp-on between some adjacent turn, arrange the tightst between aluminum bar, even there is slight scraping, it is very tight that adjacent turn aluminum bar glues, and the arrangement of some adjacent turn aluminum bar but has gap, and the situation that adjacent layer aluminum bar can embed is arrived the most greatly in gap.
In fully automatic high-speed aluminum drawing production, when frequently occurring aluminum bar to draw from circle, multi-turn aluminum bar is bonded together, and quickly arrives first circular hole, the result that multi-turn arrives together often becomes knotting state, blocking first through wires hole, aluminum bar is pulled off, and continuous wire drawing process is interrupted.Recovering wire drawing to produce, need bar again, wire drawing machine oil extraction, wear 13 road wire-drawing dies, wire drawing machine oils, and changes take-up reel etc., spends about 1 hour time, has a strong impact on the manufacturing schedule of aluminum steel wire drawing.
In order to solve this problem, starting most, arrange an employee to nurse aluminum bar unfolding, the employee of nurse aluminum bar unfolding, the most with the hands pull aluminum bar, artificial loosening aluminum bar, once tie a knot during production, emergency brake, production efficiency is the lowest, and safety does not ensure.
Especially beginning paying out aluminum head from internal layer, carry out wire drawing, the probability broken down is greatly increased, and inner ring diameter constantly expands, and aluminum bar is easier to knotting occur, and when there is this situation, Manufacturing Worker have to manually pull aluminum bar.
Summary of the invention
This utility model provides a kind of aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, this anti-stick high-efficiency aluminum bar pulling off device constantly produces the function of vibration, solve to occur between aluminum bar circle and circle to intersect and the problem such as bonding, destroy the bond state of aluminum bar, single pull bar pulls out process from aluminum bar is rolled up, occur a few circle to pull out phenomenon to significantly reduce simultaneously, alleviate Manufacturing Worker's working strength.
For reaching above-mentioned purpose, the technical solution adopted in the utility model is: a kind of aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, including column, cross bar and at least 3 guide wheel assemblies, column top is fixed in the rear end of described cross bar, in described 3 guide wheel assemblies, first, second guide wheel assemblies is respectively arranged in cross bar two ends, and in described 3 guide wheel assemblies, the 3rd guide wheel assemblies is installed in the middle part of column；
Described cross bar is fixed with the hanger being disposed below, the middle part of one plate body is movably arranged in the lower end of cross bar, described plate body is provided with Huff die away from one end of column, described plate body is provided with spring near between one end and cross bar of column, one is installed on plate body for controlling the regulating switch of wire drawing machine duty, one detection contact is installed on hanger, and described cross bar front end is provided with attitude reference device；
Described attitude reference device includes 2 lower roll wheels be arrangeding in parallel and 2 upper roll wheels be arrangeding in parallel, described 2 upper roll wheels are positioned at 2 lower roll wheel upper surfaces, and upper roll wheel and lower roll wheel are vertical setting, thus form the passing channel surrounded by 2 upper roll wheels and 2 lower roll wheels, the gap of adjacent 2 lower roll wheels is slightly larger than aluminum shank diameter, and the gap of adjacent 2 lower roll wheels is slightly larger than aluminum shank diameter；
One first, second unsettled annulus is between described Huff die and aluminum bar are rolled up, described second annulus is at least 1 meter with the distance of Huff die, this first, second circle diameter is between aluminum bar volume internal diameter and Huff die external diameter, first circle diameter is less than the second circle diameter, it is connected the first connection rope having at least 3 to be spacedly distributed between described first annulus and Huff die, between described first annulus and the second annulus, connects the second connection rope having at least 3 to be spacedly distributed.
The technical scheme improved further in technique scheme is as follows:
1. in such scheme, described guide wheel assemblies includes directive wheel, axis rod and lays respectively at first, second fixed plate of directive wheel both sides, and described axis rod embeds directive wheel center and its two ends are fixed in first, second fixed plate.
2., in such scheme, described second circle diameter is 0.92 ~ 0.8 with the ratio of aluminum bar volume internal diameter.
3., in such scheme, described first connects rope is metallic cable with the second connection rope.
4., in such scheme, the second annulus between Huff die and ground is at least 1.7 meters with installation terrain clearance and is at least 1 meter from the distance with Huff die.
5., in such scheme, the weight of described annulus is at least 20kg.
6. in such scheme, the big 2 ~ 3mm of aluminum shank diameter that the through wires hole of described Huff die is rolled up than aluminum bar.
7. in such scheme, the gap of described adjacent 2 lower roll wheels is more than aluminum shank diameter 0.5 ~ 1mm, and the gap of adjacent 2 upper roll wheels is more than aluminum shank diameter 0.5 ~ 1mm.
Owing to technique scheme is used, this utility model compared with prior art has the advantage that
1. this utility model aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, it is unsettled first years old, second annulus is between described Huff die and aluminum bar are rolled up, described second annulus is at least 1 meter with the distance of Huff die, this is first years old, second circle diameter is between aluminum bar volume internal diameter and Huff die external diameter, first circle diameter is less than the second circle diameter, the the first connection rope having at least 3 to be spacedly distributed it is connected between described first annulus and Huff die, the the second connection rope having at least 3 to be spacedly distributed is connected between described first annulus and the second annulus, can freely swing, by touching with the moment of aluminum bar, constantly produce the function of vibration；Solve to occur between aluminum bar circle and circle to intersect and the most effective means of problem such as bonding are exactly to control certain amplitude, dynamics, continually vibration aluminum bar, the bond state of destruction aluminum bar；Aluminum bar circle in the upwards rising of crossing condition occurs as vibration and downward gravity synergism, intersect the loosest and disengage；And pass through height and the design of circle diameter, try out, obtaining the optimal height of overall characteristic and circle diameter value, annulus has bigger own wt, it is that aluminium alloy rod frequently touches with annulus, and direction is indefinite in order to produce enough power effects, position is random, and aluminium alloy rod shake is substantially；Single pull bar pulls out process from aluminum bar is rolled up, and occurs a few circle to pull out phenomenon simultaneously and significantly reduces, and, that encloses and enclose just disappears the when of being bonded in pull-out aluminum bar volume, and crossover phenomenon do not seen by the aluminum bar going out aluminum bar volume；Alleviate Manufacturing Worker's working strength.
2. this utility model aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, its cross bar is fixed with the hanger being disposed below, the middle part of one plate body is movably arranged in the lower end of cross bar, described plate body is provided with Huff die away from one end of column, described plate body is provided with spring near between one end and cross bar of column, one regulating switch is installed on plate body, one detection contact is installed on hanger, aluminum bar smooth and easy through time, regulating switch electrically connects with detection contact, even if occurring minimum probability that aluminum bar knotting state occurs, plate body has one end of Huff die and is upturned, plate body moves down near one end of column, spring is made to be in extended state, drive regulating switch and detection contact separation, so that wire drawing machine quits work, avoid the situation that aluminum bar is broken.
Accompanying drawing explanation
Accompanying drawing 1 is this utility model aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device structural representation one；
Accompanying drawing 2 is this utility model aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device structural representation two.
In the figures above: 1, column；2, cross bar；3, guide wheel assemblies；31, the first guide wheel assemblies；32, the second guide wheel assemblies；33, the 3rd guide wheel assemblies；4, hanger；5, plate body；6, Huff die；61, through wires hole；7, spring；8, attitude reference device；81, lower roll wheel；82, upper roll wheel；9, passing channel；10, aluminum bar；11, the first annulus；12, aluminum bar volume；13, first connects rope；18, regulating switch；19, detection contact；20, the second annulus；21, second connects rope.
Detailed description of the invention
Below in conjunction with the accompanying drawings and this utility model is further described by embodiment:
Embodiment 1: a kind of aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, including column 1, cross bar 2 and at least 3 guide wheel assemblies 3, column 1 top is fixed in the rear end of described cross bar 2, in described 3 guide wheel assemblies 3, first, second guide wheel assemblies 31,32 is respectively arranged in cross bar 2 two ends, and in described 3 guide wheel assemblies 3, the 3rd guide wheel assemblies 33 is installed in the middle part of column 1；
Described cross bar 2 is fixed with the hanger 4 being disposed below, the middle part of one plate body 5 is movably arranged in the lower end of cross bar 2, described plate body 5 is provided with Huff die 6 away from one end of column 1, described plate body 5 is near being provided with spring 7 between one end of column 1 and cross bar 2, one is installed on plate body for controlling the regulating switch of wire drawing machine duty, one detection contact is installed on hanger, and described cross bar 2 front end is provided with attitude reference device 8；
Described attitude reference device 8 includes 2 lower roll wheels be arrangeding in parallel 81 and 2 upper roll wheels be arrangeding in parallel 82, described 2 upper roll wheels 82 are positioned at 2 lower roll wheel 81 upper surfaces, and upper roll wheel 81 and lower roll wheel 82 are vertical setting, thus form the passing channel 9 surrounded by 2 upper roll wheels 81 and 2 lower roll wheels 82, the gap of adjacent 2 lower roll wheels 81 is slightly larger than aluminum bar 10 diameter, and the gap of adjacent 2 lower roll wheels 81 is slightly larger than aluminum bar 10 diameter；
One first, second unsettled annulus 11,20 is rolled up between 12 at described Huff die 6 and aluminum bar, described second annulus 20 is at least 1 meter with the distance of Huff die 6, this first, second annulus 11,20 diameter is rolled up between 12 internal diameters and Huff die 6 external diameter at aluminum bar, first annulus 11,20 diameter is less than the second annulus 11,20 diameter, it is connected the first connection rope 13 having at least 3 to be spacedly distributed between described first annulus 11 and Huff die 6, between described first annulus 11 and the second annulus 20, is connected the second connection rope 21 having at least 3 to be spacedly distributed.
Above-mentioned first connects rope 13 and second connects rope 21 and is metallic cable, and above-mentioned first connects rope 13 and second connects rope 21 numbers and be 4.
The second annulus 20 between Huff die 6 and ground is 1.2 meters with installation terrain clearance at least 1.7 meters from the distance with Huff die 6.
The weight of above-mentioned first, second annulus 11,20 is at least 20kg.
The weight of above-mentioned annulus 11 is at least 20kg；The aluminum bar 10 big 2mm of diameter that the through wires hole 61 of above-mentioned Huff die 6 is rolled up than aluminum bar.
The gap of above-mentioned adjacent 2 lower roll wheels 81 is more than aluminum bar 10 diameter 0.6mm, and the gap of adjacent 2 upper roll wheels 82 is more than aluminum bar 10 diameter 0.8mm.
In the present embodiment aluminum bar pulling off device, internal radius: 650mm；
Annulus is conducted oneself with dignity: 20kg；
Annulus installs terrain clearance: 1.7m, from through wires hole distance 1.2m.
In the present embodiment, aluminum bar on probation is LHA1 type high-strength aluminum alloy bar；
Aluminum bar volume height: 700mm；Internal diameter: 720mm, external diameter: 1520mm；
Aluminum bar volume quantity on probation: volume 12, often rolls up weight: 1.9 ~ 2.3 tons；
Aluminum shank diameter: 9.5mm；
Wire drawing machine: 13 mould high-speed wire-drawings, speed: 15 m/s ~ 25 m/s
Drawn aluminum line diameter: 3.07 mm.
Embodiment 2: a kind of aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, including column 1, cross bar 2 and at least 3 guide wheel assemblies 3, column 1 top is fixed in the rear end of described cross bar 2, in described 3 guide wheel assemblies 3, first, second guide wheel assemblies 31,32 is respectively arranged in cross bar 2 two ends, and in described 3 guide wheel assemblies 3, the 3rd guide wheel assemblies 33 is installed in the middle part of column 1；
Described cross bar 2 is fixed with the hanger 4 being disposed below, the middle part of one plate body 5 is movably arranged in the lower end of cross bar 2, described plate body 5 is provided with Huff die 6 away from one end of column 1, described plate body 5 is near being provided with spring 7 between one end of column 1 and cross bar 2, one is installed on plate body 5 for controlling the regulating switch 18 of wire drawing machine duty, one detection contact 19 is installed on hanger 4, and described cross bar 2 front end is provided with attitude reference device 8；
Described attitude reference device 8 includes 2 lower roll wheels be arrangeding in parallel 81 and 2 upper roll wheels be arrangeding in parallel 82, described 2 upper roll wheel positions 82 are in 2 lower roll wheel 81 upper surfaces, and upper roll wheel 81 and lower roll wheel 82 are vertical setting, thus form the passing channel 9 surrounded by 2 upper roll wheels 81 and 2 lower roll wheels 82, the gap of adjacent 2 lower roll wheels 81 is slightly larger than aluminum bar 10 diameter, and the gap of adjacent 2 lower roll wheels 81 is slightly larger than aluminum bar 10 diameter；
One first, second unsettled annulus 11,20 is rolled up between 12 at described Huff die 6 and aluminum bar, described second annulus 20 is at least 1 meter with the distance of Huff die 6, this first, second annulus 11,20 diameter is rolled up between 12 internal diameters and Huff die 6 external diameter at aluminum bar, first annulus 11,20 diameter is less than the second annulus 11,20 diameter, it is connected the first connection rope 13 having at least 3 to be spacedly distributed between described first annulus 11 and Huff die 6, between described first annulus 11 and the second annulus 20, is connected the second connection rope 21 having at least 3 to be spacedly distributed.
Above-mentioned guide wheel assemblies 3 includes directive wheel, axis rod and lays respectively at first, second fixed plate of directive wheel both sides, and described axis rod embeds directive wheel center and its two ends are fixed in first, second fixed plate.
The ratio of 12 internal diameters rolled up by above-mentioned annulus 11 diameter and aluminum bar is 0.9.
Above-mentioned first connects rope 13 and second connects rope 21 and is metallic cable, and above-mentioned first connects rope 13 and second connects rope 21 numbers and be 4.
The second annulus 20 between Huff die 6 and ground is 1.2 meters with installation terrain clearance at least 1.7 meters from the distance with Huff die 6.
The weight of above-mentioned first, second annulus 11,20 is at least 20kg, the aluminum bar 10 big 2.5mm of diameter that the through wires hole 61 of above-mentioned Huff die 6 is rolled up than aluminum bar.
The gap of above-mentioned adjacent 2 lower roll wheels 81 is more than aluminum bar 10 diameter 0.8mm, and the gap of adjacent 2 upper roll wheels 82 is more than aluminum bar 10 diameter 0.6mm.
When using above-mentioned aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, it is by touching with the moment of aluminum bar, constantly produces the function of vibration；Solve to occur between aluminum bar circle and circle to intersect and the most effective means of problem such as bonding are exactly to control certain amplitude, dynamics, continually vibration aluminum bar, the bond state of destruction aluminum bar；Aluminum bar circle in the upwards rising of crossing condition occurs as vibration and downward gravity synergism, intersect the loosest and disengage；And pass through height and the design of circle diameter, try out, obtaining the optimal height of overall characteristic and circle diameter value, annulus has bigger own wt, it is that aluminium alloy rod frequently touches with annulus, and direction is indefinite in order to produce enough power effects, position is random, and aluminium alloy rod shake is substantially；Single pull bar pulls out process from aluminum bar is rolled up, and occurs a few circle to pull out phenomenon simultaneously and significantly reduces, and, that encloses and enclose just disappears the when of being bonded in pull-out aluminum bar volume, and crossover phenomenon do not seen by the aluminum bar going out aluminum bar volume；Alleviate Manufacturing Worker's working strength.
Above-described embodiment only for technology of the present utility model design and feature are described, its object is to allow person skilled in the art will appreciate that content of the present utility model and to implement according to this, can not limit protection domain of the present utility model with this.All equivalence changes made according to this utility model spirit or modification, all should contain within protection domain of the present utility model.
Claims (8)
1. an aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device, it is characterized in that: include column (1), cross bar (2) and at least 3 guide wheel assemblies (3), column (1) top is fixed in the rear end of described cross bar (2), in described 3 guide wheel assemblies (3), first, second guide wheel assemblies (31,32) is respectively arranged in cross bar (2) two ends, and in described 3 guide wheel assemblies (3), the 3rd guide wheel assemblies (33) is installed on column (1) middle part；
Described cross bar (2) is fixed with the hanger (4) being disposed below, the middle part of one plate body (5) is movably arranged in the lower end of cross bar (2), described plate body (5) is provided with Huff die (6) away from one end of column (1), described plate body (5) is provided with spring (7) between one end and the cross bar (2) of column (1), one is installed on plate body (5) for controlling the regulating switch (18) of wire drawing machine duty, one detection contact (19) is installed on hanger (4), and described cross bar (2) front end is provided with attitude reference device (8)；
Described attitude reference device (8) includes 2 lower roll wheels be arrangeding in parallel (81) and 2 upper roll wheels be arrangeding in parallel (82), described 2 upper roll wheels (82) are positioned at 2 lower roll wheel (81) upper surfaces, and upper roll wheel (81) and lower roll wheel (81) are vertical setting, thus form the passing channel (9) surrounded by 2 upper roll wheels (81) and 2 lower roll wheels (81), the gap of adjacent 2 lower roll wheels (81) is slightly larger than aluminum bar (10) diameter, and the gap of adjacent 2 lower roll wheels (81) is slightly larger than aluminum bar (10) diameter；
One unsettled first, second annulus (11, 20) it is positioned between described Huff die (6) and aluminum bar volume (12), described second annulus (20) is at least 1 meter with the distance of Huff die (6), this is first years old, second annulus (11, 20) diameter is positioned between aluminum bar volume (12) internal diameter and Huff die (6) external diameter, first annulus (11, 20) diameter is less than the second annulus (11, 20) diameter, the first connection rope (13) having at least 3 to be spacedly distributed it is connected between described first annulus (11) and Huff die (6), the second connection rope (21) having at least 3 to be spacedly distributed it is connected between described first annulus (11) and the second annulus (20).
Aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device the most according to claim 1, it is characterized in that: described guide wheel assemblies (3) includes directive wheel, axis rod and lays respectively at first, second fixed plate of directive wheel both sides, described axis rod embeds directive wheel center and its two ends are fixed in first, second fixed plate.
Aluminum bar volume anti-stick high-efficiency aluminum bar pulling off device the most according to claim 1, it is characterised in that: described second annulus (20) diameter is 0.92 ~ 0.8 with the ratio of aluminum bar volume (12) internal diameter.
4. roll up with anti-stick high-efficiency aluminum bar pulling off device according to the aluminum bar according to any one of claim 1 ~ 3, it is characterised in that: described first connection rope (13) and second connects rope (21) and is metallic cable.
5. roll up with anti-stick high-efficiency aluminum bar pulling off device according to the aluminum bar according to any one of claim 1 ~ 3, it is characterised in that: the second annulus (20) being positioned between Huff die (6) and ground is at least 1.7 meters with installation terrain clearance and is at least 1 meter from the distance with Huff die (6).
6. roll up with anti-stick high-efficiency aluminum bar pulling off device according to the aluminum bar according to any one of claim 1 ~ 3, it is characterised in that: the big 2 ~ 3mm of aluminum bar (10) diameter that the through wires hole (61) of described Huff die (6) is rolled up than aluminum bar.
7. roll up with anti-stick high-efficiency aluminum bar pulling off device according to the aluminum bar according to any one of claim 1 ~ 3, it is characterised in that: the weight of described first, second annulus (11,20) is at least 20kg.
8. roll up with anti-stick high-efficiency aluminum bar pulling off device according to the aluminum bar according to any one of claim 1 ~ 3, it is characterized in that: the gap of described adjacent 2 lower roll wheels (81) is more than aluminum bar (10) diameter 0.5 ~ 1mm, the gap of adjacent 2 upper roll wheels (82) is more than aluminum bar (10) diameter 0.5 ~ 1mm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620019909.6U CN205650613U (en) | 2016-01-11 | 2016-01-11 | High -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620019909.6U CN205650613U (en) | 2016-01-11 | 2016-01-11 | High -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole |
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| CN205650613U true CN205650613U (en) | 2016-10-19 |
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| CN201620019909.6U Active CN205650613U (en) | 2016-01-11 | 2016-01-11 | High -efficient aluminium pole pulling off device with adhesion -preventing is rolled up to aluminium pole |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689419A (en) * | 2016-01-11 | 2016-06-22 | 江苏亨通电力特种导线有限公司 | Bonding preventing efficient aluminum rod pull-out device for aluminum rod roll |
| CN106391753A (en) * | 2016-12-06 | 2017-02-15 | 安徽马钢比亚西钢筋焊网有限公司 | Loading anti-intertwining device for steel bar cold rolling |
-
2016
- 2016-01-11 CN CN201620019909.6U patent/CN205650613U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105689419A (en) * | 2016-01-11 | 2016-06-22 | 江苏亨通电力特种导线有限公司 | Bonding preventing efficient aluminum rod pull-out device for aluminum rod roll |
| CN106391753A (en) * | 2016-12-06 | 2017-02-15 | 安徽马钢比亚西钢筋焊网有限公司 | Loading anti-intertwining device for steel bar cold rolling |
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