CN207414233U - A kind of B alloy wire coalignment - Google Patents
A kind of B alloy wire coalignment Download PDFInfo
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- CN207414233U CN207414233U CN201721561558.2U CN201721561558U CN207414233U CN 207414233 U CN207414233 U CN 207414233U CN 201721561558 U CN201721561558 U CN 201721561558U CN 207414233 U CN207414233 U CN 207414233U
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- alloy wire
- rotating seat
- passage
- spill spin
- coalignment
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Abstract
The utility model is only straightened B alloy wire by way of rolling alignment for B alloy wire coalignment in the prior art, it is poor to be straightened effect, and the layer that gets rusty existing for B alloy wire surface the drawbacks of also being difficult to remove, a kind of B alloy wire coalignment is provided, including first heater is equipped on workbench successively, roll coalignment, secondary heating mechanism, rotate apparatus for leveling, it is described rotation apparatus for leveling include set on the table can rotation rotating seat, drive the driving device of rotating seat rotation, the rotating seat is equipped with for through the passage of B alloy wire, the central axis of passage is overlapped with the central axis of rotating seat, the rotating seat is equipped with multiple spill spin blocks set towards passage, spill spin block is equipped with the buffed surface for B alloy wire of polishing towards the side of passage.The utility model uses to roll alignment and rotate leveling two ways and B alloy wire is straightened, and alignment effect, and can remove the layer that gets rusty on B alloy wire surface well can be played to B alloy wire.
Description
Technical field
The utility model belongs to B alloy wire technical field of processing equipment, and in particular to a kind of B alloy wire coalignment.
Background technology
Many alloy wires need to use after being straightened, and existing B alloy wire coalignment can only be by rolling alignment
B alloy wire surface is also easy to that there are more out-of-flatnesses after mode is straightened B alloy wire, and this mode is straightened B alloy wire
Place, alignment effect is poor, and the layer that gets rusty existing for B alloy wire surface is also difficult to remove.
The content of the invention
The utility model for B alloy wire coalignment in the prior art only by way of rolling alignment to B alloy wire into
The drawbacks of row alignment, alignment effect is poor, and the layer that gets rusty existing for B alloy wire surface also is difficult to remove, provides a kind of B alloy wire alignment
Device, the device use to roll alignment and rotate leveling two ways and B alloy wire are straightened, B alloy wire can be played very well
Alignment effect, and the layer that gets rusty on B alloy wire surface can be removed.
The goal of the invention of the utility model is achieved through the following technical solutions：A kind of B alloy wire coalignment, including
First heater rolls coalignment, secondary heating mechanism, rotation apparatus for leveling, and the first heater rolls alignment
Device, secondary heating mechanism, rotation apparatus for leveling are sequentially fixed on workbench, and the rotation apparatus for leveling includes being arranged on work
Make on platform can rotation rotating seat, drive the driving device of rotating seat rotation, the rotating seat is equipped with for through alloy
The passage of silk, the central axis of passage are overlapped with the central axis of rotating seat, and the rotating seat is set equipped with multiple towards passage
The spill spin block put, spill spin block are equipped with the buffed surface for B alloy wire of polishing towards the side of passage.
B alloy wire carries out rolling alignment by rolling coalignment again after first heater heats, by the second heating
It is flattened again by rotation apparatus for leveling after device heating, it is all to carry out to B alloy wire to roll coalignment, rotation apparatus for leveling
Physical action is all that first B alloy wire is heated twice, can be softened B alloy wire is opposite, and it is whole to make to roll coalignment, rotation
Leveling device is more prone to be straightened B alloy wire, flatten, and the effect be straightened, flattened is more preferable.Driving device driving rotating seat turns
When dynamic, spill spin block can be rotated around the B alloy wire in passage, and the buffed surface in spill spin block rotation process on spill spin block will be right
B alloy wire is polished, flattened, and straightens B alloy wire, and can remove the layer that gets rusty on B alloy wire surface.
Preferably, being provided with the straight slot set towards passage on the rotating seat, straight slot is connected with passage, the spill spin block
It is arranged in straight slot, rotating seat is equipped with to adjust on spill spin block first of distance between buffed surface and the central axis of passage
Regulating device.The utility model can carry out operation to the B alloy wire of different diameter specifications in actual use, be adjusted by first
Device adjusts the B alloy wire that the distance between central axis of spill spin block and passage can make spill spin block be suitable for different size, right
The B alloy wire of different size is polished, flattened.
Preferably, first regulating device includes the fixed seat being fixedly mounted on rotating seat, fixed seat is equipped with
For the guide post playing the guiding role to spill spin block, the spill spin block is sleeved on guide post, and fixed seat is equipped with what is be spirally connected with spill spin block
Bolt.Relative position between spill spin block and passage can be adjusted by rotating bolt, and then adjusted in buffed surface and passage
The distance between mandrel line.
Preferably, being fixedly connected with bearing on the workbench, set on bearing there are two bearing parallel to each other, it is described
It being set on rotating seat there are two the shaft for the tube-shaped structure being located along the same line, two shafts are respectively fitted on two bearings,
The central axis of the passage is overlapped with the central axis of shaft, and the driving device is driving motor, and driving motor passes through skin
Band driving rotating seat rotates.
Preferably, the spill spin block is divided into several groups, every group of spill spin block is set all along the length direction of rotating seat, if
Dry group spill spin block is evenly distributed on passage surrounding.
Preferably, the first heater includes two beckets for being connected with Different electrodes, becket passes through branch
Strut is fixedly mounted on the table.When B alloy wire passes through two beckets, B alloy wire and two metallic rings contacts, two gold
Belong to ring and connect two different electrodes, two form an accesses between becket and B alloy wire, make between two beckets
B alloy wire can be heated.
Preferably, the secondary heating mechanism includes housing, housing both ends are respectively opened there are one opening, between two openings
Heating unit equipped with heat conducting pipe and to heat conducting pipe heating, heat conducting pipe are located in housing, filled with guarantor between heat conducting pipe and housing
Warm layer.During the utility model operation, B alloy wire passes through heat conducting pipe, after heating unit heats heat conducting pipe, heat conducting pipe pairing
Spun gold is heated, contact in this course, between B alloy wire and heat conducting pipe it is less do not contact even, heat conducting pipe will not will be through
The B alloy wire rolled after coalignment is crossed to distort.
Preferably, the heating unit is electric-heating-wire-heating pipe, electric-heating-wire-heating pipe is attached on heat conducting pipe.
Preferably, the coalignment that rolls includes pedestal, pedestal, which is equipped with, determines roller group and dynamic roller group, determines idler wheel
Group is made of multiple idler wheels of determining being located along the same line, and dynamic roller group is made of multiple dynamic idler wheels, and composition determines determining for roller group
Idler wheel is staggered with forming the dynamic idler wheel of dynamic roller group, determines roller group and is fixedly mounted on pedestal, being additionally provided on pedestal can adjust
The dynamic roller group of section and the second regulating device for determining roller group distance, determine to be designed with for alloy on the wheel face of idler wheel and dynamic idler wheel
The annular groove of silk /V, described to roll there are two coalignments, two to roll coalignment orthogonal.Two orthogonal
Roll coalignment and B alloy wire can be carried out by four direction rolling alignment, straighten B alloy wire.
Preferably, second regulating device includes several guide grooves parallel to each other, guide groove hangs down with determining roller group
Directly, the sliding block that can be slided along guide groove is designed in each guide groove, a dynamic idler wheel is designed on each sliding block, moves
The central shaft of idler wheel is fixed on sliding block, and pedestal is equipped with the screw rod being spirally connected with sliding block, and screw rod is vertical with determining roller group, outside screw rod
End is fixedly connected with knob.Turning knob can be with the position of adjusting slider, and then can adjust dynamic idler wheel and determine between roller group
Relative position.
Preferably, the buffed surface is arcuate structure.
Preferably, the rotation apparatus for leveling is externally provided with protective jacket.It can prevent staff from touching under job state
Rotation apparatus for leveling.
Compared with prior art, the utility model has the advantages that：The utility model carries out operation to B alloy wire
When, B alloy wire carries out rolling alignment by rolling coalignment again after first heater heats, by secondary heating mechanism
It is flattened again by rotation apparatus for leveling after heating, it is all to carry out physics to B alloy wire to roll coalignment, rotation apparatus for leveling
Effect, is all that first B alloy wire is heated twice, can be made to roll coalignment, rotation leveling dress by the opposite softening of B alloy wire
It puts and is more prone to be straightened B alloy wire, flatten, the effect be straightened, flattened is more preferable.When driving device driving rotating seat rotates,
Spill spin block can be rotated around the B alloy wire in passage, and the buffed surface in spill spin block rotation process on spill spin block will be to B alloy wire
It polished, flattened, straighten B alloy wire, and the layer that gets rusty on B alloy wire surface can be removed.
Description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is rotation apparatus for leveling structure diagram；
Fig. 3 is rotation apparatus for leveling sectional view；
Fig. 4 is secondary heating mechanism right view；
Fig. 5 moves idler wheel and the second regulating device structure diagram to roll on coalignment；
It is marked in figure：1st, first heater, 2, roll coalignment, 3, secondary heating mechanism, 4, rotation apparatus for leveling,
5th, rotating seat, 6, driving device, 7, passage, 8, spill spin block, 9, buffed surface, 10, straight slot, the 11, first regulating device, 12, fixed
Seat, 13, guide post, 14, bolt, 15, bearing, 16, bearing, 17, shaft, 18, belt, 19, becket, 20, housing, 21, opening,
22nd, heat conducting pipe, 23, heating unit, 24, insulating layer, 25, pedestal, 26, determine roller group, 27, dynamic roller group, 28, second adjusts dress
It puts, 29, annular groove, 30, guide groove, 31, sliding block, 32, screw rod, 33, knob, 34, protective jacket, 35, supporting rod, 101, work
Platform.
Specific embodiment
Represented embodiment is further described the utility model below in conjunction with the accompanying drawings：
Embodiment 1
As shown in Figure 1, a kind of B alloy wire coalignment, including first heater 231, roll coalignment 2, second plus
Thermal 233, rotation apparatus for leveling 4, the first heater 231 roll coalignment 2, secondary heating mechanism 233, rotation
Turn apparatus for leveling 4 to be sequentially fixed on workbench 101.
As shown in Figure 1, the first heater 231 includes two beckets 19 for being connected with Different electrodes, becket
19 are fixedly mounted on by supporting rod 35 on workbench 101.When B alloy wire passes through two beckets 19, B alloy wire and two gold
Belong to ring 19 to contact, two beckets 19 connect two different electrodes, form one between two beckets 19 and B alloy wire and lead to
Road enables the B alloy wire between two beckets 19 to be heated.
As shown in Figure 1, shown in Figure 5, the coalignment 2 that rolls includes pedestal 25, and pedestal 25, which is equipped with, to be determined roller group 26 and move
Roller group 27, determine roller group 26 by it is multiple be located along the same line determine roller group 26 into, move roller group 27 by multiple dynamic idler wheels
Group 27 is into the idler wheel of determining that composition determines roller group 26 is staggered with forming the dynamic idler wheel of dynamic roller group 27, determines roller group 26 and fixes
On pedestal 25, the second regulating device that can be adjusted dynamic roller group 27 and determine 26 distance of roller group is additionally provided on pedestal 25
28, determine to be designed with the annular groove 29 for B alloy wire /V on the wheel face of idler wheel and dynamic idler wheel, it is described to roll coalignment 2
There are two, two to roll coalignment 2 orthogonal.Two mutually perpendicular coalignments 2 that roll can be by four direction pair
B alloy wire carries out rolling alignment, straightens B alloy wire.Second regulating device 28 includes saying a guide groove 30 parallel to each other,
Guide groove 30 is vertical with determining roller group 26, the sliding block 31 that can be slided along guide groove 30 is designed in each guide groove 30, often
A dynamic idler wheel is designed on one sliding block 31, the central shaft of dynamic idler wheel is fixed on sliding block 31, and pedestal 25 is equipped with and sliding block
31 screw rods 32 being spirally connected, screw rod 32 is vertical with determining roller group 26, and 32 outer end of screw rod is fixedly connected with knob 33.Turning knob 33 can
With the position of adjusting slider 31, and then dynamic idler wheel can be adjusted and determine the relative position between roller group 26.
As Figure 1 and Figure 4, the secondary heating mechanism 233 includes housing 20, and 20 both ends of housing are respectively opened there are one opening
21, two are open equipped with heat conducting pipe 22 and to the heating unit 23 that heat conducting pipe 22 heats between 21, and the heating unit 23 is electricity
Heated filament heating tube, electric-heating-wire-heating pipe are attached on heat conducting pipe 22, and heat conducting pipe 22 is located in housing 20, heat conducting pipe 22 and housing 20 it
Between be filled with insulating layer 24.During the utility model operation, B alloy wire passes through heat conducting pipe 22, and heating unit 23 carries out heat conducting pipe 22
After heating, heat conducting pipe 22 heats B alloy wire, in this course, contacted between B alloy wire and heat conducting pipe 22 it is less even
It does not contact, heat conducting pipe 22 will not will be distorted by roll the B alloy wire after coalignment 2.
As shown in Figure 1, Figure 2, Figure 3 shows, the rotation apparatus for leveling 4 includes being arranged on the rotation of energy rotation on workbench 101
Seat 5, the driving device 6 for driving 5 rotation of rotating seat, bearing 15 is fixedly connected on the workbench 101, and bearing 15 is equipped with two
A bearing 16 parallel to each other is set on the rotating seat 5 there are two the shaft 17 for the tube-shaped structure being located along the same line, two
A shaft 17 is respectively fitted on two bearings 16, and the central axis of the passage 7 is overlapped with the central axis of shaft 17.The drive
Dynamic device 6 is driving motor, and driving motor drives rotating seat 5 to rotate by belt 18, and the rotating seat 5 is equipped with to wear
The passage 7 of B alloy wire is crossed, the central axis of passage 7 is overlapped with the central axis of rotating seat 5, and the rotating seat 5 is equipped with multiple
The spill spin block 8 set towards passage 7, spill spin block 8 are equipped with the buffed surface 9 for B alloy wire of polishing, institute towards the side of passage 7
Buffed surface 9 is stated as arcuate structure.The straight slot 10 set towards passage 7 is provided on the rotating seat 5, straight slot 10 is connected with passage 7,
The spill spin block 8 is arranged in straight slot 10, and rotating seat 5 is equipped with to adjust the center of buffed surface 9 and passage 7 on spill spin block 8
First regulating device 11 of distance between axis.First regulating device 11 includes the fixation being fixedly mounted on rotating seat 5
Seat 12, fixed seat 12 are equipped with the guide post 13 playing the guiding role to spill spin block 8, and the spill spin block 8 is sleeved on guide post 13, Gu
Reservation 12 is equipped with the bolt 14 being spirally connected with spill spin block 8.The rotation apparatus for leveling 4 is externally provided with protective jacket 34.The utility model
Operation can be carried out to the B alloy wire of different diameter specifications in actual use, the bolt 14 rotated in the first regulating device 11 can be with
The distance between the relative position between spill spin block 8 and passage 7 is adjusted, and then adjust the central axis of buffed surface 9 and passage 7,
Spill spin block 8 is made to be suitable for the B alloy wire of different size, is polished the B alloy wire of different size, flattened.
In actual use, the spill spin block 8 on rotating seat 5 can be divided to for two groups, two groups of spill spin blocks 8 are all along rotating seat 5
Length direction set, two groups of spill spin blocks 8 are separately positioned on passage, and about 7 both sides, and the spill spin block 8 in this two groups of spill spin blocks 8
Between it is interwoven, the distance between adjacent spill spin block 8 is equal, and spill spin block 8 is divided to can be from two sides for two groups of settings
Rotary-grinding is carried out to the B alloy wire in passage 7 to simultaneously, is more uniformly distributed the stress of B alloy wire during rotary-grinding.
In actual use, spill spin block 8 can also be divided for three groups, four groups or even more multigroup when being arranged on rotating seat 5, multigroup spill spin block 8
It is evenly distributed on passage surrounding and rotary-grinding is carried out to the B alloy wire in passage 7.
B alloy wire carries out rolling alignment by rolling coalignment 2 again after the heating of first heater 231, by second
Heating unit 233 is flattened after heating by rotation apparatus for leveling 4 again, rolls coalignment 2, rotation apparatus for leveling 4 to alloy
Silk is all to carry out physical action, is all that first B alloy wire is heated twice, can be made to roll alignment dress by the opposite softening of B alloy wire
It puts 2, rotation apparatus for leveling 4 to be more prone to be straightened B alloy wire, flatten, the effect be straightened, flattened is more preferable.Driving device 6
When driving the rotation of rotating seat 5, the B alloy wire that spill spin block 8 can be in passage 7 rotates, the spill spin block 8 in 8 rotation process of spill spin block
On buffed surface 9 will be polished B alloy wire, be flattened, straighten B alloy wire, and getting rusty for B alloy wire surface can be removed
Layer.
Specific embodiment described in text is only to the utility model spirit explanation for example.Belonging to the utility model
Those skilled in the art can do described specific embodiment various modifications or additions or using similar
Mode substitutes, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. a kind of B alloy wire coalignment, which is characterized in that including first heater（1）, roll coalignment（2）, second
Heating unit（3）, rotation apparatus for leveling（4）, the first heater, roll coalignment, secondary heating mechanism, rotation it is whole
Leveling device is sequentially fixed at workbench（101）On, it is described rotation apparatus for leveling include set on the table can rotation rotation
Seat（5）, driving rotating seat rotation driving device（6）, the rotating seat is equipped with for through the passage of B alloy wire（7）,
The central axis of passage is overlapped with the central axis of rotating seat, and the rotating seat is equipped with multiple spill spin blocks set towards passage
（8）, spill spin block is towards the side of passage equipped with the buffed surface for B alloy wire of polishing（9）.
2. a kind of B alloy wire coalignment according to claim 1, which is characterized in that be provided on the rotating seat towards logical
The straight slot that road is set（10）, straight slot connects with passage, and the spill spin block is arranged in straight slot, and rotating seat is equipped with to adjust rotation
On switch block between buffed surface and the central axis of passage distance the first regulating device（11）.
3. a kind of B alloy wire coalignment according to claim 2, which is characterized in that first regulating device includes solid
Fixed seat of the Dingan County on rotating seat（12）, fixed seat is equipped with the guide post for playing the guiding role to spill spin block（13）, institute
It states spill spin block to be sleeved on guide post, fixed seat is equipped with the bolt being spirally connected with spill spin block（14）.
4. a kind of B alloy wire coalignment according to claim 1-3 any one, which is characterized in that on the workbench
It is fixedly connected with bearing（15）, set that there are two bearings parallel to each other on bearing（16）, set that there are two be located on the rotating seat
The shaft of tube-shaped structure on same straight line（17）, two shafts are respectively fitted on two bearings, the central shaft of the passage
Line is overlapped with the central axis of shaft, and the driving device is driving motor, and driving motor passes through belt（18）Drive rotating seat
It rotates.
5. a kind of B alloy wire coalignment according to claim 1, which is characterized in that the spill spin block is divided into several groups,
Every group of spill spin block is set all along the length direction of rotating seat, and several groups of spill spin blocks are evenly distributed on passage surrounding.
6. a kind of B alloy wire coalignment according to claim 1, which is characterized in that the first heater includes two
A becket for being connected with Different electrodes（19）, becket passes through supporting rod（35）It is fixedly mounted on the table.
7. a kind of B alloy wire coalignment according to claim 1, which is characterized in that the secondary heating mechanism includes shell
Body（20）, housing both ends are respectively opened there are one opening（21）, two opening between be equipped with heat conducting pipe（22）With heat to heat conducting pipe
Heating unit（23）, heat conducting pipe is located in housing, filled with insulating layer between heat conducting pipe and housing（24）.
8. a kind of B alloy wire coalignment according to claim 7, which is characterized in that the heating unit adds for heating wire
Heat pipe, electric-heating-wire-heating pipe are attached on heat conducting pipe.
9. a kind of B alloy wire coalignment according to claim 1, which is characterized in that the coalignment that rolls includes base
Seat（25）, pedestal, which is equipped with, determines roller group（26）With dynamic roller group（27）, determine roller group by it is multiple be located along the same line determine
Idler wheel forms, and dynamic roller group is made of multiple dynamic idler wheels, and composition determines the dynamic idler wheel for determining idler wheel and the dynamic roller group of composition of roller group
It is staggered, determines roller group and be fixedly mounted on pedestal, dynamic roller group can be adjusted and determine roller group distance by being additionally provided on pedestal
Second regulating device（28）, determine to be designed with the annular groove for B alloy wire /V on the wheel face of idler wheel and dynamic idler wheel（29）,
Described to roll there are two coalignments, two to roll coalignment orthogonal.
10. a kind of B alloy wire coalignment according to claim 9, which is characterized in that second regulating device includes
Several guide grooves parallel to each other（30）, guide groove is vertical with determining roller group, and being designed in each guide groove can be along guiding
The sliding block that slot slides（31）, a dynamic idler wheel is designed on each sliding block, and the central shaft of dynamic idler wheel is fixed on sliding block, pedestal
It is equipped with the screw rod being spirally connected with sliding block（32）, screw rod is vertical with determining roller group, and screw rod outer end is fixedly connected with knob（33）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721561558.2U CN207414233U (en) | 2017-11-21 | 2017-11-21 | A kind of B alloy wire coalignment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721561558.2U CN207414233U (en) | 2017-11-21 | 2017-11-21 | A kind of B alloy wire coalignment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207414233U true CN207414233U (en) | 2018-05-29 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721561558.2U Active CN207414233U (en) | 2017-11-21 | 2017-11-21 | A kind of B alloy wire coalignment |
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| Country | Link |
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| CN (1) | CN207414233U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107952910A (en) * | 2017-11-21 | 2018-04-24 | 金华市金钟焊接材料有限公司 | A kind of B alloy wire coalignment |
| CN108994216A (en) * | 2018-07-28 | 2018-12-14 | 重庆永富电线电缆有限公司 | The coalignment of large-diameter cable |
-
2017
- 2017-11-21 CN CN201721561558.2U patent/CN207414233U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107952910A (en) * | 2017-11-21 | 2018-04-24 | 金华市金钟焊接材料有限公司 | A kind of B alloy wire coalignment |
| CN108994216A (en) * | 2018-07-28 | 2018-12-14 | 重庆永富电线电缆有限公司 | The coalignment of large-diameter cable |
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