CN207127507U - Online busbar alignment cutting integration machine - Google Patents
Online busbar alignment cutting integration machine Download PDFInfo
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- CN207127507U CN207127507U CN201720640470.3U CN201720640470U CN207127507U CN 207127507 U CN207127507 U CN 207127507U CN 201720640470 U CN201720640470 U CN 201720640470U CN 207127507 U CN207127507 U CN 207127507U
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- busbar
- wheel
- straightening
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Abstract
The utility model is in the prior art,Before busbar being welded to solar module,Busbar is straightened by hand,Cut the problem of efficiency is low,A kind of online busbar alignment cutting integration machine is provided,The all-in-one includes busbar coalignment,Busbar cutting means and material-receiving device,Busbar coalignment includes material volume support,Guide wheel group,Straightening-wheel group,Power roller group,Busbar enters back into power roller group by material volume after guide wheel group is directed into straightening-wheel group,Power roller group is connected with power set,Driving power roller group rotates,Power roller group traction busbar is run forward,Busbar is in the process of running,The straightening-wheel being aligned in wheel group rolls the effect for reaching alignment,Busbar after alignment cuts into the length of needs by cutting means again,Enter finally into material-receiving device,Because the power roller group of the all-in-one is arranged on the rear of straightening-wheel group,Add the effect of alignment,Cutting means are set simultaneously,Improve operating efficiency.
Description
Technical field
It the utility model is related to a kind of online busbar alignment cutting integration machine.
Background technology
In the prior art, need welding busbar mutually to connect between solar module, the electric current of cell panel is carried out
Conflux.Busbar is relatively thin strip metal, it is generally the case that busbar be wrapped in circle material volume on, in use, need from
The length drawn in material volume according still further to needs is cut.Busbar due to being wrapped in material volume and flexural deformation is unfavorable for a long time
In cutting and weld, so need to cut again after carrying out manual alignment, it is straightened by hand and to cut production efficiency low.
Utility model content
The purpose of this utility model is, before welding busbar to solar module in the prior art, by hand to converging
Stream bar is straightened, cuts the problem of efficiency is low, there is provided a kind of online busbar alignment cutting integration machine.
The purpose of this utility model is achieved through the following technical solutions：
A kind of online busbar alignment cutting integration machine, including busbar coalignment, busbar cutting means and splicing
Device, busbar coalignment include material volume support, guide wheel group, straightening-wheel group, power roller group, and cutting means include cutting
Knife, sets splicing groove on material-receiving device, and busbar is entered back into after guide wheel group is directed into straightening-wheel group dynamic by material volume
Power roller group, then cut by cutting knife, enter finally into splicing groove；
Guide wheel group includes at least one directive wheel and a reversing wheel, busbar return to material volume after reverse Wheel-guiding
The direction of support, spacing bearing pin is set, spacing bearing pin is arranged on the outside of directive wheel along guide wheel shaft direction, spacer pin on directive wheel
Axle is adapted with the distance of directive wheel outer round surface and the thickness of busbar；
Guide wheel group also includes being oriented to neck, is oriented to neck and is arranged on the front end of straightening-wheel group, be oriented to the reverse of neck with
The traffic direction of busbar is adapted, and the width of the width and busbar that are oriented to neck is adapted, and is oriented to depth and the remittance of neck
The thickness of stream bar is adapted；
Guide wheel group also includes guide plate, and guide plate is arranged on the input of guide wheel group, pilot hole is set on guide plate,
The position of pilot hole is corresponding with the position of busbar, and the size of pilot hole and the width of busbar are adapted；
Straightening-wheel group includes straightening-wheel and three lower straightening-wheels, upper straightening-wheel at least two and is arranged in an axially parallel mode, its bottom
At grade, lower straightening-wheel is arranged in an axially parallel mode for portion section, its top section at grade, any upper straightening-wheel position
The top position between two adjacent lower straightening-wheels；
Power roller group includes driven voller and drive roll, and driven voller is correspondingly arranged at the top of drive roll, driven voller and active
Roller is arranged on connecting seat by what roll shaft rotated respectively, and encapsulated processing is done on the excircle of drive roll and driven voller；
Cutting knife includes upper scissors and lower scissors, and lower scissors are fixedly connected with base, upper scissors one end and drive device
Output end is rotatablely connected, and the other end is rotatablely connected with lower scissors, can be driven when the output end of drive device is stretched out or is retracted
Cutting knife is closed or opened；
Upper scissors includes cutter head and handle of a knife, and cutter head and handle of a knife are set in turning, the output end of drive device by turning with
Upper scissors connection, handle of a knife are connected with lower scissors；
Splicing groove direction is consistent with the traffic direction of busbar, and splicing groove depth is adapted with busbar thickness, splicing groove
The width of width and busbar is adapted；
The closing face of upper scissors and lower scissors is less than or equal to the top section of lower straightening-wheel.
Using online busbar alignment cutting integration machine provided by the utility model, to be filled because there is provided busbar alignment
Put, busbar cutting means and material-receiving device, busbar coalignment include material volume support, guide wheel group, straightening-wheel group, power
Roller group, busbar enter back into power roller group by material volume after guide wheel group is directed into straightening-wheel group, and power roller group is with moving
Power apparatus is connected, the rotation of driving power roller group, and power roller group traction busbar is run forward under frictional force effect, busbar
In the process of running, the both forward and reverse directions of straightening-wheel up and down being aligned in wheel group continuously roll the effect for reaching alignment, after alignment
Busbar enters cutting means after being ejected by power roller group, length severing as required.The alignment cutting integration machine of the structure,
Power roller group is arranged on the rear of straightening-wheel group, adds the effect of alignment, while sets cutting means, settles at one go, improves
Operating efficiency.
Brief description of the drawings
Fig. 1 is the online busbar alignment cutting integration machine embodiment solid figure structure schematic representation of the utility model；
Fig. 2 is the online busbar alignment cutting integration machine embodiment front view schematic diagram of the utility model；
Fig. 3 is the online busbar alignment cutting integration machine cutting means embodiment stereogram structural representation of the utility model
Figure.
Description of reference numerals
1410- guide wheel groups；1411- material volume supports；1412- material volumes；1413- fixing axles；1414- directive wheels；1415- is anti-
To wheel；The spacing bearing pins of 1416-；1417 linking arms；1418- guide plates；1419- pilot holes；
1420- straightening-wheel groups；The upper straightening-wheels of 1421-；1422- wheel shafts one；1423- wheel shafts two；1424- pedestals；Under 1425-
Straightening-wheel；1426- mounting seats；1427- is oriented to neck；
1430- cutting means；1431- drive devices；1432- cutter heads；The upper scissors of 1433-；1434- handle of a knifes；1435- is cut
Knife；1436- lower scissors；1437- rotating shafts；1438- fixed plates；1439- bottom plates；1440- bases.
1450- material-receiving devices；1451- splicing grooves；
1460- power roller groups；1641- drive rolls；1462- driven vollers；1463- connecting seats；1464- power set；1465-
Roll shaft；1466- tight fixed bolts.
1470- busbars.
Embodiment
The utility model is further described with reference to specific embodiment：
As shown in Figure 1 to Figure 3, a kind of busbar alignment cutting integration machine, including busbar coalignment, busbar are cut
Device 1430 and material-receiving device 1450, busbar coalignment include material volume support 1411, guide wheel group 1410, straightening-wheel group
1420th, power roller group 1460.The material volume 1412 of winding busbar is arranged on material volume support 1411 by what fixing axle 1413 rotated
Top, busbar 1470 drawn downwards by material volume 1412, and straightening-wheel group 1420, school are entered under the guiding of guide wheel group 1410
Through ship group 1420 includes straightening-wheel on upper straightening-wheel 1421 and lower straightening-wheel 1425 and is rotatably arranged on installation by wheel shaft 1
On seat 1426, lower straightening-wheel is rotatably arranged on pedestal 1424 by wheel shaft 2 1423, and mounting seat 1426 can be connected by bolt
It is connected on the top of pedestal 1424.Busbar between upper and lower straightening-wheel through passing through and being compressed by upper and lower straightening-wheel, subsequently into power
Roller group 1460, power roller group 1460 include drive roll 1461 and driven voller 1462, and driven voller is correspondingly arranged at the top of drive roll,
Driven voller and drive roll are rotatably arranged on connecting seat 1463, and one end of drive roll is connected with power set 1464, busbar by
Pass through between drive roll and driven voller and compressed by drive roll and driven voller.Under power set driving, drive roll 1461 rotates
And drive driven voller 1462 to rotate, and due to the effect of frictional force, power roller group drives busbar to run forward, while operation,
Busbar drives material volume 1412 to rotate continuously to provide materials.Busbar also drives the upper and lower straightening-wheel in straightening-wheel group 1420
Rotate, the effect of alignment is reached by rolling for upper and lower straightening-wheel.Busbar after alignment is ejected by power roller group enters remittance
Bar cutting means 1430 are flowed, busbar cutting means 1430 include cutting knife 1435, and cutting knife 1435 includes the upper He of scissors 1433
Lower scissors 1436, upper scissors are rotatablely connected by connecting shaft 1437 and lower scissors, and lower scissors are fixed on base 1440, upper scissors
It is rotatablely connected with the output end of drive device 1431.Busbar 1470 between upper and lower scissors by the closure of upper and lower scissors
Face can be slightly below the top section or concordant therewith of drive roll 1461, and when being closed due to upper and lower scissors, upper scissors 1433 has one
The individual process pushed, can so be such that busbar is adjacent to lower scissors, be advantageous to cut.When cutting, drive device 1431 it is defeated
Go out to hold protruding, scissors rotates around connecting shaft 1437 to busbar direction in promotion, when upper and lower scissors closes, cuts
Knife 1435 is by busbar severing.Entered by the busbar of severing on material-receiving device 1450, splicing groove is set on material-receiving device
1451, splicing groove is corresponding with the traffic direction of busbar, to enable in the entrance splicing groove of busbar stably, the width of splicing groove
Degree can be slightly wider than the width of busbar 1470, and the depth of splicing groove can slightly be deeper than the thickness of busbar.
Preferentially, guide wheel group 1410 comprises at least a directive wheel 1414 and a reversing wheel 1415, and reversing wheel can be with
It is arranged on the output end of guide wheel group, 180 ° of wrapping reversing wheels after busbar is run to reversing wheel along the surface of directive wheel 1414
1415, then to the direction inverted running of material volume support, occupation of land can be so saved while busbar haul distance is ensured
Space.Guide wheel group can also include multiple directive wheels, preferably two.More preferentially, in order to prevent busbar from running
Cheng Zhongcong is oriented to wheel surface and departed from, and can set alignment pin 1416 on directive wheel 1414, and alignment pin 1416 is preferably parallel
In the axis of directive wheel, alignment pin is connected by linking arm 1417 with one end of directive wheel or both ends, and busbar is from calmly
Passed through between position bearing pin and guiding wheel surface.Because busbar is drawn from top to bottom, to ensure that busbar is determined in vertical direction
Position can set guide plate 1418, and guide plate 1418 can be fixed on material volume support, and pilot hole 1419 is set on guide plate, is led
Corresponding with busbar to hole 1419, the size of pilot hole is slightly larger than the width of busbar, ensures that busbar can smoothly be run.
Preferentially, it is mutually flat to include at least two upper straightening-wheels 1421 being axially parallel to each other and three axial directions for straightening-wheel group
Capable lower straightening-wheel 1425.Upper and lower straightening-wheel be preferably be staggered, i.e., any upper straightening-wheel be correspondingly arranged at two it is adjacent under
Above the centre position of straightening-wheel, so, upper and lower straightening-wheel can continuously interlock on the both forward and reverse directions of busbar to roll, and reaches
To preferable alignment effect.The bottom section of upper straightening-wheel can at grade, and the top section of lower straightening-wheel can be
On same plane, two planes can be parallel to each other, and the distance of interplanar can be equal to or slightly less than the thickness of busbar.When flat
When distance between the surface is slightly less than the thickness of busbar, alignment intensity of the straightening-wheel group to busbar can aggravate, and be adapted to alignment deformation tight
The busbar of weight.Further, the bottom section of the upper straightening-wheel of output end can be slightly below the bottom of the upper straightening-wheel of input
Portion section, so, the upper straightening-wheel of output end are aggravated to the degree that rolls of busbar, are advantageous to be straightened.To adapt to different-thickness
Busbar and differently curved degree busbar, pad can be set between mounting seat 1426 and pedestal 1424, pass through increasing
Subtract pad to adjust the gap between upper straightening-wheel and lower straightening-wheel.Further, it is preferably provided in the front end of straightening-wheel group 1420
Neck 1427 is oriented to, to prevent busbar from oblique skew occurring in straightening-wheel group, being oriented to neck can be arranged on plate, lead
It is more than the width of busbar to the width of neck, the depth of neck is oriented to preferably also greater than the thickness of busbar, to ensure to conflux
Bar runs smooth in guiding neck.The slightly above lower straightening-wheel of the height of guide card groove bottom（1425）Top section, so
Guide card groove bottom could contact with busbar, ensure the stable operation of busbar.
Preferentially, the external peripheral surface of the drive roll 1461 in power roller group 1460 and driven voller 1462 does encapsulated processing,
So increase power roller group and busbar between frictional force simultaneously avoid the surface of drive roll and driven voller scratched or
Other injuries influence normal use.Busbar is set for convenience of in power roller group middle berth, and the height of driven voller 1462 is set in can be with
Adjustment up and down.Tight fixed bolt 1466 can be set on connecting seat 1463, tight fixed bolt 1466 is corresponding with the both ends of roll shaft 1465,
The end of tight fixed bolt holds out against two end surfaces of roll shaft 1465, and when needing to lay busbar, release tight fixed bolt lifts driven
Roller.
Preferentially, the upper scissors 1433 of cutting knife 1435 includes cutter head 1432 and handle of a knife 1434, cutter head 1432 and handle of a knife
1434 are connected in turning, and drive device 1431 is preferably cylinder, and the expansion link of cylinder is rotatablely connected with upper scissors, the position of connection
Preferably corner.Specified location is transported to because the busbar after cutting is moving upward, to avoid cutter head from hindering busbar
Lifting, the turning of cutter head and handle of a knife is preferably greater than to be equal to 90 °, so, when upper scissors is opened, cutter head away from busbar,
Enough spaces are conceded above busbar.By extending and retracting for Telescopic-cylinder bar, cutting knife 1430 be opened repeatedly and
Closure, the continuous of busbar 1451 is cut so as to realize.Cut the splicing that the busbar finished enters material-receiving device 1450
Specified location is shifted into again after groove 1451.
Claims (10)
1. a kind of online busbar alignment cutting integration machine, it is characterised in that cut dress including busbar coalignment, busbar
Put and material-receiving device, the busbar coalignment include material volume support（1411）, guide wheel group（1410）, straightening-wheel group
（1420）, power roller group（1460）, the cutting means include cutting knife（1435）, the material-receiving device（1450）Upper setting connects
Hopper（1451）, the busbar（1470）By material volume（1412）Through guide wheel group（1410）It is directed into straightening-wheel group
（1420）After enter back into power roller group（1460）, then by cutting knife（1435）Cut, enter finally into splicing groove（1451）.
2. online busbar alignment cutting integration machine as claimed in claim 1, it is characterised in that the guide wheel group（1410）
Including at least one directive wheel（1414）With a reversing wheel（1415）, the busbar is through reversing wheel（1415）Returned after guiding
To material volume support（1411）Direction, the directive wheel（1414）It is upper that spacing bearing pin is set（1416）, the spacing bearing pin
（1416）Along directive wheel（1414）Direction of principal axis is arranged on the outside of directive wheel, spacing bearing pin（1416）With directive wheel（1414）Cylindrical table
The distance and busbar in face（1470）Thickness be adapted.
3. online busbar alignment cutting integration machine as claimed in claim 2, it is characterised in that the guide wheel group（1410）
Also include being oriented to neck（1427）, the guiding neck（1427）It is arranged on straightening-wheel group（1420）Front end, the guide card
The traffic direction of the reverse and busbar of groove is adapted, and the width of the width and busbar that are oriented to neck is adapted, and is oriented to neck
Depth and the thickness of busbar be adapted.
4. online busbar alignment cutting integration machine as claimed in claim 2, it is characterised in that the guide wheel group（1410）
Also include guide plate（1418）, the guide plate is arranged on guide wheel group（1410）Input, guide plate（1418）Upper setting
Pilot hole（1419）, the position of pilot hole is corresponding with the position of busbar, and the size of pilot hole is mutually fitted with the width of busbar
Should.
5. online busbar alignment cutting integration machine as claimed in claim 1, it is characterised in that the straightening-wheel group（1420）
Including straightening-wheel at least two（1421）With three lower straightening-wheels（1425）, the upper straightening-wheel（1421）It is axially in parallel to set
Put, its bottom section at grade, the lower straightening-wheel（1425）It is arranged in an axially parallel mode, its top section is in same plane
On, any upper straightening-wheel top position between two adjacent lower straightening-wheels.
6. online busbar alignment cutting integration machine as claimed in claim 1, it is characterised in that the power roller group（1460）
Including driven voller（1462）And drive roll（1461）, the driven voller（1462）It is correspondingly arranged at drive roll（1461）Top,
The setting that driven voller and drive roll are rotated by roll shaft respectively
In connecting seat（1463）On, do encapsulated processing on the excircle of the drive roll and driven voller.
7. online busbar alignment cutting integration machine as claimed in claim 1, it is characterised in that the cutting knife（1435）Bag
Include scissors（1433）And lower scissors（1436）, the lower scissors and base（1440）It is fixedly connected, the upper scissors（1433）
One end and drive device（1431）Output end rotation connection, the other end and lower scissors（1436）Rotation connection, when the driving
Device（1431）Output end stretch out or retract when can drive cutting knife（1435）Closure is opened.
8. online busbar alignment cutting integration machine as claimed in claim 7, it is characterised in that the upper scissors（1433）Bag
Include cutter head（1432）And handle of a knife（1434）, the cutter head and handle of a knife are in turning setting, the drive device（1431）Output end
Pass through the turning and upper scissors（1433）Connection, the handle of a knife（1434）With lower scissors（1436）Connection.
9. online busbar alignment cutting integration machine as claimed in claim 1, it is characterised in that the splicing groove（1451）Side
To, splicing groove consistent with the traffic direction of busbar（1451）Depth is adapted with busbar thickness, splicing groove（1451）Width
It is adapted with the width of busbar.
10. online busbar alignment cutting integration machine as claimed in claim 7, it is characterised in that the straightening-wheel group
（1420）Including straightening-wheel at least two（1421）With three lower straightening-wheels（1425）, the upper straightening-wheel（1421）It is axially flat
Row set, its bottom section at grade, the lower straightening-wheel（1425）It is arranged in an axially parallel mode, its top section is same
In plane, any upper straightening-wheel top position, upper scissors between two adjacent lower straightening-wheels（1433）With lower scissors
（1436）Closing face be less than or equal to the lower straightening-wheel（1425）Top section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720640470.3U CN207127507U (en) | 2017-06-05 | 2017-06-05 | Online busbar alignment cutting integration machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720640470.3U CN207127507U (en) | 2017-06-05 | 2017-06-05 | Online busbar alignment cutting integration machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207127507U true CN207127507U (en) | 2018-03-23 |
Family
ID=61631713
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720640470.3U Active CN207127507U (en) | 2017-06-05 | 2017-06-05 | Online busbar alignment cutting integration machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207127507U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108274241A (en) * | 2018-03-27 | 2018-07-13 | 镇江市创富东日科技有限公司 | A kind of full automatic high efficiency guillotine of busbar |
| WO2019242170A1 (en) * | 2018-06-22 | 2019-12-26 | 君泰创新（北京）科技有限公司 | Current collector strip feeding apparatus |
| CN111360541A (en) * | 2018-12-26 | 2020-07-03 | 大族激光科技产业集团股份有限公司 | Lithium battery connection piece welding device |
-
2017
- 2017-06-05 CN CN201720640470.3U patent/CN207127507U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108274241A (en) * | 2018-03-27 | 2018-07-13 | 镇江市创富东日科技有限公司 | A kind of full automatic high efficiency guillotine of busbar |
| WO2019242170A1 (en) * | 2018-06-22 | 2019-12-26 | 君泰创新（北京）科技有限公司 | Current collector strip feeding apparatus |
| CN111360541A (en) * | 2018-12-26 | 2020-07-03 | 大族激光科技产业集团股份有限公司 | Lithium battery connection piece welding device |
| CN111360541B (en) * | 2018-12-26 | 2021-07-20 | 大族激光科技产业集团股份有限公司 | Lithium battery connection piece welding device |
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