CN209532476U - Tooling laying apparatus and string welding machine - Google Patents
Tooling laying apparatus and string welding machine Download PDFInfo
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- CN209532476U CN209532476U CN201920084281.1U CN201920084281U CN209532476U CN 209532476 U CN209532476 U CN 209532476U CN 201920084281 U CN201920084281 U CN 201920084281U CN 209532476 U CN209532476 U CN 209532476U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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Abstract
The utility model discloses a kind of tooling laying apparatus and string welding machines, belong to production technical field.Tooling laying apparatus, in which: welding clamp assemblies and tooling bracket are mounted on the ontology of solder strip traction device, and for clamping one group of welding, welding clamp assemblies and tooling bracket are mounted on elevating mechanism welding clamp assemblies；Elevating mechanism drives welding clamp assemblies and the lifting of tooling bracket；Solder strip traction device moves between the welding paving location in welding feed portion and welding pipeline, and welding paving location is that the end of the fixed-length welding-band of traction is laid with to the predetermined position on welding pipeline by solder strip traction device；Tooling handling device moves between tooling containing part and tooling bracket, and the tooling on tooling containing part is carried on tooling bracket；Solving the problems, such as to grab a tooling every time using handgrip in the related technology and being placed in welding pipeline causes the speed of production of battery strings slow；The speed of production for improving battery strings is achieved the effect that.
Description
Technical field
The utility model relates to photovoltaic module production technical field, in particular to a kind of tooling laying apparatus and string welding machine.
Background technique
Photovoltaic cell component can convert the solar into electric energy, currently by gradually popularization and application.In photovoltaic cell
It when component produces, needs for welding to be welded on cell piece, to realize multiple welding of battery film into the purpose of battery strings.
Welding not will lead to rosin joint then close to the main gate line of cell piece when to avoid the problem that welding, in the prior art usually
Setting is special on cell piece and welding to be overlayed to welding pipeline according to predetermined stacking mode, and on welding pipeline
The handgrip of door carrying tooling on welding pipeline, compressing welding using tooling makes welding close to the main gate line of cell piece；Welding
The cell piece stacked thereon, welding and tooling are delivered at welder on pipeline and welded.
However, handgrip is usually separately provided in the prior art, one tooling of crawl every time is grabbed using handgrip and is placed in weldering
The mode for connecing pipeline causes the speed of production of battery strings slow.
Utility model content
In order to solve to grab every time using handgrip in the related technology a tooling be placed in welding pipeline lead to battery strings
The slow problem of speed of production, the utility model embodiment provides a kind of tooling laying apparatus and string welding machine.The skill
Art scheme is as follows:
In a first aspect, providing tooling laying apparatus, the tooling laying apparatus includes welding pipeline, tooling carrying dress
It sets, tooling containing part, at least one solder strip traction device, the solder strip traction device includes welding clamp assemblies, elevating mechanism
And tooling bracket, in which: the welding clamp assemblies and the tooling bracket are mounted on the ontology of the solder strip traction device
On, the welding clamp assemblies are mounted on described for clamping one group of welding, the welding clamp assemblies and the tooling bracket
On elevating mechanism；The elevating mechanism drives the welding clamp assemblies and tooling bracket lifting；The welding traction dress
It sets and is moved between the welding paving location in welding feed portion and the welding pipeline, the welding paving location is described
The end of the fixed-length welding-band of traction is laid with to the predetermined position on the welding pipeline by solder strip traction device；The tooling is removed
Shipping unit moves between the tooling containing part and the tooling bracket, and the tooling on the tooling containing part is carried to institute
It states on tooling bracket；It is laid with tooling while being laid with welding on welding pipeline, solves and utilizes handgrip in the related technology
One tooling of crawl is placed in the problem that welding pipeline causes the speed of production of battery strings slow every time；Raising battery is reached
The effect of the speed of production of string.
Optionally, the solder strip traction device further includes transverse-moving mechanism and mounting plate, in which: the elevating mechanism is fixed on
On the transverse-moving mechanism, the lifting unit of the elevating mechanism is fixed in one end of the mounting plate；The welding clamp assemblies are solid
Due on the mounting plate, the tooling bracket is installed on the bottom end of the mounting plate, and the tooling bracket is used for support tooling
Both ends；The transverse-moving mechanism is able to drive the elevating mechanism, welding clamp assemblies and tooling bracket in welding feed portion
It is moved between the welding paving location on the welding pipeline.
Optionally, the solder strip traction device further includes lifting driving portion, in which: the tooling bracket is mounted on the liter
It drops on driving portion, the lifting driving portion is mounted on the mounting plate；The lifting driving portion drives the tooling bracket liter
Drop；The lifting driving portion drives the tooling bracket lifting to adjust the relative altitude between tooling bracket and mounting plate.
Optionally, the tooling laying apparatus includes two solder strip traction devices, the cross of described two solder strip traction devices
Telephone-moving structure is divided into the two sides of the welding pipeline；By the way that two solder strip traction devices are arranged, a welding traction wherein
Device traction be layed in welding pipeline welding, tooling when, another be moved to welding pipeline input terminal traction welding,
Tooling is accepted, to improve the laying speed of welding, tooling.
Optionally, described device further includes cutter, and the cutter is set to the input of the welding pipeline
At end, in which: the welding that the cutter is used to clamp the welding clamp assemblies is cut, and what is obtained after cutting determines
Long welding is layed on the welding pipeline.
Optionally, the tooling containing part is tooling pipeline, and the tooling pipeline is set to the welding pipeline
The side of band, the tooling handling device is from the tooling pipeline on carrying tooling to the tooling bracket.
Optionally, it is greater than on the tooling bracket for width between two supporting parts at tooling both ends described in support described
Weld the width of pipeline, in which: the solder strip traction device drives two for tooling described in support on the tooling bracket
Two supporting parts at end are decreased below the height of the welding pipeline, make the solder strip traction device and the tooling point
From.
Optionally, it is less than or waits for width between two supporting parts at tooling both ends described in support on the tooling bracket
In the width of the welding pipeline, in which: the transverse-moving mechanism of the solder strip traction device drives the solder strip traction device edge
The welding pipeline it is mobile to be separated with the tooling on the welding pipeline.
Second aspect provides a kind of string welding machine, including involved by first aspect or any optional embodiment of first aspect
And tooling laying apparatus, the string welding machine further include battery piece charging device, welding feeding device, welder, tooling return
Send device, in which: the battery piece charging device is used to provide cell piece, the welding feeding device to the welding pipeline
For providing welding to the welding pipeline, the tooling laying apparatus is used to welding and tooling being placed into welding pipeline
On；The battery piece charging device and the tooling laying apparatus cooperate, and cell piece, welding and tooling are folded according to predetermined order
It puts together, cell piece, welding and the tooling that the welding pipeline is used to be stacked together are transported to the welder
The cell piece being stacked together and welding are welded into battery strings by place, the welder；The tooling loop back device is used for will
The tooling that the tooling for being pressed against welding completion welding conveyed on the welding pipeline is transmitted back to the tooling laying apparatus is contained
Put portion.
The tooling containing part for being transmitted back to tooling laying apparatus conveyed on pipeline will be welded by tooling loop back device, with
Realize the recycling of tooling.
Optionally, the string welding machine further includes breaking sheet devices, it is described break sheet devices for by full wafer cell piece cutting, break it is disconnected
After be supplied to the battery piece charging device.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the structural schematic diagram for the tooling laying apparatus that the utility model one embodiment provides；
Fig. 2 is the schematic diagram that the tooling that the utility model one embodiment provides is laid with；
Fig. 3 is the structural schematic diagram for the solder strip traction device that the utility model one embodiment provides.
Wherein, appended drawing reference is as follows:
10, pipeline, 20, tooling handling device, 30, solder strip traction device, 31, welding clamp assemblies, 32, tooling are welded
Bracket, 11, weld pipeline input terminal, 12, welding, 33, elevating mechanism, 34, transverse-moving mechanism, 35, mounting plate, 36, tooling,
40, cutter, 50, tooling containing part.
Specific embodiment
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the utility model.On the contrary, they be only with such as
The example of the consistent device of some aspects be described in detail in the appended claims, the utility model.
For solve grabbed every time using handgrip in the prior art a tooling be placed in welding pipeline lead to battery strings
The slow problem of speed of production, this application provides a kind of tooling laying apparatus, are laid in traction welding to welding pipeline
It is laid with tooling simultaneously, improves the speed of production of battery strings.Tooling provided by the present application is laid with below with reference to Fig. 1 to Fig. 3 and is filled
It sets and is illustrated.
Referring to FIG. 1, Fig. 1 is the structural schematic diagram for the tooling laying apparatus that the utility model one embodiment provides, it should
Tooling laying apparatus includes: that welding pipeline 10, tooling handling device 20, at least one solder strip traction device 30 and tooling are contained
Portion 50 is put, referring to FIG. 2, solder strip traction device 30 includes welding clamp assemblies 31, elevating mechanism 33 and tooling bracket 32,
In:
Welding clamp assemblies 31 and tooling bracket 32 are mounted on the ontology of solder strip traction device 30, welding clamp assemblies 31
For clamping one group of welding, welding clamp assemblies 31 and tooling bracket 32 are mounted on elevating mechanism 33；
Elevating mechanism 33 drives welding clamp assemblies 31 and tooling bracket 32 to go up and down；Solder strip traction device 30 is fed in welding
It is moved between welding paving location in portion and welding pipeline 10, welding paving location is solder strip traction device 30 by traction
The end of fixed-length welding-band 12 is laid with to the predetermined position on welding pipeline 10；Wherein, welding feed portion is set to welding conveying
The input terminal of line 10.
Tooling handling device 20 moves between tooling containing part 30 and tooling bracket 32, by the work on tooling containing part 30
36 are filled to be carried on tooling bracket 32.
It should be understood that being moved to the side of tooling containing part 30 in the drive tooling bracket 32 of solder strip traction device 30
When, the tooling 36 on tooling containing part 30 is carried on tooling bracket 32 by tooling handling device 20.
Tooling laying apparatus provided by the utility model, solder strip traction device 30 can be moved to the defeated of welding pipeline 10
Enter end 11 using welding clamp assemblies 31 clamp one group of group welding 12, solder strip traction device 30 by welding pipeline 10 input terminal
11 move along the conveying direction of welding pipeline 10；When solder strip traction device 30 is moved to welding paving location, elevating mechanism
33 drive welding clamp assemblies 31 and tooling bracket 32 to decline, and make to fill 36 and drop to welding pipeline 10, make this group welding 12
It is layed on welding pipeline 10, and this group welding 12 is pressed against the cell piece on welding pipeline 10 by i-th of tooling 36
Main gate line on；Solve grabbed every time using handgrip in the related technology a tooling be placed in welding pipeline lead to battery strings
The slow problem of speed of production；The speed of production for improving battery strings is achieved the effect that.
Optionally, the quantity for the welding 12 that every group of welding 12 includes is greater than or equal to the master of cell piece on welding pipeline 10
Grid line quantity.
In actual implementation, it welds and is additionally provided with battery piece charging device around pipeline 10, battery piece charging device is used
In to welding pipeline 10 provide cell piece；Cell piece, welding 12 and tooling 36 stack on welding pipeline 10, weld pipeline
10 are transported to the cell piece stacked, welding 12 and tooling 36 at welder, the cell piece that welder will be stacked together
Battery strings are welded into welding 12.
In actual implementation, the input terminal 11 that solder strip traction device 30 is moved to welding pipeline 10 utilizes welding clamping group
Part 31 clamps this group of welding 12, then moves to the conveying direction along welding pipeline 10 (that is, from welding feed portion to welding
Paving location is mobile)；In conveying direction moving process of the solder strip traction device 30 along welding pipeline 10, tooling handling device
20 are carried to the tooling 36 on tooling containing part 50 on tooling bracket 32；In solder strip traction device 30 along welding pipeline 10
Conveying direction when being moved to 12 paving location of welding, solder strip traction device 30 drives i-th of tooling 36 to drop to welding conveying
I-th of tooling 36 and this group of welding 12 are layed in welding conveying device by line 10.
Optionally, above-mentioned tooling containing part 50 can be tooling pipeline 50, and tooling pipeline 50 is set to welding conveying
The side of 10 band of line, tooling handling device 20 is from tooling pipeline 50 on carrying tooling 36 to tooling bracket 32.
In one example, solder strip traction device 30 further includes mounting plate 35, and elevator is fixed in one end of mounting plate 35
The lifting unit of structure 33, welding clamp assemblies 31 are fixed on mounting plate 35, and tooling bracket 32 is installed on the bottom end of mounting plate 35, work
Fill the both ends that bracket 32 is used for support tooling 36.
Optionally, solder strip traction device 30 further includes lifting driving portion (not shown), in which: tooling bracket 32 is installed
On lifting driving portion, lifting driving portion is mounted on mounting plate 35；Going up and down driving portion drives tooling bracket 32 to go up and down, and adjusts work
Fill height of the bracket 32 with respect to mounting plate 35.
Optionally, solder strip traction device 30 further includes transverse-moving mechanism, in which: and elevating mechanism 33 is fixed on transverse-moving mechanism,
Transverse-moving mechanism is able to drive elevating mechanism 33 and moves between 12 paving location of welding in welding feed portion and welding pipeline 10
It is dynamic, to drive the welding 12 of welding clamp assemblies 31, tooling bracket 32 in welding feed portion and welding pipeline 10 to be laid with position
It is moved between setting.
Optionally, the moving track of transverse-moving mechanism is arranged in the side of welding pipeline 10 and along welding pipeline 10
Setting.In actual implementation, the moving track of transverse-moving mechanism can be sliding rail, and the bottom end of transverse-moving mechanism is set to sliding block, traversing
Mechanism is slidably connected on the sliding rail by the sliding block of bottom end.
Optionally, solder strip traction device 30 further includes cutter 40, which is set to welding pipeline 10
Input terminal 11 at, in which: cutter 40 is used for the welding 12 that clamp to welding clamp assemblies 31 and cuts, must after cutting
It is layed on welding pipeline 10 to fixed-length welding-band 12.In actual implementation, the one group of welding drawn in solder strip traction device 30
When 12 length for being located at the part of 10 top of welding pipeline reach fixed length, cutter 40 clamps welding clamp assemblies 31
Welding 12 is cut to obtain fixed-length welding-band 12 and is layed on welding pipeline 10.
In one example, it is greater than weldering for width between two supporting parts at 36 both ends of support tooling on tooling bracket 32
Connect the width of pipeline 10, in which: after solder strip traction device 30 drives tooling 36 to drop to welding pipeline 10, welding traction dress
It sets 30 and continues the height that decline makes two supporting parts lower than welding pipeline 10, solder strip traction device 30 is separated with tooling 36.By
There is certain thickness in itself in tooling 36 and centre has protrusion (for example, pressing for being pressed against welding 12), tooling bracket 32 is held
The both ends of tooling 36 are held in the palm, protrusion contact weld conveying device at first when solder strip traction device 30 declines, under the traction of welding 12 continues
Drop separate two supporting parts can with tooling 36 lower than the height of welding pipeline 10.
In another example, it is less than on tooling bracket 32 for width between two supporting parts at 36 both ends of support tooling
Or the width equal to welding pipeline 10, in which: after solder strip traction device 30 drives tooling 36 to drop to welding pipeline 10, weldering
Transverse-moving mechanism with traction device 30 drives solder strip traction device 30 to separate with tooling 36, the transverse-moving mechanism of solder strip traction device 30
Solder strip traction device 30 is able to drive to move along welding pipeline 10.In actual implementation, solder strip traction device 30 is traversing
During mechanism drives solder strip traction device 30 to separate with tooling 36, transverse-moving mechanism drives the speed of the movement of solder strip traction device 30
Degree is higher than the conveying speed of welding pipeline 10.
In one example, which only includes a solder strip traction device, in control solder strip traction device
One group of welding of lower general who has surrendered, a tooling are layed in after welding pipeline, and control solder strip traction device leads the next group of welding
The top for leading to welding pipeline carries 1 tooling on the tooling bracket of solder strip traction device.
In another example, tooling laying apparatus includes two solder strip traction devices, wherein a welding traction dress
Set traction be layed in welding pipeline welding, tooling when, another be moved to welding pipeline input terminal traction welding, hold
Tooling is connect, to improve the laying speed of welding, tooling.Optionally, the transverse-moving mechanism of two solder strip traction devices is divided into the weldering
Connect the two sides of pipeline.
Specific implementation can be with are as follows: during controlling the decline of the first solder strip traction device, control the second welding traction dress
It sets and draws i+1 group welding to the top of welding pipeline；I-th is carried on the tooling bracket of second solder strip traction device
+ 1 tooling；After carrying i+1 tooling on the tooling bracket of the second solder strip traction device, control the first welding traction dress
Input end the i-th+2 group welding of clamping for being moved to welding pipeline is set, and the second solder strip traction device of control drops to weldering
Pipeline is connect, makes the i+1 tooling on the second solder strip traction device that i+1 group welding to be pressed against to the battery on welding pipeline
In the main gate line of piece.Wherein, above-mentioned first solder strip traction device can be any solder strip traction device in tooling laying apparatus, on
Stating the second solder strip traction device can lead for other any weldings in tooling laying apparatus in addition to the first solder strip traction device
Leading-in device, i are positive integer.
Present invention also provides a kind of string welding machine, string welding machine includes that tooling involved in any of the above-described embodiment is laid with dress
It sets, string welding machine further includes battery piece charging device, welding feeding device, welder, tooling loop back device, in which:
Battery piece charging device is used to provide cell piece to welding pipeline, and welding feeding device is used for welding pipeline
Welding is provided, tooling laying apparatus is used to for welding and tooling to be placed into welding pipeline；
Battery piece charging device and tooling laying apparatus cooperate, and cell piece, welding and tooling are stacked according to predetermined order
To together, welding pipeline is for the cell piece, welding and tooling that are stacked together to be transported at welder, welder
The cell piece being stacked together and welding are welded into battery strings；
Tooling loop back device is used to weld the tooling for being pressed against welding completion welding conveyed on pipeline and is transmitted back to work
Fill the tooling containing part of laying apparatus.
Optionally, which further includes breaking sheet devices, breaks sheet devices and provides for cutting full wafer cell piece, breaking to have no progeny
To battery piece charging device.
Optionally, battery piece charging device includes battery case conveyer, auxiliary feeding handgrip, charge-coupled device
(charge coupled device, CCD) detection platform, manipulator, in which: battery case conveyer will be for that will carry cell piece
Battery case be transported to discharge position；Auxiliary feeding handgrip is conveyed for cell piece being removed and placed from battery case to feeding
On device, cell piece is transported at CCD detection platform position by feeding and conveying device, manipulator the qualified cell piece of detection from
It is placed into after the crawl of CCD detection platform on welding pipeline.
Optionally, string welding machine further includes welding feeding device, and welding feeding device includes that welding is fed disc carrier, welding delays
Cryopreservation device and welding straightener, in which: welding feed disc carrier is for storing welding strip plate, welding buffer storage, for delaying
The welding extracted out from welding supply disk is deposited, welding straightener carries out conveying guiding for butt welding band.
Optionally, string welding machine further includes point string devices and discharging device, divides string devices predetermined for battery strings to be cut into
Length, discharging device be used for will cut into predetermined length string welding machine output.
Optionally, string welding machine further includes Welding compound spraying coater, and Welding compound spraying coater can be sprayed on cell piece and be helped
Solder flux perhaps sprays scaling powder on welding or sprays scaling powder on welding and cell piece simultaneously.
Those skilled in the art will readily occur to this after considering specification and practicing the utility model of utility model here
Other embodiments of utility model.This application is intended to cover any variations, uses, or adaptations of the utility model,
These variations, uses, or adaptations follow the general principle of the utility model and unpractical new including the utility model
The common knowledge or conventional techniques in the art of type.The description and examples are only to be considered as illustrative, this reality
It is indicated by the following claims with novel true scope and spirit.
It should be understood that the utility model is not limited to the accurate knot for being described above and being shown in the accompanying drawings
Structure, and various modifications and changes may be made without departing from the scope thereof.The scope of the utility model is only wanted by appended right
It asks to limit.
Claims (10)
1. a kind of tooling laying apparatus, which is characterized in that the tooling laying apparatus includes welding pipeline, tooling carrying dress
It sets, tooling containing part, at least one solder strip traction device, the solder strip traction device includes welding clamp assemblies, elevating mechanism
And tooling bracket, in which:
The welding clamp assemblies and the tooling bracket are mounted on the ontology of the solder strip traction device, the welding clamping
For clamping one group of welding, the welding clamp assemblies and the tooling bracket are mounted on the elevating mechanism component；
The elevating mechanism drives the welding clamp assemblies and tooling bracket lifting；
The solder strip traction device moves between the welding paving location in welding feed portion and the welding pipeline, described
Welding paving location is that the end of the fixed-length welding-band of traction is laid with to the welding pipeline by the solder strip traction device
Predetermined position；
The tooling handling device moves between the tooling containing part and the tooling bracket, will be on the tooling containing part
Tooling be carried on the tooling bracket.
2. the apparatus according to claim 1, which is characterized in that the solder strip traction device further includes transverse-moving mechanism and installation
Plate, in which:
The elevating mechanism is fixed on the transverse-moving mechanism, and the lifting of the elevating mechanism is fixed in one end of the mounting plate
Portion；
The welding clamp assemblies are fixed on the mounting plate, and the tooling bracket is installed on the bottom end of the mounting plate, institute
State both ends of the tooling bracket for support tooling；
The transverse-moving mechanism is able to drive the elevating mechanism, welding clamp assemblies and tooling bracket in welding feed portion and institute
It states and is moved between the welding paving location on welding pipeline.
3. the apparatus of claim 2, which is characterized in that the solder strip traction device further includes lifting driving portion,
In:
The tooling bracket is mounted on the lifting driving portion, and the lifting driving portion is mounted on the mounting plate；
The lifting driving portion drives the tooling bracket lifting.
4. device according to claim 2 or 3, which is characterized in that the tooling laying apparatus includes two welding tractions
Device, the transverse-moving mechanism of described two solder strip traction devices are divided into the two sides of the welding pipeline.
5. the apparatus according to claim 1, which is characterized in that described device further includes cutter, the cutter
It is set to the input end of the welding pipeline, in which:
The welding that the cutter is used to clamp the welding clamp assemblies is cut, the fixed-length welding-band obtained after cutting
It is layed on the welding pipeline.
6. the apparatus according to claim 1, which is characterized in that the tooling containing part is tooling pipeline, the tooling
Pipeline is set to the side of the welding pipeline band, and the tooling handling device is from carrying tooling on the tooling pipeline
On to the tooling bracket.
7. the apparatus according to claim 1, which is characterized in that for tooling both ends described in support on the tooling bracket
Width is greater than the width of the welding pipeline between two supporting parts, in which:
The solder strip traction device drives two supporting parts decline on the tooling bracket for the both ends of tooling described in support
To the height lower than the welding pipeline, separate the solder strip traction device with the tooling.
8. the apparatus according to claim 1, which is characterized in that for tooling both ends described in support on the tooling bracket
Width is less than or equal to the width of the welding pipeline between two supporting parts, in which:
The transverse-moving mechanism of the solder strip traction device drive the solder strip traction device along the welding pipeline move with
Tooling separation on the welding pipeline.
9. a kind of string welding machine, including tooling laying apparatus described in claim 1-8, the string welding machine further includes cell piece feeding
Device, welding feeding device, welder, tooling loop back device, in which:
The battery piece charging device is used to provide cell piece to the welding pipeline, and the welding feeding device is used for institute
It states welding pipeline and welding is provided, the tooling laying apparatus is used to for welding and tooling to be placed into welding pipeline；
The battery piece charging device and the tooling laying apparatus cooperate, by cell piece, welding and tooling according to predetermined order
It is stacked together, cell piece, welding and the tooling that the welding pipeline is used to be stacked together are transported to the welding dress
Place is set, the cell piece being stacked together and welding are welded into battery strings by the welder；
The tooling loop back device is used for the tooling loopback for being pressed against welding and completing welding that will be conveyed on the welding pipeline
To the tooling containing part of the tooling laying apparatus.
10. string welding machine according to claim 9, which is characterized in that the string welding machine further includes breaking sheet devices, described to break piece
Device is supplied to the battery piece charging device for cutting full wafer cell piece, breaking to have no progeny.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920084281.1U CN209532476U (en) | 2019-01-17 | 2019-01-17 | Tooling laying apparatus and string welding machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920084281.1U CN209532476U (en) | 2019-01-17 | 2019-01-17 | Tooling laying apparatus and string welding machine |
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| CN209532476U true CN209532476U (en) | 2019-10-25 |
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| CN109590644A (en) * | 2019-01-17 | 2019-04-09 | 无锡奥特维科技股份有限公司 | Tooling laying method, device and string welding machine |
| CN110695580A (en) * | 2019-10-31 | 2020-01-17 | 无锡奥特维科技股份有限公司 | Battery piece series welding equipment and battery piece series welding method |
| CN111152037A (en) * | 2020-01-20 | 2020-05-15 | 无锡奥特维科技股份有限公司 | Battery piece series welding equipment |
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| CN111203661B (en) * | 2020-01-15 | 2021-06-22 | 杭州康奋威科技股份有限公司 | IBC solar cell string light welding device and welding method thereof |
| CN111152037A (en) * | 2020-01-20 | 2020-05-15 | 无锡奥特维科技股份有限公司 | Battery piece series welding equipment |
| CN111403553A (en) * | 2020-03-26 | 2020-07-10 | 无锡奥特维科技股份有限公司 | Stacking equipment |
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