CN205362939U - Photovoltaic cell series welding machine - Google Patents
Photovoltaic cell series welding machine Download PDFInfo
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- CN205362939U CN205362939U CN201620077959.XU CN201620077959U CN205362939U CN 205362939 U CN205362939 U CN 205362939U CN 201620077959 U CN201620077959 U CN 201620077959U CN 205362939 U CN205362939 U CN 205362939U
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- photovoltaic cell
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Abstract
The utility model relates to a photovoltaic cell series welding machine, including scaling powder spraying device, conveyer, weld and take guider, weld to guide out cutting device and weld the band shift and carry the device, scaling powder spraying device includes 4 scaling powder spraying valves, 4 scaling powder spraying valve sets in a row, weld and take guider to include that 4 sets are welded and take drop feed mechanism, it includes that 4 are listed as the suction nozzle to weld a band shift year device. The utility model discloses can carry out the series welding with four bars photovoltaic cell pieces.
Description
Technical field
This utility model relates to a kind of photovoltaic cell string welding machine, is applied to photovoltaic cell field.
Background technology
Along with the development of solar-photovoltaic technology, the raising of battery component efficiency, three grid leading in cash market too can cell piece replaced by four grid photovoltaic cells gradually.And there is not a equipment that four grid cell sheets can carry out series welding in market today.
Utility model content
In order to solve prior art Problems existing, this utility model provides a kind of photovoltaic cell string welding machine, it is possible to four grid photovoltaic cells are carried out series welding.
The technical scheme that this utility model adopts is:
A kind of photovoltaic cell string welding machine, cutting means, welding shifting apparatus and welding weld part is drawn including Welding compound spraying coater, transporter, solder strip guiding device, welding, described Welding compound spraying coater includes 4 scaling powder spraying valves, 4 described scaling powder spraying valves set in a row, described solder strip guiding device includes 4 set welding discharge mechanisms, described welding shifting apparatus includes 4 row suction nozzles, and described welding weld part is arranged on described transporter.
Further technical scheme: this utility model also includes turntable, described turntable is provided with 4 interventions, 4 described interventions are uniformly arranged around described turntable, 4 described interventions are positioned in same level, described Welding compound spraying coater is positioned at the side of described turntable and matches with an intervention, the input port of described transporter is positioned at the opposite side of described turntable and matches with another intervention, and the angle that one is taken part between another intervention described is 90 °.
nullFurther technical scheme: described welding discharge mechanism includes tension mechanism and aligning gear，The outfan of described tension mechanism is connected with the input of described aligning gear，Described tension mechanism includes two fixed pulleys and a movable pulley，Two described fixed pulley respectively the first fixed pulleys and the second fixed pulley，Described movable pulley is between two described fixed pulleys，Welding sequentially passes through the first fixed pulley、Movable pulley、Second fixed pulley and aligning gear，Described aligning gear includes multiple correcting wheel，Described correcting wheel is divided into correcting wheel and lower correcting wheel，Described upper correcting wheel and described lower correcting wheel，The quantity of described upper correcting wheel is multiple，More than the quantity of upper correcting wheel one of the quantity of described lower correcting wheel，Described upper correcting wheel and described lower correcting wheel are crisscross arranged，Correction channel is constituted between described upper correcting wheel and described lower correcting wheel，The welding described correction channel of traverse.
Further technical scheme: described tension mechanism also includes rotating bar and support, and the middle part of described rotation bar is hinged on the bracket, and described movable pulley is rotatably connected on one end of described rotation bar, and the other end of described rotation bar is fixed with balancing weight.
Further technical scheme: described welding is drawn cutting means and included four set clamping mechanisms, four overlap described clamping mechanism and four described aligning gear one_to_one corresponding, the outfan of described aligning gear connects with the input of corresponding described clamping mechanism, described clamping mechanism includes the first cylinder and flat board, 4 described first cylinders are arranged in rows in the surface of described flat board, constituting grip orifice between described first cylinder and described flat board, the outfan of described aligning gear is corresponding with corresponding described grip orifice.
Further technical scheme: described extraction cutting means also includes cutting knife, described cutting knife is positioned at described clamping mechanism end；
Described welding shifting apparatus includes load transfer station, mobile gripping body and transfer folder, described mobile gripping body includes 4 telescopic clamp, 4 described telescopic clamp overlap described clamping mechanism one_to_one corresponding with four respectively, the load transfer station that lower section is described load transfer station first station of the moving area of described flexible gripping body, load transfer station second station of described load transfer station is between described flexible gripping body and described transporter, described load transfer station moves back and forth between described first station and described second station, transfer folder first station of described transfer folder is positioned at the surface of described load transfer station the first station, second station of the transfer folder of described transfer folder is positioned on described transporter, described transfer is clipped in described transfer folder the first station and described transfer is pressed from both sides and moved back and forth between the second station；
Described telescopic clamp includes fixation clamp, spring, telescoping mechanism and the second cylinder, described second cylinder and described fixation clamp are arranged on described telescoping mechanism, described fixation clamp is positioned at the lower section of described second cylinder, and the dynamic intermediate plate of described fixation clamp is connected by described spring with the cylinder barrel of described second cylinder.
Further technical scheme: described transfer folder includes multiple horizontally disposed soup stick, and multiple described soup stick side-by-side horizontal are arranged, and each described soup stick is equipped with 4 suction nozzles, the suction nozzle on multiple described soup sticks is that 4 row are arranged.
Further technical scheme: be fixed with welding weld part on described transporter, described welding weld part includes 4 welding units, and described welding welding position is in the surface of described transfer folder the second station.
Further technical scheme: described transporter is two spaced conveyer belts, is provided with welding chopping block between two described conveyer belts, described welding chopping block is positioned at the front side of described transfer folder the second station, and described welding chopping block offers 4 welding seams.
Further technical scheme: described welding weld part includes lower heating arrangements, hot blast nozzle and presser, described lower heating arrangements is between two described conveyer belts, and it is positioned at the rear side of described welding chopping block, described hot blast nozzle and presser are respectively positioned on the top of lower heating arrangements, and hot blast nozzle is positioned at the top of presser.
The beneficial effects of the utility model:
4 scaling powder spraying valves are arranged, it is possible to for spraying scaling powder on 4 grid lines of cell piece simultaneously, thus solving the series welding work of four grid photovoltaic cells.
The setting of 4 welding discharge mechanisms, it is possible to 4 root bead bands are provided simultaneously, and then ensure the welding that four grid photovoltaic cells are follow-up is provided to prepare.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of the present utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the structural representation of Welding compound spraying coater and turntable；
Fig. 4 is the structural representation of solder strip guiding device；
Fig. 5 is the front view of welding discharge mechanism；
Fig. 6 is the front view that welding draws cutting means；
Fig. 7 is the side view that welding draws cutting means；
Fig. 8 is the structural representation drawing cutting means and welding shifting apparatus；
Fig. 9 is the top view of welding shifting apparatus；
Figure 10 is the structural representation of telescopic clamp；
Figure 11 is the side view of telescopic clamp；
Figure 12 is the top view of transporter；
Figure 13 is the front view of welding weld part；
Figure 14 is the structural representation of lower heating arrangements；
Figure 15 is the structural representation of hot blast nozzle；
Figure 16 is the structural representation of presser.
Wherein: 1, Welding compound spraying coater；2, transporter；3, solder strip guiding device；4, welding draws cutting means；5, welding shifting apparatus；6, four grid photovoltaic cell；7, lower heating arrangements；8, presser；9, hot blast nozzle；11, turntable；12, scaling powder spraying valve；13, first take part in；14, second take part in；15, the 3rd take part in；16, the 4th take part in；21, conveyer belt；22, welding chopping block；31, welding discharge mechanism；32, tension mechanism；33, aligning gear；34, the first fixed pulley；35, movable pulley；36, the second fixed pulley；37, bar is rotated；38, balancing weight；39, upper correcting wheel；40, lower correcting wheel；41, the first cylinder；51, gripping body is moved；52, load transfer station；53, transfer folder；71, heating plate；81, pressing；91, warm-air pipe；511, telescopic clamp；512, the second cylinder；513, fixation clamp；514, spring.
Detailed description of the invention
Referring to Fig. 1 and Fig. 2, this utility model provides a kind of photovoltaic cell string welding machine, draws cutting means 4 and welding shifting apparatus 5 including Welding compound spraying coater 1, transporter 2, solder strip guiding device 3, welding.
4 grid lines of four grid photovoltaic cells 6 are first sprayed scaling powders by Welding compound spraying coater 1, then are sent in transporter 2 by four grid photovoltaic cells 6；Meanwhile, solder strip guiding device 3 draws 4 root bead bands simultaneously, welding is drawn cutting means 4 and 4 root bead bands is pulled out and cut off, the 4 root bead bands separated are delivered to transporter 2 place by welding shifting apparatus 5, and with 4 grid line corresponding matching of four grid photovoltaic cells 6 on transporter 2, the welding weld part butt welding band on transporter 2 carries out welding.
Carry out various piece of the present utility model below illustrating one by one:
About Welding compound spraying coater 1
Referring to Fig. 3, Welding compound spraying coater 1 includes the described scaling powder spraying valve 12 of 12,4,4 scaling powder spraying valves and sets in a row.Each scaling powder spraying valve 12 all can spray scaling powder, and the spacing between these 4 scaling powder spraying valves 12 is corresponding with 4 grid lines on four grid photovoltaic cells 6, this makes it possible to 4 grid lines on four grid photovoltaic cells 6 be sprayed scaling powder simultaneously simultaneously.
After four grid photovoltaic cells 6 have sprayed scaling powder, photovoltaic cell need to be transferred on transporter 2, and the work of transferring photovoltaic cells sheet is realized by turntable 11.
About turntable 11:
Being provided with 4 interventions on turntable 11,4 described interventions are uniformly arranged around described turntable 11, and 4 described interventions are positioned in same level.Turntable 11 can rotate freely, and then 4 interventions can be driven to rotate, and turntable 11 all rotates 90 ° every time, rear 1-5s, after be rotated further, circulate with this.
nullConcretely，The first intervention 13 is asked in 4 interventions respectively、Second takes part in 14、3rd takes part in 15 and the 4th takes part in 16，Now，Welding compound spraying coater 1 is arranged in these 4 surfaces (assuming it is the first intervention 13) taken part in taken part in，Now the second intervention 14 is just just corresponding with the input port of transporter 2，And the 3rd intervention 15 is connected with the feed mechanism of four grid photovoltaic cells 6，4th intervention 16 is room，Four grid photovoltaic cells 6 are delivered in the 3rd intervention 15 by photovoltaic cell feed mechanism，Turntable 11 rotates，3rd takes part in 15 positions turning to former 4th intervention 16，4th takes part in 16 turns to the former first position taken part in，First takes part in 13 turns to the former second position taken part in，Second takes part in 14 turns to the former 3rd position taken part in，Circulate with this，So accept four new grid photovoltaic cells 6 in the former 3rd position taken part in，Position spraying scaling powder is taken part in former first，Take part in position former second to be sent in transporter 2 by four grid photovoltaic cells 6.
When four grid photovoltaic cells 6 are welded, also need pulling out 4 root bead bands, and the twice that length is grid line length of every root bead band.
About solder strip guiding device 3:
nullReferring to Fig. 4 and Fig. 5，Solder strip guiding device 3 includes 4 set welding discharge mechanisms 31，Described welding discharge mechanism 31 includes tension mechanism 32 and aligning gear 33，The outfan of described tension mechanism 32 is connected with the input of described aligning gear 33，Described tension mechanism 32 includes two fixed pulleys and a movable pulley 35，Two described fixed pulley respectively the first fixed pulley 34 and the second fixed pulleys 36，Described movable pulley 35 is between two described fixed pulleys，Welding sequentially passes through the first fixed pulley 34、Movable pulley 35、Second fixed pulley 36 and aligning gear 33，Described aligning gear 33 includes multiple correcting wheel，Described correcting wheel is divided into correcting wheel 39 and lower correcting wheel 40，Described upper correcting wheel 39 and described lower correcting wheel 40，The quantity of described upper correcting wheel 39 is multiple，More than the quantity of upper correcting wheel 39 one of the quantity of described lower correcting wheel 40，Described upper correcting wheel 39 is crisscross arranged with described lower correcting wheel 40，Correction channel is constituted between described upper correcting wheel 39 and described lower correcting wheel 40，The welding described correction channel of traverse，Described tension mechanism 32 also includes rotating bar 37 and support，The middle part of described rotation bar 37 is hinged on the bracket，Described movable pulley 35 is rotatably connected on one end of described rotation bar 37，The other end of described rotation bar 37 is fixed with balancing weight 38.
4 set welding discharge mechanisms 31 are arranged side by side, and often set welding discharge mechanism 31 sends a root bead band, and the specific works process of each welding discharge mechanism 31 is:
Welding is through the first fixed pulley 34 movable pulley 35 and the second fixed pulley 36, owing to movable pulley 35 is connected with balancing weight 38 by rotating bar 37, owing to balancing weight 38 is heavier, just movable pulley 35 is applied a power upwards always, welding is pulled again by rear front side, thus ensure that welding is constantly in a state tightened, prevent situation at random, relative to the existing deadweight fully relying on movable pulley 35, tensioned state of the present utility model is better, can select the balancing weight 38 of different gravity according to practical situation.
4 set aligning gears 33 overlap welding discharge mechanism 31 one_to_one corresponding, the corrected mechanism 33 of welding respectively with 4, by welding alignment, can be dependent on colonel specifically and just taking turns the gap realization left between 39 and lower correcting wheel 40 correction to welding.
About drawing cutting means:
Referring to Fig. 6 and Fig. 7, described welding is drawn cutting means 4 and is included four set clamping mechanisms, four overlap described clamping mechanism and four described aligning gear 33 one_to_one corresponding, the outfan of described aligning gear 33 connects with the input of corresponding described clamping mechanism, described clamping mechanism includes the first cylinder 41 and flat board, 4 described first cylinders 41 are arranged in rows in the surface of described flat board, constituting grip orifice between described first cylinder 41 and described flat board, the outfan of described aligning gear 33 is corresponding with corresponding described grip orifice.
Welding is positioned at grip orifice place, and welding is pressed on grip orifice by the first cylinder 41, is so prevented from movable pulley 35 by welding toward pulling back.
Described extraction cutting means also includes cutting knife, and described cutting knife is positioned at described clamping mechanism end.
Welding can be cut off by cutting knife.
About welding shifting apparatus 5:
nullReferring to Fig. 8-Figure 11，Described welding shifting apparatus 5 includes load transfer station 52、Mobile gripping body 51 and transfer folder 53，Described mobile gripping body 51 includes 4 telescopic clamp 511，4 described telescopic clamp 511 overlap described clamping mechanism one_to_one corresponding with four respectively，Described telescopic clamp 511 takes load transfer station the first station that the lower section of the moving area of mechanism is described load transfer station 52，Load transfer station second station of described load transfer station 52 takes between mechanism and described transporter 2 in described telescopic clamp 511，Described load transfer station 52 moves back and forth between described load transfer station the first station and described load transfer station the second station，Transfer folder first station of described transfer folder 53 is positioned at the surface of described load transfer station the first station，The transfer of described transfer folder 53 is pressed from both sides the second station and is positioned on described transporter 2，Described transfer folder 53 presss from both sides move back and forth between the second station at described transfer folder the first station and described transfer；Described telescopic clamp 511 includes fixation clamp 513, spring 514, telescoping mechanism and the second cylinder 512, described second cylinder 512 and described fixation clamp 513 are arranged on described telescoping mechanism, described fixation clamp 513 is positioned at the lower section of described second cylinder 512, and the dynamic intermediate plate of described fixation clamp 513 is connected by described spring 514 with the cylinder barrel of described second cylinder 512.
nullThe concrete structure of mobile gripping body 51，Back and forth movement can be done in one direction，It is exactly concretely，Telescoping mechanism promotes fixation clamp 513 to arrive clamping mechanism place，The now one end fits of fixation clamp 513 and welding，Second cylinder 512 promotes the dynamic intermediate plate of fixation clamp 513，Such fixation clamp 513 just can bite one end of welding，First cylinder 41 unclamps，Telescoping mechanism promotes fixation clamp 513 to be moved rearwards by，Owing to welding bitten by fixation clamp 513，Welding will be pulled out，After folder 513 to be fixed stops，First cylinder 41 withstands welding，Cutting knife cuts off welding，Second cylinder 512 unclamps，Spring 514 pulls the dynamic intermediate plate of fixation clamp 513，Fixation clamp 513 will unclamp welding，The welding cut off will drop on load transfer station 52，Load transfer station 52 moves to load transfer station the second station from load transfer station the first station，Transfer folder 53 is now placed exactly in the surface of load transfer station 52，Just welding can be transferred to transfer folder 53 from load transfer station 52.
Above procedure, only describes the process of a root bead band, and the process of 4 root bead bands is all identical, just repeats no more at this.
Described transfer folder 53 includes multiple horizontally disposed soup stick, and multiple described soup stick side-by-side horizontal are arranged, and each described soup stick is equipped with 4 suction nozzles, and the suction nozzle on multiple described soup sticks is that 4 row are arranged.
Welding is sucked up by transfer folder 53 dependence suction nozzle (negative pressure), and 4 row suction nozzles are corresponding with 4 root bead bands respectively, it is ensured that picked up by 4 root bead bands simultaneously.
Load transfer station 52 picks up welding on load transfer station the first station, rear load transfer station 52 transfers to load transfer station the second station, owing to load transfer station the second station is positioned on transporter 2, say accurately, now four grid photovoltaic cells 6 are positioned at the underface of load transfer station the second station, suction nozzle on load transfer station 52 unclamps, and welding just just drops on 4 grid lines of four grid photovoltaic cells 6.
It is emphasized that, the length of each welding is the twice of grid line length, when grid line is placed on four grid photovoltaic cells 6, the front end of welding flushes with the front end of four grid photovoltaic cells 6, the welding thus having half is exposed at the outside of four grid photovoltaic cells 6, four grid photovoltaic cells 6 of rear side are then placed directly on the welding of rear side, after four grid photovoltaic cells 6 above have welded, four grid photovoltaic cells 6 of rear side move to the underface of load transfer station the second station, on the four grid photovoltaic cells 6 that new welding is placed on rear side, weld again, before and after so, four grid photovoltaic cells 6 of side just link together.
Referring to Figure 12, described transporter 2 is fixed with welding weld part, described welding weld part includes 4 welding units, described welding welding position is in the surface of described transfer folder the second station, described transporter 2 is two spaced conveyer belts 21, article two, being provided with welding chopping block 22 between described conveyer belt 21, described welding chopping block 22 is positioned at the front side of described transfer folder the second station, and described welding chopping block 22 offers 4 welding seams.
4 welding seams on chopping block, in order to carry the welding outside the four grid photovoltaic cells 6 being exposed at front side, and four grid photovoltaic cells 6 of rear side are just put on welding chopping block 22, and then ensure that the downside of four grid photovoltaic cells 6 of rear side press against welding.
Referring to Figure 13, about welding weld part:
Described weld part includes lower heating arrangements 7, hot blast nozzle 9 and presser 8.
Referring to Figure 14, described lower heating arrangements 7 is between two described conveyer belts 21, and is positioned at the rear side of described welding chopping block 22, and described lower heating arrangements 7 includes the heating plate 71 that multiple and on four grid photovoltaic cells 64 grid lines are corresponding.
In actual application, when four grid photovoltaic cells 6 move to the position of welding weld part, lower heating arrangements 7 will be corresponding with on the downside of 4 grid lines on four grid photovoltaic cells 6, and 4 grid lines of four grid photovoltaic cells are sprayed with scaling powder, the downside of four grid lines is also equipped with welding simultaneously, scaling powder on the downside of four grid lines and welding can be heated by lower heating arrangements 7 so that welding is welded on the downside of 4 grid lines of four grid photovoltaic cells 6.
Certainly it is emphasized that, lower heating arrangements 7 can movement freely up and down, it is exactly concretely, when four grid photovoltaic cells 6 move to the surface of lower heating arrangements, lower heating arrangements moves upward, coordinating with 4 grid lines on four grid photovoltaic cells, after the welding is completed, lower heating arrangements moves downward and revert to initial point.
The movement freely up and down of lower heating arrangements 7 drives operating by electricity cylinder.
It is respectively positioned on the top of lower heating arrangements referring to Figure 15 and Figure 16, hot blast nozzle 9 and presser 8, and hot blast nozzle is positioned at the top of presser.
In the process of work, hot blast nozzle 9 can blow out hot blast, this hot blast blows on 4 grid lines of four grid photovoltaic cells, heat the scaling powder on the upside of four grid photovoltaic cells and welding, and presser 8 moves downward and pushes down 4 root bead bands, thus realizing the purpose being welded on four grid photovoltaic cells by welding.
It should be noted that, hot blast nozzle 9 includes 4 heat extraction airducts 91, every heat extraction airduct 91 is a corresponding grid line respectively, so ensure that and the scaling powder on every grid line and welding are carried out blowing hot wind, ensure being normally carried out of follow-up welding, it is prevented that the situation that scaling powder on grid line and welding are heated uneven occurs.
Certainly, presser 8 also includes 4 row pressure pins 81, and corresponding with 4 grid lines on four grid photovoltaic cells respectively, its concrete principle is identical with the principle of 4 heat extraction airducts, just repeats no more at this.
It should be noted that, operationally, hot blast nozzle and presser all can movements (being realized by respective slide rail) freely up and down, when four grid photovoltaic cells are welded by needs, hot blast nozzle and presser move separately down and weld, and when having welded, adverse movement returns to initial point.
Claims (10)
1. a photovoltaic cell string welding machine, including Welding compound spraying coater (1), transporter (2), solder strip guiding device (3), welding draws cutting means (4), welding shifting apparatus (5) and welding weld part, it is characterized in that: described Welding compound spraying coater (1) includes 4 scaling powder spraying valves (12), 4 described scaling powder spraying valves (12) set in a row, described solder strip guiding device (3) includes 4 sets welding discharge mechanism (31), described welding shifting apparatus (5) includes 4 row suction nozzles, described welding weld part is arranged on described transporter (2).
2. photovoltaic cell string welding machine according to claim 1, it is characterized in that: also include turntable (11), described turntable (11) is provided with 4 interventions, 4 described interventions are uniformly arranged around described turntable (11), 4 described interventions are positioned in same level, described Welding compound spraying coater (1) is positioned at the side of described turntable (11) and matches with an intervention, the input port of described transporter (2) is positioned at the opposite side of described turntable (11) and matches with another intervention, the angle that one is taken part between another intervention described is 90 °.
null3. photovoltaic cell string welding machine according to claim 2，It is characterized in that: described welding discharge mechanism (31) includes tension mechanism (32) and aligning gear (33)，The outfan of described tension mechanism (32) is connected with the input of described aligning gear (33)，Described tension mechanism (32) includes two fixed pulleys and a movable pulley (35)，Two described fixed pulley respectively the first fixed pulleys (34) and the second fixed pulley (36)，Described movable pulley (35) is between two described fixed pulleys，Welding sequentially passes through the first fixed pulley (34)、Movable pulley (35)、Second fixed pulley (36) and aligning gear (33)，Described aligning gear (33) includes multiple correcting wheel，Described correcting wheel is divided into correcting wheel (39) and lower correcting wheel (40)，Described upper correcting wheel (39) and described lower correcting wheel (40)，The quantity of described upper correcting wheel (39) is multiple，More than the quantity of upper correcting wheel (39) one of the quantity of described lower correcting wheel (40)，Described upper correcting wheel (39) and described lower correcting wheel (40) are crisscross arranged，Correction channel is constituted between described upper correcting wheel (39) and described lower correcting wheel (40)，The welding described correction channel of traverse.
4. photovoltaic cell string welding machine according to claim 3, it is characterized in that: described tension mechanism (32) also includes rotating bar (37) and support, the middle part of described rotation bar (37) is hinged on the bracket, described movable pulley (35) is rotatably connected on one end of described rotation bar (37), and the other end of described rotation bar (37) is fixed with balancing weight (38).
5. photovoltaic cell string welding machine according to claim 3, it is characterized in that: described welding is drawn cutting means (4) and included four set clamping mechanisms, four overlap described clamping mechanism and four described aligning gear (33) one_to_one corresponding, the outfan of described aligning gear (33) connects with the input of corresponding described clamping mechanism, described clamping mechanism includes the first cylinder (41) and flat board, 4 described first cylinders (41) are arranged in rows in the surface of described flat board, grip orifice is constituted between described first cylinder (41) and described flat board, the outfan of described aligning gear (33) is corresponding with corresponding described grip orifice.
6. photovoltaic cell string welding machine according to claim 5, it is characterised in that: described extraction cutting means also includes cutting knife, and described cutting knife is positioned at described clamping mechanism end；
nullDescribed welding shifting apparatus (5) includes load transfer station (52)、Mobile gripping body (51) and transfer folder (53)，Described mobile gripping body (51) includes 4 telescopic clamp (511)，4 described telescopic clamp (511) overlap described clamping mechanism one_to_one corresponding with four respectively，Described telescopic clamp (511) takes load transfer station the first station that the lower section of the moving area of mechanism is described load transfer station (52)，Load transfer station second station of described load transfer station (52) is positioned at described telescopic clamp (511) and takes between mechanism and described transporter (2)，Described load transfer station (52) moves back and forth between described load transfer station the first station and described load transfer station the second station，Transfer folder first station of described transfer folder (53) is positioned at the surface of described load transfer station the first station，The transfer of described transfer folder (53) is pressed from both sides the second station and is positioned on described transporter (2)，Described transfer folder (53) is pressed from both sides move back and forth between the second station at described transfer folder the first station and described transfer；
Described telescopic clamp (511) includes fixation clamp (513), spring (514), telescoping mechanism and the second cylinder (512), described second cylinder (512) and described fixation clamp (513) are arranged on described telescoping mechanism, described fixation clamp (513) is positioned at the lower section of described second cylinder (512), and the dynamic intermediate plate of described fixation clamp (513) is connected by described spring (514) with the cylinder barrel of described second cylinder (512).
7. photovoltaic cell string welding machine according to claim 6, it is characterized in that: described transfer folder (53) includes multiple horizontally disposed soup stick, multiple described soup stick side-by-side horizontal are arranged, and each described soup stick is equipped with 4 suction nozzles, and the suction nozzle on multiple described soup sticks is that 4 row are arranged.
8. photovoltaic cell string welding machine according to claim 7, it is characterised in that: described welding weld part includes 4 welding units, and described welding welding position is in the surface of described transfer folder the second station.
9. photovoltaic cell string welding machine according to claim 8, it is characterized in that: described transporter (2) is two spaced conveyer belts (21), article two, between described conveyer belt (21), it is provided with welding chopping block (22), described welding chopping block (22) is positioned at the front side of described transfer folder the second station, and described welding chopping block (22) offers 4 welding seams.
10. photovoltaic cell string welding machine according to claim 9, it is characterized in that: described welding weld part includes lower heating arrangements (7), hot blast nozzle (9) and presser (8), described lower heating arrangements (7) is positioned between two described conveyer belts (21), and it is positioned at the rear side of described welding chopping block (22), described hot blast nozzle (9) and presser (8) are respectively positioned on the top of lower heating arrangements, and hot blast nozzle is positioned at the top of presser.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620077959.XU CN205362939U (en) | 2016-01-26 | 2016-01-26 | Photovoltaic cell series welding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620077959.XU CN205362939U (en) | 2016-01-26 | 2016-01-26 | Photovoltaic cell series welding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205362939U true CN205362939U (en) | 2016-07-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620077959.XU Withdrawn - After Issue CN205362939U (en) | 2016-01-26 | 2016-01-26 | Photovoltaic cell series welding machine |
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| CN (1) | CN205362939U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105537718A (en) * | 2016-01-26 | 2016-05-04 | 秦皇岛憧憬科技有限公司 | Photovoltaic cell series welding machine |
| CN106826015A (en) * | 2017-02-16 | 2017-06-13 | 保定嘉盛光电科技股份有限公司 | The battery strings welding machine of adjustable sheet spacing |
| CN111940864A (en) * | 2020-08-14 | 2020-11-17 | 黄秀兰 | Series welding machine for processing semiconductor battery piece |
-
2016
- 2016-01-26 CN CN201620077959.XU patent/CN205362939U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105537718A (en) * | 2016-01-26 | 2016-05-04 | 秦皇岛憧憬科技有限公司 | Photovoltaic cell series welding machine |
| CN106826015A (en) * | 2017-02-16 | 2017-06-13 | 保定嘉盛光电科技股份有限公司 | The battery strings welding machine of adjustable sheet spacing |
| CN111940864A (en) * | 2020-08-14 | 2020-11-17 | 黄秀兰 | Series welding machine for processing semiconductor battery piece |
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