CN207753032U - The two-in-one production line of solar cell silk-screen - Google Patents
The two-in-one production line of solar cell silk-screen Download PDFInfo
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- CN207753032U CN207753032U CN201721409627.8U CN201721409627U CN207753032U CN 207753032 U CN207753032 U CN 207753032U CN 201721409627 U CN201721409627 U CN 201721409627U CN 207753032 U CN207753032 U CN 207753032U
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 74
- 230000007306 turnover Effects 0.000 claims abstract description 26
- 238000007650 screen-printing Methods 0.000 claims abstract description 23
- 240000002636 Manilkara bidentata Species 0.000 claims description 16
- 235000016302 balata Nutrition 0.000 claims description 16
- 230000005611 electricity Effects 0.000 claims description 8
- 238000009434 installation Methods 0.000 claims description 3
- 230000032258 transport Effects 0.000 claims 1
- 101150006257 rig-4 gene Proteins 0.000 description 8
- 238000007639 printing Methods 0.000 description 7
- 238000000034 method Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 230000005540 biological transmission Effects 0.000 description 2
- 230000005684 electric field Effects 0.000 description 2
- 238000005286 illumination Methods 0.000 description 2
- 241000252254 Catostomidae Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000001035 drying Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000005693 optoelectronics Effects 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 239000004065 semiconductor Substances 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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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 one kind being combined into one two cell piece silk screen printing production lines, improves production efficiency, reduces the two-in-one production line of solar cell silk-screen of production cost.The two-in-one production line of solar cell silk-screen, including the first cell piece conveyer belt, the second cell piece conveyer belt and two silk screen printing production lines；The silk screen printing production line includes the first screen printer, the first baking oven, delivery track, cell piece turn-over rig and cell piece transfer device；Wherein a silk screen printing production line includes the first cell piece conveyer belt；Another silk screen printing production line includes the second cell piece conveyer belt；It is provided with cell piece handling device between the first cell piece conveyer belt, the second cell piece conveyer belt；One end of the first cell piece conveyer belt or the second cell piece conveyer belt is provided with the second screen printer.The utilization rate of equipment can be improved using the two-in-one production line of solar cell silk-screen；Production efficiency is improved, production cost is reduced.
Description
Technical field
The utility model is related to cell piece silk-screen, especially a kind of two-in-one production line of solar cell silk-screen.
Background technology
It is well-known：Solar cell is also known as " solar chip " or " photocell ", is a kind of straight using sunlight
The optoelectronic semiconductor thin slice of sending and receiving electricity.As long as the illumination that it is satisfied certain illumination conditions is arrived, moment can output voltage and
Electric current is generated in the case of having circuit.Solar cell realizes the profit of green energy resource due to that can convert solar energy into electrical energy
With, therefore with the attention to environmental protection, solar cell is widely used.The silk-screen packaging of solar cell is production
Last procedure, and the silk-screen process of lead accumulator includes the following steps at present：
1, back electrode prints；
2, baking oven is dried；
3, back of the body electric field printing；
4, baking oven is dried；
5, positive electrode prints；
6, it is sintered；
7, testing, sorting enters
Existing cell piece silk screen printing production line is generally using challengeing production line by oneself, due in the silk-screen printing process of cell piece, respectively
A equipment is different to processing time of cell piece, to can cause on production line equipment component will occur empty machine it is longer when
Between, to reduce production efficiency, production cost is improved,
Utility model content
The technical problem to be solved by the utility model is to provide one kind can two cell piece silk screen printing production lines be closed two
It is one, improves production efficiency, reduce the two-in-one production line of solar cell silk-screen of production cost.
Technical solution adopted by the utility model to solve its technical problems is：The two-in-one production of solar cell silk-screen
Line, including silk screen printing production line described in the first cell piece conveyer belt, the second cell piece conveyer belt and two silk screen printing production lines includes
First screen printer, the first baking oven, delivery track, cell piece turn-over rig and cell piece transfer device；
It is arranged between first screen printer and the first baking oven and cell piece is transported to the first baking oven by the first screen printer
First battery piece conveying device；
Cell piece is transported to the on delivery track by setting by the first baking oven between first baking oven and delivery track
Two battery piece conveying devices；The cell piece turn-over rig is arranged on the stage casing of delivery track；
Cell piece on delivery track is transported to the first battery by the cell piece transfer device of wherein one silk screen printing production line
Piece conveyer belt；Cell piece on delivery track is transported to the second cell piece by the cell piece transfer device of another silk screen printing production line
Conveyer belt；
It is provided with cell piece handling device between the first cell piece conveyer belt, the second cell piece conveyer belt；
The first cell piece conveyer belt is arranged in parallel with the second cell piece conveyer belt；The cell piece handling device includes
Erection support, cantilever, the second sucker and horizontal drive apparatus；
The cantilever is mounted on erection support upper end, and second sucker is slidably mounted on the lower section of cantilever, and passes through water
Flat driving device driving；
The first cell piece conveyer belt and the second cell piece conveyer belt are respectively positioned on the lower section of cantilever, and cantilever and the first electricity
Pond piece conveyer belt is vertical；One end of the first cell piece conveyer belt or the second cell piece conveyer belt is provided with the second screen printer.
Further, the delivery track includes two parallel tracks, and the side of the track, which is provided with, to be uniformly distributed
Roller；The roller is located at the inside of two parallel orbits；The other side of the track is provided with the drive of drive roller wheel rotation
Dynamic device.
Preferably, the cell piece turn-over rig includes two parallel slideways；It is provided with supporting leg on the slideway；Two
Battery piece conveying device is provided between the slideway；The centre position of two slideways is both provided with cell piece rotating clamp
Disk；The cell piece spin chuck is located between two slideways；There is installation between two cell piece spin chucks
The spacing of battery piece conveying device；The shaft of two cell piece spin chucks is conllinear；
The cell piece spin chuck includes turntable, and circumferentially equally distributed intermediate plate group is provided on the turntable；Institute
Stating intermediate plate group has even number set；The intermediate plate group includes two panels intermediate plate, is had between the two panels intermediate plate matched with cell piece
Clip slot；
The drive of any one or two rotations in two cell piece spin chucks of driving is provided on the slideway
Dynamic motor；
Control cell piece conveying device braking when cell piece is moved to clip slot is installed on the slideway, and controls driving electricity
The limit switch that machine starts；Two slideways are connect with two tracks of delivery track respectively；Cell piece is installed on the slideway
The position of spin chuck is provided with baffle, and the baffle is located at the outside of cell piece spin chuck.
Preferably, the cell piece transfer device includes：Mounting base, rotating arm；The centre position of the rotating arm is around rotation
The vertical centerline of pivoted arm is rotatably installed in mounting base；The second driving of driving rotating arm rotation is provided in the mounting base
Motor；
The both ends of the rotating arm are both provided with sucker；The sucker is mounted on by lifting gear on rotating arm；
It is provided with position-limited rack above the sucker；The position-limited rack has on any direction of four direction in the horizontal plane
There is strut；The vertical spacing bar that can be slided along strut level is both provided on each strut of the position-limited rack；It is described vertical
Gag lever post is fixed on by locking device on strut；The vertical spacing bar extends to the lower section of sucker.
Further, be both provided with slide opening on each strut of the position-limited rack, the setting of vertical spacing bar one end with
The matched sliding axle of slide opening, institute's sliding axle passes through slide opening, and is provided with locking nut.
Preferably, the position-limited rack is cross position-limited rack.
Preferably, the lifting gear uses hydraulic cylinder.
Preferably, the battery piece conveying device includes at least two balata belts being mutually parallel, the balata belt
Both ends are both provided with support base, and the balata belt is sequentially connected with support base, and driving balata belt is provided on support base
The driving device of rotation；The balata belt both sides are provided with slideway；The balata belt is parallel with slideway, and concordant.
The utility model has the beneficial effects that：The two-in-one production line of solar cell silk-screen described in the utility model due to
It is provided with cell piece handling device between two cell piece silk screen printing production lines, is enable to produce cell piece from one
Line is transported to another production line, to which the discharge end of two production lines is merged into one, realizes the merging of two production lines.
So as to reduce merge after carry out production technology equipment, improve the utilization rate of equipment；Production efficiency is improved, reduction is produced into
This.
Description of the drawings
Fig. 1 is the layout of the two-in-one production line of solar cell silk-screen in the utility model embodiment；
Fig. 2 is the vertical view of delivery track in the utility model embodiment；
Fig. 3 is the structural schematic diagram of delivery track in the utility model embodiment；
Fig. 4 is the stereogram of cell piece turn-over rig in the utility model embodiment；
Fig. 5 is the stereogram that cell piece spin chuck clamps cell piece in the utility model embodiment；
Fig. 6 is the front view that cell piece spin chuck clamps cell piece in the utility model embodiment；
Fig. 7 is the stereogram of cell piece transfer device in the utility model embodiment；
Fig. 8 is the front view of cell piece transfer device in the utility model embodiment；
Fig. 9 is the operating diagram of cell piece transfer device in the utility model embodiment；
Figure 10 is the structural schematic diagram of cell piece handling device in the utility model embodiment；
It is indicated in figure：The first screen printers of 1-, the first baking ovens of 2-, 3- delivery tracks, 41- slideways, 42- cell piece rotating clamps
Disk, 421- turntables, 422- intermediate plates, 423- clip slots, 43- battery piece conveying devices, 431- support bases, 432- balata belts, 44-
Driving motor, 45- limit switches, 46- baffles, 51- mounting bases, 52- driving motors, 53- rotating arms, 54- suckers, 55- liftings
Device, 56- position-limited racks, 57- vertical spacing bars, 6- cell piece handling devices, 7- the first cell piece conveyer belts, the second cell pieces of 8-
Conveyer belt, the second screen printers of 9-, 10- cell pieces.
Specific implementation mode
The utility model is further illustrated with reference to the accompanying drawings and examples.
As shown in Figures 1 to 7, the two-in-one production line of solar cell silk-screen described in the utility model includes the first battery
Silk screen printing production line described in piece conveyer belt 7, the second cell piece conveyer belt 8 and two articles of silk screen printing production lines includes the first screen printer 1, the
One baking oven 2, delivery track 3, cell piece turn-over rig 4 and cell piece transfer device 5；
It is arranged between first screen printer, 1 and first baking oven 2 and cell piece is transported to the first baking oven by the first screen printer 1
2 the first battery piece conveying device；
Cell piece is transported to by the first baking oven 2 on delivery track 3 by setting between first baking oven 2 and delivery track 3
The second battery piece conveying device；The cell piece turn-over rig 4 is arranged on the stage casing of delivery track 3；
Cell piece on delivery track 3 is transported to the first electricity by the cell piece transfer device 5 of wherein one silk screen printing production line
Pond piece conveyer belt 7；Cell piece on delivery track 3 is transported to second by the cell piece transfer device 5 of another silk screen printing production line
Cell piece conveyer belt 8；
It is provided with cell piece handling device 6 between the first cell piece conveyer belt 7, the second cell piece conveyer belt 8；
The first cell piece conveyer belt 7 is arranged in parallel with the second cell piece conveyer belt 8；The cell piece handling device 6
Including erection support 61, cantilever 62, the second sucker 63 and horizontal drive apparatus 64；
The cantilever 62 is mounted on 61 upper end of erection support, and second sucker 63 is slidably mounted on the lower section of cantilever 62,
And it is driven by horizontal drive apparatus 64；
The first cell piece conveyer belt 7 and the second cell piece conveyer belt 8 are respectively positioned on the lower section of cantilever 62, and cantilever 62 with
First cell piece conveyer belt 7 is vertical；One end of the first cell piece conveyer belt 7 or the second cell piece conveyer belt 8 is provided with
Two screen printers 9.
Specifically, the delivery track 3 includes two parallel tracks 31, the side of the track 31, which is provided with, uniformly to be divided
The roller 32 of cloth；The roller 32 is located at the inside of two parallel orbits 31；The other side of the track 31 is provided with driven roller
The driving device 33 of 32 rotation of wheel.
Wherein, the main function of the cell piece turn-over rig 4 is the turn-over for realizing cell piece, consequently facilitating subsequent handling
Realize the printing to the non-printing surface of cell piece.The main function of the cell piece transfer device 5 is to realize that cell piece was conveying
Commutation in journey.Slide unit or belt fortune may be used in the first battery piece conveying device and the second battery piece conveying device
Defeated machine.
During the work time：
In two silk screen printing production lines first, cell back electrode is completed by the first screen printer 1 and carries on the back the printing of electric field；
Then by the first baking oven 2 to drying cell piece 10；Then it is conveyed by delivery track 3, is led to during conveying
It crosses cell piece turn-over rig 4 and turn-over is carried out to cell piece, realized by cell piece transfer device 5 and turned on cell piece conveying direction
Become.
Then in two silk screen printing production lines on a production line, it is defeated that the cell piece 10 after turn-over is transported to the first cell piece
It send on band 7, the cell piece 10 after turn-over is transported on the second cell piece conveyer belt 8 by another production line.
Then it is carried by the cell piece being arranged between the first cell piece conveyer belt 7 and the second cell piece conveyer belt 8
Device 6；Cell piece 10 on a wherein production line is transported on another production line.Finally by first cell piece
One end of conveyer belt 7 or the second cell piece conveyer belt 8 is provided with printing of the second screen printer 9 realization to 10 positive electrode of cell piece；
To realize the two-in-one of 1 two production lines of cell piece.
In conclusion the two-in-one production line of solar cell silk-screen described in the utility model is due in two cell piece silks
It is provided with cell piece handling device between print production line, is enable to cell piece being transported to another from a production line
Production line realizes the merging of two production lines to which the discharge end of two production lines is merged into one.It is closed so as to reduce
And the equipment for carrying out production technology afterwards, improve the utilization rate of equipment；Production efficiency is improved, production cost is reduced.
The main function of the cell piece turn-over rig 4 is the turn-over for realizing cell piece, consequently facilitating subsequent handling is realized
Printing to the non-printing surface of cell piece.A kind of concrete structure of the cell piece turn-over rig 4 is:The cell piece turn-over rig
4 include two parallel slideways 41；Supporting leg 411 is provided on the slideway 41；It is provided with cell piece between two slideways
Conveying device 43；The centre position of two slideways 41 is both provided with cell piece spin chuck 42；The cell piece rotating clamp
Disk 42 is located between two slideways 41；There is installation battery piece conveying device between two cell piece spin chucks 42
43 spacing；The shaft of two cell piece spin chucks 42 is conllinear；
The cell piece spin chuck 42 includes turntable 421, and circumferentially equally distributed folder is provided on the turntable 421
Piece group；The intermediate plate group has even number set；The intermediate plate group includes two panels intermediate plate 422, between the two panels intermediate plate 422 have with
The matched clip slot of cell piece 423；
Any one in two cell piece spin chucks 42 of driving or two rotations are provided on the slideway 41
Driving motor 44；
Control cell piece conveying device 43 when cell piece is moved to clip slot 423 is installed to brake on the slideway 41, and is controlled
The limit switch 45 that driving motor 44 processed starts；Two slideways 41 are connect with two tracks 31 of delivery track 3 respectively；The cunning
The position that cell piece spin chuck 42 is equipped on road 41 is provided with baffle 46, and the baffle 46 is located at cell piece spin chuck
42 outside.
During the work time：
Cell piece 10 is placed on two slideways 41 first, and between two slideways 41, and makes two electricity
The clip slot 423 of pond piece spin chuck 42 is aligned.Then cell piece is conveyed horizontally to by cell piece by battery piece conveying device 43
Spin chuck 42 controls cell piece conveying device 43 due to being equipped on slideway 41 at this time when cell piece is moved to clip slot 423
Braking, and control the limit switch 45 that driving motor 44 starts.Battery piece conveying device 43 is braked, and driving motor 44, which starts, to be driven
Cell piece spin chuck 42 rotates, when cell piece spin chuck 42 turns to clip slot 423 and slideway 41 in next group of intermediate plate group
When parallel, braking starts battery piece conveying device 43 and continues to convey cell piece 410；It steps be repeated alternatively until that cell piece rotates
Chuck 42, which is located in all intermediate plate groups of 41 top of slideway, accompanies cell piece 10.Start battery piece conveying device 3 to continue to convey
Cell piece 10 is 180 ° opposite to side then when the piece cell piece 10 is transported in the clip slot of cell piece spin chuck 42
Cell piece 10 on position and slideway 41 and battery piece conveying device 43 are transported away from cell piece rotation by battery piece conveying device 43
Turn chuck 42, vacates clip slot 423.Due to being provided with circumferentially equally distributed intermediate plate group on the turntable 421；The intermediate plate group
With even number set；So as to ensure that intermediate plate group has one group of intermediate plate group corresponding thereto in 180 ° of offsides of turntable 421.
Then it repeats the above steps, cell piece 410 does not stop to be sent to electricity under the conveying effect of battery piece conveying device 43
In the clip slot 423 of pond piece spin chuck 42, then by cell piece spin chuck 42 rotate turn-over after in cell piece spin chuck 2
The other side transported by battery piece conveying device 43；To realize the continuous automatic turnover of cell piece 10.
In conclusion cell piece turn-over rig 4 described above on the slideway of cell piece due to being provided with cell piece rotation
Chuck clamps cell piece by cell piece spin chuck, then rotates 180 ° to realize the turn-over to cell piece.To realize
The automatic turnover of cell piece, avoids damage of the artificial turn-over to cell piece, improves work efficiency simultaneously, reduce production
Cost.
In order to reduce cost, simplified structure is easy to operation, it is preferred that the battery piece conveying device 43 includes rubber skin
Band 432,432 both ends of the balata belt are both provided with support base 431, and the balata belt 432 connects with the transmission of support base 431
It connects, and is provided with the driving device that driving balata belt 432 rotates on support base 431；The balata belt 432 and slideway 41 are flat
Row, and it is concordant.The battery piece conveying device 43 can also use slide unit.
In order to avoid solar panel 10 with cell piece spin chuck 42 when rotating, there is the offset of position；Further, institute
It states and the position of cell piece spin chuck 42 is installed on slideway 41 is provided with baffle 46, the baffle 46 is located at cell piece rotating clamp
The outside of disk 42.For the ease of control, it is preferred that the driving device uses stepper motor.In order to simplify manufacture, further
, eight groups of intermediate plate groups are provided on the turntable 421.
The main function of the cell piece transfer device 5 is the commutation for realizing cell piece in transmission process, the battery
A kind of preferred structure of piece transfer device 5 is：Cell piece transfer device 5 includes：Mounting base 51, rotating arm 53；The rotating arm
53 centre position is rotatably installed in around the vertical centerline of rotating arm 53 in mounting base 51；It is provided in the mounting base 51
The second driving motor 52 for driving rotating arm 53 to rotate；
The both ends of the rotating arm 53 are both provided with sucker 54；The sucker 54 is mounted on rotating arm by lifting gear 55
On 53；
54 top of the sucker is provided with position-limited rack 56；Any direction of the four direction in the horizontal plane of the position-limited rack 56
On all have strut；The vertical spacing bar that can be slided along strut level is both provided on each strut of the position-limited rack 56
57；The vertical spacing bar 57 is fixed on by locking device on strut；The vertical spacing bar 57 extends under sucker 54
Side.
In the process of work：
Height of the sucker 54 apart from track 31 is adjusted by lifting gear 55 first so that between sucker 54 and slideway 58
Height, which meets sucker 54, to pick up cell piece.Then position of the vertical spacing bar 57 on 56 strut of position-limited rack is adjusted, is made
The distribution for obtaining vertical spacing bar 57 is matched with the cell piece size for turning to transport is needed.
Then, during steering；As shown in figure 9, when cell piece 10 moves to one end of track 31, second is started
Driving motor 52 rotates rotating arm 53 so that sucker 54 is located at right over cell piece 510, and then starting sucker 54, passes through sucker 54
Cell piece 10 is picked up, then rotates rotating arm 53 so that the cell piece 10 that sucker 54 is sucked turns to another track 31
When one end, sucker 54 is braked, cell piece 10 is fallen under gravity on another track 31, to realize that cell piece is defeated
The commutation sent.
In conclusion above-mentioned cell piece transfer device is due to being provided with rotating arm, and being provided at both ends in rotating arm
Sucker picks up cell piece by sucker, is then rotated by rotating arm to realize the steering of cell piece.It is risen simultaneously by being arranged
Falling unit realizes the adjusting of sucker height；And it is realized in cell piece rotary course by the way that position-limited rack and vertical spacing bar is arranged
Level it is fixed, avoid cell piece from being got rid of.Therefore, cell piece transfer device described in the utility model can realize cell piece
Conveying turn to, the arrangement of line easy to produce, while can ensure stability of the cell piece in steering procedure.
It is adjusted for the ease of the position of vertical spacing bar 57, further, on each strut of the cross position-limited rack 56
It is both provided with slide opening, 57 one end of vertical spacing bar setting and the matched sliding axle of slide opening, institute's sliding axle passes through slide opening, and sets
It is equipped with locking nut.
In order to reduce cost, manufacture easy to produce, it is preferred that the position-limited rack 56 is cross position-limited rack.The lifting dress
It sets 55 and uses hydraulic cylinder.
In order to avoid vertical spacing bar 57 damages cell piece 10, further, covered on the vertical spacing bar 57
Equipped with rubber sleeve.
Claims (8)
1. the two-in-one production line of solar cell silk-screen, it is characterised in that：Including the first cell piece conveyer belt (7), the second battery
Piece conveyer belt (8) and two silk screen printing production lines；The silk screen printing production line includes the first screen printer (1), the first baking oven (2), defeated
Send track (3), cell piece turn-over rig (4) and cell piece transfer device (5)；
It is arranged between first screen printer (1) and the first baking oven (2) and cell piece is transported to the first baking by the first screen printer (1)
First battery piece conveying device of case (2)；
It is arranged between first baking oven (2) and delivery track (3) and cell piece is transported to delivery track by the first baking oven (2)
(3) the second battery piece conveying device on；The cell piece turn-over rig (4) is arranged on the stage casing of delivery track (3)；
Cell piece on delivery track (3) is transported to the first electricity by the cell piece transfer device (5) of wherein one silk screen printing production line
Pond piece conveyer belt (7)；The cell piece transfer device (5) of another silk screen printing production line transports the cell piece on delivery track (3)
To the second cell piece conveyer belt (8)；
It is provided with cell piece handling device (6) between the first cell piece conveyer belt (7), the second cell piece conveyer belt (8)；
The first cell piece conveyer belt (7) is arranged in parallel with the second cell piece conveyer belt (8)；The cell piece handling device
(6) include erection support (61), cantilever (62), the second sucker (63) and horizontal drive apparatus (64)；
The cantilever (62) is mounted on erection support (61) upper end, and second sucker (63) is slidably mounted under cantilever (62)
Side, and driven by horizontal drive apparatus (64)；
The first cell piece conveyer belt (7) is respectively positioned on the lower section of cantilever (62), and cantilever with the second cell piece conveyer belt (8)
(62) vertical with first cell piece conveyer belt (7)；The first cell piece conveyer belt (7) or the second cell piece conveyer belt (8)
One end is provided with the second screen printer (9).
2. the two-in-one production line of solar cell silk-screen as described in claim 1, it is characterised in that：The delivery track (3)
Including two parallel tracks (31), the side of the track (31) is provided with equally distributed roller (32)；The roller
(32) it is located at the inside of two parallel orbits (31)；The other side of the track (31) is provided with the drive of drive roller wheel (32) rotation
Dynamic device (33).
3. the two-in-one production line of solar cell silk-screen as claimed in claim 2, it is characterised in that：The cell piece turn-over dress
It includes two parallel slideways (41) to set (4)；It is provided with supporting leg (411) on the slideway (41)；It is set between two slideways
It is equipped with battery piece conveying device (43)；The centre position of two slideways (41) is both provided with cell piece spin chuck (42)；
The cell piece spin chuck (42) is located between two slideways (41)；Between two cell piece spin chucks (42)
Spacing with installation battery piece conveying device (43)；The shaft of two cell piece spin chucks (42) is conllinear；
The cell piece spin chuck (42) includes turntable (421), is provided on the turntable (421) circumferentially equally distributed
Intermediate plate group；The intermediate plate group has even number set；The intermediate plate group includes two panels intermediate plate (422), the two panels intermediate plate (422) it
Between have and the matched clip slot of cell piece (423)；
Any one in two cell piece spin chucks (42) of driving or two rotations are provided on the slideway (41)
Driving motor (44)；
Control cell piece conveying device (43) when cell piece is moved to clip slot (423) is installed to brake on the slideway (41), and
Control the limit switch (45) that driving motor (44) starts；Two slideways (41) respectively with two tracks of delivery track (3)
(31) it connects；The position that cell piece spin chuck (42) is equipped on the slideway (41) is provided with baffle (46), the baffle
(46) it is located at the outside of cell piece spin chuck (42).
4. the two-in-one production line of solar cell silk-screen as claimed in claim 3, it is characterised in that：Cell piece transfer device
(5) include：Mounting base (51), rotating arm (53)；The centre position of the rotating arm (53) is around the vertical center of rotating arm (53)
Line is rotatably installed in mounting base (51)；The second driving electricity that driving rotating arm (53) rotates is provided on the mounting base (51)
Machine (52)；
The both ends of the rotating arm (53) are both provided with sucker (54)；The sucker (54) is mounted on rotation by lifting gear (55)
On pivoted arm (53)；
It is provided with position-limited rack (56) above the sucker (54)；The arbitrary side of the position-limited rack (56) four direction in the horizontal plane
All have strut upwards；The vertical spacing that can be slided along strut level is both provided on each strut of the position-limited rack (56)
Bar (57)；The vertical spacing bar (57) is fixed on by locking device on strut；The vertical spacing bar (57) extends to suction
The lower section of disk (54).
5. the two-in-one production line of solar cell silk-screen as claimed in claim 4, it is characterised in that：The position-limited rack (56)
Slide opening, vertical spacing bar (57) one end setting and the matched sliding axle of slide opening, institute's sliding axle are both provided on each strut
Across slide opening, and it is provided with locking nut.
6. the two-in-one production line of solar cell silk-screen as claimed in claim 4, it is characterised in that：The position-limited rack (56) is
Cross position-limited rack.
7. the two-in-one production line of solar cell silk-screen as claimed in claim 4, it is characterised in that：The lifting gear (55)
Using hydraulic cylinder.
8. the two-in-one production line of solar cell silk-screen as claimed in claim 4, it is characterised in that：The cell piece conveying dress
It includes at least two balata belts (432) being mutually parallel to set (43), and balata belt (432) both ends are both provided with support base
(431), the balata belt (432) is sequentially connected with support base (431), and is provided with driving rubber skin on support base (431)
The driving device of band (432) rotation；Balata belt (432) both sides are provided with slideway (41)；The balata belt (432) with
Slideway (41) is parallel, and concordant.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107665936A (en) * | 2017-10-27 | 2018-02-06 | 乐山新天源太阳能科技有限公司 | The two-in-one production line of solar cell silk-screen |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107665936A (en) * | 2017-10-27 | 2018-02-06 | 乐山新天源太阳能科技有限公司 | The two-in-one production line of solar cell silk-screen |
| CN107665936B (en) * | 2017-10-27 | 2024-04-12 | 乐山新天源太阳能科技有限公司 | Two unification production lines of solar cell silk screen printing |
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